2024 PRODUCT CATALOG

www.akcp.com

sales@akcp.com
 About AKCP
AKCP established in the USA in 1981 created the market for temperature, environmental and power
monitoring in the data center. Today with over 150 employees and 200,000 installations, AKCP is the
world’s oldest and largest manufacturer of networked wired and wireless sensor solutions.

Deploying the AKCP monitoring solution creates a Digital Twin of your data center. A virtual copy of
the physical data center used to simulate scenarios, predict performance and improve efficiency and
reliability.

AKCP designs, manufactures and tests everything in house with our SMT production line, clean room
and packaging equipment. Every unit gets a 2 day burn in before shipping

Setting the standards for technical achievement and innovation including sensorCFD™, Wireless
Tunnel™ and Digital Twins. Our outstanding level of support to all customers large and small, defines
AKCP’s success.

Our customers are diverse and include fortune 500 companies, government agencies, banks and
military. Below are just some of our 200,000 installations worldwide.
About AKCP

www.akcp.com 1
 Network Enabled Base Unit
All base units have an embedded web interface which can be accessed via the units IP
address. Devices can also be monitored with AKCPro Server.

Ethernet
Ethernet connection on every base unit. Access sensor data over the base u n i t s
own embedded web interface. IPV4 and IPV6 are supported

Sensors

Local User Interface

Cellular
C e l l u l a r 4 G m o d e m s f o r c o m m u n i c a t i o n s a t r e m o t e s i t e s . GPS option
for location tracking of sensors.

Sensors
AKCP Techn ol ogy

Local User Interface

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 Communication Protocols
AKCP supports multiple communication protocols to interface with a range of industrial
third party equipment. Used in building, factory and process automation, we can
monitor your existing equipment.

SNMP
All data can be obtained over SNMP. Compatible with industry standard
software. Complete MIB is supplied. SNMPV1 - 3 are supported

Sensors

SNMP
Network

SNMP Client

sensorProbeX+

ModBus
Base units equipped with a Modbus RS485 port allow use as a Modbus to SNMP
gateway. Base units can function as Modbus Master or Slave, and support
Modbus RS485 or Modbus TCP/IP.

Modbus Slave

SNMP Modbus
Network TCP or RS485

SNMP Client

sensorProbeX+ Modbus Slave

AKCP Techn ol ogy

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 Wireless Tunnel™ Technology
AKCP Wireless Tunnel™ technology is an end to end wireless system with sensors,
gateways and central monitoring platform.

Wireless Tunnel™
Wireless Tunnel™ technology provides long range, high penetration, low power, wireless
sensor communication. AKCP developed the LoRaWAN™ protocol for firmware updates
over the air, queuing and acknowledgment of sensor data and immediate broadcast on
threshold violation (when not under battery operation). We have the most professional
low power wireless system on the market.

Wireless Tunnel™ technology provides long range, low power, wireless sensor
communication. AKCP layered the Wireless Tunnel™ protocol on Semtechs LoRa™ chirp
spectrum radio

Sensors

Local User Interface

AKCP Techn ol ogy

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 Directory
1. AKCP Product Solutions
1.1 Data Center
1.2 Warehouses and Cold Storage
1.3 Medical and Pharmaceuticals
1.4 HVAC
1.5 Solar and Battery Power
1.6 Generator and Fuel

2. Base Units
2.1 sensorProbe+
2.2 securityProbe
2.3 Expansion Units
2.4 Access Control
2.5 Wireless Tunnel™

3. Software
3.1 AKCPro Server
3.2 AKCP Cloud Service
3.3 sensorCFD™

4. Intelligent Sensors
4.1 Environmental Sensors
4.2 Security Sensors
4.3 Power Sensors
4.4 Specialty Sensors

5. Accessories
5.1 Rack and DIN
5.2 Power Supplies

6. Power Supplies
Di rectory

6.1 DC to DC Power Converters

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 DATA CENTER MONITORING

AKCP has been the worlds leading supplier of data center monitoring
solutions for over 30 years. Our wired or wireless sensor technology
monitors environmental conditions, security and power in your data
center.
• Control access to individual cabinets with RFID Swing Handle Locks
• Secure doors and containment aisles with RFID access control
• Monitoring of temperature and humidity, Thermal Mapping of Racks.
• Water leak detection protects IT infrastructure from disaster
• Monitoring complete power train with live PUE calculations
• Integration to third-party equipment via SNMP or Modbus virtual sensors
• HVAC control and monitoring of pipe pressures and temperatures
• Synchronize sensor events with IP video cameras

Rapid deployment of the Wireless Tunnel™ sensor system with AKCPro

Server DCIM and battery powered sensors.

Modbus
Data Center Sol ution s

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 Data Center Monitoring - Rack Monitoring Solution

Complete rack monitoring system, with power metering, cabinet thermal

maps, pressure differential and access control. Monitor single or
multiple racks from the SPX+ built in web UI, or upgrade to AKCPro
Server with analysis of where you can save energy in your data center.

▪ Contactless Current Meter (CCM)

Monitor current load to your cabinet. Check how
close you are to tripping breakers, and calculate
live PUE numbers. Power consumption of each
rack is included in sensorCFD calculations.

▪ Sensor Splitter Box (SSB)

Interface box to connect thermal maps, pressure
sensors and current meter to a single sensor
port on the SPX+

▪ Sensor Status Light (SSL)

Sensor Status Light (SSL) Visual representation of
cabinets status with green, orange and red status light

▪ RFID Swing Lock (SHL)

Control access to the cabinet, monitor door status,
generate access reports and monitor side panels
for removal

▪ Cabinet Thermal Map

Check front and rear temperature and humidity at
top, middle and bottom of cabinets, as well as front
to rear temperature differential (∆T). Data used for
sensorCFD calculations.

▪ LCD (LCD-TMP)
Data Center Sol ution s

LCD (LCD-TMP) LCD Display shows sensor data,

status and includes built intemperature sensor

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 Data Center Monitoring - sensorCFD™
AKCP sensors are for more than simply monitoring and alerting when
things go wrong. With 13 data points per rack covering temperature,
humidity, pressure, ∆T, ∆P, and current, why not put that data to good
use?
Traditional Computer Fluid Dynamics (CFD) modeling is usually done
during the data center design phase. It is based on arbitrary values for the
rack capacity, the cooling capacity. It makes many assumptions. But the
data center is not static, it is dynamic. Power loads for racks go up and
down with demand, cooling capacity adapts to the demands of the servers.
Racks get moved, blanking panels left out, what was a sealed containment
may be no more.

AKCP sensorCFD utilizes all the data gathered from the sensors on every
rack, CRAC and plenum to produce a sensor constrained CFD analysis of
the data center. Compare your performance to your original design,
identify stranded capacity and areas of air mixing. Increase efficiency,
lower carbon footprints and decrease operational expenses by fixing the
identified problem areas.
Data Center Sol ution s

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 Cold Storage and Distribution

Cold storage facilities and cold chain distribution monitored utilizing

the AKCP Wireless Tunnel™ sensor solution. Easy installation to
monitor your complete cold storage facilities. From temperature and
humidity monitoring, HVAC and refrigeration compressors, door
security and full access control AKCP has you covered.
• Monitor temperature and humidity within cold storage rooms
• Check doors are closed, synchronize door events with CCTV camera feeds
• Monitoring of refrigeration systems, compressors and pressures
• Data logging wireless sensors in cold chain distribution trucks
• Realtime monitoring of trucks location and temperature over cellular network
• Integration to third-party equipment via SNMP or Modbus virtual sensors
• HVAC control and monitoring of pipe pressures and temperatures
• Monitoring from your cellphone, tablet or PC
• Private network with no recurring fees.

P
Col d St orage Sol ution s

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 Cold Storage Monitoring and Data Logging
Monitor your cold storage facilities in real time, with delivery trucks
logging data which synchronizes with the sensorProbe Wireless
Tunnel™ Server when it returns to the depot.

Wireless Tunnel™ sensors feature internal logging of data and are

battery operated. Simply place it in the truck upon dispatch and start
logging data.

Wireless Tunnel™ Sensors monitoring temperature and doors communicate

to Wireless Tunnel™ Server (SP-WTS). Monitor data online, receive alerts
and view graphs of data.

SP-WTS

Trucks with Temp and Humidity sensor

connected to the sensorProbe Wireless
Col d St orage Sol ution s

Tunnel™ (SP-WT) logging data and

synchronizes with SP-WTS

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 Cold Storage Monitoring and Live Tracking
Monitor your cold storage facilities and delivery trucks in real time.
Wireless Tunnel™ Sensors monitor your cold storage facilities. Delivery
vehicles are monitored live via cellular data connection with GPS.

Wireless Tunnel™ Sensors monitoring temperature and doors communicate

to Wireless Tunnel™ Server (SP-WTS). Monitor data online, receive alerts
and view graphs of data.

INTERNET
SP-WTS

Trucks with Temp and Humidity sensors

connected to the sensorProbe Wireless
Tunnel™ (SP-WT) log data to SP-WTS
equipped with cellular data modem and
Col d St orage Sol ution s

GPS. Communicate live data and location

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 Customer - Naivas Cold Storage Monitoring
Naivas, Kenya’s largest supermarket and
online delivery service, selected AKCP
Wireless Tunnel™ based monitoring system
for quality control temperature and
humidity monitoring of their cold storage
environment.

Naivas, Kenya’s largest supermarket and online delivery service, selected AKCP
Wireless Tunnel™ based monitoring system for quality control temperature
and humidity monitoring of their cold storage environment.

The project was done in conjunction with our dealer in Kenya, BSA (www.bsa.co.ke)
Customer S tory

www.akcp.com 12
 Warehouse Solutions

Warehouse environmental monitoring involves systematically observing

and analyzing factors like temperature, humidity, and air quality within a
facility to ensure optimal storage conditions.

Utilizing advanced sensor technologies, real-time data is collected to quickly

respond to deviations. This practice not only enhances operational efficiency
and minimizes the risk of product damage but also contributes to sustainability
by optimizing energy usage. In essence, it plays a crucial role in maintaining
quality inventory while promoting a safer and more environmentally friendly
working environment.
Warehou se S oluti ons

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 Wireless Warehouse Monitoring
Monitor correct storage temperature in warehouses. Graphing for
traceability and reporting, with instant alerts when temperatures
exceed defined parameters. Battery powered with up to 5 years
battery life for safe, cable free environmental monitoring. Water
leak monitoring is also critical to protect stock from damage.

Wireless Tunnel™ Sensors monitoring temperature and humidity of storage areas.

Water leaks with rope water sensors are also monitored. Sensors are connected
to the sensorProbe+ Wireless Tunnel™ (SP-WT)

sensorProbe+ Wireless Tunnel™ Server (SP-WTS) collects data

from up to 30 sensors for graphing, alerting and monitoring.
When more than 30 sensors are installed multiple SP-WTS
can be consolidated in AKCPro Server central monitoring
software. SP-WTS
Warehou se S oluti ons

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 Customer - Lufthansa Technik Warehouse Monitoring

Lufthansa Technik, the maintenance arm of the

German airline Lufthansa, have selected AKCP
monitoring devices for use in several of their
maintenance hubs worldwide.

In the business of aircraft maintenance time plays a crucial role, and so does
the timely supply of the mechanical, consumable and expendable spare parts,
thus Lufthansa Technik keeps thousands of part numbers permanently in stock
at each of their hubs.

There are industry regulations regarding the storage of many of these parts.
There is a wide range of temperature and humidity thresholds for different
parts, such as batteries, composites, oils or solvents. In order to constantly
monitor the storage conditions AKCP technology has been deployed.

Lufthansa Technik Logistik Services (LTLS) implemented the AKCP

environmental monitoring solution at their warehouses in Germany. The
system is mainly based on the sensorProbe4 and sensorProbe8 devices.

These are coupled with single port

dual temperature and humidity sensors,
for general warehouse and humidity
controlled areas, and the waterproof
version, which is used to monitor cold
storage areas. In addition to this, a
GSM system based on the SP2+ with
internal GSM modem is in place at
remote warehouses that are not
connected to the company’s main network.

After the initial installation at their German warehouses, Lufthansa Technik

have begun the installation at their other global locations. Sofia (Bulgaria) has
already been installed, and now Aguadilla (Puerto Rico), Budapest (Hungary)
Customer S tory

and Shannon (Ireland) are to follow with similar setups at each, ensuring the
warehouse teams have all the information they need to ensure the safe stor-
age of aircraft materials.

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 Medical Monitoring

Laboratories, Pharmacies and Hospitals are required by government

regulatory requirements to store vaccines, drugs and other materials
in a monitored environment. Certain controlled drugs require secure
cabinets and storage. Using the AKCP Wireless Tunnel™ solutions
you can fulfill these monitoring requirements in a simple to install
system. WirelessTunnel™ technology gives excellent penetration
through walls and refrigerators and even secured reinforced
cabinets.

• Temperature and humidity monitoring in your drug cabinets and refrigerators

• Door contacts for synchronization of access events with video feeds
• RFID access control system for laboratories and secure storage
• Private network with no recurring fees, or cloud service optional
• Realtime monitoring over your cellphone, tablet or PC
• Battery powered sensors, no need for drilling holes in refrigerator
• Differential Pressure for Clean Rooms and Containment Rooms
Medical S oluti ons

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 Vaccine and Temperature Sensitive Drugs
Vaccines and temperature sensitive drugs must be kept between
2°C and 8°C (35°F to 46°F) during transportation and while in medical
refrigerators. AKCP have a complete solution for end to end
monitoring of the supply chain, with data storage compliant with
FDA 21 CFR Part 11.

Dual temperature sensor with calibration check

Temperature sensors are fully NIST traceable calibration certified. We build in 4
sensors to one device. These sensors act in pairs, checking each other for
calibration. If we detect that one is out of calibration we seamlessly switch from
one pair to the backup pair.

Ethyl Glycol Thermometer

To comply with regulations and best practices for vaccine and pharmaceutical
refrigerator storage we have wireless temperature sensors paired with a jar of
ethyl glycol to act as a buffer to air temperature fluctuations.

SP-WTS Graphing and alerts

Medical S oluti ons

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 Clean Rooms and Containment Rooms
Clean
Clean andand
containment rooms are kept with a pressure differential
between the inside and outside. Using AKCP differential air pressure
sensors the rooms can be monitored for proper pressure gradient.

Clean Rooms
Clean rooms are kept at a positive pressure differential to the outside. This
ensures that outside air is not sucked in, and any contaminants are expelled
when doors are opened and closed.

Containtment Rooms
Containment rooms, such as those housing infectious material are kept at a
negative pressure differential to the outside. This ensures that contaminants are
not expelled when doors are opened and closed.

Differential Air Pressure Sensor (DAP)

connected with sensorProbe+ Wireless Tunnel (SP-WT)

5pa 10pa
SP-WTS
10pa 5pa
Clean Rooms Containtment
Rooms
Medical S oluti ons

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 HVAC Monitoring

Large building HVAC systems require monitoring to ensure proper

and efficient operation. Regular and preventative maintenance
saves money in expensive repairs and downtime. Battery powered
Wireless Tunnel™ sensors can be deployed in difficult to reach areas
that HVAC ducting and pipes are fixed.

• Modbus Wireless Tunnel™ interfaces your HVAC system to the AKCP platform
• Monitoring of compressor efficiency, heat and vibration
• Sensors measure pressure at important points in your HVAC system
• Temperature sensors on pipes for outgoing and return flow temperatures
• Integration to BMS systems via SNMP

Modbus

P
HVAC Solu tions

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 Customer - HVAC Monitoring in New Zealand
AKCP have installed monitoring for HVAC chillers at several locations
in New Zealand. In these cases the HVAC systems had an old analog
control system for the central plant. The SP2+ was deployed to add
intelligence and remote monitoring capabilities to the installation.
The SP2+ was selected for its compact size, low cost and rugged design.

The SP2+ interfaced to a Siemens flow meter through our isolated digital voltmeter.
A dry contact input monitored the chiller fault alarm output, and two temperature
sensors monitored the chilled water out and return flow temperature. A customized
dashboard display was setup in the SP2+ web UI. The AKCP monitoring solution
provided the end user with a simple and low cost upgrade path to bring intelligent
HVAC monitoring to their building and facilities management system.
HVAC Solu tions

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 Solar and Battery Monitoring

Monitor solar panels for efficiency, and battery health. Solar panels
require cleaning, proper alignment and loose efficiency over time. By
monitoring their output voltage and current it can help with maintenance
schedules.

Monitoring the power output of panels, and the current draw of battery
banks will ensure you have sufficient panels to keep charge. Monitor voltage
output and replace battery cells that are not holding charge and supplying
enough voltage.

Voltage Voltage
Amps Amps
Watts Watts

Battery Terminal Temperature

S olar and Battery Mon itoring

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 Solar and Battery Monitoring
Battery monitoring (BATTMON) sensor connected with sensorProbe
Wireless Tunnel™ check solar panel and batteries for current and voltage.

SP-WTS
S olar and Battery Mon itoring

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 Generator and Fuel Monitoring

Improve your generator performance, and cut operational costs with a

generator monitoring system. Online generator monitoring will ensure that
standby and backup generators are always at the ready. Prevent faults that
can be costly to repair or result in higher fuel consumption.

Optimize your generator, check runtime and be reminded of maintenance

schedules. Extend the life of your engine.

AKCP has sensors for monitoring power, battery voltage and current,
runtime hours and fuel level. In addition, we can interface to control
panels with Modbus RS485 or SNMP for more detailed data.

Intelligent Sensors Intelligent Sensors

(eg. Temperature, Leak Detection)
Tank Level Sensor

RS485
Ethernet MODBUS
CANBUS
Generator and Fu el Mo nitoring

WAN AKCP Pro Server SMS Data

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 Generator and Fuel Monitoring
Real-time generator monitoring and attached sensors. An engine gauge
dashboard presents the parameters in a graphical, easy to read format. For
installations at multiple sites, AKCPro Server manages all your devices from
a single user interface. Centralized monitoring of your infrastructure.
Mapping of each site and their locations with zoom in to specific sites.
Integration with ONVIF IP cameras gives “eyes on” at each site, with
video synchronized with sensor events. AKCP’s access control solution can
be deployed to manage access at each site and is also administered
through this central management software.
Generator and Fu el Mo nitoring

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 sensorProbe+ Series
Customizable Sensor Monitoring Devices

sensorProbe+ series include SNMPV3 and support for encrypted e-mail.

Unlock additional software features such as IPV6, Radius and TACACS.

sensorProbe+ supports all AKCP sensors and are available with options such as
PoE, Modbus RS485 and internal 4G cellular data modems.

Name Code Description

1 port monitoring device with 1x Dry

Contact I/O, PoE and built in temperature
sensorProbe1+ SP1+B sensor. Basic version can be upgraded to Pro.
Optional built in dual temp and humidity
sensor.

2 port monitoring device with additional

2x ports locked
SP2+B
sensorProbe2+
SP2+E 3 port sensor monitoring device with
1x Modbus RS485

sensorProbe2+ SP2+B-LCD 2 port monitoring device with additional

LCD 2x ports locked. Built in LCD display.

Customizable modular sensorProbeX+

sensorProbeX+ SPX+ Standard hardware configuration with one
sensorProbeXN+ SPXN+ time software license unlock for additional
functions

4G cellular modem European/US Band

Internal 4G Modem M4E/M4U (no voice call)
External 4G Modem EM4G External 4G modem, Global Band E-SIM
(no voice call)
sesnorProbe+

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 sensorProbe1+ (SP1+B / SP1+THS)
Simple, Yet Powerful Monitoring

SP1+B comes equipped with 1x intelligent sensor input and 1x dry contact
digital I/O a hard wired temperature sensor on 5ft cable, and PoE as standard.
Connect AKCP sensors such as temperature sensors, thermal maps and water
leak detection.

The SP1+B comes with a basic set of software functions, which can be
upgraded through a software license.

OPTIONS:

• 5VDC Power - External power supply, used in combination with PoE as a

redundant power input

• Modbus RS485 - Convert the dry contact I/O input to Modbus RS485.

• Mini Relay - Convert the dry contact I/O to a mini relay

sensorProbe1+

• Dual Temp/Hum Sensor - Convert the temperature sensor to dual THS.

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 SP1+B - Basic and Professional
The below table shows the features included with the SP1+ Basic, and the
benefits of upgrading to the Professional license.

SP1+ SP1+B SP1+PRO

Dry Contact

Virtual Sensors 5
Event Log

Notifications

MQTTS

Graphs

Maps

3rd Party Modbus

IPv6

SNMPV3

VPN

Access Control User

RADIUS

Heartbeats

Modbus

Cloud

Authentication
sensorProbe1+

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 SP1+B / SP1+THS - Dual Power Inputs
SP1+B can be powered with dual inputs. PoE comes as standard, and an
additional AC or DC source can provide primary power with PoE providing
backup power. Or, in the absence of PoE dual inputs are available through
our external DC-DC conversion box.

12vDC 5vDC Output

DC-DC Converter
DCW024-5

Power Adapter 2
220v
DC-DC
12VDC Converter 5vDC OUTPUT

12vDC INPUT SP1+

DCW024-5
12VDC
220v
Power Adapter 1

Example of dual / redundant 12VDC power input

sensorProbe1+

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 SP1+B / SP1+THS- Technical Specification
Dimension Size 82 x 72 x 35 mm
Weight 0.2 Kg
Network Interface Standard 10/100 Mbps Full Duplex
Ethernet RJ45 Port
Mounting Mounting Screw mounting
Built in DIN Rail Clip and cable tie loops
Power Requirements PoE IEEE 802.3af support
Optional external 5.5V 3A Power Adapter Input Voltage and
Current ratings : 100V~240V - 0.22A
Optional external 12-24 or 40-60 VDC dual inputs
Status Indication LED indication for Power
LED for network connectivity
LED for sensor online and threshold status
LED for dry contact input status
RJ-45 1 RJ45 Sensor Ports for connecting AKCP Autosense Sensors
Components Manufactured using highly integrated, low power surface mount
technology to ensure long term reliability.
Operating Environment Temperature : Min. 0°C - Max. 70°C (Industrial Option available for Min. -25°C - Max. 70°C)
Humidity: Min. 20% – Max. 80% (Non-Condensing)
MTBF 1,400,000 Hours based on field experience with sensorProbe+ units.
Inputs 1x RJ45 Sensor Port
1x Dry Contact I/O (0/5VDC)
1x 10/100 Ethernet Port
1x hard wired 5ft temperature sensor / Dual temperature and humidity sensor (SP1+THS)
5x free virtual sensors (additional unlocked via license)
Outputs Configurable output signals (0VDC/5VDC) on the 4 RJ45 sensor port
Max Sensors Maximum of 400 onlined sensors, including virtual sensors.
Maximum Number of Access Control 500 Users
Users 100 Users default
Protocols Rsyslog*
*Requires Pro License MQTT / MQTTS*
** Requires Additional License SNMP V1/2 /3
IPV6*
RADIUS**
TACACS**
HTTPS
Encrypted E-mail

5 Dry Contact 5 dry contact input sensor

Virtual Private Network (VPN) VPN - Connect to AKCPro Server from your base unit through VPN
over Ethernet or cellular network.
Virtual Sensors Virtual sensor (pack of 5 sensors). Maximum of 80 virtual sensors. Comes with 5 free virtual sensors.
500 Access Control user database 500 users for access control
IPV6 Support for IPV6 network addresses
sensorProbe1+

Radius Radius user authentication server connection. TACACS authentication to Radius. Requires license.

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 SP1+B / SP1+THS - Technical Drawing

81.73mm

61.23mm

Ø9.94mm
1524mm

34.89mm

30mm
71.85mm

53.24mm

64.85mm
sensorProbe1+

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 sensorProbe2+ (SP2+B / SP2+E)
Cost Effective and Versatile Monitoring

SP2+B comes equipped with 4x intelligent sensor ports to connect a wide

range of AKCP sensors. 2x sensor ports are enabled by default, with a further
2 being unlocked with the one time Pro license upgrade. PoE is included as
standard.

Additional security features can be unlocked such as support for IPV6 and
Radius, SNMPV3 also with the Pro license upgrade.

Options include an internal 4G cellular data modem. If you have Modbus

devices that you wish to monitor, such as a generator, or other industrial
equipment, the SP2+ can be ordered with an RS485 port option (SP2+E).

OPTIONS:

• EXP - Port that is compatible with CCU, E-Opto16 and E-Sensor8

expansion units as well as doubling as a Modbus RS485 port.

• 4G Modem - Cellular data communications, SMS alerts and phone call

notifications.

• External PSU - Power the unit with external AC power supply,

or use as a redundant power source with PoE
sensorProbe2+

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 SP2+B - Basic and Professonal
The below table shows the features included with the SP2+ Basic, and the
benefits of upgrading to the Professional license.

SP2+ SP2+B SP2+PRO

Dry Contact

Virtual Sensors 5
Event Log

Notifications

MQTTS

Graphs

Maps

3rd Party Modbus

IPv6

SNMPV3

VPN

Access Control User

RADIUS

Heartbeats

Modbus

Cloud

Authentication
sensorProbe2+

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 SP2+B - Dual Power Input
SP2+ can be powered via dual AC or DC inputs, providing redundancy for
powering the device. The 12-24VDC or 48-60VDC external power supplies
feature dual DC inputs with a single 5VDC output for powering the SP2+.

Ideal for telecoms applications where DC power comes straight into the
cabinets. Or in a data center with dual PDU’s. Utilize 2x 12VDC power
adapters, one on each AC power source, connect them to the DCW024-5
with the output to the DC jack on the SP2+.

If you have the SP2+ with Power over Ethernet (PoE), this can function as a
redundant power source. Should the mainline power fail the SP2+ will switch
to using the PoE as an alternative power source to the DC jack input.

5vDC OutPut

12vDC InPut

DC-DC-Coverter
DCW024-5

SP2+

Power Adapter 2
220v
DC-DC
12VDC Converter 5vDC OUTPUT
12vDC INPUT SP2+
DCW024-5
12VDC
220v
Power Adapter 1

Example of dual power source for the SP2+

sensorProbe2+

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 SP2+B / SP2+E Technical Sepcification
Dimension Size 4.5" x 2.5" x 1.25"
Weight 0.3 Kg
Network Interface Standard 10/100 Mbps Full Duplex
Ethernet RJ-45 Port
Mounting 0U rack-mountable
Compatible with AKCP’s DIN Rail Clips
Power Requirements External 5.5V 3A Power Adapter
Input Voltage and Current ratings : 100V~240V - 0.22A
Optional PoE IEEE 802.3af support
Status Indication LED indication for Power
LED for network connectivity
LED for sensor online and threshold status
Internal Buzzer alarm
RJ-45 4 RJ-45 Sensor Ports for connecting AKCP Autosense Sensors
Up to 20 Dry Contact Input and Output (0VDC/5VDC)
Input Optional RJ-45 Expansion / Modbus RS485 Port
Components Manufactured using highly integrated, low power surface mount technology to ensure long term reliability.
Operating Environment Temperature : Min. 0°C - Max. 70°C (Industrial Option available for Min. -25°C - Max. 70°C)
Humidity: Min. 20% – Max. 80% (Non-Condensing)
MTBF 1,400,000 Hours based on field experience with sensorProbe units.
Inputs 4x RJ-45 Sensor Ports (SP2+)
2x RJ-45 Sensor Ports with 2x additional locked under software (SP2-V2)
1x 10/100 Ethernet Port
Optional 3/4G integrated cellular modem with external antenna (Optional GPS feature)
1 sensor port can be used as expansion port or Modbus RS485 on SP2+E version (supports up to 4
CCU, E-Sensor8 or E-Opto16) *
Outputs Configurable output signals (0VDC/5VDC) on any of the 4 RJ-45 sensor ports
Max Sensors Maximum of 400 onlined sensors, including Expansion Units and virtual sensors.
Optional Expansion Capabilities See above * 1 sensor port can be used as expansion port or Modbus RS485 (on SP2+E version)
Maximum Number of Access Control 500 Users
Users 100 Users default
Protocols Rsyslog*
*Requires Pro License MQTT / MQTTS*
**Requires Additional License SNMP V1/2 /3
IPV6*
RADIUS**
TACACS**
HTTPS
Encrypted E-mail
Pro License Features
5 Dry Contact: DC5 5 dry contact input sensor (per port) 1 License equals 1 RJ45 port unlocked
Virtual Private Network (VPN) VPN - Connect to AKCPro Server from your base unit through VPN over Ethernet or cellular network.
Virtual Sensor pack: VS Virtual sensor (pack of 5 sensors). Maximum of 80 virtual sensors. * ** Comes with 5 free virtual sensors
3rd Party Modbus / PMS device.
3rd Party PMS & Modbus Up to 4 modbus devices with 15 sensors.* **
500 users for access control (SP+ series has 100 users as standard)
500 Access Control user database : UA Support for IPV6 network addresses
sensorProbe2+

IPV6: SP-IPV6 Radius user authentication server connection. TACACS authentication to Radius. Requires license.
Radius: RAD * the sensorProbe+ units can only have 60 Modbus RS485 sensors (virtual sensor + modbus devices)
Important Notes ** the sensorProbe+ units can only have 60 Modbus TCP/IP sensors (virtual sensor + modbus devices)

www.akcp.com 34
 SP2+B / SP2+E Technical Drawing
SP2+B with Internal Modem

67.90mm
63.90mm

Power Link Activity Sensor Sensor

1 2

120.35mm

Power Link Activity Sensor Sensor

1 2

40.20mm

63.90mm

67.90mm

16.90mm

67.90mm

63.90mm
sensorProbe2+

44.52mm
120.35mm

www.akcp.com 35
 sensorProbe2+ LCD (SP2+B-LCD / SP2+B-LCD-MOD)

Sensor Monitoring
with LCD Display

The SP2+B-LCD comes with hardware to support 4 sensor ports, Dry contact,
built in PoE and LCD display to show data from connected sensors. The SP2+
LCD Basic can be upgraded to the pro version with a one time software license.

Connect up to 4 AKCP sensors, including combined cabinet thermal maps

and contactless current meters, providing up to 9 sensors per port.

OPTIONS:

• 4G Modem - External cellular data modem plugs into dedicated UART

modem port

• External PSU - Add a 5VDC external power supply for reduancy when combined
with PoE

• Modbus RS485 - Change the dry contact input to be Modbus RS485

(SP2+B-LCD-MOD)
sensorProbe2+ LCD

www.akcp.com 36
 SP2+B-LCD / SP2+B-LCD-MOD - Basic and Professional

The below table shows the features included with the SP2+LCD Basic, and the
benefits of upgrading to the Professional license.

SP2+LCD SP2+B SP2+PRO

Dry Contact

Virtual Sensors 5
Event Log

Notifications

MQTTS

Graphs

Maps

3rd Party Modbus

IPv6

SNMPV3

VPN

Access Control User

RADIUS

Heartbeats

Modbus

Cloud

Authentication
sensorProbe2+ LCD

www.akcp.com 37
 SP2+B-LCD / SP2+B-LCD-MOD - Technical Specification
Dimension Size 135 x 81 x 36 mm
Weight 0.4 Kg
Network Interface Standard 10/100 Mbps Full Duplex
Ethernet RJ-45 Port
Mounting 0U rack-mountable
Built in DIN rail mounting clip
Screw hole mounting
Power Requirements PoE IEEE 802.3af support
External 5.5V 3A Power Adapter
Input Voltage and Current ratings : 100V~240V - 0.22A
Status Indication LCD display for sensor values, status and IP address
LED indication for Power
LED for network connectivity
LED for sensor online and threshold status
RJ-45 4 RJ-45 Sensor Ports for connecting AKCP Autosense Sensors
Up to 20 Dry Contact Input (5VDC) using 5DCS input for each sensor port
1x Dry Contact I/O + 4 optional, 1 I/O per sensor port
Components Manufactured using highly integrated, low power surface mount technology to ensure long term reliability.
Operating Environment Temperature : Min. 0°C – Max.70°C
Humidity: Min. 20% – Max. 80% (Non-Condensing)
MTBF 1,400,000 Hours based on field experience with sensorProbe units.
Inputs 4x RJ-45 Sensor Ports
1x 10/100 Ethernet Port
1x UART external modem port
Outputs Configurable output signals (0VDC/5VDC) on any of the 4 RJ-45 sensor ports
Max Sensors Maximum of 400 onlined sensors, including virtual sensors.
Maximum Number of Access Control 500 Users
Users 100 Users default
Protocols Rsyslog*
*Requires Pro License MQTT / MQTTS*
*Requires Additional License SNMP V1/2 /3
IPV6*
RADIUS**
TACACS**
HTTPS
Encrypted E-mail
Pro License Features
5 Dry Contact 5 dry contact input sensor (per port) 1 License equals 1 RJ45 port unlocked
Virtual Private Network (VPN) VPN - Connect to AKCPro Server from your base unit through VPN over Ethernet or cellular network.
Virtual Sensor pack (VS) Virtual sensor (pack of 5 sensors). Maximum of 80 virtual sensors. 5 virtual sensors included for free * **
3rd Party PMS & Modbus 3rd Party Modbus / PMS device.
Up to 4 modbus devices with 15 sensors.* **
500 Access Control user database : UA 500 users for access control (SP+ series has 100 users as standard)
sensorProbe2+ LCD

IPV6 Support for IPV6 network addresses

Radius Radius user authentication server connection. TACACS authentication to Radius. Requires License
Important Notes * the sensorProbe+ units can only have 60 Modbus RS485 sensors (virtual sensor + modbus devices)
** the sensorProbe+ units can only have 60 Modbus TCP/IP sensors (virtual sensor + modbus devices)

www.akcp.com 38
 SP2+B-LCD / SP2+B-LCD-MOD - Technical Drawing

65.85mm

Ø5.7

36.64mm

94.69mm 140.72mm

94.9mm

54.27mm 81.95mm

SP2+LCD
sensorProbe+
sensorProbe2+ LCD

www.akcp.com 39
 sensorProbeX+ (SPXN+ / SPX+)

Customizable Monitoring
Standard and Modular Design

Select from a standard configuration (SPXN+), or build your own customized

monitoring solution (SPX+). Choose a mounting option to suit your installation,
whether it be 1U, 0U rack mounting, or DIN rail. Optional modules, internal
DC power supply, PoE and Cellular modem can be selected depending on your
requirements. Fully SNMP compliant with SNMP V1/2/3

SPX+ is compatible with all AKCP sensors, including the latest “smart sensors”
such as swing handle locks, cabinet thermal maps, LCD display and battery
monitoring sensors.

Every SPX+ features an EXP port, which functions as an RS485 Modbus port
as well as connecting with AKCP Expansion modules.

A Basic Expansion Bus (BEB) port expands to additional SPX+ modules. A

maximum of 4x BEB units can be connected to a single SPX+ Monitor multiple
SPX+ units from AKCPro Server for centralized monitoring and management
sensorProbeX+

of all devices.

www.akcp.com 40
 SPXN+ / SPX+ - MTBF

Mean Time Between Failure

Since its recent release, the SPX+ has grown to an installed base of
approximately 5,000 base units. On average we have 4 hardware failures per
year that require RMA replacement. That is to say that the SPX+ is
operating for 43,800,000 hours for every 4 failures. That is a MTBF of
10,950,000 hours. The sensors have an approximately similar record of
durability. The reason that this failure rate is so low is by design. The SPX+
was created for rugged environments. The components used in the SPX+
can withstand high-temperature environments because they generate very
little heat. The SPX+ operates on 1 Watt of power.

This stands in contrast to larger systems running more complex, and less
reliable operating systems such as Linux. Typical small computers
often run at 300 Watts requiring a fan. The SPX+ doesn’t need fans or
special cooling. The case is built from Aluminum, not plastic. The SPX+ has
been tested in environmental chambers to be able to operate reliably
at 70° C. During the manufacture every SPX+ is tested, then burned in
for 96 hours in order to eliminate infant mortality.

The system is put into stock awaiting a customer order. AKCP is not only
rugged in hardware, it is rugged in software. Rather than relying on
large, untested, and unmaintainable open source projects, we write
our own applications. This is more difficult but results in superior
performance. We can maintain the code because we wrote it ourselves. If
there is a bug that needs fixing, we can fix it. If there is a feature that needs
adding. We can add it. This is not possible in larger systems relying on
third-party applications.
sensorProbeX+

www.akcp.com 41
 sensorProbeXN+ (SPXN+)

sensorProbeXN+ (SPXN+)

The SPXN+ is a standard 1U configuration of the SPX+. The configuration

includes PoE), Modbus RS485 port and dedicated input for an optional
external 4G cellular data modem.

The configuration of modules is:

- 8 sensor ports
- 10x dry contacts
- 2x 0-5VDC analog inputs
- 2x Mini Relays

The basic SPXN+ cost includes only 4 sensor ports activated. Additional
sensor ports, dry contacts, A2D inputs and mini relays can be unlocked
with a one time software license code. Order with required modules
unlocked, or unlock in field as your needs dictate.

NOTE SPXN+ does not include :

- PSU or PSU Carriage (PoE comes as standard)
- BEB Port
sensorProbeX+

www.akcp.com 42
 SPX+ / SPXN+ Technical Sepcification
Dimension 44 (W) x 44 (H) low profile design
Expansion Port EXP port connecting EXP Remote Units
UART port for connecting external 4G modem
Mounting 1U rack mount brackets (standard)
Optional 0U Toolless rack mount
Optional DIN rail brackets.
Power Power over Ethernet (PoE) as standard
Optional External 5.5V 3A Power Adapter Input Voltage and Current ratings : 100V~240V - 0.22A
Status Indication LED indication for power
LED for network connectivity
LED for sensor online and threshold status
Components Manufactured using highly integrated, low power surface mount technology to ensure long termreliability.
Operating Environment Temperature : Min. 0°C - Max. 70°C (Industrial Option available for Min. -25°C - Max. 70°C)
Humidity: Min. 20% – Max. 80% (Non-Condensing)
MTBF 1,400,000 Hours based on field experience with sensorProbe units.
Base Unit 8x Sensor Ports for connecting AKCP sensors
10x Dry contact I/O
2x Mini relays
2x 0-5VDC inputs
1x Expansion Out or Modbus RS-485 Port (supports up to 4 CCU, E-Sensor8 or E-Opto16)
1x ART external modem port
1x 10/100 Mbps Ethernet Port
Max Sensors Maximum of 300 onlined sensors, including Expansion Units and virtual sensors.
Maximum Number of Access Control 500 Users
Users 100 Users default
Supported Protocols Rsyslog
*Requires Additional License MQTT / MQTTS
SNMP V1/2
IPV6
RADIUS*
TACAC*S
HTTPS
Encrypted E-mail
Licensing
Virtual Private Network (VPN) VPN - Connect to AKCPro Server from your base unit through VPN over Ethernet or cellular network.
Virtual Sensor pack: VS Virtual sensor (pack of 5 sensors). Maximum of 80 virtual sensors. * **
Every SPX+ comes with 10 free virtual sensors. Additional available through license
3rd Party PMS & Modbus 3rd Party Modbus / PMS device.
Up to 4 modbus devices with 15 sensors.* **
500 Access Control user database : UA 500 users for access control (SP+ series has 100 users as standard)
IPV6: SP-IPV6 Support for IPV6 network addresses
Radius: RAD Radius user authentication server connection. TACACS authentication to Radius. Requires Radius License
Important Notes * the sensorProbe+ units can only have 60 Modbus RS485 sensors (virtual sensor + modbus devices)
** the sensorProbe+ units can only have 60 Modbus TCP/IP sensors (virtual sensor + modbus devices)
sensorProbeX+

www.akcp.com 43
 SPXN+ Technical Drawing

44mm
12-24 VDC Input

474.6mm

426.6mm

67.18mm

445.3mm

458.9mm
sensorProbeX+

www.akcp.com 44
 sensorProbeX+ (SPX+)

Customizable Modular Design

The SPX+ includes a Modbus and BEB port. Start with 4x sensor ports
and add modules as required. Units can be built as short DIN rail
mounted devices, 1U rack mounted or 0U mounting.

SPX+ Modules

MCU
The MCU Module is the core of the SPX+. A
mandatory module it forms the base configuration
of every unit. 4x intelligent sensor ports, Ethernet
and a dual purpose Expansion (EXP) port for
Modbus RS485 communications, or connection
to AKCP Expansion. Basic Expansion Bus (BEB)
port connects the SPX+ to SPX+ basic expansion
units comprised of additional SPX+ modules.

sensor4
sensor4 modules give additional intelligent
sensor ports, allowing you to build your SPX+
to your requirements. Connect a wide range of
intelligent sensors and smartRack sensors such
as Cabinet Thermal Maps, Programmable LCD
Display and RFID Swing Handle Locks.
sensorProbeX+

www.akcp.com 45
 SPX+ - Modules

Dry Contacts
Dry contact modules can be added in x10 and x20
blocks. The dry contacts can be ordered as I/O,
isolated input only (internal 5V) and isolated input
only (external 5-30V). Dry contacts can be used to
monitor a variety of third party devices and alarm
panels.

Cellular Modem / GPS

4G Cellular Data Modem module gives a primary

or backup method of communication. Send SMS
and e-mail alerts directly from the device through
the cell network. Ideal for remote site locations
and those with unreliable DSL connection.

4x Mini Relays
This module includes 4x mini DC relays. Use them
to switch on/off low current devices directly, or
use them to drive larger relays. Ideal for systems
and control, building and industrial automation.
sensorProbeX+

www.akcp.com 46
 SPX+ - Modules

4x Analog to Digital Inputs

This module is ideal for connecting third
party analog sensors with a 0-5VDC or
4-20mAmp scale output. Many industrial
sensors are available with this scale output,
opening up the possibilities of monitoring
many different sensors not provided by
AKCP.

2x Mini Relays & 2x Analog Inputs

This module is a combination of the above

modules, with 2x relays and 2x 0-5VDC or
4-20mA analog sensor inputs.

Internal Mini UPS

This module is useful in situations where the
SPX+ may face power outages. An internal
battery backup using 4x AA batteries can power
the SPX+ for several hours
(depending on sensors connected, alerts
generated etc). This is ample time to be able to
continue to send alerts, and most importantly
notify you of the power situation so the main
power can be restored.

Ideally combined with the internal cellular data

sensorProbeX+

modem, SMS alerts can be sent even if the rest

of your network is down.

www.akcp.com 47
 SPX+ - Modules
Internal Mini UPS
Mounting Internal
Power Input Voltage 5.5V
4x AA NimH batteries
Charger Slow Charge circuit for long lasting batteries
Status Condition Red LED indication for On Battery Status
Green LED indication for charging status
Components Manufactured using highly integrated, low power surface mount technology to ensure long term reliability.
Operating Environment Temperature : Min. 0° C – Max. 70° C
Humidity: Min. 20% – Max. 80% (Non-Condensing)
MTBF 1,400,000 Hours based on field experience with sensorProbe units.
Other For SPX+ series only

Online Configuration

Customize your SPX+ with our online configuration tool, graphically

build up your device with the modules you need and submit for quotation.
sensorProbeX+

www.akcp.com 48
 SPX+ - Expansion
Basic Expansion Bus (BEB)
Using an SPX+ Master with BEB, together with SPX+ Basic Expansion Bus
devices, you can increase the number of sensor ports, and dry contacts
available. Recommended for use over a short distance , within the same
cabinet only, it provides a cost effective way to expand your system. The
maximum distance from the SPX+ Master to the last unit in the chain is 10
meters.
• 4x BEB - Max total cable length 10 meters
• 3x BEB - Max total cable length 18 meters (3x 6m)
• 2x BEB - Max total length 20 meters (2x 10m)
• 1x BEB - Max total length 20 meters (1x 20m)
Antenna

2 4 6 8 10
Sim Card - + - + - + - + - +
GSM

I/O Dry Contacts

Sim Card

2 4 2 4
Sensors

Sensors

1 3 1 3
Reset

+ - + - + - + - + -
1 3 5 7 9

MAX 2
- +
4
- +
6
- +
8
- +
10
- +
12
- +
14
- +
16
- +
18
- +
20
- +
Basic Expansion Bus

I/O Dry Contacts

2 4 2 4
Sensors

Sensors

Sensors
B.E.B.

20 meters
1 3 1 3

+ - + - + - + - + - + - + - + - + - + -
1 3 5 7 9 11 13 15 17 19

2 4 6 8 10 12 14 16 18 20
- + - + - + - + - + - + - + - + - + - +
Basic Expansion Bus

I/O Dry Contacts

2 4 2 4
Sensors

Sensors

Sensors
B.E.B.

1 3 1 3

+ - + - + - + - + - + - + - + - + - + -
1 3 5 7 9 11 13 15 17 19

RS485 Expansion (EXP)

Reset
Sensors
1 2

3 4

Using an SPX+ Master with EXP, together with EXP units you can add ETH 10/100 EXP

dry contacts and sensor ports to your system, with the ability to place
theunits up to 300 meters (1,000ft) away from each other. Supported GSM
Antenna

EXP devices are the E-Sensor8 and E-Opto16 Expansion units.

Sim Card
Sim Card

Sensors

Max Max
1 2

3 4

300 Meters 300 Meters

EXP Unit EXP
I/O Dry Contacts
sensorProbeX+

www.akcp.com 49
 SPXN+ / SPX+ - Dual Power Inputs
Dual Power Inputs
The SPX+ is available with an internal 12-24 VDC or 48-60 VDC power supply.
This power supply features dual inputs with redundant fail-over. Ideal for
telecoms where DC power is available directly in the cabinets.

It can also be utilized in a data center with a dual PDU setup. Connect the
220VAC-12VDC power adapters to the separate AC power sources, and the
output of the 12VDC adapters to the SPX+.

If the SPX+ features the Power over Ethernet (PoE) option, this can also be
used as a redundant power input. If the power source to the DC jack is
interrupted the SPX+ will switch to the PoE source.

Power Adapter 2
220v
12VDC
SPX+
12VDC
220v
Power Adapter 1 12-24 VDC Input

Example of dual power source for the SPX+

The dual DC inputs are also available as an external converter under product
sensorProbeX+

codes DCW024-5 and DCW048-5

www.akcp.com 50
 SPX+ Technical Specification
Dimension 427mm (W) x 44mm (H) low profile design
Expansion Port EXP port connecting EXP Remote Units
BEB port for connecting SPX+ BEB Remote Units
Mounting 0U Toolless rack mount, optional wall mount brackets, horizontal 1U mounting or DIN rail brackets.
Power External 5.5V 3A Power Adapter
Input Voltage and Current ratings : 100V~240V - 0.22A
Options:
Power over Ethernet (PoE)
Dual 12-24VDC internal power supply
Dual 40-60 VDC internal power supply
Status Indication LED indication for power
LED for network connectivity
LED for sensor online and threshold status
Internal Buzzer for audible alerts
Components Manufactured using highly integrated, low power surface mount technology to ensure long term reliability.
Operating Environment Temperature : Min. 0°C - Max. 70°C (Industrial Option available for Min. -25°C - Max. 70°C)
Humidity: Min. 20% – Max. 80% (Non-Condensing)
MTBF 10,950,000 Hours based on field experience with sensorProbe+ units.
Base Unit 4x Sensor Ports for connecting AKCP sensors
1x Expansion Out or Modbus RS-485 Port (supports up to 4 CCU, E-Sensor8 or E-Opto16)
1x Basic Expansion Bus Port (BEB)
1x 10/100 Mbps Ethernet Port
Max Sensors Maximum of 150 onlined sensors, including Expansion Units and virtual sensors.
SPX+ Modules – 4x Sensor Ports module for connecting AKCP sensors or swing handle cabinet locks
– 10x or 20x Dry Contacts module, 3 configurations :
+ Configurable Input / Output dry Contact (0VDC/5VDC)
+ Input only 5V Dry Contact, opto-coupled input
+ Isolated input Dry Contact, from 5V to 30V voltage input signal
+ Isolated AC Detection input 5-30ACV @44mA
- 4x Mini relays for driving larger relays
- 4x 0-5VDC / 4-20mA input for third party sensors
- 2x 0-5VDC / 4-20mA input for third party sensors with 2x Mini relays
- Valve controller module
Optional Internal mini UPS, 4x AA rechargeable batteries
Internal 40-60V DC power supply
4G Cellular data modem with external antenna
Power over Ethernet (PoE)
Internal DC Power Supply
Maximum Number of Access Control 500 Users
Users 100 Users default
Supported Protocols Rsyslog
*Requires Additional License MQTT / MQTTS
SNMP V1/2
IPV6
RADIUS*
TACACS*
HTTPS
Encrypted E-mail
Licensing
Virtual Private Network (VPN) : VP VPN - Connect to AKCPro Server from your base unit through VPN over Ethernet or cellular network.
Virtual Sensor pack : VS Virtual sensor (pack of 5 sensors). Maximum of 80 virtual sensors. * **
Every SPX+ comes with 10 free virtual sensors
3rd Party PMS & Modbus : PM 3rd Party Modbus / PMS device.
Up to 4 modbus devices with 15 sensors.* **
sensorProbeX+

500 Access Control user database : UA 500 users for access control (SP+ series has 100 users as standard)
IPV6 : SP-IPV6 Support for IPV6 network addresses
Radius : RAD Radius user authentication server connection. TACACS authentication to Radius. Requires additional license
Important Notes * the sensorProbe+ units can only have 60 Modbus RS485 sensors (virtual sensor + modbus devices)
** the sensorProbe+ units can only have 60 Modbus TCP/IP sensors (virtual sensor + modbus devices)

www.akcp.com 51
 SP+ 4G Modem (M4E / M4U) - Technical Specification
Frequencies EU model :
• LTE-TDD B38/B40/B41
• LTE-FDD B1/B3/B5/B7/B8/B20
• UMTS/HSPA+ B1/B5/B8
• GSM/GPRS/EDGE B3/B8
US model :
• LTE-FDD B2/B4/B12
• UMTS/HSPA+ B2/B5
Category CAT1
Data Transmission HSPA+: up to 5.76 Mbps(UL), 42 Mbps(DL)
LTE Category 1: up to 5 Mbps (UL), 10 Mbps (DL)
Transmitting Power WCDMA: Class 3 (0.25W)
LTE: Class 3 (0.25W

Features SMS
Telephone Call with Text to Speech
Internet (PPP) : email, VPN, cloud
Optional GPS *
+ GNSS: GPS/GLONASS/Beidou/Galileo
+ GPS active antenna provided

SIM card Standard SIM card size

Support SAT class 3, GSM 11.14 Release 98
Antenna 3m External Antenna

Components Manufactured using highly integrated, low power surface mount technology to ensure long term reliability.

Operating Environment Temperature : Min. -20° C – Max.70° C

Humidity: Min. 20% – Max. 80% (Non-Condensing)
Certification EU Version :
• CE-RED
• IMDA
• GCF
• RoHS
• REACH
US Version :
• FCC
• PTCRB
• IC
• RoHS
• REACH
Carrier Certification EU version :
• Deutsche Telekom / Vodafone
US version :
sensorProbeX+

• AT&T / Rogers
Important Note This modem will support telephone call text to speech and GPS in future releases
* GPS support on SP2+ and SP-WTS only

www.akcp.com 52
 SPX+ Technical Drawing
SPX+ Standard Configurations

SPX4
SPX with 4 sensor ports
474.9mm
427.4mm

32.5mm 44mm

SPX8 451.4mm

SPX with 8 sensor ports

SPX4-X10
SPX with 4 sensor ports and 10 Dry Contacts

SPX8-X20
SPX with 8 sensor ports and 20 Dry Contacts

SPX8-60
SPX with 8 sensor ports and 60 Dry Contacts

TOP VIEW
427.4mm

50.1mm 48.6mm
sensorProbeX+

474.9mm

www.akcp.com 53
 SPX+ Technical Drawing
SPX+ Standard Configurations

SPXB4
SPX BEB with 4 sensor ports
474.9mm
427.4mm

32.5mm 44mm

451.4mm
SPXB-X20
SPX BEB with 20 Dry Contacts

SPXB8-X20
SPX BEB with 8 sensor ports and 20 Dry Contacts

SPXB16
SPX BEB with 16 sensor ports

SPXB-X40
SPX BEB with 40 Dry Contacts

TOP VIEW
427.4mm

50.1mm 48.6mm
sensorProbeX+

474.9mm

www.akcp.com 54
 SPX+ Technical Drawing
SPX8-X60
SPX8-X60 is a 2U device, comprised of an SPX+ with BEB unit. This can be
mounted in 2 seperate U’s, or back to back in the same U as illustrated below.

474.9mm

427.4mm

Sensors B.E.B. Sensors I/O Dry Contacts

2 4 6 8 10 12 14 16 18 20
00:0B:0C:01:18:00

- + - + - + - + - + - + - + - + - + - +
Activity
MAC Adress

2 4 2 4

Buzzer
Power.Sensors.Security 1 3 1 3
Reset
SPX+
72mm 88.4mm
+ - + - + - + - + - + - + - + - + - + -
Power 1 3 5 7 9 11 13 15 17 19

B.E.B. I/O Dry Contacts I/O Dry Contacts

22 24 26 28 30 32 34 36 38 40 42 44 46 48 50 52 54 56 58 60
- + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - +
2
Serial ID
Power.Sensors.Security 28-00-00-00
1
+ - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + -
21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 51 53 55 57 59

451.4mm

427.4mm

50.1mm 48.6mm

474.9mm
sensorProbeX+

www.akcp.com 55
 56
contacts (configured as input only, I/O or opto isolated)

62.5mm

48.6mm
0U SPX+ with 12x sensor ports and 30x dry

Side

643.4mm
- + - + - + - + - + - + - + - + - + - + - + - + - + - + - +
Front

PWR
+ - + - + - + - + - + - + - + - + - + - + - + - + - + - + -
44mm
SPX+ Technical Drawing

(configured as input only, I/O or opto isolated)

48.6mm
44.5mm
Side
0U SPX+ with 60x dry contacts

727.4mm
Front

www.akcp.com
- + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - +
PWR
+ - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + -

44mm
sensorProbeX+
 SPX+ Technical Drawing
0U SPX+ with DIN rail mounting.
44mm

35mm

199.8mm

0U SPX+ with internal modem & DIN rail mounting

44mm

35mm

278mm
sensorProbeX+

www.akcp.com 57
 External UART Modem (EM4G)
External Modem for SPXN and SP2+

The SPXN has a dedicated port for connecting an external modem. Ideal for
customers who require cellular communications as either primary or backup
connection. SMS, e-mail alerts and voice calls* as well as access to the web
UI or communications via VPN to AKCPro Server. An optional GPS antenna
can be added for mobile asset tracking and monitoring or automatic geo
locating static sites on maps in AKCPro Server.
External 4G Modem

www.akcp.com 58
 EM4G - Technical Specification
Frequencies • LTE-TDD B34/B38/B39 /B40/B41
• LTE-FDD B1/B2/B3/B5/B7/B8// B12/B13/B18/B19/B20/B25/B26/B28/B66
• UMTS/HSPA+ B1/B2/B4/B5/B6/B8/B19
• GSM/GPRS/EDGE \850/900/1800/1900 MHz
Category CAT1
Data Transmission HSPA+: up to 5.76 Mbps(UL), 42 Mbps(DL)
LTE Category 1: up to 5 Mbps (UL), 10 Mbps (DL)
Transmitting Power WCDMA: Class 3 (0.25W)
LTE: Class 3 (0.25W)

Features SMS
Telephone Call with Text to Speech via 3rd party e-mail to phone gateway
Internet (PPP) : email, VPN, cloud
Optional GPS *
+ GNSS: GPS/GLONASS/Beidou/Galileo
+ GPS active antenna provided

SIM card Standard SIM card size

Support SAT class 3, GSM 11.14 Release 98
Antenna 3m External Antenna

Components Manufactured using highly integrated, low power surface mount technology to ensure long term reliability.
Operating Environment Temperature : Min. -20° C – Max.70° C
Humidity: Min. 20% – Max. 80% (Non-Condensing)
Certification • CE
• RCM
• FCC
• IC
• CCC
US Version :
• TELEC
• PTCRB
• JA TE
• RoHS
• REACH
External 4G Modem

www.akcp.com 59
 A - Technical Drawing

90.25mm

Ø28.3mm

141.99mm

122mm 132mm

Ø3.85mm 54.02mm
32.11mm 33.72mm
External 4G Modem

To Sensor Port

www.akcp.com 60
 securityProbe Series
Versatile Monitoring device

securityProbe series is our high end, versatile monitoring platform.

Includes 80 virtual sensors such as SNMP get, Ping, SNMP Trap
receivers. Run custom Bash scripts to expand further it’s capabilities.

Options include internal 4G cellular data modems, analog or digital USB

cameras, and 40-60VDC internal power supplies

Name Code Description

8 port sensor device

SEC5ES 8 port sensor device with digital video inputs
securityProbe5E SEC5ESV 8 port sensor device with analog video inputs
SEC5ESVA

8 port sensor device with 20x dry contacts

SEC5ES-X20 8 sensor ports with 20x dry contacts &
securityProbe5E SEC5ESV-X20 digital video inputs
X20 SEC5ESVA-X20 8 sensor ports with 20x dry contacts &
analog video inputs

SEC5ES-X60 8 port sensor device with 60x dry contacts

securityProbe5E SEC5ESV-X60
8 sensor ports with 60x dry contacts &
X60 digital video inputs
SEC5ESVA-X60 8 sensor ports with 60x dry contacts &
analog video inputs

Internal 4G Modem SECM4E 4G EU Internal Modem

(EU/US Frequencies) SECM4A 4G US Internal Modem

HD-DC
High Definition USB Camera
HD-PTDC High Definition USB Pan Tilt Camera
UMC-PAL Analog PAL Camera
Cameras
UMC-NTSC Analog NTSC Camera
PTDC-PAL Analog PAL Pan Tilt Camera
Analog NTSC Pan Tilt Camera
PTDC-NTSC
securityProbe5E

www.akcp.com 61
 securityProbe5E (SEC5ES/V/A)

Advanced monitoring system with video capabilities

securityProbe5E comes in several versions, the 5ES, which has no video
function, 5ESV, which has 4x USB digital video inputs, and the 5ESVA which
has 4x BNC analog video inputs. Packages are available with cameras
included, or connect with existing analog cameras in your facility.

Optional 3G or 4G internal modems can be installed to send SMS alerts directly

from the securityProbe device, or for communicating in sites with no wired
network available.

BNC video inputs ports found on the 5ESVA device On the

5ESV these are substituted for USB digital video inputs

PTZ controller ports, connect with Pelco.D standard

securityProbe5E

PTZ cameras to control the Pan, Tilt and Zoom from

the securityProbe web interface

www.akcp.com 62
 SEC5ES/V/A - Dual Power Input
SEC5ES can be powered via dual AC or DC inputs, providing redundancy for
powering the device. The 40-60VDC external power supplies feature dual DC
inputs with a single 9VDC output for powering the SEC5ES.

Ideal for telecoms applications where DC power comes straight into the cabinets.
Or in a data center with dual PDU’s. Utilize 2x 12VDC power adapters, one on
each AC power source, connect them to the DCW075 with the output to the DC
jack on the SEC5ES.

9VDC OutPut

12VDC
Dual InPut
SEC5ES

12VDC to 9VDC
DC-DC- Voltage Coverter

Power Adapter 2
9vDC 220v
OUTPUT 12V to 9V 12VDC
SEC5ES DC - DC
Voltage
Converter
12vDC INPUT
12VDC
220v
Power Adapter 1
securityProbe5E

www.akcp.com 63
 SEC5ES/V/A - Technical Specification
Dimension Size 8.5 x 5.43 x 1.80
Weight 1 Kg
Expansion Port 2x RJ-45 Expansion Ports
115.2K BPS Data Transfer Rate
Simultaneous functionality between Expansion Ports &
RS485 port threshold status
Mounting 1U Rack Mount Standard
Rack mount brackets included
Compatible with AKCP’s DIN and rack mount trays
Power External 7.0 – 9 VDC 3A Power Adapter
Input Voltage and Current ratings : 100V~240V - 1A
Optional
- DCW : external +/- 40~60V DC input
Power Consumption Typical 5.025 Watt, 0.67A
Status Indication LED indication for power
LED for network connectivity
LED for sensor online and threshold status
Components Manufactured using highly integrated, low power surface mount technology to ensure long term reliability.
CPU: AKCP i.MX25 Processor
128 MB On-Board NAND Flash
HC SD Memory Slot on-board (up to 16GB)
Operating Environment Temp : Min. -35° C – Max. +55° C
Humidity : Min. 20% – Max. 80% (Non-Condensing)
MTBF 400,000 Hours
Connectivity Ethernet 10/100 Mbps
Optional Internal 3G/4G modem

Inputs 8x RJ-45 Sensor Ports

2x RJ-45 Expansion Ports
1x USB 2.0 Modem Port
Audio In (Analog) 2.5 jack
Internal Microphone
RS485, 2 Pin Terminal box, (used for Modbus)
Outputs Configurable output signals (0VDC/5VDC) on any of the 8 RJ-45 sensor ports
Internal Speaker Out
Ext. Speaker Out, 2.5” jack (Analog)
Mic Out, 2.5 jack (Analog) (For modem application)
Expansion Boards 8 Port Intelligent Sensors Module (E-Sensor8)
16 Port Dry Contacts Module (E-opto16) (Maximum of 500 Sensors)
Cabinet Control Unit (DCU) (Up to 25 Per Chain)
Extendable up to 1,000 Feet or 300 meters
Expansion modules are daisy chainable

Video - Analog 4x Analog Video BNC input, powered externally

* resolution 320x240 or 640x480
* type : NTSC or PAL
securityProbe5E

4x PTDC controller ports

Video- HD Digital 4x AKCP High Definition Digital camera USB input resolution 320x240 or 640x480
4x PTDC controller ports

www.akcp.com 64
 SEC5E - Technical Drawing
Technical drawing illustrates SEC5ESVA, dimensions of 5ES and 5ESV are the same

M ic
securityProbe 5E Sensor Control...
Access Control...
E- i n E- ou t

1 2 3 4 5 6 7 8
Ac t ivit y St at us
Power Link Online

22.77mm

148.00mm

24.67mm

132.50mm

AUDIO Eth 10/100

V4 V3 V2 V1
RS485 EXT GND
MIC IN OUT
MODBUS

Reset

47.16mm Video
USB A B

7.5V DC

PT4 PT4
PT3 PT4
PT2 PT4
PT1 88 77 66 55 44 33 22 11

215.00mm

securityProbe with 1U rackmount brackets

482.60mm
464.95mm
securityProbe5E-X20

M ic
securityProbe 5E Sensor Control...
Access Control...
47.16mm E-in E-out 31.75mm
Ac t iv it y St at us
1 2 3 4 5 6 7 8
44.10mm
Power Lin k On l in e

215.00mm 133.80mm

www.akcp.com 65
 securityProbe5E-X20 (SEC5ES/V/A-X20)

A securityProbe with 20 dry contact inputs

Based on the basic securityProbe5E the X20 comes with all the same options, no video,
with analog video or digital video inputs, plus 20 dry contact digital inputs. These can be set
to opto isolated mode with a jumper for instances where there is a chance of over
voltage.

Optional 3G and 4F internal modems can be installed to send SMS alerts directly from the
securityProbe device, or for communicating in sites with no wired network available.

Based on the basic securityProbe5E the X20 comes with all the same options, no video,
with analog video or digital video inputs, plus 20 dry contact digital inputs. These can be set
to opto isolated mode with a jumper for instances where there is a chance of over
voltage.

Optional 3G and 4G internal modems can be installed to send SMS alerts directly from the
securityProbe device, or for communicating in sites with no wired network available.

Analog BNC video inputs (5ESVA only).

5ESV comes with USB digital video inputs
securityProbe5E-X20

4x PTZ controller ports for Pelco.d

20x dry contacts with jumper
compatible PTZ cameras (5ESV and 5ESVA only)
settings for opto isolation

www.akcp.com 66
 SEC5ES/V/A-X20 - Technical Specification
Dimension Size : 17.08” x 5.43” x 1.80”
Weight : 2.6 Kg
Expansion Port 2x RJ-45 Expansion Ports
115.2K BPS Data Transfer Rate
Simultaneous functionality between Expansion Ports &
RS485 port threshold status
Mounting 1U Rack Mount Standard
Rack mount brackets included
Compatible with AKCP’s DIN and rack mount trays
Power External 7.0 – 9 VDC 3A Power Adapter
Input Voltage and Current ratings : 100V~240V - 1A
Optional
- DCW : external +/- 40~60V DC input
Power Consumption Typical 6.150 Watt, 0.82A
Status Indication LED indication for power
LED for network connectivity
LED for sensor online and threshold status
LED for dry contact online and status
Components Manufactured using highly integrated, low power surface mount technology to ensure long term reliability.
CPU: AKCP i.MX25 Processor
128 MB On-Board NAND Flash
HC SD Memory Slot on-board (up to 16GB)
Operating Environment Temp : Min. -35° C – Max. +55° C
Humidity : Min. 20% – Max. 80% (Non-Condensing)
MTBF 400,000 Hours
Connectivity Ethernet 10/100 Mbps
Optional Internal 3G/4G modem
Inputs 8x RJ-45 Sensor Ports
2x RJ-45 Expansion Ports
20x 2 Wire dry contacts (Input only up to 5VDC and up to 40VDC in opto isolated mode using internal
jumper setting)
1x USB 2.0 Modem Port
Audio In (Analog) 2.5 jack
Internal Microphone
RS485, 2 Pin Terminal box, (used for Modbus)
Outputs Configurable output signals (0VDC/5VDC) on any of the 8 RJ-45 sensor ports
Internal Speaker Out
Ext. Speaker Out, 2.5” jack (Analog)
Mic Out, 2.5 jack (Analog) (For modem application)
Expansion Boards 8 Port Intelligent Sensors Module (E-Sensor8)
16 Port Dry Contacts Module (E-opto16) (Maximum of 500 Sensors)
Cabinet Control Unit (DCU) (Up to 25 Per Chain)
Extendable up to 1,000 Feet or 300 meters
Expansion modules are daisy chainable
Video - Analog 4x Analog Video BNC input, powered externally
securityProbe5E-X20

* resolution 320x240 or 640x480

* type : NTSC or PAL
4x PTDC controller ports
Video- HD Digital 4x AKCP High Definition Digital camera USB input resolution 320x240 or 640x480
4x PTDC controller ports

www.akcp.com 67
 SEC5ES/V/A-X20 - Technical Drawing
Technical drawing illustrates SEC5ESVA-X20, dimensions of 5ES and 5ESV are the same

16.9mm

138mm

44.8mm

433.5mm

securityProbe5E-X20 with 1U rackmount brackets

482.60mm
464.95mm

44.8mm 31.75mm

433.5mm
23.5mm
securityProbe5E-X20

www.akcp.com 68
 securityProbe5E-X60 (SEC5ES/V/A-X60)

A securityProbe with 60 dry contact inputs.

Based on the basic securityProbe5E the X60 comes with all the same options, no video,
with analog video or digital video inputs, plus 60 dry contact digital inputs. These can be
set to opto isolated mode with a jumper for instances where there is a chance of over
voltage.

Optional 3G and 4G internal modems can be installed to send SMS alerts directly from the
securityProbe device, or for communicating in sites with no wired network available.

Based on the basic securityProbe5E the X20 comes with all the same options, no video,
with analog video or digital video inputs, plus 20 dry contact digital inputs. These can be
set to opto isolated mode with a jumper for instances where there is a chance of over
voltage.

Analog BNC video inputs (5ESVA only)

5ESV comes with USB digital video inputs
securityProbe5E-X60

60x dry contacts with jumper 4x PTZ controller ports for Pelco.d compatible PTZ
settings for opto isolation Cameras (5ESV and 5ESVA only)

www.akcp.com 69
 SEC5ES/V/A-X20 - Technical Specification
Dimension Size : 18” x 5” x 3.45”
Weight : 3.1 Kg
Expansion Port 2x RJ-45 Expansion Ports
115.2K BPS Data Transfer Rate
Simultaneous functionality between Expansion Ports &
RS485 port threshold status
Mounting 2U Rack Mount Standard
Rack mount brackets included
Compatible with AKCP’s DIN and rack mount trays
Power External 7.0 – 9 VDC 3A Power Adapter
Input Voltage and Current ratings : 100V~240V - 1A
Optional
- DCW : external +/- 40~60V DC input
Power Consumption Typical 6.150 Watt, 0.82A
Status Indication LED indication for power
LED for network connectivity
LED for sensor online and threshold status
LED for dry contact online and status
Components Manufactured using highly integrated, low power surface mount technology to ensure long term reliability.
CPU: AKCP i.MX25 Processor
128 MB On-Board NAND Flash
HC SD Memory Slot on-board (up to 16GB)
Operating Environment Temp : Min. -35° C – Max. +55° C
Humidity : Min. 20% – Max. 80% (Non-Condensing)
MTBF 400,000 Hours
Connectivity Ethernet 10/100 Mbps
Optional Internal 3G/4G modem
Inputs 8x RJ-45 Sensor Ports
2x RJ-45 Expansion Ports
20x 2 Wire dry contacts (Input only up to 5VDC and up to 40VDC in opto isolated mode using
internal jumper setting)
1x USB 2.0 Modem Port
Audio In (Analog) 2.5 jack
Internal Microphone
RS485, 2 Pin Terminal box, (used for Modbus)
Outputs Configurable output signals (0VDC/5VDC) on any of the 8 RJ-45 sensor ports
Internal Speaker Out
Ext. Speaker Out, 2.5” jack (Analog)
Mic Out, 2.5 jack (Analog) (For modem application)
Expansion Boards 8 Port Intelligent Sensors Module (E-Sensor8)
16 Port Dry Contacts Module (E-opto16) (Maximum of 500 Sensors)
Cabinet Control Unit (DCU) (Up to 25 Per Chain)
Extendable up to 1,000 Feet or 300 meters
Expansion modules are daisy chainable
Video - Analog 4x Analog Video BNC input, powered externally
securityProbe5E-X60

* resolution 320x240 or 640x480

* type : NTSC or PAL
4x PTDC controller ports
Video- HD Digital 4x AKCP High Definition Digital camera USB input resolution 320x240 or 640x480
4x PTDC controller ports

www.akcp.com 70
 SEC5ES/V/A-X60 - Technical Drawing
Technical drawing illustrates SEC5ESVA-X60, dimensions of 5ES and 5ESV are the same

20mm

138mm

88.7mm

433.5mm

securityProbe5E-X60 with 1U rackmount brackets

482.60mm
460mm

88.7mm 44.3mm
84.35mm
securityProbe5E-X60

433.5mm 23.5mm

www.akcp.com 71
 securityProbe5E-X60 (SEC5ES/V/A-X60)
Analog and Digital Cameras for your securityProbe
Connect up to 4x analog (5ESVA models) or digital cameras (5ESV). Pan and tilt camera
option gives remote control of the camera position and automatically point to pre-set
positions on sensor events.

Synchronize sensor events with camera footage, taking snapshots or video when an event
happens, sending it via E-mail or MMS, giving you a visual reference to the situation at
your monitored location.

Support
securityProbe 5ESVA
securityProbe 5ESVA-X20
securityProbe 5ESVA-X60
UMC
Support
securityProbe 5ESVA
securityProbe 5ESVA-X20
securityProbe 5ESVA-X60
PTDC
Support
securityProbe 5ESV
securityProbe 5ESV-X20
securityProbe 5ESV-X60
HD-DC
Support
securityProbe 5ESV
securityProbe 5ESV-X20
securityProbe 5ESV-X60
HD-PTDC
Cameras

www.akcp.com 72
 Analog and Digital Cameras Technical Specification

Camera Control Remote pan and tilt (remote 330deg pa n, 80deg tilt)
(Pan & Tilt cameras only) Control of camera motor via web~interface (adrn'nistrator only)
Camera contra port PT1 -4, Peloo D RS485, 2 p • ns T ermi 11 al box
Precision, custom designed stepper motor
Image Sensor
CCD High qua ity Sony CCD
Light sensitivity of .5 lux at f 1 . 2
1/3" int,erline CCD
Auto White Bala nee
640 p'xels per line, with 625 per frame (interlaced)
Electronic Iris 1/50 - 1/100,000 (PAL); 1160 - 1/100,000 (NTSG)
Picture Elements 640 (H) x 480 (V)
S/N Ratio 45d1B or more (AGC o)
Connections
Video B IC (Analog, UMC-PAUNTSC and PTDC-PAUNTSC)
USB (Digital,. HD-DC and HD-PTDC)
Power 2.5mm Male plu:g
Optic
Lens Type Fixed
Focal Length 3.6mm
Viewing Angle 92 deg
Physical Environment
Weight 0.8 kg (PTDC)
0.3 kg (HD and UMC)
Power 9VDC, external (PTDC and UMC versions)
5VDC powered by security Probe (HD-DC only)
Power consumption 2.16W
Operating temp. range 0 - 40 °C
Operating humidity range 10 - 80 % RH, non-condensing
Cameras

www.akcp.com 73
 UMC / HD-DC - Technical Drawing

65mm

92mm

92mm

635mm
Cameras

www.akcp.com 74
 PTDC / Hd-PTDC - Technical Drawing

111.2mm

49.7mm

106.2mm

300mm

406.2mm
Cameras

www.akcp.com 75
 SEC Cellular Data Modem
Internal Modem for securityProbes
if your securityProbe is installed at a remote site with no wired internet
connection available, or you wish to have a backup means of communication
should your internet network be unavailable, then choose the option to install
a 3G or 4G internal modem. An internal cellular data modem also allows you
to send SMS and MMS alerts directly from the securityProbe device itself,
notifying you of a sensors critical status.

AKCess Pro
Phone server

SMS MMS

WAN
SimCard

Ethernet

Mic securityProbe 5E SIM

1 2 3 4 5 6 7 8
Ac tivit y Status

Power Link Online

4G Internal Modem

www.akcp.com 76
 SEC Cellular Data Modem (4G) - Technical Specification

Frequencies EU model :
Dual-Band UMTS/HSDPA/HSPA+ : Band 1 & 5
LTE-FDD : B1, B3, B5, B7, B8, B28
US model :
Dual-Band UMTS/HSDPA/HSPA+ : Band 2 & 5
LTE-FDD : B2, B4, B12
Category CAT1
Data Transmission HSPA+: up to 5.76 Mbps(UL), 42 Mbps(DL)
LTE Category 1: up to 10 Mbps (DL)
LTE Category 1: up to 5 Mbps (UL)
Transmitting Power WCDMA: Class 3 (0.25W)
LTE: Class 3 (0.25W)
Features SMS
Internet (PPP) : email, VPN
SIM card Standard SIM card size
Support SAT class 3, GSM 11.14 Release 98
Antenna 3m External Antenna
Components Manufactured using highly integrated, low power surface mount technology to ensure long term reliability.
Operating Environment Temperature : Min. -20° C – Max.70° C
Humidity: Min. 20% – Max. 80% (Non-Condensing)
Certification US Version :
• FCC
• IC
• PTCRB
• ROHS
• REACH
EU Version :
• CE-RED
• NCC
• ACMA
• ROHS
• REACH
Carrier Certification US version :
• AT&T/Rogers
Important Note This modem does not support telephone call text to speech
4G Internal Modem

www.akcp.com 77
 8 Port Sensor Expansion Unit (E-IS8N / E-IS8N-DIN)

Expand your base unit with more sensor ports.

Should you need more sensor ports on your securityProbe or sensorProbeX+,

a cost effective way is to add E-Sensor8 expansion units. Up to 1,000ft
(300m) cable length can be used between the securityProbe and the
E-Sensor8.

Additional expansion units can be daisy chained with up to 1,000ft (300m)

between each unit. A maximum of 600 total sensor points can be monitored
from a single IP address.

1U Rackmount or DIN rail

The E--Sensor8 is available in a 1U rack mounted version with

standard rackmount brackets, or in a short DIN rail mounted
version. The product code for this version is E-IS8N-DIN.
E-Sensor 8

www.akcp.com 78
 E-IS8N / E-IS8N-DIN - Technical Sepcification

Dimension 427mm (W) x 44mm (H) low profile design

Network Interface 2x RJ-45 Expansion Ports
Mounting 115.2K bps Data Transfer Rate
1U Rack Mount Standard
Power External 5.5 VDC 3A Power Adapter
Input Voltage and Current ratings : 100V~240V - 1A
Typical 5.025 Watt, 0.67A
Status Indication LED indication for power
LED for Expansion port connectivity
LED for sensor online and threshold status
Components Manufactured using highly integrated, low power surface mount technology to ensure long term reliability.
Operating Environment Temp : Min. -35° C – Max. +80° C
Humidity : Min. 20% – Max. 80% (Non-Condensing)
MTBF 400,000 Hours
Inputs 8x RJ-45 ports for connecting AKCP sensors
1x RJ-45 expansion module input (E-in)
Outputs Configurable output signals (0VDC/5VDC) on any of the 8 RJ-45 sensor ports
1 RJ-45 expansion module output (E-out)
E-Modules * Daisy chain multiple E-modules including E-sensor8 and E-opto16 combined
* Uses standard RJ-45 connections and CAT5 LAN cable
* Maximum extension cable run length: 300 meters (1000 feet)
* Compatible with AKCP intelligent sensors. Not compatible with SP+ smart sensors or TMP NIST2/3
* Connect up to 500 AKCP intelligent sensors to one securityProbe5ES
* Connect up to 150 AKCP intelligent sensors to one sensorProbe+ (up to 4 expension units)
E-Sensor 8

www.akcp.com 79
 E-IS8N / E-IS8N-DIN - Technical Drawing

458.74mm
1 3 Sensors 5 7

44mm
Link E-Out

Power

E-In

2 4 6 8

4
445.15mm

474.44mm

59.09mm 52.51mm

429.44mm

Optional DIN rail mounted version

198mm

Ø8mm

MAC Adress
00:0B:DC:01:34:DA

Power

Link

277.65mm E-In E-Out

E-sensor8
Est. USA 1981

Sensors

2 1

4 3

6 5

8 7
E-Sensor 8

43.8mm 60.69mm

www.akcp.com 80
 16x Opto-Isolated Dry Contacts (E-OP16)

Optically isolated Dry Contact Expansion Unit.

Add isolated dry contacts to your securityProbe or sensorProbeX+. If your
main device is some distance from the contacts you wish to monitor, save
money and time in cable infrastructure by installing the E-Opto16 clse to the
contacts you wish to monitor and run only a single CAT5 cable back to
the base unit. E-Opto16 devices can be installed up to 1,000ft or 300m
from the base unit and daisychained with a max distance of 1,000ft or 300
meters between each device.

Technical Specification
Dimension Size 8.5 x 5.43 x 1.80
Weight 0.8 Kg
Expansion Port 2x RJ-45 Expansion Ports
115.2K bps Data Transfer Rate
Mounting 1U Rack Mount Standard
Rack mount brackets included
Compatible with AKCP’s DIN and rack mount trays
Power External 7.0 - 9 VDC 3A Power Adapter
Input Voltage and Current ratings : 100V~240V - 1A
Typical 5.025 Watt, 0.67A
Status Indication LED indication for power
LED for Expansion port connectivity
LED for sensor online and dry contact status
Components Manufactured using highly integrated,low power surface mount technology to ensure long term reliability.
Operating Environment Temp : Min. -35° C – Max. +80° C
Humidity : Min. 20% – Max. 80% (Non-Condensing)
MTBF 400,000 Hours
Inputs 16x 2 wire dry contact inputs configured as opto-isolated
16x 2 wire dry contact inputs support up to 50 Volts DC and 80mA of current
1x RJ-45 expansion module input (E-in)
Outputs 1 RJ-45 expansion module output (E-out)
E-Modules * Daisy chain multiple E-modules including E-sensor8 and E-opto16 combined
* Uses standard RJ-45 connections and CAT5 LAN cable
* Maximum extension cable run length: 300 meters (1000 feet)
* Compatible with AKCPs complete line of intelligent sensors
E-Opto 16

* Connect up to 500 AKCP dry contact sensors to one securityProbe5ES

* Connect up to 150 AKCP dry contact sensors to one sensorProbe+ (up to 4 expension units)

www.akcp.com 81
 E-OP16 - Technical Drawing
E -i n E-out

Powe r

Link

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

E-opto16

22.77mm

24.67mm

132.50mm

EXT.GND

47.16mm 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 7.5 VDC

215.00mm

482.60mm

464.95mm

47.16mm 31.75mm 44.10mm

215.00mm 133.80mm

MAX 1,000 feet/300m MAX 1,000 feet/300m

securityProbe (Master) E-Sensor8 (EXP) E-Opto16 (EXP)

E-Opto 16

www.akcp.com 82
 Access Control
Doors and Cabinets

AKCP Access Control Solutions integrate closely with our central

management software, AKCPro Server. Administer access users, rights,
and schedules. Remotely lock and unlock doors, and synchronize sensor
events with IP camera video feeds.

Compatible with a wide range of industry standard access control

accessories, locks and readers. Control access to doors, industrial
outdoor cabinets, remote sites and IT cabinets.

Name Code Description

Door Control Unit DCU Door, access readers and sensors

Cabinet Control
CCU Expansion door controller for cabinets
Unit

Swing Handle Lock SHL RFID Swing Handle Cabinet Lock

Dual Authentication External keypad, RFID and MiFare reader

SHL-DA
Swing Handle with swing handle
Access Control

www.akcp.com 83
 Door Control Unit (DCU)

Control access and synchronize with video

With the DCU control access to 1 main door. RFID card readers, PIN card,
Fingerprints or Dual Authentication can be configured by connecting
suitable hardware. A sensor port is compatible with all AKCP sensors,
including RFID swing handle locks.

Combine RFID swing handle locks with fingerprint readers for biometric
cabnet access control.

DCU integrates with AKCPro Server Central Monitoring Software. This gives
remote monitoring and control of doors and administration of users and
access privileges. Access events are synchronized with IP video camera feeds
for event based recording.
Door Control Unit

www.akcp.com 84
 DCU - Wiring Diagram

IN
EM DOOR Lock

Reader Reader
Inside Outside

Infrared External Lock

Exit Button

Door Lock Converter

Door Control Unit

www.akcp.com 85
 DCU - Door Control Unit Accessories
Door Control Unit Accessories
DCU is compatible with a wide range of access control accessories. Purchase
the door controller to go with existing standard Weigand RFID card readers
and keypads, or 12VDC locks.

AKCP can supply a complete door package including locks, readers and
accessories. Choose from a range of door locks, fail safe or fail secure, bolt
type or electromagnetic locks.

Door Locks Access Readers Manual Key

RFID Swing Handle Exit Buttons

Door Control Unit

www.akcp.com 86
 DCU - Technical Specification
Dimension Size 8.5 x 5.43 x 1.80
Weight 1 Kg
Expansion Port 2x RJ-45 Expansion Ports
115.2K BPS Data Transfer Rate
Simultaneous functionality between Expansion Ports & RS485 port threshold status
Mounting 1U Rack Mount Standard
Rack mount brackets included
Compatible with AKCP’s DIN and rack mount trays
Power External 12 VDC 3A Power Adapter
Input Voltage and Current ratings : 100V~240V - 1A
Typical 5.025 Watt, 0.67A
Status Indication LED indication for power
LED for network connectivity
LED for sensor online and threshold status
LED for Door Status
Components Manufactured using highly integrated, low power surface mount technology to ensure long term reliability.
CPU: AKCP i.MX25 Processor
128 MB On-Board NAND Flash
HC SD Memory Slot on-board (up to 16GB)
Operating Environment Temp : Min. -35° C – Max. +55° C
Humidity : Min. 20% – Max. 80% (Non-Condensing)
MTBF 400,000 Hours
Connectivity Ethernet 10/100 Mbps
Optional Internal 3G/4G modem
Inputs 2x RJ-45 Sensor Ports
2x RJ-45 Expansion Ports
1x USB 2.0 Modem Port
4x Video Ports
2x Fingerprint Ports (when using Fingerprint Readers it is recommended that only x2 Video
Ports are enabled.)
2x Wiegand 26 Ports
4x PTZ Two Pin Controllers
Internal Microphone
Audio In (Analog) 2.5 jack
RS485, 2 Pin Terminal box, (used for Modbus)
Outputs Configurable output signals (0VDC/5VDC) on any of the 2 RJ-45 sensor ports
Internal Speaker Out
Ext. Speaker Out, 2.5” jack (Analog)
Mic Out, 2.5 jack (Analog) (For modem application)
Door control port
Expansion Boards 8 Port Intelligent Sensors Module (E-Sensor8)
16 Port Dry Contacts Module (E-opto16) (Maximum of 500 Sensors)
Cabinet Control Unit (DCU) (Up to 25 Per Chain)
Extendable up to 1,000 Feet or 300 meters
Expansion modules are daisy chainable
4x AKCP High Definition Digital camera USB input
Door Control Unit

Video- HD Digital * resolution 320x240 or 640x480

4x PTDC controller ports
Important Note Requires the AKCPro Server for Access Control and Sensor Port configurations

www.akcp.com 87
 DCU - Technical Drawing

Mi c
Door Control Unit
E1 E2
S ensor
1 2
Ac ti v i ty S tatu s DS Ext Lo ck Tp

Po w e r Link Online

22.77mm

24.67mm

132.50mm

47.16mm

215.00mm

482.60mm
464.95mm
Door Control Unit
44.10mm
M ic

47.16mm Sensor
E1 E2
31.75mm
Door Control Unit

1 2
A c tivity S tatu s DS Ext L ock Tp

Power Lin k O n lin e

215.00mm 133.80mm

www.akcp.com 88
 Cabinet Control Unit (CCU)

Cabinet Access Controller

The CCU is a compact door access controller.
Working on our Expansion Technology, it
connects to the Expansion port of any SEC5E,
DCU or SPX+, providing a cost effective way
to add access control to your facility and
monitoring in a single platform together with your environmental sensors. The CCU
can be used on any doors, and also computer cabinets, or other types of cabinets
where the swing handle lock can not be installed, or an electromagnetic type lock
is preferred.

Technical Specification
Dimension Size : 13.20 cm x 5.38 cm x 3.40 cm
Weight : 0.15 Kg
Expansion Port 2x RJ-45 Expansion Ports
115.2K bps Data Transfer Rate
Mounting Rack mount brackets included
Compatible with AKCP’s DIN and rack mount trays
Power External 12 VDC >=1A Power Adapter
Input Voltage and Current ratings : 100V~240V - 1A
Typical 6 Watt, 0.5 A
Status Indication LED indication for power
LED for Expansion port connectivity
Components Manufactured using highly integrated,low power surface mount technology to ensure long term reliability.
Operating Environment Temp : Min. -35° C – Max. +55° C
Humidity : Min. 20% – Max. 80% (Non-Condensing)
MTBF 400,000 Hours
Inputs 2x RJ-45 ports for connecting AKCP sensors
1x Wiegand RFID Reader
1x Door Lock Control.
1x RJ-45 expansion module input (E-in)
Outputs 1 RJ-45 expansion module output (E-out)
E-Modules * Daisy chain multiple E-modules including E-sensor8 and E-opto16 combined
* Uses standard RJ-45 connections and CAT5 LAN cable
* Maximum extension cable run length: 300 meters (1000 feet)
* Compatible with AKCPs complete line of intelligent sensors
* Connect up to 500 AKCP sensors to one securityProbe5ES
* Connect up to 150 AKCP sensors to one sensorProbe+ (up to 4 expension units)
Supported Lock Rating
Cabinet Control unit

The CCU can control a 12V Door Lock with a maximum current draw no greater than 500mA.
Important Note Requires the AKCPro Server for Access Control and Sensor Port configurations

89

www.akcp.com
 CCU - Wiring Diagram

DCU
Expansion
Port

MAX 300
Meters RJ-45
Sensor Ports

Mic Door Control Unit

E1 E2
S e ns or
1 2
A c tiv ity St a tus DS E xt L oc k Tp

Po we r L ink O nline

Door Control Unit EM Reader

Mic security Probe 5E

EM Door Lock
E1 E2
S e ns or
1 2 3 4 5 6 7 8
A c tiv i ty St a tus

Po we r L ink O n line

securityProbe

The CCU can be connected to the Expansion port on either the SEC5E, DCU or SPX+
Cabinet Control unit

www.akcp.com 90
 DCU - Technical Drawing
114.6mm

49.3mm 24.67mm

54mm

34mm
Cabinet Control unit

132mm

www.akcp.com 91
 Swing Handle Lock (SHL / SHL01 / SHL-DA)
Cabinet Swing Handle Access Control
The Swing Handle Lock is compatible with a wide range of industry
standard computer cabinets, making it a simple to install upgrade for your
data center. Equipped with an RFID reader, you can control and monitor
access to your computer cabinets from a centralized software platform
(AKCPro Server).

Keep an audited trail of who entered what cabinet and when, how long they
were there and be alerted if cabinets are left unlocked. Additional security
sensors can monitor side panels. A manual keylock override is provided, and
also monitored for use.

Swing Handle Lock is compatible with all sensorProbe+ base units, with a
maximum of 12 handles per device. Packages of two handles (SHL01) can be
ordered for controlling access to both front and rear of the cabinet.

Backlit AKCP logo displays lock status (normal, access granted, access denied)

RFID Proximity card reader

Single CAT5 cable connection provides communication and power

Industry standard size. Fits most computer cabinets from major manufacturers

Manual keylock overridegives access in the event of power failure

Swing Handle Lock

www.akcp.com 92
 Swing Handle Lock (SHL / SHL01 / SHL-DA)
A maximum of 12 swing handle locks can be connected to a single SPX+.
Each swing handle lock comes with one security sensor for sensing the
cabinet door position. Additional security sensors can be added to monitor
side panels and rear cabinet doors also.

Up to 4 Security Sensors per

Swing Handle
Swing Handle Lock

www.akcp.com 93
 Swing Handle Lock (SHL / SHL01 SHL-DA)
The Swing Handle Lock with Dual
Authentication, allows you to require
both a PIN number and an RFID card,
or only the PIN number, in order to
access the lock. Useful for remote
cabinets, no need to distribute RFID
cards, a one time access PIN can be
assigned.

The SHL-DA can also have third party

MiFare and HID card readers plugged
in for customers who are using these
type of encrypted RFID cards.

A maximum of 2 SHL-DA can be

connected to a single SPX+ or SP2+.

SHL-DA Technical Drawing

84mm 18mm

210.6mm 1 2 3
4 5 6 122mm
7 8 9
ESC 0 ENT

300mm
Swing Handle Lock

www.akcp.com 94
 SHL / SHL01 - Technical Specification
Card Reader
Supported Cards EM-Card, 125Khz Proximity cards, 26bits
K4100/EM4100/EM4200/T5577
Proximity Reading Range 0-3cm
Handle Lock
Access Control Up to 500 users
Ambient Temperature -25°C to 75°C
Ambient Humidity 10%-90%
Built-In RFID Antenna, Motor
Fail-Secure Integrated key lock for manual override
LED indicator RGB Color LED : Lock status and Access Control status
Locking Control Remote lock and unlock from the sensorProbe+ unit via Web Interface,
SNMP or AKCPro Server
Calendar enabled locking and unlocking control
Notification locking and unlocking control
Interface
Communication cable RJ-45 jack to sensor using UTP CAT5e/6 cable
Power source Powered by the sensorProbe+ familiy units. No additional power needed
Power Consumption Typical 0.35 mWatt, 70 mA
Peak 1.75 mWatt, 350 mA
Working Voltage DC 5V
Maximum Cable Length Run length is 12 feet (5 meters) with approved low capacitance
shielded cable or UTP
Dimensions 210.6 x 37.0 x 43.8 mm
Important Note: sensorProbe+ units auto detects the presence of the RFID Swing
Handle Lock sensor
Up to 12 RFID Swing Handle Lock sensors per sensorProbe+ unit
- The RFID Swing Handle Lock sensor is only compatible with the
sensorProbe+ platform units.
- When plugging the first time or after upgrading a sensorProbe+ unit,
the sensor's firmware might be upgraded by the unit and not be
available right away. Firmware updates can only be performed on the
main sensor module (first 4 sensor ports)
Sensor count 2
Swing Handle Lock

www.akcp.com 95
 SHL-DA Technical Specification

Card Reader
Supported Card Reader + AKCP Keypad EM Reader
+ 3rd Party Readers : miFare, HID, EM Proximity with
CardID wiegand output on 26bits, 30bits 32bits
Supported Cards AKCP EM Reader :
EM-Card, 125Khz Proximity cards, 26bits
K4100/EM4100/EM4200/T5577
Proximity Reading Range 0-5cm
Handle Lock
Access Control Up to 500 users
Authentication : Card or Card+PinCode
Ambient Temperature -25°C to 75°C
Ambient Humidity 10%-90%
Built-In Motor
Fail-Secure Integrated key lock for manual override
LED indicator RGB Color LED : Lock status and Access Control status
Locking Control Remote lock and unlock from the sensorProbe+ unit via Web Interface, SNMP or AKCPro Server
Calendar enabled locking and unlocking control
Notification locking and unlocking control
Interface
Communication cable RJ-45 jack to sensor using UTP CAT5e/6 cable
Power source Powered by the sensorProbe+ familiy units. No additional power needed
Power Consumption Typical 800 mWatt, 160 mA
Peak 1.75 Watt, 350 mA
Working Voltage DC 5V
Maximum Cable Length Run length is 12 feet (5 meters) with approved low capacitance shielded cable or UTP
Dimensions 210.6 x 37.0 x 43.8 mm
Important Note: sensorProbe+ units auto detects the presence of the RFID Swing Handle Lock sensor
Up to 2x RFID Swing Handle Lock + Wiegand Reader sensors per sensorProbe+ unit
- The Swing Handle Lock sensor is only compatible with the sensorProbe+ platform units.
- When plugging the first time or after upgrading a sensorProbe+ unit, the sensor's
firmware might be upgraded by the unit and not be available right away.
Sensor count 2
Swing Handle Lock

www.akcp.com 96
 SHL / SHL01 - Cutout Pattern
The below template outlines the size of the hole required in your cabinet to fix the Swing Handle Lock.

R5.0mm

13.0mm

137.0mm

23.8mm
Swing Handle Lock

www.akcp.com 97
 SHL / SHL01 - Technical Drawing
The below template outlines the size of the hole required in your cabinet to fix the Swing Handle Lock.

Cabinet Door Panel

21.7mm

RFID Reader

LED Status Indicator

Handle Clamp

Latch Bolt

210.6mm Swing Handle

Manual Key Override

Mounting Cover
Swing Handle Lock

22.1mm
37.0mm

www.akcp.com 98
 Wireless Tunnel™
Long Range, Low Power

The world’s most advanced LoRa™ solution

The AKCP Wireless Tunnel™ Technology builds on standard
LoRaWAN™ with our own proprietary software and hardware. Sensors
can be battery powered (3x AAA batteries not included) or via a 5VDC
input.

Wireless Tunnel™ Advantages

- Rapid deployment
- Save on cabling and installation costs
- Fewer base units and IP addresses
- Easy to expand with future requirements
- Can be run on batteries if in difficult to power locations*

The world’s most advanced LoRa™ solution

Name Code Description

sensorProbe+
Wireless Tunnel™ Server. Connect with up to
Wireless Tunnel™ SP-WTS 30 SP-WT with built in monitoring server.
Server

sensorProbe+ Connect up to 4x AKCP intelligent sensors

SP-WT
Wireless Tunnel™ to a single Wireless Tunnel radio
Wireless Tunnel™

* Battery life depends on environmental conditions, how often

sensor is set to broadcast and how often alerts are generated

www.akcp.com 99
 Wireless Tunnel™
Wireless Tunnel™ Technology
Wireless Tunnel™ radio is an energy efficient, long range and low cost bi-direc
tional communications technology. Radio frequency modulation provides deep
indoor penetration through walls, elevator shafts and basements. AKCP have
introduced proprietary algorithms increasing efficiency and reliability of the
wireless solution, applicable for critical infrastructure monitoring.

- Immediate broadcast upon sensor status change

- “Listen before talk” to minimize packet collisions
- Queuing and Re-Broadcast of undelivered messages
- Increased battery life by using less airtime with shortest spread factor
- Shorter airtime means more frequent broadcasts are possible
- Tuned antennas, maximum range with shortest spreading factor

Modbus
Wireless Tunnel™

Example Deployment of the Wireless Tunnel™ system in data center

www.akcp.com 100
 sensorProbe - Wireless Tunnel™ Server (SP-WTS)

Collect up to 30 Wireless Tunnel™ Sensors

sensorProbe Wireless Tunnel™ Server collects, stores and graphs data from all
AKCP wireless sensors. Ethernet connectivity to access sensor data via the web
UI, SNMP, Modbus TCP/IP or MQTT. AKCPro Server provides central
monitoring of multiple gateways.

Optional:
PoE
4G Cellular Modem and GPS
Modbus RS485 port

5VDC POWER

SENSOR PORT
sensorProbe Wireless Tunnel™ Server

ETHERNET

www.akcp.com 101
 SP-WTS - Options
SP-WTS comes supplied with mounting options for DIN rail, wall hanging,
magnetic mounting and free standing feet. It can also be equipped with a 4G
cellular data modem.

Optional:
PoE
4G Cellular Modem and GPS
Modbus RS485 port

4G CELLULAR
MODEM ANTENNA

sensorProbeWTS
sensorProbe Wireless Tunnel™ Server

FREE STANDING
SHEET ATTACHMENT

www.akcp.com 102
 SP-WTS - Technical Specification
Status Indication LED indication for power
LED for Radio connectivity
LED for Status
Components Manufactured using highly integrated, low power surface mount technology to ensure long term reliability
Operating Environment Temperature : Min. -15° C – Max.50° C
Humidity: Min. 20% – Max. 80% (Non-Condensing)
MTBF 1,400,000 Hours based on field experience with sensorProbe units.
Connectivity Ethernet 10/100 Mbps
Optional Integrated 4G cellular modem with external antenna
Optional GPS with external antenna (requires 4G modem)
Inputs 1x USB for LoRa devices adding/software upgrade
1x 10/100 Ethernet Port
3x intelligent sensor ports for connecting AKCP wired sensors
Optional Modbus RS485
LoRa (R) Radio Regional plans - EU868 : 863~868Mhz
Max TX Power +14dBm
Duty Cycle 1%

- US915: 903~915Mhz
Max TX Power +20dBm
- AS923 : 920~925Mhz
Max TX Power +14dBm
Duty Cycle 1%

- KR920 (Korea) : 922~923Mhz

Max TX Power +14dBm
Duty Cycle 1%

- IL917 (Israel) : 915~917Mhz

Max TX Power +14dBm
Duty Cycle 1%

Certification FCC Part 15C, CE EN300220-2

Software features - up to 30 Wireless device connected
- up to 32 Wireless sensors can be graphed
- Total of up to 400 sensors can be online (Wireless and Virtual)
Power External USB 5.5V 3A Power Adapter
Dimension 111 (W) x 62 (H) x 87 (D)
Mounting Desktop, wall mount, DIN rail, Magnetic
sensorProbe Wireless Tunnel™ Server

www.akcp.com 103
 SP-WTS - Technical Drawing

106.98mm
sensorProbeWTS

60.33mm
33.4mm
sensorProbe Wireless Tunnel™ Server

www.akcp.com 104
 sensorProbe - Wireless Tunnel™ (SP-WT)
Connect up to 4 AKCP Intelligent Sensors
sensorProbe Wireless Tunnel™ allows you to connect up to 4 AKCP
Intelligent sensors to a single radio. Communicate sensors over long distance
with LoRa™ based wireless communications. AKCP’s proprietary Wireless Tunnel™
protocol provides guaranteed message delivery without loss of data and low
power utilization for superior battery life.

Build your own private LoRa based network without the need for any cloud
services. Data is transmitted to the sensorProbe Wireless Tunnel Server
(SP-WTS). Multiple SP-WTS can be monitored centrally with AKCPro Server,
which can run locally or on a cloud service.

5VDC POWER

5VDC Input SENSOR PORT

EXT Battery
pack Input
sensorProbe Wireless Tunnel™

SENSOR PORTS

www.akcp.com 105
 SP-WT - Technical Specification
Status Indication LED indication for power
LED for Radio connectivity
LED for Status
Components Manufactured using highly integrated, low power surface mount technology to ensure long term reliability.
Operating Environment Temperature : Min. -15° C – Max.50° C
Humidity: Min. 20% – Max. 80% (Non-Condensing)
MTBF 1,400,000 Hours based on field experience with sensorProbe units.
Connectivity Wireless Tunnnel™ connection to sensorProbe-Wireless Tunnel Server (SP-WTS)
Inputs 1x USB for external 5VDC power
1x 5VDC Terminal for external power or external battery pack
4x intelligent sensor ports for connecting AKCP wired sensors
3x intelligent sensor ports and 1x 4-20mAmp input*
3x intelligent sensor ports and 1x Modbus input*
LoRa (R) Radio Regional plans - EU868 : 863~868Mhz
Max TX Power +14dBm
Duty Cycle 1%

- US915: 903~915Mhz
Max TX Power +20dBm

- AS923 : 920~925Mhz
Max TX Power +14dBm
Duty Cycle 1%

- KR920 (Korea) : 922~923Mhz

Max TX Power +14dBm
Duty Cycle 1%

- IL917 (Israel) : 915~917Mhz

Max TX Power +14dBm
Duty Cycle 1%

Certification FCC Part 15C, CE EN300220-2

Power External 5.5V 3A Power Adapter
AKCP External Battery Pack with 6x AAA batteries (non rechargeable)*
3x AAA Batteries (non-rechargeable)
Dimension 111 (W) x 62 (H) x 87 (D)
Mounting Desktop, wall mount, DIN rail, Magnetic

* Optional feature on custom units

sensorProbe Wireless Tunnel™

www.akcp.com 106
 SP-WT - Technical Drawing

10mm

10mm
78.8mm 58.8mm

67.5mm
48.78mm
10mm
78.02mm 300mm

10mm
sensorProbeWT 117.99mm
Sensor1
Sensor2

7.67mm 34.97mm

Ø5.7mm
Ø5.91mm
Sensor2
sensorProbe Wireless Tunnel™

Sensor1

10mm
78.8mm

www.akcp.com 107
 SP-WT-EXTBAT - Technical Drawing

75.52mm

107.12mm
sensorProbeWT
85.19mm Wireless Tunnel ™

75.14mm
sensorProbe Wireless Tunnel™

www.akcp.com 108
 AKCPro Server (APS)

Connect up to 4 AKCP Intelligent Sensors

World Class Infrastructure Management Software AKCPro Server is our central
monitoring and management software. Monitor your infrastructure, whether
it be a single building, or remote sites over a wide geographic area. Integrate
third party devices with, Modbus. Support for ONVIF compatible IP cameras.

AKCP base units and sensors can be configured and monitored from AKCPro
Server. Base units and Wireless Tunnel™ Gateways communicate with
through your local network (LAN) or wide area network (WAN). Remote sites
with no wired network send data to the server through the cellular data network*
via a VPN connection.

sensorProbe sensorProbeX+

securityProbe Wireless Tunnel™ Gateway

AKCPro Server

*Require base unit wtih cellular data 3G/4G modem

www.akcp.com 109
 AKCP Pro Sever - Management
Access from your PC, Tablet or Smart Phone
AKCPro Server can be accessed on your smartphone, tablet or PC. Access
is operating system independent through the HTML5 user interface on your
web browser*. There are no clients or special apps to install, making it easy to
view your data on the go.

Chrome

Firefox

Remote Site Management

When sites are spread over a wide geographic area and monitoring from a
single central office, AKCPro Server is the ideal choice. AKCP base units at
remote sites can communicate over a wired or cellular data connection,
sending data on connected sensors back to the main server. Remote moni-
toring of Modbus devices, generators and any SNMP compliant devices can
be done through virtual sensors on APS.

AKCPRO Server
AKCPro Server

*Chrome and Firefox Recommended

www.akcp.com 110
 Data Center Infrastructure Management (DCIM)

AKCPro Server is a world class software for Data Center Infrastructure Man-
agement (DCIM). Avoid the complexity and cost of many popular DCIM soft-
ware. AKCPro Server distills the essence of what DCIM should be to a simple,
easy to use application.

Configure dashboards to display the data you need, with drill down mapping
taking you from a data center wide to cabinet level view. A dedicated rack
map shows smartRack sensors such as thermal maps and RFID Swing Handle
lock information in a graphical display.

FEAUTURES
• Monitor your power train and calculate live PUE numbers
• Check power overhead when installing new devices
• Data center infrastructure monitoring and planning
• Building and rack level access control and management
• Integration to video security systems
• Thermal mapping of cabinets.

CRAC Generator Modbus

monitoring & Fuel Power
via SNMP monitoring Meter

AKCPro server

CAB CAB CAB CAB CAB

1 2 3 4 5
AKCPro Server

M o n i t o r p o w e r cons um ption and thermal propert ies of you r c omp lete dat a c e nt e r

www.akcp.com 111
 Rack Mapping
Rack mapping is a graphical display in AKCPro Server that gives an
accurate picture of your rack condition. With rack maps you can:

• View thermal map sensors front, rear and temperature differentials

• Track assets in your cabinets
• View the status of rack equipment
• View security status with RFID Swing Handle Cabinet Locks

Thermal maps sensors consist of 9 measurement points, top middle and

bottom, plus the temperature differential between front and rear.Optional
humidity front and rear is available. The sensors together with our graphical
display of the data will aid greatly in identifying cabinet hot spots.
AKCPro Server

*Example of AKCPro server rack map view, with thermal map sensor and front to rear temperature differentials

www.akcp.com 112
 Containment Mapping
As an extension to the rack mapping desktops, complete hot/cold aisle contain-
ment maps can be generated automatically from a data center floorplan. Create
the floorplan by entering the number of cabinets and rows, and then assign the
sensors to each rack. When drilling down the containmentview will show a sec-
tion through the aisle with rack maps, and the hot/cold aisle containment
temperatures. Rack Map arrows indicate direction of airflow based on differ-
ential pressure readings, front to rear temperature differential status and air-
flow speed.

With Containment Mapping you can :

• View thermal map sensors front, rear and temperature differentials
• Track assets in your cabinets
• View the status of rack equipment
• View security status with RFID Swing Handle Cabinet Locks
• View hot and cold aisle temperatures
• View differential pressures

Containment views are best used together with Wired or Wireless Cabinet
Analysis Sensor which includes thermal mapping and differential pressure in one
sensor.
AKCPro Server

www.akcp.com 113
 Data Center Mapping
AKCPro Server has built in data center floorplan drawing tools. Use the drawing
tools to create a 2D representation of your data center. AKCPro Server will
automatically convert the 2D drawing to 3D, giving you a complete virtual
digital twin of your data center.

Position your sensors in 3D space, and view data center heat maps, cabinet
thermal maps and pressure maps.

Easily layout your data center with auto generated cabinets for the number
of aisles and cabinets you have. Add containment for either hot or cold aisles,
raised access flooring and air return pathways, ducts and plenums.

Upgrade to the AKCP sensorCFD service, where the model is utilized together
with multiple sensor data points from each cabinet to generate a sensor
constrained CFD analysis of your data center.
AKCPro Server

www.akcp.com 114
 Asset Tracking
With asset tracking in AKCPro Server you can assign IT equipment to your
rack maps, such as UPS, Network switches and servers. These assets
editable parameters for their weight and typical power consumption. A maximum
weight and power load is defined for each rack so you can plan data center
expansion, if there is sufficient weight or power overhead to add new equipment
to a rack. Assets also have an attached history so you can track installation
date, and record any maintenance history for a particular device. Virtual sensors,
such as a ping sensor can attached to an asset to check it’s network status.
AKCPro Server

www.akcp.com 115
 Customized Desktops
AKCPro Server desktops are customized for each user to show the information
relevant to them. Desktops display sensor data, gauges, drill down maps,
cabinet rack maps, graphs and video feeds. Arrange the windows yourself, or
choose from pre-determined layouts for easy setup.

Desktops show a live view, or can be switched to playback for review of

historical data, with sensor events synchronized with video on the playback
timeline.

Graphing Desktops

Desktops can be arranged with graphs to show historical sensor data.

Desktops can be customized to combine graphs with other sensor data and
status indicators and/or gauges.

Sensor Gauges

A selection of gauges can be used to display sensor data, specially designed

AKCPro Server

with battery and engine monitoring in mind, they simulate the real world
engine gauges.

www.akcp.com 116
 Power Train Mapping
Data Center power train mapping for creating your layout, monitoring power
utilization, capacity planning and simulating failures.

Create a digital twin of your data center power train, from power source, to
backup power, breakers to individual appliances. Check for available power
overhead on each circuit for planning expansion and capacity.

Calculate live PUE numbers and visualize instantly how changes you make to
your operations impact your energy efficiency.
AKCPro Server

www.akcp.com 117
 Video Integration
AKCPro Server integrates with IP based ONVIF compatible video cameras.
Sensor events from AKCP and virtual sensors are synchronized in the
playback window. This allows for easy visual reference of critical events or
security breaches.

Desktops show live video, together with sensor status, and can be switched
to playback, giving you an easy way to go back to specific sensor events and
automatically recall and playback video from that time. Great for integration
with access control systems, to have a visual reference for every access
event.

WEB AKCPro server

AKCPro Server

IP Cams

www.akcp.com 118
 Access Control
From AKCPro Server you can administer access control schedules and
privileges, view access logs and reports on a per door, or per user basis.
Know who accessed, what time and synchronize with video systems in the playback
window to review actual video footage of the events.

Receive alerts if doors are left open, if unauthorized access attempts are made,
setup anti passback features such as card expiration dates.

For the data center install AKCP RFID Swing Handle Cabinet Locks to protect
your rack assets, and view the security status of the cabinets from the rack map
desktops.

!
AKCPro Server

www.akcp.com 119
 Tablet View
Use any Android or iOS tablet or cellphone to monitor your data center at ground
level. No apps to install, just access using your google Chrome web browser. Now
your technicians on the data center floor can be kept up to date and be alerted
instantly to critical situations as they arise.
AKCPro Server

www.akcp.com 120
 AKCP Cloud Access

Access to AKCP base units through firewalls.

The AKCP Cloud Access feature is available on the sensorProbe+ (SPX+ /
SP2+) and the Wireless Gateway (WTG). It gives easy access to the
units web interface without the need to setup port forwarding or open
firewalls.
AKCP Cloud Access

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 AKCP sensorCFD™

Sensor Constrained Computer Fluid Dynamics

sensorCFD™ was invented to address the spiraling energy costs,
water
usage, and concerns over the carbon footprint of data centers.

AKCP sensorCFD™ will identify problem areas in your data center that are
costing you energy. With sensorCFD we can:

• Verify your data center cooling performance is in accordance with

designed specifications

• Identify areas of air mixing that are costing your energy

• Spot overcooled racks, areas where CRAC setpoints can be safely

increased

• Identify stranded capacity, and where server loads can be increased

without additional cooling costs.
AKCP sensorCFD™

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 Traditional CFD vs. sensorCFD™?
Traditional CFD
Traditional Computer Fluid Dynamics (CFD) modeling is done during the data
center design phase. Using arbitrary values for the rack capacity and cooling
power, it makes many assumptions. But the data center energy use is not
static, it is dynamic. Power loads for racks go up and down while cooling
capacity adapts to the demands of the servers. Racks get moved, blanking
panels left out, what was sealed containment may be no more.

With AKCP sensorCFD the simulation model is constrained by live sensor data
to create an accurate CFD representation of actual data center performance.
AKCP sensorCFD

Typical data center CFD analysis performed during data center design phase.

www.akcp.com 123
 Traditional CFD vs. sensorCFD™?
sensorCFD
AKCP sensors do more than simple monitoring and alerting when things
go wrong. With 12 data points per rack covering temperature,humidity, ∆T,
and rack power dissipation, we put that data to good use.

sensorCFD utilizes all the data gathered from the sensors on every rack,
CRAC and plenum to produce a sensor constrained CFD analysis of the data
center. Compare your performance to the original design, identify stranded
capacity and areas of air mixing. Increase efficiency, lower carbon footprints
and decrease operational expenses by fixing the identified problem areas.

Example of data center airflow map generated by AKCP sensor constrained CFD analysis
AKCP sensorCFD

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 The sensorCFD™ Rack Monitoring Solution
Complete rack monitoring system, with current metering, thermal
mapping with ∆T, and Humidity all from a single sensor port.

Contactless Current Meter

Monitor current load to your cabinet.
Check how close you are to tripping
breakers, and calculate live PUE
numbers. Power consumption of
each rack is included in sensorCFD
calculations.

Sensor Splitter Box

Interface box to connect thermal maps
and current meter to a single sensor
port on the SPX+. Connect up to 16
sensorCFD devices to a single SPX+

Cabinet Thermal Map

Check front and rear temperature and
humidity at top, middle and bottom of
cabinets, as well as front to rear
temperature differential (∆T). Data used
for sensorCFD calculations.
AKCP sensorCFD

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 sensorCFD - The Model
Stage 1.

A detailed specification and floorplan of the current data center is

produced. A 3Dmodel of the data center is then created within sensorCFD. This
includes all racks, raised flooring, ceiling plenums, CRACs, perforated floor tiles
and containment.

Sensors are installed in the data center and the system collects data. The
resulting sensor data is used to create a CFD model and to verify that the
model is accurate.

Wherever sensors are unavailable, static data may be manually added.

AKCP sensorCFD

www.akcp.com 126
 sensorCFD - Improved Efficiency
Stage 2.

Improvements are made by the customer in accordance with the analysis of the
sensorCFD simulations and graphic reports. The system continues to collect data,
creating graphic reports allowing the user to see the effect of his changes upon
the data center and any further improvements that could be made.

At this stage the data center should be running efficiently and with reduced
energy costs, reduced carbon footprint and potentially could increase capacity
without additional cooling being required.

CO 2
$
AKCP sensorCFD

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 sensorCFD - Sensors as a Service
Stage 3.

Now that the data center is running at optimum efficiency, to ensure that it
maintains that efficiency, the sensors are left in place to continually
monitor and alert to changes. Changes to the data center such as moving a
rack, installing new equipment are analyzed for its effect on data center
operation.

Running the data center at optimal efficiency carries risk, the hotter you
allow the air input to racks, the lower your energy costs, but the less margin
for error. Only through the detailed sensor analysis that the AKCP sensorCFD
provides can you maintain peak energy savings.

sensorCFD is integrated into AKCPro software, so you get sensors, CFD

and monitoring all in one integrated package.

sensorCFD thermal map and Graphing of sensor data with

contactless current meter for customizable desktops
each rack
AKCP sensorCFD

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 Environmental Sensors

Sensor for monitoring temperature, humidity, water leaks and airflow.

Specialist sensors such as thermocouples can cope with extreme
temperatures, and thermal map sensors will monitor and map the air
temperature at the top, middle and bottom of your computer cabinets.

Connect the sensor to a compatible AKCP base unit, and you have an
SNMP enabled monitoring system with it’s own web interface or
integrate to third party monitoring software. For a tightly integrated
solution choose our central management software, AKCPro Server.

Temperature and Humidity

A i r f l o w S en so r Ca bi n et A nalys is Sens or
(Water resistant)

T e m p er a tur e Se n so rs Sp ot Water Sens or Rope Water Se n s o r

Environmental Sensors

T he rm a l Ma p Se n so r J -K T hermocouple

www.akcp.com 129
 Thermal Map Sensor (THMS-V2 / CTHMS-V2)
Pre-wired for easy installation on your
cabinet.Placed at the top, middle and
bottom - front and rear of the cabinet. This
configuration of sensors gives monitoring
of the air intake and exhaust temperatures
of your cabinet, and thetemperature
differential from the front to the
rear.

Monitor temperature differentials in your cabinet

An interface box allows you to plugin a single string (THMS) or two strings
(CTHMS). When a single string is used only the front or rear, top middle and
bottom temperature values are monitored. When two strings are used
bothfront and rear, top middle and bottom are monitored and T values are
calculated.

Thermal Map sensors are compatible with all sensorProbe+ base units.
Sensors are provided with double sided VHB tape for mounting. Optional
magnetic re-positionable mounting kit is available.

Thermal map sensors connect to any

AKCP sensorProbe+ base units.
Extendable up to a maximum of 18
meters cable length, you can monitor
multiple cabinets from a single IP
address. The maximum number of
thermal maps on a single SPX+ is 16.
Thermal Map Sensor

www.akcp.com 130
 THMS-V2 / CTHMS-V2
Thermal maps can be added to rack map
views in AKCPro Server.Animated arrows
show the temperature differential from the
front to rear of the cabinet as well as the
individual sensor values at the front, rear,
top, middle and bottom of the cabinet. 3D
heatmap visualization of your data center
allows you to quickly identify hotspots or
areas being over
cooled.

C abi n e t rack map dis p la ying the rma l ma p s i n AK CPr o Se r v e r

Thermal Map Sensor

3D He a tma p s di s pl a ye d i n AK CPr o Se r v e r

www.akcp.com 131
 THMS-V2 / CTHMS-V2 - Technical Specifications

Dual Temperature
Measurement Range -40°C to +75°C
-40°F to +167°F
Measurement Resolution 0.1°C increments
0.2°F increments
Measurement Accuracy Maximum ±0.3 at -40ºC, minimum ±0.3 at +25ºC and ±0.3 at +75ºC
Maximum ±0.6 at -40ºF, minimum ±0.6 at +25ºC and ±0.6 at +167ºF
Dual Humidity
Measurement range 0 to 100% Relative humidity
Resolution 1%RH increments, 0.01%RH sensor reading
Accuracy at 25°C ±2%RH
Single Temperature
Measurement Range -40°C to +75°C
-40°F to +167°F
Measurement Resolution 0.1ºC increments
0.2ºF increments
Measurement Accuracy ±0.5°C accuracy from -10°C to +75°C
±0.9°F accuracy from +14°F to +167°F
Interface
Communications cable RJ-45 jack to sensor using UTP CAT5e/6 cable
Power source Powered by the sensorProbe+ familiy units. No additional power needed
Power Consumption Typical 75 mWatt, 15 mA
Maximum Cable Length Sensor can be extended from the RJ-45 Intelligent Sensor ports on the base
units up to 60 feet, or 18 meters using standard CAT5/6 LAN cable
sensorProbe+ units auto detects the presence of the Cabinet Thermal Map Sensor
Dimension 75 x 55 x 27 mm
Mounting VHB Tape, Magnetic (optional)
Components Manufactured using highly integrated, low power surface mount technology to ensure long term reliability.
Operating Environment Temperature : Min. -35° C – Max.80° C
Humidity: Min. 20% – Max. 80% (Non-Condensing)
Sensor count THMS-V2 : 4
CTHMS-V2 : 11
Thermal Map Sensor

www.akcp.com 132
 THMS-V2 - Technical Drawing
100cm

85cm

85cm
Thermal Map Sensor

www.akcp.com 133
 CTHMS-V2 - Technical Drawing
Cabinet Thermal Map Sensor string

100cm 100cm

85cm

85cm
Thermal Map Sensor

www.akcp.com 134
 Cabinet Analysis Sensor (CAS)
The cabinet analysis sensor combines differential pressure and cabinet
thermal maps into one smart sensor. Sensors include :

String of 6x Temp sensors and 2x Humidity for cabinet front and rear
temperatures with ∆T calculation of front and rear temperature differentials.

Differential pressure sensor, check for proper pressure differential between

front and rear. Ideal for hot/cold aisle containment to ensure
proper airflow.

AKCPro Server Rack Map View Use the CAS with

dedicated rack map views on AKCPro Server. A
visual representation of your cabinet, with
airflow, front and rear temperatures, temperature
differentials and differential pressure. Add swing
handle locks, LCD display and sensor status
light for a complete Rack+ solution.
Cabinet Analysis Sensor

www.akcp.com 135
 CAS - Technical Specifications
Environment monitoring
Temperature 6x Temperature sensor values
3x Differential Temperature sensor values-40°C to +75°C
Measurement Range -40°C to +75°C
-40°F to +167°F
Measurement Resolution 0.1°C increments
0.2°F increments
Measurement Accuracy Maximum ±0.3 at -40ºC, minimum ±0.3 at +25ºC and ±0.3 at +75ºC
Maximum ±0.6 at -40ºF, minimum ±0.6 at +25ºC and ±0.6 at +167ºF
Humidity 2x Humidity sensor values
Measurement range 0 to 100% Relative humidity
Resolution 1%RH increments, 0.01%RH sensor reading
Accuracy at 25°C ±2%RH
Differential Pressure 1x Differential Pressure value
Measurement Range ± 125 Pa (±0.5 inH2O / ±1.25 mbar)
Resolution 0.01 Pa increments
Accuracy at 25°C ±0.5%
Interface
Communications cable RJ-45 jack to sensor using UTP CAT5e/6 cable
Power source Powered by the sensorProbe+ familiy units. No additional power needed
Power Consumption Typical 250 mWatt, 50 mA
Maximum Cable Length The CAS sensor can be extended from the RJ-45 Intelligent Sensor ports on the base
units up to 60 feet, or 18 meters using standard CAT5/6 LAN cable
Dimension 75 x 55 x 27 mm
Mounting Desktop, Wallmount, Din rail, Magnetic
Components Manufactured using highly integrated, low power surface mount technology to ensure long term reliability.
Operating Environment Temperature : Min. -35° C – Max.80° C
Humidity: Min. 20% – Max. 80% (Non-Condensing)
Important Note - The Cabinet Thermal Map sensor is only compatible with the sensorProbe+ platform units.
- When plugging the first time or after upgrading a sensorProbe+ unit, the sensor firmware
might be upgraded by the unit and not be available right away.
- On the sensorProbeX+, the sensor firmware can be upgraded only on the main modulesensor ports
Sensor count 12
Cabinet Analysis Sensor

www.akcp.com 136
 CAS - Technical Drawing

27mm

10.35mm
smartCabinet Sensor
° - RH% - hPa

75mm

55.8mm
Cabinet Analysis Sensor

To Sensor Port

www.akcp.com 137
 Temperature Sensors (TMP00-NIST2 / TMP01-NIST2)

If you’re spending money for monitoring, wouldn’t you

want to know the sensors are calibrated?

2 NIST certified, calibrated temperature sensors are compared once a

second for accuracy. (NIST2)

The NIST2 sensors feature a built in calibration check. Each unit has 2x NIST
calibrated and certified temperature sensors. The primary sensor value is
checked by the secondary sensor, and if we detect a range of greater than the
stated accuracy we will alert that the sensor is out of calibration.

This makes these sensors ideal for situations where a high degree of accuracy
is required and assurance of the calibration state

TMP00-NIST2 TMP01-NIST2
The sensor can be extended up Fixed length sensor
to 50m (165ft) using standard with 1ft cable.
CAT5 cable.
Temperature Sensor

Note:NIST3 sensors are compatible with sensorProbe+

and securityProbe series of base units only

www.akcp.com 138
 Temperature Sensors (TMP00-NIST3 / TMP01-NIST3)

Calibration Check with Failover

3 NIST certified, calibrated temperature sensors are compared once a
second for accuracy, with backup if pair is out of calibration (NIST3).

The NIST3 sensors feature a built in calibration check. 3 NIST calibrated sensors
working in 3 pairs. The primary sensor value is checked by the secondary
sensor, and if we detect a range of greater than the stated accuracy we will
alert that the sensor is out of calibration. The sensor will then automatically
fail-over and continue monitoring with a seamless graph of data.

Suitable for situations where a high accuracy, calibrated sensors are needed,
with backup for critical monitoring applications.

TMP00-NIST3 TMP01-NIST3
Just like the TMP00, this sensor Fixed length sensor
can be extended up to 50m (165ft) with 1ft cable
using standard CAT5 cable.
Temperature Sensor

Note:NIST3 sensors are compatible with sensorProbe+

and securityProbe series of base units only

www.akcp.com 139
 Temperature Sensors (TMPWxx-xxmm)
TMPWxx

Waterproof temperature sensor* with extended metal tube. Available in a

variety of cable lengths and in either the standard tube or a choice of two
additional tube lengths, either 50mm or 100mm. Custom lengths can be ordered
with code TMPWxx / TMPWxx-50mm / TMPWxx-100mm where xx is replaced
by the cable length in feet.

TMPW1 5-100mm TMPW15-50mm

Temperature Sensor

*Water proof up to length of metal tube

www.akcp.com 140
 TMP00-NIST2 / NIST3 / TMPWxx - Technical Specifications

Temperature
Measurement Range -55°C to +75°C
-67°F to +167°F
Measurement Resolution securityProbe and sensorProbe+ series
0.1°C increments
0.2°F increments
sensorProbe series
1ºC increments
1ºF increments
Measurement Accuracy sensorProbe+ series and securityProbe series
±0.2°C accuracy from -10°C to +75°C
±0.5°F accuracy from +14°F to +167°F
sensorProbe series
±1°C accuracy from -10°C to +75°C
±1°F accuracy from +14°F to +167°F
Calibiration NIST traceable Calibration Certificate (TMPxx-NIST2 / 3)
Built in calibration check, alerts when sensor needs re-calibration
NIST3 with calibration check and failover
Interface
Communications cable RJ-45 jack to sensor using UTP CAT5e/6 cable
Power source Powered by the base units. No additional power needed
Power Consumption Typical 7.25mWatt, 1.45mA
Maximum Cable Length TMP00-NIST2/3 - 165ft (50meters) with low capacitance shielded UTP cable

TMP01-NIST2/3 - 165ft (50 meters)

Sensor Type Semiconductor, microprocessor controlled
Dimensions 56 x 55 x 33.3 mm
Mounting DIN rail mounting
Screw mounting
Sensor count (TMPxx) 1
Sensor count (TMPxx-NIST2 / 4) 3
Important Note The fixed one foot type or TMP01 are not designed to be extended. If you need to
extend these sensors then you need to use the TMP00 (remote type). We also do not
recommend you trying to connect any of our AKCP sensors including the temperature
and dual temp humidity sensors though patch panels or using the RJ-45 couplers to
extend them. Please see the temperature sensors product manual or FAQ in our
knowledge base for more details regarding this.
Compatibility NIST2 compatible with sensorProbe+ series and securityProbe / NIST3 sensorProbe+ only
Temperature Sensor

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 TMP00 / TMP01-NIST2 / NIST3 - Technical Drawing

TMP00 - Extendable Temperature Sensor

55mm

Temperature Sensor

75mm 55mm 64.5mm

Power.Sensor.Security

42mm

27mm
To Sensor Port

TMP01 - 1ft Temperature Sensor

300mm Ø9.94
Temperature Sensor

Ø13.46

www.akcp.com 142
 TMPW15 - Technical Drawing
TMPW15-50mm- Waterproof Temperature Sensor with 50mm tube

Ø6mm
4572mm
50mm

Ø6mm

4672mm

TMPW15-100mm- Waterproof Temperature Sensor with 100mm tube

Ø6mm
4572mm
100mm

Ø6mm

4672mm
Temperature Sensor

www.akcp.com 143
 Ultra Cold Temperature Sensor (UCTX)

Suitable for temperatures as low as -200°C (-328°F). Ideal for monitoring

vaccines and medical products based on mRNA technology that require ultra
cold storage. The sensor uses a platinum probe that varies in resistance with
temperature changes.

The sensor has good stability with immunity to electrical noise making it also
suitable for use in industrial environments as well as medical applications.

Technical Specification
Temperature
Measurement Range -200°C to +150°C
-328°F to +302°F
Measurement Resolution 0.1°C increments
0.2°F increments
Measurement Accuracy Typical :
* ±0.15 °C
* ±0.3 °F
Interface
Communications cable RJ-45 jack to sensor using UTP CAT5e/6 cable
Power source Powered by the sensorProbe+ familiy units. No additional power needed
Maximum Cable Length Length The UCTS sensor can be extended from the RJ-45 Intelligent Sensor ports on the base units up to 60 feet,
or 18 meters using standard CAT5/6 LAN cable
Dimension 75 x 55 x 27 mm
Components Manufactured using highly integrated, low power surface mount technology to ensure long term reliability.
Ultra Cold Temperature

Operating Environment Temperature : Min. -35° C – Max.80° C

Humidity: Min. 20% – Max. 80% (Non-Condensing)
Sensor count 1
Important Note Compatible only with sensorProbe+ platform

www.akcp.com 144
 UCTxx - Technical Drawing

Ø4mm
1000mm
1000mm

31mm 38mm
Ø12.9mm
Ultra Cold Temperature

www.akcp.com 145
 Dual Temp and Humidity Sensors (THS00 / THS01)
Accurate and responsive measurement of temperature and humidity. Available
in fixed length or extendable version, the sensor is housed in a metal tube
that is thermally conductive and perforated to still provide accurate readings.

THS00
The THS00 is supplied with a free 5ft cable,
it can be extended using standard CAT5 up
to 100 meters (330ft) from the AKCP base unit. The
sensor can be mounted with screws, adhesive or with
optional DIN rail clips

THS01
A short 1ft fixed cable with a dual temperature and
humidity sensor on the end.
Dual Temp & Humidity Sensor

www.akcp.com 146
 Dual Temp and Humidity Sensors (THSxx-NIST2 / NIST3)

If you’re spending money for monitoring, wouldn’t

you want to know the sensors are calibrated?
2 NIST certified, calibrated temperature sensors are compared once a
second for accuracy. (NIST2)

The NIST2 sensors feature a built in calibration check. Each unit has 2x NIST
calibrated and certified temperature sensors. The primary sensor value is
checked by the secondary sensor, and if we detect a range of greater than the
stated accuracy we will alert that the sensor is out of calibration.

This makes these sensors ideal for situations where a high degree of accuracy is
required and assurance of the calibration state

Calibration Check with Fail-over

3x NIST certified, calibrated temperature sensors are compared for
accuracy, with a backup pair (NIST3).
The NIST3 sensors feature a built in calibration check. Each unit has three pairs
of NIST calibrated and certified temperature sensors. The primary sensor value
is checked by the secondary sensor, and if we detect a range of greater than
the stated accuracy we will alert that the sensor is out of calibration. The
sensor will then automatically fail-over to the second pair and continue
monitoring with a seamless graph of data.

Suitable for situations where a high accuracy, calibrated sensors are needed,
with backup for critical monitoring applications.
Dual Temp & Humidity Sensor

Note:NIST3 sensors are compatible with sensorProbe+

and securityProbe series of base units only

www.akcp.com 147
 THS00 / THS01 / NIST2 / NIST3 - Technical Specifications
Temperature
Measurement Range -55°C to +75°C
-67°F to +167°F
Measurement Resolution sensorProbe+ series
0.1°C increments
0.2°F increments
securityProbe series
0.5ºC increments
0.9ºF increments
sensorProbe series
1ºC increments
1ºF increments
Measurement Accuracy sensorProbe+ series and securityProbe series
±0.5°C accuracy from -10°C to +75°C
±0.9°F accuracy from +14°F to +167°F
sensorProbe series
±1°C accuracy from -10°C to +75°C
±1°F accuracy from +14°F to +167°F
Humidity Humidity
Measurement range 0 to 100% Relative humidity
Resolution 1%RH increments, 0.01%RH sensor reading
Accuracy at At 25°C
Min : ±2%RH
Max : ±5% RH
Interface
Communications cable RJ-45 jack to sensor using UTP CAT5e/6 cable
Power source Powered by the base units. No additional power needed
Power Consumption Typical 17.25mWatt, 1.45mA
Maximum Cable THS00 - 330 feet (100 meters) with approved low capacitance shielded UTP cable

THSxx - 100 feet (30 meters)

Sensor type Semiconductor, microprocessor controlled
Dimensions 56 x 55 x 33.3 mm
Mounting DIN rail mounting
Screw mounting
Sensor count 2
Sensor count (NIST2/NIST4) 3
Important Note The fixed one foot type or THS01 are not designed to be extended. If you need to extend these
sensors then you need to use the THS00 (remote type). We also do not recommend you trying to
connect any of our AKCP sensors including the temperature and dual temp humidity sensors
though patch panels or using the RJ-45 couplers to extend them. Please see the temperature
sensors product manual or FAQ in our knowledge base for more details regarding this.
Dual Temp & Humidity Sensor

Compatability THSxx-NIST2 and THSxx-NIST3 compatible with sensorProbe+ series only

www.akcp.com 148
 THS00 / THS01 /NIST2 / NIST3 - Technical Drawing

55mm

Dual Temperature &

Humidity Sensor
75mm 55mm 64.5mm
Power.Sensor.Security

42mm

27mm
To Sensor Port

300mm Ø9.94
Dual Temp & Humidity Sensor

Ø13.46

www.akcp.com 149
 Spot Water Sensor (WSxx)

Water leaks can be a disaster, causing damage and potential large monetary
losses. Protect your facility and infrastructure using spot water sensors. Placed
at strategic positions under raised flooring in a data center, they can be used as
an early warning indicator when water may pose a threat. The Spot Water
Sensor uses technology developed by AKCP to detect the presence of even
de-ionised water.

Technical Specifications
Measurement Range Wet or Dry
Sensor Type Open/Closed contact input switch
Patent pending, microprocessor controlled, capacitance measurement technology
Able to measure distilled water
Measurement Rate Multiple readings every second
Indication LED for Status
Operating Temperature -20 °C~60 °C
4 °F~140 °F
Interface
Communications Cable RJ-45 jack to sensor using UTP Cat 5 wire
Communications Cable Max. length The Spot Water Sensor can be extended from the RJ-45 Intelligent Sensor ports on
the base units up to 500 feet, or 150 meters using standard CAT5/6 LAN cable
Power Source Powered by the controller unit. No additional power needed
Full autosense including disconnect alarm
Power Consumption Typical 65 mWatt, 13mA
Dimensions 55(W) x 39(H) x 27(D) mm
Mounting
Spot Water Sensor

Screw mounting
Important Note AKCP does not recommend the spotWater Sensor to be placed on a conductive surface.
If this is required, add the Insulation Coating P/N : WSIC to each spotWater Sensor ordered
Sensor count 1

www.akcp.com 150
 WSxx - Technical Drawing

WATER DETECTOR

40.2mm LED DISPLAY:

Normal Operation : LED On
32.22mm
Water detected : LED Blinks
Microprocessor Based Capacitance
Monitoring Technology
Patent Pending
5VDC 20MA

55.2mm

23mm 25.74mm

68.48mm
WATER DETECTOR

Microprocessor Based Capacitance

Normal Operation : LED On
Water detected : LED Blinks
Monitoring Technology
LED DISPLAY:

Patent Pending
5VDC 20MA
Spot Water Sensor

www.akcp.com 151
 Rope Water Sensor (V2RWSCxx / RWSCxx / LWSCxx)

The rope water sensor comes in two parts, the

orange non-sensing cable, and the yellow
sensing cable. IP66 rated waterproof
connectors join the two sections of rope
together. Lay these rope water sensors out
around the perimeter of your room, or
underneath aisles in your data center to give
early warning ofpotential water leaks and
avoid costly damage.

RWSCxx / LWSCxx with additional female connector

Rope water sensors are available in three versions.

V2RWSCxx
This rope water sensor can not be extended, it has no additional female
connector for connecting additional rope water sensing cable extensions.

RWSCxx
This rope water sensor can be extended. It has an additional female
connector on the end to plugin an extension.

LWSCxx
Rope water sensor with locate capabilities. It can identify the number of feet /
meters along the rope the first leak has been detected.
Rope Water Sensor

V2RWSCxx without additional female plug for extensions

www.akcp.com 152
 V2 / RWSCxx - Technical Specifications
Measurement Range Wet or Dry
Sensor Type Open/Closed contact input switch
Measurement Rate Multiple readings every second
Able to detect the presence or non-presence of water
Indication LED for Status
Operating Temperature -20 °C~60 °C
4 °F~140 °F
Pull Force Limit Not to exceed 50 lb
Bend Radius 2 in. (50 mm) minimum
Pressure Loads greater than 20 lb (9 kg) per linear inch at 20°C (68°F) may immediately trigger an alarm
Interface
Communications Cable RJ-45 jack to sensor using UTP Cat 5 wire
Communications Cable Max. length The Rope Water Sensor can be extended from the RJ-45 Intelligent Sensor ports on the base units up to 100 feet,
or 30 meters using standard CAT5/6 LAN cable.
Comes fully assembled including the Water sensing rope, the non-sensing cable that connects the rope to the
sensing module and the main sensing module that connects via
CAT5 LAN cable to the sensorProbe / securityProbe 5E. Sensing rope cable can be pre-ordered from a 10 feet
minimum to any custom run length of up to 165 feet or 50 meters.

Non-sensing cable comes in a standard 20 feet run length.

Power source Powered by the controller unit. No additional power needed
Full autosense including disconnect alarm
Power Consumption Typical 125 mWatt, 25 mA
Dimension 56 x 55 x 33.3 mm
Mounting DIN rail mounting
Screw mounting
Important Note AKCP does not recommend the ropeWater Sensor to be placed on a conductive surface. Or nearby power cables
that can cause electro magnetic interference with the cable resulting in false alerts.
Sensor Count 1
Rope Water Sensor

www.akcp.com 153
 LWSCxx- Technical Specifications
Measurement Range Wet or Dry
Closest location detection
Measurement Rate Multiple readings every second
Able to detect the presence of water at specific location
Indication LED for Status
Operating Temperature -20 °C~60 °C
4 °F~140 °F
Pull Force Limit Not to exceed 50 lb
Bend Radius 2 in. (50 mm) minimum
Pressure Loads greater than 20 lb (9 kg) per linear inch at 20°C (68°F) may immediately trigger an alarm
Interface
Communications Cable RJ-45 jack to sensor using UTP Cat 5 wire
Communications Cable Max. length The Locate Rope Water Sensor can be extended from the RJ-45 Intelligent Sensor ports on the base units up to
100 feet, or 30 meters using standard CAT5/6 LAN cable.
Comes fully assembled and includes the rope portion that is the water sensing cable, the nonsensing area cable
(from the rope to the sensing module) and the main sensing module
Sensing rope cable can be pre-ordered from a 10 feet minimum to any custom run length (in multiples of 10 feet)
of up to 160 feet or 50 meters.

Non-sensing cable comes in a standard 20 feet run length.

Power source Powered by the controller unit. No additional power needed
Full autosense including disconnect alarm
Power Consumption Typical 125 mWatt, 25 mA
Dimension 56 x 55 x 33.3 mm
Mounting DIN rail mounting
Screw mounting
Important Note AKCP does not recommend the ropeWater Sensor to be placed on a conductive surface. Or nearby power cables
that can cause electro magnetic interference with the cable resulting in false alerts.
Sensor Count 1
Rope Water Sensor

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 V2RWSCxx - Technical Drawing
45mm 33.3mm

Rope Water
Sensor

56mm
Est USA 1981

6.1 meters

91.01mm

3 - 45.7 meters
Rope Water Sensor

www.akcp.com 155
 RWSCxx / LWSCxx - Technical Drawing
To Sensor Port

33.3mm

45mm

Power.Sensors.Security

56mm

20 ft.
6.1meters

91.01mm

10 - 150 ft.
3 - 45.7 meters

91.01mm
Rope Water Sensor

www.akcp.com 156
 Airflow Sensor (AFS00)

The airflow sensor is a switch type on/off style sensor. It is not a precision air-
flow measurement sensor, but rather an indicator of whether there is a pres-
ence or absence of airflow. A threshold can be set to determine the sensitivity
of the sensor. Ideal for placing in-front of air intake or exhaust fans to indicate
if the airflow is sufficient and as an early warning of failures in the cooling
sytems or fans.

Technical Specifications
Measurement Range Normal or Critical
Sensor Type Thermistor / On or Off
Measurement Rate Multiple readings every second
Indication LED for Status
LED for connectivity
Operating Temperature -20 °C~60 °C
4 °F~140 °F
Interface
Communications Cable RJ-45 jack to sensor using UTP Cat 5 wire
Communications Cable Max. length The AirFlow Sensor can be extended from the RJ-45 Intelligent Sensor ports on the base units up to 60 feet, or
18 meters using standard CAT5/6 LAN cable
Power Source Powered by the controller unit. No additional power needed
Full autosense including disconnect alarm
Power Consumption Typical 430 mWatt, 85mA
Dimensions 56 x 55 x 33.3 mm
Airflow Sensor

Mounting DIN rail mounting

Screw mounting
Sensor count 1

www.akcp.com 157
 AFS00 - Technical Drawing

42.6mm

Flow Host
Connection

56mm
Air Flow Sensor

Power.Sensors.Security

33.3mm

55mm

38mm
Airflow Sensor

56mm

www.akcp.com 158
 Thermocouple Sensors and Adapters (TCAK / TCAJ)

Thermocouples are used where you are exposing the sensor to extremes of
temperature. Mostly used for industrial type applications, cryogenics and
chemical industry. AKCP provides a complete thermocouple package as well
as adapters for type K and J thermocouples if you have existing sensors that
you wish to interface with our monitoring platform.

For customers who have an existing thermocouple of either a J or K type, we

provide an adapter for interfacing this with our monitoring platform. This
turns your thermocouple into a network enabled SNMP compliant therm
couple sensor that can be monitored remotely and send alerts via E-mail,
SNMP andSMS when temperatures exceed your pre defined thresholds.
Thermocouplesr

www.akcp.com 159
 TCAK / TCAJ - Technical Specifications
Temperature
Measurement Range K Type :
-200°C to +900°C
-330°F to 1650°F
J Type :
-40°C to +750°C
-40°F to 1382°F
Measurement Resolution sensorProbe+ series
0.1°C increments
0.2°F increments
securityProbe series
0.5ºC increments
0.9ºF increments
Measurement Accuracy sensorProbe+ series and securityProbe series
±5°C
±9°F
Interface

Communication Cable RJ-45 jack to sensor using UTP CAT5e/6 cable

Plugs directly into the AKCP J or K type thermocouple adapter
Power source Powered by the base units. No additional power needed
Power Consumption Typical 7.80 mWatt, 1.56 mA
Maximum Cable Length Run length is 100 feet (30 meters) with approved low capacitance shielded cable or UTP
Dimension 0.61m x 4.5mm (sheath diameter)
Sensor count 1

J / K Type Thermocouple Adapter Only

Temperature
Measurement Range K Type :
-200°C to +900°C
-330°F to 1650°F
J Type :
-40°C to +750°C
-40°F to 1382°F
Measurement Resolution sensorProbe+ series
0.1°C increments
0.2°F increments
securityProbe series
0.5ºC increments
0.9ºF increments
Measurement Accuracy sensorProbe+ series and securityProbe series
±5°C
±9°F
Interface
Communications cable RJ-45 jack to sensor using UTP CAT5e/6 cable
Plugs directly into the AKCP J or K type thermocouple adapter
Power source Powered by the base units. No additional power needed
Thermocouplesr

Power Consumption Typical 7.80 mWatt, 1.56 mA

Maximum Cable Length Run length is 100 feet (30 meters) with approved low capacitance shielded cable or UTP
Sensor Connector Compatible with industry standard J/K type thermocouples
Dimensions 56 x 55 x 33.3 mm
Sensor count 1

www.akcp.com 160
 TCAK / TCAJ - Technical Drawing

16.75mm
61.7mm

J TYPE
Thermocouple Adaptor
20mm
36.85mm 67.9mm
Power.Sensor.Security

610mm

16.75mm

34.2mm

71.8mm

137mm 64.7mm

18.8mm
Thermocouplesr

www.akcp.com 161
 Security Sensors

AKCP provides a variety of sensors that can be used for security

applications. Protect your facilities and assets from theft or fire damage,
control access to cabinets and detect the status of doors and windows.

RFID Swing Siren & Strobe Sensor Status Light

Handle Lock

Vibration Center Sensor Status Light Motion Detection

Security Sensors

Smoke Detector

www.akcp.com 162
 Security Sensor (SSxx)

Security Sensors are simple magnetic contact switches that can be placed on any
door, cabinet or window to sense the open or closed position. Ideal for using
when you need to simply know if a door is open or closed without controlling
access. Security Sensors can be daisy-chained together with several on a single
sensor port, although in this configuration you will not know which sensor is
critical just that one sensor in the string is in critical state.

Security Sensors are available in customlengths, or choose from our

standard lengths (SS15 comes with 15ft cable for example).

Technical Specifications
Measurement Range Alarm or Normal
Sensor Type Open / Closed magnetic switch
Input Measurement Rate Multiple readings every second
Normal input state is settable under software
Features Unlimited number can be wired in series using one Port
No reasonable limitation on distance from base unit

Interface
Communications cable RJ-45 jack to sensor using UTP Cat 5 wire
Communications Cable Max. length 1000Ft (305m) with approved low capacitance shielded cable or UTP
Power Source Powered by the sensorProbe2 or sensorProbe2+. No additional power needed
Full autosense including disconnect alarm
Security Sensor

Power Consumption Typical 8.95 mWatt, 1.79mA

Sensor count 1

www.akcp.com 163
 SSxx - Technical Drawing

37.37mm

12.15mm
24.31mm

37.37mm

13mm

4,572mm
Security Sensor

www.akcp.com 164
 Vibration Sensor (VDS)

Install Vibration sensors on cabinets, safes, floors or walls and detect when
vibration occurs. Use for being alerted if an object is moved, or if a cabinet is
being forcibly opened.

Detect if walls are being broken with jackhammer, or forced entry with crowbar
or saw. Alerts will be sent when an undesirable force is applied tothe surface you
are protecting.

The vibration sensor has a built in tamper switch which is independent of the
main vibration sensor circuit to alert should the sensor be tampered with or
disconnected.

Technical Specifications
Measurement Range Alarm or Normal
Sensor Type Normally Closed contact input switch
Contact Pressure Adjustable from 1 to 50 grams but recommended setting between 5 and 25 grams only. Supplied with pressure
of approximately 6 grams. Unlimited number can be wired in series using one Port
Contact Break Time Approximately 45ms maximum (at 6-grams of pressure)
Rated 1A at 50VDC
Life Over 100,000 contacts
Contacts Pure silver
Case ABS resin
Interface
Communications Cable RJ-45 jack to sensor using UTP Cat 5 wire
Communications Cable Max. length 1000Ft (305m) with approved low capacitance shielded cable or UTP
Power Source Powered by the controller unit. No additional power needed
Full autosense including disconnect alarm
Vibration Snesor

Dimensions 15mm(H) x 21mm(W) x 60mm(L)

Weight 20 grams.
Sensor count 1

www.akcp.com 165
 VDS - Technical drawing
300mm

21.58mm

14.66mm

21.58mm

300mm
Vibration Sensor

www.akcp.com 166
 Motion Detector (MD00)

Infrared motion detection, is a hardware based motion detection technology

that will detect movement up to 3 meters away. MD00 can be daisychained
together with a maximum of 10 in a single string, meaning a single sensor port
can support 10 motion sensors. When one motion sensor in the string is in
critical state the whole string will show as critical.

Motion detectors can be used as a trigger of alarms and actions through the
AKCP Base Unit. A siren and strobe light connected to the sensorProbe for
example can be triggered based on the motion detectors status. Sensor
controlled relays can be turned on, meaning that the motion detector can also
be used to trigger any DC or AC powered device, whether it be an alarm or light.
Motion Detector

www.akcp.com 167
 Motion Detector (MD00) - Technical Specification
Measurement Range Alarm or Normal
Sensor Type Infrared sensor dual element
High sensitivity
Detection angle 60°
Maximum working distance is 3 m (9 Ft)
High RFI immunity
Daisy Chainable Up to 10 Motion Detector Sensors on a single port
-20 °C~50 °C
4 °F~122 °F
Interface
Operation Temperature
Communications Cable RJ-45 jack to sensor using UTP Cat 5 wire
Communications Cable Max. length With approved low capacitance shielded cable or UTP
Maximum cable length of single motion detector sensor is 300 m (100 Ft)
Maximum total cable length of a string of 10 motion sensors is 46 m (150 Ft)
Maximum length of cable between each motion sensor should less than 6 m (20 Ft)
Power Source Powered by the controller unit. No additional power needed
Full autosense including disconnect alarm
Power Consumption Typical 50 mWatt, 10mA
Dimensions 65(W) x 62(H) x 15(D) mm
Weight Wall/ceiling mounted design
DIN rail mounting
Screw mounting
Sensor count 1
Motion Detector

www.akcp.com 168
 MD00 - Technical Drawing
61.73mm

Motion Detector
Power

Power.Sensor.Security
Output
64.7mm

34.3mm

71.8mm

39.5mm
Motion Detector

www.akcp.com 169
 Siren and Strobe (STR00)

The Siren and Strobe light provides an audible and visual alarm when a sensor is
in a critical state. Mount on the wall of a control room or security office and
activate when a security breach occurs, for example.

Siren and Strobes can also be used as part of a systems and control system, to
alarm when a machine is turning on or off, giving warning of danger to
employees, as well as for security purposes.

In the data center, mount a Siren and Strobe ontop of each cabinet, and alarm
when a cabinet is in a critical state, alerting nearby technicians, and allowing
them to easily locate the problematic cabinet by the flashing strobe light.
Siren and Strobe

www.akcp.com 170
 STR00 - Technical Specifications
Light Source Super bright LEDs x8
400 flash Times/Minute
Sound 100dB ±3dB@100cm
Sensor Type High / Low Output Switch
Control ON or OFF
Optional Manual Sound and Light variator
Operating Temperature -40°C to 70°C
Storage Temperature -40°C to 70°C
Interface
Communications cable RJ-45 jack to sensor using UTP CAT5e/6 cable
Power source Powered by the controller unit. No additional power needed
Power Consumption Typical 550 mWatt, 110mA
Maximum Cable Length The Siren and Strobe Light can be extended from the RJ-45 Intelligent
Sensor ports on the base units up to 100 feet, or 30 meters using standard
CAT5/6 LAN cable
Dimensions 123 x 72 x 45 mm
Sensor count 1
Siren and Strobe

www.akcp.com 171
 STR00 - Technical Drawing
72.7mm

Sensor Control
Access Control...

122mm

122mm
Siren and Strobe

40.9mm

www.akcp.com 172
 Smoke Detector (SK00)

Protect your facilities and infrastructure from fire with the AKCP Smoke
Detector. Connect the sensor to any AKCP baseunit, either to an intelligent
sensor port, or dry contact connection, and it forms a network based smoke
detection and warning system. Monitor all your smoke detectors from a single
user interface, with mapping features of AKCess Pro Server, you can see which
alarm is critical at a glance.

Connect the sensor to both your fire alarm panel, and the AKCP base unit by
using the dry contact connection for your alarm panel and the intelligent sensor
port connection simultaneously.
Smoke Detector

www.akcp.com 173
 SK00 - Technical Specifications
Measurement Range Smoke or No Smoke
Sensor Type Photoelectric Detector Type
Suitable for installation to BS 5839 pt 6 Grade F
Output Type Open/Closed contact switch
Features Loud piercing 85db alarm at 3m
Full function test button
Alarm auto-reset
Insect resistant chamber
Low profile design for ceiling mounting for maximum smoke detection
Conforms to UL 217 standard
Measurement Rate Multiple readings every second
Indication LED for Status
Strobe Light when Smoke is detected
Operating Temperature -20 °C~60 °C
4 °F~140 °F
Interface
Communications Cable
148
RJ-45 jack to sensor using UTP Cat 5 wire
Communications Cable Max. length The Spot Water Sensor can be extended from the RJ-45 Intelligent Sensor ports on the
base units up to 500 feet, or 150 meters using standard CAT5/6 LAN cable
Power Source Interface module powered by the base unit.
Internal battery inside smoke detector.
Full autosense including disconnect alarm
Power Consumption Typical 290 mWatt, 58mA
Dimensions Diameter 130mm, height 51mm
Mounting Screw mounting
Sensor count 1
Smoke Detector

www.akcp.com 174
 STR00 - Technical Drawing

Ø127mm

Smoke Detector

Est USA 1981

57.98mm

304mm

33.2mm

55mm

99.59mm
Ø145.5mm

99.59mm

48mm

99.59mm
Smoke Detector

www.akcp.com 175
 Sensor Status Light (SSL)

Connect the Sensor Status Light to any SPX+ or SP2+ sensor port. The light will
change color based on a sensor status. Ideal for systems and control, factory
automation and data center applications. Use as part of the Rack+ system to
easily identify which cabinets in your data center are in a warning or critical
state.

Every SSL comes with a buzzer for audible alarms. The buzzer can be turned on
or off depending on your requirements. Three lights, Red, Amber and Green are
programmed to illuminate or flash based on a sensor status input. Internal
buzzer
Sensor Status Light

www.akcp.com 176
 SSL - Technical Specifications
Light Status Green – Solid on, Very slow blink & Off
Orange – Solid on, Slow blink & Off
Red – Solid on, Fast blink & Off
Control Notification control, Notification wizard connects light color to sensor input.
Alarm sound Internal Buzzer for optional audible alert
Interface
Communications cable J-45 jack to sensor using UTP CAT5e/6 cable
Power source owered by the sensorProbe+ familiy units. No additional power needed
Power Consumption Typical 200 mWatt, 40 mA
Maximum Cable Length The SSL sensor can be extended from the RJ-45 Intelligent Sensor ports on the base units
up to 100 feet, or 30 meters using standard CAT5/6 LAN cable
Dimension 75mm X 55mm X 27mm
Mounting Desktop, Wallmount, Din rail, Magnetic
Components Manufactured using highly integrated, low power surface mount technology to ensure long term reliability.
Operating Environment Operating Environment Temperature : Min. -35° C – Max.80° C
Humidity: Min. 20% – Max. 80% (Non-Condensing)
Important Note
148
Important Note - The Sensor Status Light sensor is only compatible with the sensorProbe+ platform units.
- When plugging the first time or after upgrading a sensorProbe+ unit, the sensor firmware might be upgraded
by the unit and not be available right away.
- On the sensorProbeX+, the sensor firmware can be upgraded only on the main module sensor ports
Sensor count Sensor count
Sensor Status Light

www.akcp.com 177
 SSL - Technical Drawing

50mm

221mm

45mm
Sensor Status Light

Power.Sensors.Security

56mm
50cm Buzzer

To Sensor Port

50cm 33mm
69.8mm

55mm
Sensor Status Light

www.akcp.com 178
 Power Sensors
Power sensors cover a variety of applications, no matter your
power monitoring requirements AKCP has the right sensor for you.

Mini Sens or Iso lated D C Voltage 5 D ry Cont a c t I nput s

4- 20 mA mp S e n s or
Contr ol led R elay Met er (SP2 an d SP2 + onl y )

AC S e n s o r AC Cur r ent 8 x D igit al I/O Co n ta c l e s s

Controlled Relay Cu rrent M e t e r
Tr ans for m ers

DC Sensor Dr y C ontact C ab le B at t ery Mon it orin g In -Lin e Powe r

Co n t r o l l e d R e l ay Me t e r
Power Sensors

8 Po rt Sen sor
Con trolled Relay
Power Mo n it orin g
A C V o l t age S ens or
Sen sor

www.akcp.com 179
 4-20mAmp Sensor (VC00)

Integrate Third Party Sensors

4-20mA sensor can be used to interface third party sensors with your AKCP base
unit. There are many industrial and scientific sensors that output a 4-20mAmp
signal. Programming of the sensor scale is done through the base units user
interface. This makes it very easy to interface specialized sensors with AKCP
devices, allowing you to take advantage of the alerts and monitoring they
provide.

Typical third party sensors with 4-20mAmp output are:

• CO2 sensors
• PH meters
• Air Particle Sensors
• Precision Airflow Sensors

The sensor comes in an innovative box with a variety of mounting options built
in such as DIN rail mounting, keyhole, screw, pipe clamp and cable ties.
4-20mAmp Sensor

www.akcp.com 180
 VC00 - Technical Specification
Measuring Specifications
Input 2 pin Phoenix connector : 4-20mA Iin(+) and Iin(-) for current loop
Output Voltage Range +0.4 V to +2.0 V
Linearity ± 0.09 % Full Scale, Maximum
Accuracy ± 0.15% Full Scale (± 0.3% Full Scale, Maximum)
Status Indication LED indication for current detection
LED indication for power
Electrical no galvanic isolation
Components Manufactured using highly integrated, low power surface mount technology to ensure long term reliability.
Operating Environment Temperature : Min. -35° C – Max.80° C
Humidity: Min. 20% – Max. 80% (Non-Condensing)
Interface
Communications cable RJ-45 jack to sensor using UTP CAT5e/6 cable
Power source Powered by the controller unit. No additional power needed
Power Consumption Typical 120 mWatt, 24mA
Maximum Cable Length The 4-20mA sensor Adaptor can be extended from the RJ-45 Intelligent Sensor ports on the base units up to

148
50 feet, or 15 meters using standard CAT5/6 LAN cable
Dimensions 65(W) x 62(H) x 15(D) mm
Mounting DIN rail mounting
Screw mounting
Sensor count 1
4-20mAmp Sensor

www.akcp.com 181
 VC00 - Technical Drawing

61.7mm

4-20 mAmp Sensor

Host Connection

64.7mm
Power.Sensor.Security

Status

71.8mm

34.30mm
4-20mAmp Sensor

www.akcp.com 182
 5 Dry Contact Inputs (5DCSxxx)

The single port RJ-45 Dry Contact Sensor with an ALARM/NORMAL indication in
the software. Can have up two on a SP2, four on an SP2+ eight on a SP8 and
600 Dry Contact Sensors on a securityProbe unit. Dry contact sensors are user
definable and can be used to detect many different inputs such as UPS status,
security systems, air
conditioning status.

SNMP interface for alarm/normal status. SNMP traps can be sent when the
sensor is in a critical state. SNMP polling is possible via SNMPget. Web browser
interface is available. When an alarm condition is activated the description and
location of the fault can be sent via an email or SNMP trap.

Technical Specifications
Measurement Range Alarm or Normal
Sensor Type: Open / Closed contact switch (input only)
Contact voltage range 5 volts pulled-up dry contacts*
Measurement Rate Multiple readings every second
Normal input state is settable under software
Interface
Communications Cable RJ-45 jack to sensor using UTP Cat 5 wire
Communications Cable Max. length 1000Ft (305m) with approved low capacitance shielded cable or UTP
Power Source Powered by the controller unit. No additional power needed
Dimensions 56 x 55 x 33.3 mm
Mounting DIN rail mounting
Screw mounting
Up to 5 dry contact inputs per RJ-45
5 Dry Contact Inputs

- making up to 10 Dry Contact Inputs in sensorProbe2

- making up to 20 Dry Contact Inputs in sensorProbe2+
Important Note Dry Contacts are not isolated, don't connect any voltage source
Sensor 5

www.akcp.com 183
 5DCSxx - Technical Drawing

55mm

48mm 32mm

55.18mm

33.2mm
5 Dry Contact Inputs

www.akcp.com 184
 8 Port Sensor Controlled Relay (8PRB)

The 8 Port Sensor Relay is specially designed multi-port relay for advanced
process control. The 8 Port Sensor Relay is easily controlled by any of AKCP's
extensive selection of sensors. The relay can provide automatic responses to
sensor status changes. Setting up the sensor controlled relay is easy with its
built in autosense feature and user friendly web interface. When an alarm
condition is activated the description and location of the fault can be sent via
an email or SNMP trap.

Technical Specifications
Connector Connector and Contacts rated up to maximum 5A @ 30 VDC, 5A @ 220 VAC
3 pin Phoenix Connectors : NO, NC, COM
Relay Ratings Contact Material AgCdO
Max. Operating Voltage 250 VAC
Max. Operating Current 10 Amps
Relay Contact Max. Switching Capacity
+ 16A@250VAC with Resistive Load,
+ 8A@250VAC with Inductive Load (P.F=0.4)
Status Indication LEDs indicating the status of each Relay and Power Supply
Operating Temperature -40°C to 70°C
Storage Temperature -40°C to 70°C
Endurance Max. Switching Rate:
+ 18,000ops./ min. (no load).
+ 1,800ops./ min. (rated load).
Expected Mechanical Life: 20 million ops (no load).
Expected Electrical Life: 100,000 ops (rated load).
Interface
8 Port Sensor Controlled Relay

Communications cable : RJ-45 jack to sensor using UTP CAT5e/6 cable

Power source : 7.5VDC 3A (optional, needed if there are more than 1 relay being used)
Power Consumption : Typical 2475.00 mWatt, 495.00 mA
Maximum Cable Length : The 8 Sensor Controlled Relay can be extended from the RJ-45 Intelligent Sensor ports on
the base units up to 50 feet, or 15 meters using standard CAT5/6 LAN cable
Dimensions 10.83 x 5.43 x 1.80
Sensor count 8

www.akcp.com 185
 5DCSxx - Technical Drawing

8 Port Sensor Relay

1 2 3 4 5 6 7 8
Power

22.77mm

24.67mm

132.50mm

8 7 6 5 4 3 2 1 7.5 VDC
IS
47.16mm NO C NC NO C NC NO C NC NO C NC NO C NC NO C NC NO C NC NO C NC

215mm

482.60mm
8 Port Sensor Controlled Relay

464.95mm
8 Port Sensor Relay
44.10mm
47.16mm 1 2 3 4 5 6 7 8 31.75mm
Power

215mm 133.80mm

www.akcp.com 186
 AC Sensor Controlled Relay (PRB00-ACO)

The AC-Sensor Controlled Relay controls the electrical power to devices over
the Internet. Easy configuration & integration with sensorProbe product series,
It defines a new era in energy management. The AC-Sensor Controlled Relay
provides 1 high power SPST 5V relay. It includes Metal Oxide Varistors (MOVs)
and Snubber circuits to protect the open contact of the relays from the high
voltage spikes or noise transients.
AC Sensor Controlled Relay

www.akcp.com 187
 PRB00-ACO - Technical Specification
Input Voltage 110-220VAC - IEC C14
Output Voltage 110-220VAC - IEC C13
Relay Ratings IEC connector rating is 10 Amps for 220 VAC and 10 Amps for 110 VAC
Contact Material AgCdO
Carry Current 10 Amps
Max. Operating Voltage 250 VAC
Max. Operating Current 10 Amps
Relay Contact Max. Switching Capacity
+ 16A@250VAC with Resistive Load,
+ 8A@250VAC with Inductive Load (P.F=0.4)
10 Amps Fuse 380 VAC, 125 VDC
Status Indication LED indication for input voltage
LED indication for output voltage
LED indication for sensor power
LED indication for Relay state
Operating Temperature 40°C to 70°C
Storage Temperature -40°C to 70°C
Endurance Max. Switching Rate:
148
+ 18,000ops./ min. (no load).
+ 1,800ops./ min. (rated load).
Expected Mechanical Life: 20 million ops (no load).
Expected Electrical Life: 100,000 ops (rated load).
Interface
Communications cable RJ-45 jack to sensor using UTP CAT5e/6 cable
Power source Powered by the controller unit. No additional power needed
Power Consumption Typical 471.00 mWatt, 94.20 mA
Maximum Cable Length The Sensor Controlled Relay can be extended from the RJ-45 Intelligent Sensor ports on the base units up to
100 feet, or 30 meters using standard CAT5/6 LAN cable
Dimensions 115 x 80 x 40 mm
Sensor count 1
AC Sensor Controlled Relay

www.akcp.com 188
 PRB00-ACO - Technical Drawing
69mm

AC Sensor Controlled Relay

Vctrl
+VCC

104mm Power.Sensors.Security

Output
Input

80.7mm

Input Line Voltage

39mm

111.7mm
AC Sensor Controlled Relay

Fuse

Fuse

www.akcp.com 189
 AC Voltage Sensor (ACV00)

AKCP Voltage sensor is specially designed for monitoring AC voltage presence

or absence of line voltage up to 250V. It comes with an ALARM / NORMAL
indication in the device firmware. Easy installation with no electrician required,
it simply plugs into any AC power source and will monitor if AC Voltage is
present.

Technical Specifications
Measurement Type Normal or Alarm
Sensor Type Open/Closed contact input switch
Voltage Range 50~250 VAC
Measurement Rate Multiple readings every second
Indication LED for Voltage presence
Operating Temperature -20 °C~60 °C
4 °F~140 °F
Interface
Communications Cable RJ-45 jack to sensor using UTP Cat 5 wire
Communications Cable Max. length The AC Voltage Sensor can be extended from the RJ-45 Intelligent Sensor ports on the base units up to 1000
feet, or 300 meters using standard CAT5/6 LAN cable
Power Source Powered by the controller unit. No additional power needed
Full autosense including disconnect alarm
Power Consumption Typical 11 mWatt, 2.20mA
AC Voltage Sensor

Dimensions 115 x 80 x 40 mm
Sensor count 1

www.akcp.com 190
 ACV00 - Technical Drawing
69mm

AC Voltage Sensor
Status

104mm Power.Sensors.Security

Input Line Voltage

39mm

110mm
AC Voltage Sensor

www.akcp.com 191
 IO-Digital8 Sensor (IODC8)A

The IO-digital8 sensor adds 8 dry contacts to the securityProbe or expansion

module base unit. With 8 ALARM/NORMAL indication in the securityProbe 5E
web interface it provides instant notification for changes of status. The sensor
can be mounted on a wall by your alarm panel, or using our DIN rail clips can
be DIN rail mounted. A standard CAT5 cable connects the IO-digital8 sensor to
the intelligent sensor port.

Technical Specifications
Measurement Range Input: Alarm or Normal
Output: Set or Reset
Sensor Type Input : Open / Closed contact switch
Output : High (5V) / Low (GND)
Contact voltage range 5 volts pulled-up dry contacts*
Input Measurement Rate Multiple readings every second
Normal input state is settable under software on each of the 8 dry contacts
Electrical Output Normally open, normally closed is settable under software on each of the 8 dry contacts
Can sink up to 20mA** on each of the 8 dry contacts ( when set to Low )
Interface
Communications Cable RJ-45 jack to sensor using UTP Cat 5 wire
Communications Cable Max. length RJ45 jack to sensor using UTP Cat 5 wire, Maximum extension cable length 305m (1000 ft.)
with approved low capacitance shielded cable or UTP
Power Source Powered by the sensorProbe+ or securityProbe+. No additional power needed
Full autosense including disconnect alarm
Important Note *Dry Contacts are not isolated, don't connect any voltage source
** Dry contact output is not suitable for direcly driving a relay
Sensor count 8
I/O DIgital 8

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 IODC8 - Technical Drawing
114.6mm

42mm 54mm

54mm

34mm

32.5mm
I/O Digital 8

132mm

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 DC Sensor Controlled Relay (PRB00-DCO)

Control the power to devices managed over the Internet. With easy
configuration and integration with AKCP base units.

The Sensor Controlled Relay is easily controlled by any of AKCess Pro’s extensive
selection of sensors. The relay can provide automatic responses to sensor alerts.
This is useful, for example, to switch on the fan when the room temperature
rises beyond the threshold level or to turn on a light when the motion detector
is triggered. Setting up the Sensor Controlled Relay is easy with its built in
autosense feature and user friendly web When an alarm condition is activated
the description and location of the fault can be sent via an email or SNMP trap.
DC Sensor Controlled Relay

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 PRB00-DCO - Technical Specification
Input Voltage up to 125 VDC
Output Voltage up to 125 VDC
Relay Ratings Contact Rating – Contact Rated Load is 10 Amps at 30 VDC
Contact Material AgCdO
Carry Current 10 Amps
Max. Operating Voltage 125 VDC
Max. Operating Current 10 Amps
Relay Contact Max. Switching Capacity
+ 480W with Resistive Load,
+ 350W with Inductive Load (L/R = 7 ms)
10 Amps Fuse 125 VDC
Status Indication LED indication for input voltage
LED indication for output voltage
LED indication for sensor power
LED indication for Relay state
Operating Temperature -40°C to 70°C -40°C to 70°C
40°C to 70°C
Max. Switching Rate:
+ 18,000ops./ min. (no load).
+ 1,800ops./ min. (rated load).
Expected Mechanical Life: 20 million ops (no load).
Expected Electrical Life: 100,000 ops (rated load).
Interface
Communications cable RJ-45 jack to sensor using UTP CAT5e/6 cable
Power source Powered by the controller unit. No additional power needed
Power Consumption Typical 471.00 mWatt, 94.20 mA
Maximum Cable Length The Sensor Controlled Relay can be extended from the RJ-45 Intelligent Sensor ports on the base units up to
100 feet, or 30 meters using standard CAT5/6 LAN cable
Dimensions 115 x 80 x 40 mm
Sensor count 1
DC Sensor Controlled Relay

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 PRB00-DCO - Technical Drawing

69mm

DC Sensor Controlled Relay

Vctrl
+VCC

104mm Power.Sensors.Security

Output
Input

80.7mm

Input Line Voltage

39mm

114.5mm
DC Sensor Controlled Relay

Fuse

Fuse

www.akcp.com 196
 Mini Sensor Controlled Relay (MSCR)

Mini Relay Controlled by Sensor Status

Drive larger relays with a low current output from the sensorProbeX+

• If you have an equipment with a relay that you

• would like to switch based on a sensor input,
• this adapter will output 200mA - 5V DC based
• on a sensors status. Use this smaller relay as
• to drive the larger relay on your appliance.
Mini Sensor Controlled Relay

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 MSCR - Technical Specification
Configuration 2 position switch configurations
- 1. 5V and GND contacts (0.2A)
- 2. Free contacts
Output 3 pin termninal Block
- NO, NC, COM
- 5V, GND, COM
Free Contact Voltage 24 VDC, Maximum 30 VDC
120 VAC
Relay Ratings Contact Rating –
+ Contact Rated Load is 1Amp at 24 VDC
+ Contact Rated Load is 1Amp at 120 VAC
Max. Operating Voltage 30 VDC, 120 VAC
Max. Operating Current 1 Amp
Max. Switched Power: 24W / 120VA.
Status Indication LED indication for Relay active state
Operating Temperature -40°C to 80°C
Storage Temperature -40°C to 80°C
Endurance Max. Switching Rate:
+ 300ops./ min. (no load).
+ 30ops./ min. (rated load).
Expected Mechanical Life: 5 million ops (no load).
Expected Electrical Life: 100,000 ops (rated load).
Minimum Load: 1mA @ 1VDC.
Interface
Communications cable RJ-45 jack to sensor using UTP CAT5e/6 cable
Power source Powered by the controller unit. No additional power needed
Power Consumption Power Consumption Typical 150 mWatt, 30 mA
Maximum Cable Length The Sensor Controlled Relay can be extended from the RJ-45 Intelligent Sensor ports on the base units up to
100 feet, or 30 meters using standard CAT5/6 LAN cable
Dimensions 56 x 55 x 33.3 mm
Mounting DIN rail mounting
Screw mounting
Sensor count 1
Mini Sensor Controlled Relay

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 MSCR - Technical Drawing

42.6mm

Mini Sensor
Controlled Relay

Power.Sensors.Security

56mm

Ctrl

OUTPUT
GND

NC/5V
COM
NO/

33.3mm

55mm

Contacts
Selection

Ext 5V/GND

56mm

To SP+
Mini Sensor Controlled Relay

33.3mm

55mm

www.akcp.com 199
 Dry Contact Sensor (DCSxxx)
The Dry Contact sensor is a simple
connection to burglar alarms, fire alarms or
any application that requires monitoring by
the sensorProbe. Dry contact sensors are
user definable and can be used to detect
many different inputs such as UPS status,
security systems, air conditioning status.

These general purpose switches can be

either input or output. When used as an
output it can source up to 20 mAmps. You
can select the output voltage by setting the
Output Level to a Low or a High. When set
to Low the pin will output 0 volts. When set
as a High the pin will output 5 volts. can be
sent via an email or SNMP trap.

Technical Specifications
Measurement Range Input: Alarm or Normal
Output : Set or Reset
Sensor Type Input : Open / Closed contact switch
Output : High (5V) / Low (GND)
Contact voltage range 5 volts pulled-up dry contacts*
Input Measurement Rate Multiple readings every second
Normal input state is settable under software
Electrical Output Can sink up to 20mA**, when set to Low
Interface
Communications Cable RJ-45 jack to sensor using UTP Cat 5 wire
Communications Cable Max. length 1000Ft (305m) with approved low capacitance shielded cable or UTP
Power Source Powered by the base unit. No additional power needed
Full autosense including disconnect alarm
Important Note *Dry Contacts are not isolated, don't connect any voltage source
** Dry contact output is not suitable for direcly driving a relay
Sensor count 1 1
Dry Contact Sensor

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 DCSxxx - Technical Drawing

15ft. 118mm
Dry Contact Sensor

www.akcp.com 201
 Isolated DC Voltage Sensor (IDCV00)

The Isolated Digital Voltmeter allows the user to integrate a custom sensor to
the sensorProbe or securityProbe while still retaining all of the features of the
standard sensors. The Digital Voltmeter has the full range of functionality
including SNMP integration, email and trap generation upon settable limits and
thresholds.

The Isolated DC Voltage Sensor can be used by OEMs and engineers to create
their own custom data collection systems. The user can input a DC voltage
range from -60 to 0 volts or 0 to 60 volts. The Isolated DC Voltage Sensor can
provide real time data from the world around them. Can be sent via an email or
SNMP trap.
Isolated DC Voltage Sensor

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 IDCV00- Technical Specification
Measuring Specifications
Voltage Input Selectable Voltage input :
± 0~60 VDC
± 0~5 VDC
with 0.001 V resolution and 1% FS accuracy
Status Indication LED indication for power
LED indication for status
LED indication for over voltage
Input Impedance : Input Impedance : 1.6 MOhm when set at the high scale ( 60 Volt maximum ) and 1.1 MOhm when set at the low
scale (5 volt maximum)
Isolation Voltage : 1600 VDC
Inputs 2 pin phoenix connector for Voltage measurement
Voltage range input selector switch
Components Manufactured using highly integrated, low power surface mount technology to ensure long term reliability.
Operating Environment Temperature : Min. -35° C – Max.80° C
Humidity: Min. 20% – Max. 80% (Non-Condensing)
Interface
Communications cable : RJ-45 jack to sensor using UTP CAT5e/6 cable
Power source : Power source : Powered by the controller unit. No additional power needed
Power Consumption : Typical 110 mWatt, 22 mA

Maximum Cable Length: The iSolated DC Voltage sensor can be extended from the RJ-45 Intelligent Sensor
ports on the base units up to 60 feet, or 18 meters using standard CAT5/6 LAN cable
Dimensions 65(W) x 62(H) x 15(D) mm
Mounting DIN rail mounting
Sensor Screw mounting
1
Isolated DC Voltage Sensor

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 IDCV00 - Technical Drawing
61.7mm

Isolated DC Voltage Sensor

Power.Sensor.Security

64.7mm
Host Connection
Status
Over Voltage

DC Input
Voltage
+ -
60V
5V

71.8mm
Isolated DC Voltage Sensor

34.30mm

www.akcp.com 204
 In-Line Power Meter (ILPM)

Power Monitoring and Switching

16A and 32A in-line power meters with optional Relay.

The power meter goes between the electrical source and the PDU or individual
appliance, monitoring thevoltage (V), current (A) and Kilowatt Hours (kWh)being
consumed. Identify power hungry equipment with billable grade accuracy and
remotely switchdevices on and off. Relays are either Normally Closed, Normally
Open or Bi-Stable Latched relay, which retains it’s state regardless of whether it
is receiving power or not. can be sent via an email or SNMP trap.

Power In-line Power Power

In-Line Power Meter

In Meter Out

www.akcp.com 205
 In-Line Power Meter (ILPM)
In-Line Power Meter is essential for:

• Checking how close you are to tripping your circuit breaker

• Ensure sufficient power overhead when adding equipment to a circuit
• Billing individual clients in co-located services
• Monitoring up to 16 appliances from a single IP address

Choice of plug types to match your train

C13 / C14 U.K AUS Nema 5-15 Shuko C19 / C20

Nema L5-20 Nema 5-20 IEC P+N+E

Nema L6-30
In-Line Power Meter

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 ILPM - Technical Specification
Measurements
Power Rating Input Voltage rating: Current Rating :
- 1 phase - 16A
- 100V~250V AC - 32A
Power Measurements - Voltage (V) - Voltage (V) - Current (A)
- Active Power (kW) - Total Active Energy (kWh)
- Leakage current (A) - Power Factor
Environment monitoring Optional Cabinet Thermal Map (-CTM or -CTHM)
- Temperature sensor - Humidity sensor
*range -40°C to +75°C * 0 to 100% Relative humidity
Control
Switching Relay Latched Relay
Contacts rating : 40 Amp
Mechanical Life : 1 10^7 times
Electrical Life : 3 10^4 times
Class B
Status Indication LED indication for power
LED Relay status (with optional relay)
Inputs 1x sensor RJ45 Port
Hardwired with following plugs :
- IEC 60320 C20 - Nema L5-20P
- IEC 60320 C14 - Nema L5-30P
- Nema 5-15P - UK BS
- Nema 5-20P - Shuko CEE 7/7 plug
- Nema 5-30P - IEC60309 2P+E blue
- Nema L5-15P
Outputs Outlet types :
- IEC 60320 C13 - Nema L5-20R
- IEC 60320 C19 - Nema L5-30R
- Nema 5-15R - UK BS1363
- Nema 5-20R - Shuko CEE 7/3 Socket
- Nema 5-30R - IEC 60309 2P+E Blue
Interface
Communications cable RJ-45 jack to sensor using UTP CAT5e/6 cable
Power source Powered by the sensorProbe+ familiy units. No additional power needed
Power Consumption Typical 800 mWatt, 160 mA
Peak 1.75 Watt, 350 mA
Maximum Cable Length Run length is 32 feet (10 meters) with approved low capacitance shielded cable or UTP
Dimensions 170 x 85 x 52 mm
Mounting Keyhole mounting
Components Components Manufactured using highly integrated, low power surface mount technology to ensure long term reliability.
Operating Environment Temperature : Min. -35° C – Max.80° C
Humidity: Min. 20% – Max. 80% (Non-Condensing)
MTBF 1,400,000 Hours based on field experience with sensorProbe units.
Important Note sensorProbe+ units auto detects the presence of the ILPM sensor
- The ILPM sensor is only compatible with the sensorProbe+ platform units.
In-Line Power Meter

- When plugging the first time or after upgrading a sensorProbe+ unit, the sensor's firmware might be
upgraded by the unit and not be available right away.
- On the sensorProbeX+, the sensor can be used only on the main module sensor ports
Sensor count ILPM : 5 -CTM : +9
ILPM-LR : 6 -CTHM : +11

www.akcp.com 207
 ILPM - Technical Specification
Options and Product Codes
In-line Power Meters come with a variety of options, relays, thermal maps, con-
nection types. Refer to the table below for the available
options.

Order individual code options, or combine into a single part number:-

16A In-line Power Meter with Latched Relay
ILPM-16A-LR or ILPM-16A LR

Product Name Product Code Product Name Product Code

Inline Power Meter 32A ILPM-32A 16A Connections
(25cm Power in/out cable bare ends) EUR Plug (Power In) EURP
Inline Power Meter 32A ILPM-16A C19 (Power Out) C19
(25cm Power in/out cable bare ends) C19 Locking (Power Out) C19L
Options C20 (Power Out) C20
Relays IEC 2P+E (Power In) 2PEP
Normally Closed Relay NCR IEC 2P+E (Power Out) 2PEO
20A ConnectionsNormally Closed Relay CR
Normally Open Relay NOR
Nema 5-20R (Power In) 5-20R
Latched Relay LR
Nema L6-20P (Power Out) L6-20P
Cabinet Thermal MapsNormally Closed Relay CR
Nema 5-20P (Power Out) 5-20P
Cabinet Thermal Map Temperature Only ILPM-CTM
30A ConnectionsNormally Closed Relay CR
Cabinet Thermal Map Temperature & Humidity ILPM-CTHM
Nema 5-30P (Power Out) 5-30P
Nema L6-30P (Power Out) L6-30P
10A Connections
IEC C13 (Power Out) C13
32A ConnectionsNormally Closed Relay CR
IEC C13 Locking (Power Out) C13L
IEC 2P+E (220v Power In) 2PEP-32
IEC C14 (Power In) C14
IEC 2P+E (220v Power Out) 2PEO-32
13A Connections
UK Plug (Power In) UKP
15A Connections
AUS (Power In) UKP
Nema 5-15R (Power Out) 5-15R
Nema 5-15P (Power In) 5-15P
In-Line Power Meter

www.akcp.com 208
 ILPM - Technical Drawing

25cm 25cm

84.7mm 52.9mm
In-Line Power Sensor
Power

Sensor Port

170mm 147.8mm
Relay

25cm 25cm
In-Line Power Meter

www.akcp.com 209
 Power Monitoring Sensor (PMS)

The AKCP Power Monitor Sensor gives vital information and allows you to
remotely monitor power eliminating the need for manual power audits as well as
providing immediate alerts to potential problems.

It has been integrated into the base unit web interface with its own “Power
Management” menu, allowing up to six three phase and fourteen single phase
Power Monitor Sensors to be set up on a single securityProbe or SPX+. More
PMS can be connected to a single base unit depending on what readings are
required.

Data collected over time using the Power Monitor sensor can also be viewed
using the built in graphing tool. Combining this durable Power Monitor Sensor
with the SPX+ or securityProbe base unit creates an IP-enabled power
monitoring capable of monitoring:
• Phase Line Voltages
• Current
• Power Factor
• Active Energy
• Active Power
Power Monitoring Sensor

www.akcp.com 210
 ILPM - Technical Diagram
Power Monitoring Sensor

www.akcp.com 211
 PMS - Technical Specification
Voltage (V)
Rated Voltage (Un) 230V AC 230/400V AC (3”) 230/400V AC (3”)
Operational Voltage Range 0.7~1.3Un 161/279-300/520V AC (3”) 161/279-300/520V AC (3”)
Current (A)
Basic Current (b) 10A 10A 1.5A
Maximum Current 100A 100A 6A
Operational Current Range 0.4% ib-lmax 0.4% lb- lmax 0.4% lb- lmax
Over Current Withstand 30lmax 30lmax for 0.1s 30lmax for 0.01s
Internal Power Consumption ≤2W / 10VA ≤2W/10VA per phase ≤2W/10VA per phase
Frequency (Hz)
Operational Frequency Range 5-60Hz ±10% 50Hz ±10% 50Hz ±10%
Operating Environment
Operating humidity <75% <75% <75%
Operating temperature -10°C - +50°C -10°C - +50°C -10°C - +50°C
International standard IEC 62053-21 IEC 62053-21 IEC 62053-21
Accuracy Class
Voltage ±0.5% ±0.5% ±0.5%
Amps ±0.5% ±0.5% ±0.5%
Frequency (Hz) ±0.2% ±0.2% ±0.2%
Dimensions
Height 100 mm 130mm 130mm
Width 76 mm 126mm 126mm
Depth 65.5 mm 65mm 65mm
Max Diameter Cable 11.5 mm
Weight 0.35 Kg 0.7 Kg (net) 0.7 Kg (net)
Power Monitoring Sensor

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 PMS - Technical Drawing

Single Phase

76.2mm

68.6mm
PRO
1600mp/kwh

99.8mm 65.7mm
Infrared

ENG2053-21 Class 1 45.6mm

Un230V 10(100)A 50-60Hz
Operating voltage 0.7-1.3Un

Three Phase

76.2mm

PMS210-CT50 A B C

99.8mm
SEL

45.5mm
Infrared

PRO 65mm
Power Monitoring Sensor

www.akcp.com 213
 Current Transformers (CTXXXX/5A)

AKCess Pro Current Transformers are designed for easy installation with a simple,
fast, safe and easy way to connect a monitoring system to your
power supply.

• Sensing Overload Currents

• Ground fault detection
• Metering
• Analog to Digital circuits
• Facilities and building management

AKCess Pro provide split core current transformers that can be

installed without opening any cable or bus bar circuit. The connection of
conventional Current Transformers (CTs) usually requires the interruption of the
primary side circuit to pass cables or bus bars through the transformer core or to
connect such cables to the primary terminals.

The AKCess Pro transformers core can be easily opened and installed then
connected without any supply interruption. AKCess Pro Current Transformers
save you time and installation costs and aresafer to work
with:

• Compact size for easy mounting

• Wide inner window, allowing clamping of big cables or bus bars
• Wide range of sizes to accommodate all existing installations
AC Current Transformers

• High accuracy and reliability

www.akcp.com 214
 CTXXXX/5A - Technical Drawing

The CT’s connect with our Current Transformer Power Meter which is compatible
with securityProbe and sensorProbe+ platforms.
Primary Current Range 100A-5000A
Secondary Current 5A,1A
Standard approval : IEC44-1, BS7626
Maximum voltage : 0.72/3Kv
Frequency : 50/60Hz
Rated load : 1VA-30VA
Class : 0.5, 1.0, 3.0
Short-time thermal current : 1th=100xln
Rated security coefficient : FS<5

F A F
H 9

E
B

Model A B C D E F G H I Weight (kg)

AC Current Transformers

DP-23 20 30 51 89 111 34 47 40 32 0.75

DP-58 50 80 78 114 145 32 32 32 33 0.90
DP-88 80 80 108 144 145 32 32 32 33 1.05
DP-812 80 120 108 144 185 32 32 32 33 1.25
DP-816 80 160 120 184 245 52 52 52 38 4.3

www.akcp.com 215
 Current Transformers (CTXXX/5V)

The CTXXX/5V current transformers feature a 0-5 VDC scale output. For those
who do not need full power monitoring, these CT’s connect directly to the A2D
input module on the SPX+, or with the wireless A2D adapter.

The CT’s come in a variety of sizes for different current ranges.

5A - 50A
10A - 100A
100A - 300A
100A - 500A

The accuracy of the CT is consistent at 2% of full scale.

Split core CT are easy to install as no wires need disconnecting. Simply clamp it
around the load you wish to measure.

Primary Current Rating 5-500A

Output Voltage 1-5VDC
Maximum Voltage 720V
Frequency 50/60Hz
Communications cable 2 wire cable to A2D input on SP+ or Wireless Tunnel Module
Operating Environment Temperature : Min. 25° C – Max.60° C
Humidity: Min. 20% – Max. 80% (Non-Condensing)
AC Current Transformers

www.akcp.com 216
 CTXXX/5V - Technical Drawing
5A - 50A Technical Drawing

26mm 34mm

Ø10 Opening angle

180°

50mm 2.6mm
6mm

k l

Output splice terminal

10A - 100A Technical Drawing

33.5mm 38mm

Opening angle
Ø16
180°

55mm 2.6mm
6mm
AC Current Transformers

k l

Output splice terminal

www.akcp.com 217
 CTXXX/5V - Technical Drawinga
100A - 300A Technical Drawing
41.4mm
34.2mm

Opening angle
Ø24 180°

75mm

53mm
Output splice terminal

100A - 5 0 0 A T e c h n i c a l D r a w i n g

48.5mm
41mm

Opening angle
Ø36 180°

92mm
AC Current Transformers

66mm
Output splice terminal

www.akcp.com 218
 Battery Monitoring Sensor (BATTMON)

Monitor DC Voltage and

Current.
The Battery Monitoring Sensor is a simple, yet

effective way to monitor a variety of battery

types. Lead Acid, LiPoly, individual cells or
banks of batteries. The sensor consists of a
battery terminal temperature sensor

battery DC Voltage meter and a current transformer. Check the battery system
performance, such as charge/discharge status. This sensor aids in maintaining and
monitoring battery health for generators and engines, backup UPS power and
solar systems.

Note: Correctly sized CT must be ordered with the BATTMON. CT value is set in
production and can’t be changed.
Battery Monitoring Sensor

www.akcp.com 219
 BATTMON - Engines and Generators
Monitor Starter Motors and Alternators
Connect the BATTMON sensor to your generator/engine battery to monitor the
voltage, terminal temperature and either the crank current from the starter motor
or the charge current from alternator.

Crank Current By monitoring the crank current you can identify decrease in
battery performance. Decreasing current during crank can be a sign of bad
battery health, or problems in the starter motor. This can lead to a failure to start
situation.

Charge Current Place the CT on the Alternator to monitor charge performance

and identify early signs of altenrator or electrical system problems.

Starter Motor Alternator

CT CT
090% 60° 090% 60°

Voltage Temperature

+VE -VE +VE -VE

Battery Monitoring Sensor

www.akcp.com 220
 BATTMON - Solar Panels and Battery Stacks
Solar System Monitoring
BATTMON can be installed on a solar panel battery system. Monitor individual
cell voltages, temperature and current, or voltage and temperature only. Place a
single CT on the battery stack to monitor the load. An additional CT placed on
the solar panel output gives a complete end to end monitoring of your charging
current, battery load, cell voltages and temperatures.

• Check your solar panel efficiency, voltage and current outputs.

• Monitoring individual cells and complete battery stacks
• Monitoring charge current vs discharge current

Solar Panel Voltage

Current

Temp
-VE +V E

C har gin g Ba la n c er

+V E -VE +V E -VE +VE -VE

Batteries in Parallel
CT2 LOAD

+V E -VE +V E -VE +VE -VE

Battery Monitoring Sensor

www.akcp.com 221
 BATTMON - Solar Panels and Battery Stacks

Solar Panel

Warning:
-VE +V E
For Batteries in series
Voltage
monitoring of individual
C har gin g Bala n c er
Current
cells is unsafe
Temp
CT1
+V E -VE +V E -VE +VE -VE

Voltage
Current
Batteries in Parallel Temp
CT2 LOAD

+V E -VE +V E -VE +VE -VE

Battery Monitoring Sensor

www.akcp.com 222
 BATTMON - Technical Specification
Measurements Measurements
Power Rating Power Rating Input Voltage and Current ratings :
Voltage: 0~60VDC (3 configurable ranges : 0~15V, 0~30V or 0~60V)
Current: DC current via external CT
+ 50A (standard)
+ 100A
+ 200A
+ 400A
+ 500A
+ 600A
+ 800A
+ 1000A
+ 1500A
+ 2000A
Power Measurements - Voltage (V) : +/-0.05% Full-Scale, error +/-0.05% Full-Scale
- Current (A) : +/-0.05% Full-Scale, error +/-0.05% Full-Scale, Temperature Drift : +/-0.02%/°C
- Power (W) : +/-0.05% resolution
Environment monitoring - Temperature sensor with 1 meter cable
*range -40°C to +75°C
Status Indication LED indication for power
LED indication for input presence
Inputs 1x sensor RJ45 Port
Hardwired with following plugs :
- Phoenix connector for voltage
- Phoenix connector for temperature
- Phoenix connector for external current transformer
Interface
Communications cable RJ-45 jack to sensor using UTP CAT5e/6 cable
Power source Powered by the sensorProbe+ familiy units. No additional power needed
Power Consumption
Maximum Cable Length Run length is 32 feet (10 meters) with approved low capacitance shielded cable or UTP
Dimensions 56 x 55 x 33.3 mm
Mounting DIN rail mounting
Screw mounting
Components Manufactured using highly integrated, low power surface mount technology to ensure long term reliability.
Operating Environment Temperature : Min. -35° C – Max.80° C
Humidity: Min. 20% – Max. 80% (Non-Condensing)
MTBF 1,400,000 Hours based on field experience with sensorProbe units.
Important Note: the BattMon sensor is not galvanically isolated, care must be taken regarding possible differential voltage
potential issues
- The BattMon sensor is only compatible with the sensorProbe+ platform units.
- When plugging the first time or after upgrading a sensorProbe+ unit, the sensor's firmware might be
upgraded by the unit and not be available right away.
Battery Monitoring Sensor

- Smart sensor upgrade can only be performed on the main 4 sensor ports of the SP+
- Correctly sized CT must be ordered with the BATTMON. CT size is set in production and can’t be changed.
Sensor Count 4

www.akcp.com 223
 BATTMON - Technical Drawing

Batt Voltage
+
-
12V 24V 48V
38mm 32mm

3000mm 61.5mm
55mm

To Sensor Port
Temp/Voltage+

16.2mm

45mm
Ø21.4mm

Status
PWR

55.2mm
Battery Monitor
Sensor

Es. USA 1981

R20.9mm
Battery Monitoring Sensor

www.akcp.com 224
 Contactless Current Meter (CCM)
Monitor Current Without Cutting Wires
Most current transformers require you to have access to an individual wire. This
is not practical where you have the live, neutral and earth wires in a single
sheath. The AKCP Non-Invasive current meter allows you to monitor current (and
power if you have a reference voltage) in 2 core or 3 core cables. Our unique
current measurement technology makes measuring individual IT rack current and
power simpler, and lower cost than ever before.

Combine the Non-Invasive current meter with cabinet thermal map sensors.
Using our AKCPro Server combine current load, thermal map and differential air
pressure and analysis. analysis.

Benefits
• No downtime for installation
• No electrician required
• Input for PUE calculations
• Rack level current monitoring
• Accurate +/- 5%
• Input for AKCP sensorCFD
Contactless Current Meter

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 CCM - Technical Specification
Measuring Specifications
Status Indication LED indication for power
LED array for calibration
Inputs Magnetic field sensing of current in multicore cable
Accuracy +/- 5% when factory calibrated on cable of same type
+/- 10% on non-factory calibrated cable
Components Manufactured using highly integrated, low power surface mount technology to ensure long term reliability.
Operating Environment Temperature: Min. -35° C – Max.80° C
Humidity: Min. 20% – Max. 80% (Non-Condensing)
Interface
Communications cable : RJ-45 jack to sensor using UTP CAT5e cable
Power source : Powered by the controller unit. No additional power needed
Power Consumption : Typical 7.25mWatt, 1.45mA
Maximum Cable Length : Maximum Cable Length : 50ft using standard CAT5/6 UTP cable
Dimensions 49(W) x 45(H) x 51(D) mm
Mounting Mounting Cable Mounted
Sensor count 1
Contactless Current Meter

www.akcp.com 226
 CCM - Technical Drawing

Ø13mm

51.31mm

49.57mm

45.02mm

1000mm
Contactless Current Meter

www.akcp.com 227
 Specialized Sensor

Sensor Adapter Modbus Adapter probeSwitch

LCD Display Battery Terminal

Temp Sensor

Tank Depth Pressure ropeFuel Sensor

Sensor
Specialized Sensors

www.akcp.com 228
 LCD Display (LCD-TMP)

Programmable display of sensor values

The AKCP LCD Sensor Display plugs into any sensorProbe+ (SP2+, SPX+) base
unit and can be programmed to display the data from any AKCP Intelligent or
virtual sensor. Mount a single display on the end of an aisle, on the door of every
cabinet, or the wall of the room. LED indicators will alert if a sensor is in critical
condition, as well as the on screen display of the critical or warning status.

Features
• Easy to read, high quality backlit LCD display
• Connects to available sensor port on sensorProbe+
• Program to display specific sensors
• Keyhole mounting
• LED Status indicator
LCD Display

www.akcp.com 229
 LCD-TMP - Technical Specifications
Temperature
Measurement Range -40°C to +75°C
-40°F to +167°F
Measurement Resolution 0.1°C increments
0.2°F increments
Measurement Accuracy Maximum ±0.3 at -40ºC, minimum ±0.3 at +25ºC and ±0.3 at +75ºC
Maximum ±0.6 at -40ºF, minimum ±0.6 at +25ºC and ±0.6 at +167ºF
DISPLAY
LCD Display data Continuous embedded temperature display
Display up to 8 sensors in stnadard rotation list, configured via SP+ web itnerface with
preview.
Display sensor status, Warning or Critical
Display sensor units: °C, °F, %rh, %, V, (m)A, (k)W, (k)Wh
Display unit’s IP address when plugged in
Display swing handle lock status: Open, Closed
Blue backlight
LCD size 88.95 x 53.42 mm
LED Indicator 2 global status LEDs : Warning and Critical status
Interface
Communications cable RJ-45 jack to sensor using UTP CAT5e/6 cable
Power source Powered by the sensorProbe+ familiy units. No additional power needed
Power Consumption Typical 220 mWatt, 40 mA
Maximum Cable Length Run length is 30 feet (10 meters) with approved low capacitance shielded cable or UTP
Dimensions 169.67 x 97.1 x 31.18 mm
Mounting Keyhole mounting
Important Note The Programmable LCD Sensor Display is only compatible with the sensorProbe+ platform units.
- When plugging the first time or after upgrading a sensorProbe+ unit, the sensor firmware
might be upgraded by the unit and not be available right away.
- On the sensorProbeX+, the sensor firmware can be upgraded only on the main module
sensor ports
Sensor 1
LCD Display

www.akcp.com 230
 LCD Display - Technical Drawing

169.67mm

88

82.9mm 97.1mm

53.42mm

9.94mm 88.95mm

153.4mm

20mm 31.18mm

LCD 45° Mou nting Bracket

110mm

85mm
95.5mm

80mm
1.5mm
LCD Display

29.8mm

www.akcp.com 231
 Tank Depth Pressure Sensor (TDPS-5/10/15)
The tank depth pressure sensor can monitor all types of fuel and other liquid
storage tanks. Comes complete with all mounting hardware required.

Lower the sensor into the tank until it reaches the bottom, and connect it with
the sensorProbe+ device. The sensor will detect the pressure of the liquid column
above it and calculate the depth of the liquid based on this. TDPS are available
calibrated for different tank depths from 5 to 15 meters.

TDPS-5 (For 5 meter tank)

TDPS-10 (For 10 meter tank)
TDPS-15 (For 15 meter tank)

MAX 15 meters

SP2+
MAX 15meters
Power.Sensors.Security securityProbe+

PWR 1 2 3 4
Tank Depth Pressure Sensor

www.akcp.com 232
 TDPS - Technical Specification
MEASUREMENTS
Measurement Method Method Hydrolic Pressure in mH2O (Fluid column pressure)
Tank Depth (Max) 0–20 m (65 ft) for Water at 4C
Accuracy Distance 0–2000 cm (65 ft) with 1% accuracy for water
Full Scale Accuracy ±1%FS (Max)
ENVIRONMENTAL
Chemical Resistance Petrol, Diesel, Water
Operating Temperature Range -20°C to 80°C
Protection Grade IP68 (pressure sensor part)
Communications cable RJ-45 jack to Converter module using UTP CAT5e/6 cable

Power source Powered by the controller unit. No additional power needed

Power Consumption Typical 25 mWatt, 5 mA
Maximum Cable Length The Tank level sensor can be extended from the RJ-45 Intelligent Sensor ports on
the base units up to 100 feet, or 30 meters using standard CAT5/6 LAN cable.
Ships with a 15 foot CAT6 LAN extension cable
Probe Part Cable Leader cable from the sensor part to the converter box is 5/10/15 meters
respectively based on depth type ordered.
Comes fully assembled, only needs installation
Dimensions 56 x 55 x 33.3 mm
Mounting DIN rail mounting
Screw mounting
Notes Works with certain types of fuel, fresh water
Works on securityProbe 5E, E-Sensor8 expansion module or sensorProbe+
Sensor count 1
Tank Depth Pressure Sensor

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 TDPS - Technical Drawing
18.15mm 26.5mm

9.17mm

99.6mm

2000mm 2000mm

Power.Sensors.Security
Tank Depth Pressure Sensor

56mm
Pressure Sensor
Tank Depth

55mm 33.3mm

www.akcp.com 234
 ropeFuel Sensor (FLKS)

The AKCP ropeFuel sensor is a rope-type leak detector that connects to any AKCP
sensorProbe or securityProbe RJ-45 Intelligent Sensor Ports and facilitates the
detection of fuel and other liquids. The AKPP rope Fuel sensor provides
distributed leak detection for a wide range of applications such as monitoring for
fuel leaks beneath or around backup generator fuel tanks, fuel storage areas, or
fuel transfer stations.

Fuel and Oil Leak Detection

The ropeFuel sensor detects the presence of liquid hydrocarbon fuels at any
point along its length. Installed with the AKCPro sensor module, the sensor
detects the liquid, triggers an alarm, and pinpoints the location
of a leak within a meter, or a foot. Typically this sensor can detect:

• Gasoline • Diesel #1 • JetA\B\5\8 • JP-4\5\7 • Kerosene

Technical Diagram
ropeFuel Sensor

Power.Sensors.Security
SP2+
securityProbe+

PWR 1 2 3 4

www.akcp.com 235
 FLKS - Technical Specification
Measurement Range Wet or Dry
Sensor Type Open/Closed contact input switch
Measurement Rate Multiple readings every second
Capable of detecting the presence of fuel and oil at a specific location within 1 meter, or 1
foot along the length of the sensing rope
Response Time Typical response time at 20°C (68°F)
• Gasoline : 2-12 minutes (depending on the grade and type)
• Diesel #1 : 60 minutes
• Jet A\B\5\8 : 50 – 70 minutes
• JP-4\5\7 : 15 - 70 minutes
• Kerosene : 47 minutes
Nonresettable Must be replaced after exposure to hydrocarbon liquids
Indication LED for Status
Operating Temperature -20 °C~60 °C
4 °F~140 °F
Pull Force Limit Not to exceed 50 lb
Bend Radius 2 in. (50 mm) minimum
Pressure Loads greater than 20 lb (9 kg) per linear inch at 20°C (68°F) may immediately trigger analarm
Interface Interface
Communications Cable RJ-45 jack to sensor using UTP Cat 5 wire
Communications Cable Max. lengt The FuelRope Sensor can be extended from the RJ-45 Intelligent Sensor ports on the base
units up to 100 feet, or 30 meters using standard CAT5/6 LAN cable.
Comes fully assembled and includes the rope portion that is the liquid sensing cable, the
non-sensing leader cable (from the rope to the sensing module) and the main sensing
module. Also includes a 5 foot CAT5 extension cable
Sensing Rope Cable can be pre-ordered from a 1 meter minimum to any custom run length
of up to 5 meters.
Non-sensing cable comes in a standard 20 feet run length.
Power Source Powered by the controller unit. No additional power needed
Full autosense including disconnect alarm
Power Consumption Typical 125 mWatt, 25 mA
Dimensions 56 x 55 x 33.3 mm
Mounting DIN rail mounting
Screw mounting
Cable Diameter 0.28 in. (7 mm) nominal.
Important Note * The AKCP ropeFuel sensor in most cases is for single usage only and must be replaced
after exposure to hydrocarbon liquids.
* AKCP does not recommend the ropeFuel Sensor to be placed on a conductive surface.
Sensor count 1
ropeFuel Sensor

www.akcp.com 236
 FLKS - Technical Drawing
To Sensor Port

25.24mm

66.97mm

20 ft.
(6.1 meters)

91.01mm

10 - 150 ft.
(3 - 45.7 meters)

91.01mm
ropeFuel Sensor

www.akcp.com 237
 Battery Terminal Temp Sensor (BTTS)

Designed to easily connect to battery terminals, the BTTS connects directly to

the Negative Battery Terminal and provide readings to aid in monitoring the
battery health, and internal temperature. As the battery terminal provides the
closest thermal connection to the batteries internal plates it will give you the
closest accuracy to the actual battery temperature. The sensor chip is insulated
to help protect it from interference from ambient temperature fluctuations.

Technical Specifications
Temperature
Measurement Range -55°C to +75°C
-67°F to +167°F
Measurement Resolution securityProbe and sensorProbe+ series
0.1°C increments
0.2°F increments
sensorProbe series
1ºC increments
1ºF increments
Measurement Accuracy sensorProbe+ series and securityProbe series
±0.5°C accuracy from -10°C to +75°C
±0.9°F accuracy from +14°F to +167°F
sensorProbe series
±1°C accuracy from -10°C to +75°C
±1°F accuracy from +14°F to +167°F
Interface
Communications cable RJ-45 jack to sensor using UTP CAT5e/6 cable
Battery Terminal Temp Sensor

Power source Powered by the base units. No additional power needed

Power Consumption Typical 7.25mWatt, 1.45mA
Maximum Cable Length Run length is 1000 feet (300 meters) with low capacitance shielded cable or UTP
Sensor type Semiconductor, microprocessor controlled
Dimensions 56 x 55 x 33.3 mm
Mounting DIN rail mounting
Screw mounting
Sensor count 1

www.akcp.com 238
 BTTS - Technical Drawing

Ø8.25mm 0.9mm
Ø14.55mm

300mm
Battery Terminal Temp Sensor

www.akcp.com 239
 probeSwitch (PS00)

Carry out maintenance on areas that would normally trigger unnecessary

multiple notifications. With this new product it is now possible to turn off all
notifications with a simple turn of a key switch. This product can be connected
to the securityProbe Series as a dry contact and once set up is ready to work.
Once connected there is no need to disable the notifications using the web
interface, your maintenance engineer simply turns the switch connected to the
unit, to turn off the notifications and when they have completed their work
just switch the notifications back on.

Technical Specifications
Measurement Range Alarm or Normal
Sensor Type Open / Closed Key Lock Switch
Indicator LED for connection
LED for status
Interface Interface
Communications Cable RJ-45 jack to sensor using UTP Cat 5 wire
Communications Cable 1000Ft (305m) with approved low capacitance shielded cable or UTP
Power Source Powered by the base unit. No additional power needed
Full autosense including disconnect alarm
Dimensions 56 x 55 x 33.3 mm
Mounting DIN rail mounting
Screw mounting
probeSwitch

Important Note * Auto-sensed as Dry Contact

www.akcp.com 240
 PS00 - Technical Drawing
45mm

probeSwitch

Power.Sensors.Security

56mm
Host Status
Connection

Notifications Notifications
Disabled Enabled

To Sensor Port

32.1mm

55mm

36.2mm
probeSwitch

56mm

www.akcp.com 241
 Modbus Adapter (MOD-A)

Convert the MOD/EXP port on sensorProbeX+ from CAT5 to 2

wire serial cable.
sensorProbeX+ comes equipped with an RS485 Modbus and Expansion port.
When using this RJ45 port to connect Modbus appliances, the Modbsu Adapter
makes it easier to connect a 2 wire serial bus cable to the RJ45 port, converting
the RJ45 connector into a 3 pin terminal block connection.

Technical Specifications
Connector Connector 3 pin phoenix connector : A+, B+, GND
Electrical Electrical no galvanic isolation
Components Manufactured using highly integrated, low power surface mount technology to ensure long term reliability.
Operating Environment Temperature : Min. -35° C – Max.80° C
Humidity: Min. 20% – Max. 80% (Non-Condensing)
Interface
Communications cable RJ-45 jack to sensor using UTP CAT5e/6 cable
Power source Powered by the controller unit. No additional power needed
Power Consumption Typical 0 mWatt, 0 mA
Maximum Cable Length The Modbus Adaptor can be extended from the RJ-45 Intelligent Sensor ports on the
base units up to 1800 feet, or 550 meters using standard CAT5/6 LAN cable
Dimensions 56 x 55 x 33.3 mm
Modbus Adapter

Mounting DIN rail mounting

Screw mounting

www.akcp.com 242
 MOD-A - Technical Drawing
42.6mm

Modbus Adapter

Power.Sensors.Security

56mm

MODBUS
GND

A+
B-

33.3mm

55mm
Modbus Adapter

56mm

www.akcp.com 243
 Sensor Adapter (SEN-A)

Third Party Sensor Adapter

Connect sensors with 0-5 VDC output.
Connect Dry Contacts requiring 5VDC power
The Sensor Adapter makes it easy to connect third party sensors that output a
0-10 DC Voltage scale.

A switch on the side of the sensor adapter allows you to switch to a dry contact
I/O instead, which is capable of maintaining a 5VDC output to power the sensor
at all times, while still monitoring the dry contact
input.
Sesnsor Adapter

www.akcp.com 244
 SEN-A - Technical Specification
Measuring Specifications
Configuration Selectable type, with autosense setting :
+ 0~10 VDC
+ Dry Contact Input/Output
Connector 3 pin phoenix connector
+ Voltage Input : Signal, 5V, GND
+ Dry Contact : Dry Contact, 5V, GND
Electrical no galvanic isolation
can provide up to 5V 0.2A for 3rd party device powering
Interface Interface
Communications cable RJ-45 jack to sensor using UTP CAT5e/6 cable
Power source Powered by the controller unit. No additional power needed
Power Consumption Typical 50 mWatt, 10 mA
Maximum Cable Length The Sensor Adaptor can be extended from the RJ-45 Intelligent Sensor ports on the base units up to 50 feet,
or 15 meters using standard CAT5/6 LAN cable
Components Manufactured using highly integrated, low power surface mount technology to ensure long term reliability.
Operating Environment Temperature : Min. -35° C – Max.80° C
Humidity: Min. 20% – Max. 80% (Non-Condensing)
Dimensions 56 x 55 x 33.3 mm
Mounting DIN rail mounting
Screw mounting
Sensor count 1
Sesnsor Adapter

www.akcp.com 245
 SEN-A - Technical Drawing
42.6mm

Sensor Adapter

Power.Sensors.Security

56mm

DC / AIN
SIGNAL
GND

5V

33.3mm

55mm

Dry 0-10v
Contact I/O ADC
Sesnsor Adapter

56mm

www.akcp.com 246
 Rack & DIN Accessories

Rack Mount Kit

Rack Containment

LCD Mounting Bracket

Accessories

www.akcp.com 247
 Rack Mount Kits
AKCP Rack Mount kits are available in different configurations to help meet
your requirements. There are three different configurations to ensure that all
your permutations are covered. Whatever your cabinet space requirements are,
AKCP has the appropriate answer. Get your server cabinets organized andutilize
the space to maximize efficiency

Single 1U Din Rail Rack mount kit

DN1U
• Ideal for mounting your sensors and
sensorProbe2
• No more wasted space
• Compatible with all AKCP DIN rail
mounted sensor boxes
• Includes 2x DIN rail clips

Split 1U Din Rail Rack mount kit

DN1USP
• Ideal for fitting a sensorProbe plus
sensors
• Ideal for fitting securityProbe with
sensors
• 8.5” of space available for sensors
• Compatible with all AKCP DIN rail
mounted sensor boxes

Double Rack mount kit DR1U

• Only takes up 1U
• Ideal for mounting the securityProbe
plus an expansion unit
• Option to add the1U Din Rail Rack
Rack Mount Kit

above for sensors

www.akcp.com 248
 Rack Containment (1UBP, 1UBPB, 2UBP, 2UBPB)
w

Servers, and other rack mounted equipment are typically designed to draw cool
air in through the front panel vents and exhaust the warm air through the rear.
Having any gaps between equipment or “empty U’s” can actually hurt your
cooling efficiency by allowing cold air to pass through to the rear of the
cabinet. If you have hot/cold aisle containment in your data center then this is
definitely something you want to avoid! Conversely you don’t want any hot air
to pass to the front of the cabinet and be drawn back into your IT equipment.

SE RV E R 1 SE R V E R 1
Co n ta i n m e n t P a n e l

SE RV E R 2 SE R V E R 2
COLD AIR COLD AIR
IN IN
SE RV E R 3 SE R V E R 3

SE RV E R 4 SE R V E R 4

Without Cabinet Containment hot Air With Containment panels installed hot air is
flows back to the front of the cabinet restricted from flowing to the front of the rack

AKCP provide blanking panels that can be used to fill these 1U or 2U gaps you
Rack Mount Kit

may have in your cabinet. They aid in sealing and containing the rack,
preventing the hot/cold air mix that can so severely harm your PUE numbers.

www.akcp.com 249
 Rack Containment - Technical Drawing
1U Blanking Panel With Cable Brushes
1UBPB 464mm
44mm
32.6mm

407.6mm
487.6mm

1U Blanking Panel
1UBP 1.5mm
11.1mm

464mm

44mm 32.6mm

487.6mm

1.5mm

2U Blanking Panel With Cable Brushes

2UBPB 487.6mm
407.6mm

87.6mm 76.2mm

464mm
1.5mm

2U Blanking Panel
2UBP 464mm

87.6mm 76.2mm

487.6mm
Rack Mount Kit

1.5mm

www.akcp.com 250
 LCD Mounting Bracket

LCD 0U Bracket

LCD Bracket 45° Degrees

LCD Mounting Bracket

www.akcp.com 251
 LCD Mounting Bracket - Technical Drawing
17mm

LCD 0U Bracket

64mm

1.5mm
84.5mm
194.3mm

LCD Bracke t 45° Degree

110mm

95.5mm 85mm

1.5mm
80mm
LCD Mounting Bracket

29.8mm

www.akcp.com 252
 Power Supplies

DC-DC Coverter DC-DC Converter DC-DC Converter

- DCW024-5 - DCW048-5 - DCW075

POE Splitter
Power Supplies

www.akcp.com 253
 DC-DC Power Converters
12-24 to 5VDC Converter (DCW024-5)

This DC to DC power converter can take in a

range of voltage from 12-24 VDC. It is suitable
for powering the SP2+, SPX+, SP2, SP4 and SP8
with it’s 5VDC 3Amp output.

48 to 5VDC Converter (DCW048-5)

Isolated 48 VDC power input, which converts to a
1.9Amp 5VDC output. Suitable for use with all
5VDC powered base units, such as the SP2, SP2+,
SPX+, SP4, SP8.

40-60 to 7.5VDC Converter (DCW075)

40-60 VDC power input, which converts to a

7.5VDC output. Suitable for use with all 7.5VDC
base units such as the SP8-X20, SP8-X60

POE Splitter (POE-EXT)

The POE Splitter is an external POE power supply
DC Coverters and Splitter

for all 5VDC base units such as SP2+, SPX+, SP2,

SP4 and SP8.

www.akcp.com 254
 DCW024-5 - Technical Drawing
42.6mm

Pwr In

DC-DC Converter
DCW024-5

56mm

Power.Sensors.Security

Pwr Out

5VDC Output

33.3mm

55mm
DC Coverters and Splitter

56mm

www.akcp.com 255
 DCW048-5 - Technical Drawing
www
61.7mm

Isolated DC Voltage Sensor

Power.Sensor.Security

64.7mm

Host Connection
Status
Over Voltage

DC Input
Voltage
+ -
60V
5V

± 36 to ± 57VDC Input
+ Vin1 - + Vin2 -

71.8mm
DC Coverters and Splitter

34.30mm

www.akcp.com 256
 DCW075 - Technical Drawing
69mm

DC - DC Converter
DCW075

104mm Power.Sensors.Security

Output

7.5 VDC Output

39mm

114.5mm
DC Coverters and Splitter

www.akcp.com 257
 POE-EXT - Technical Drawing
28.5mm

82mm

215mm 220mm
DC Coverters and Splitter

www.akcp.com 258