8 LINE TERMINATION (CAN-BUS) 11 TECHNICAL FEATURES

IPX306D When using the CAN-BUS line is mandatory the use of line termination (jumpers that need to be placed at the side of
communication connectors) at the start and at the end of the communication line like highlighted in the following
Housing:
Colour:
Self-estinguishing PC
RAL7012
1. GENERAL WARNINGS 4 CONNECTORS scheme:
Dimensions: 4 DIN Rail
READ THE GENERAL WARNINGS AND SAFETY PRECAUTIONS CAREFULLY BEFORE INSTALLING AND USING In the following table a list of the suggested connectors is available (these connectors are available also from Dixell). Mounting device: DIN bar (EN 50022, DIN 43880)
THE DEVICE. For every model the maximum configuration set available is shown. Degree of protection: IP10 - Indoor, Open type device
Power supply: 24Vac +10/-15%, 50/60Hz
• This manual is an integral part of the product and must be kept near the device for quick and easy consultation.
Model Connectors Qty 20 - 36Vdc
• The regulator must not be used for purposes other than those described below, and it especially cannot be Female connector Molex Micro-Fit 5x2 poles 1 Rated power: 10VA (Vac), 10W (Vdc)
used as a safety device. Female connector Molex Micro-Fit 8x2 poles 1 Rated Impulse Voltage: Supply Input: 330V
IPX306D Female connector Stelvio CPF 2 poles pin spacing 5,00 90G 1 Relay Output: 2500V
• Before proceeding with installation and use check the limits of application.
Female connector Stelvio CPF 3 poles pin spacing 5,00 90G 1 Overvoltage category: III –IPX306D
• Dixell Srl reserves the right to vary the components of its products without prior notice to the customer, ensuring Female connector Stelvio CPF 12 poles pin spacing 5,00 90G 1 Comparative Tracking Index (CTI): 300V
the identical and unchanged features of the same.
Type of action: 1
5 ADDRESS SETTING Pollution degree: 2
1.1 SAFETY PRECAUTIONS Ambient Operating Temperature and
Every expansion board must have an own dedicated address in the iPro network. That address is set via the dip-switch -10÷60° C / 20÷85%RH
present on every board and following a binary enumeration like shown in the following table: Humidity:
• Comply with the temperature and humidity limits specified in this document and o n the label on the instrument. Shipping and storage temperature: -20÷85°C
• Uninstall the device only once you have removed all the electrical connections, otherwise the device might 1 2 3 4 Resistance to heat: V0 (UL94)
break. Adr 0: OFF OFF OFF OFF AC/DC voltage input: IPX306D: 24Vac/Vdc, 50/60Hz,
Adr 1: ON OFF OFF OFF
• Do not open the device; in case of failure or faulty operation send the instrument back to the dealer/distributor (Class 2 source - SELV)
Adr 2: OFF ON OFF OFF
or to “DIXELL S.r.l.” with a detailed description of the fault. Adr 3: ON ON OFF OFF Sensors/digital inputs: Classe 2 - SELV
Adr 4: OFF OFF ON OFF I\O ports: Classe 2– SELV
• Do not clean the device with corrosive chemical products, solvents or aggressive detergents. Adr 5: ON OFF ON OFF IPX206D output rating
Adr 6: OFF ON ON OFF
• Communication ports (USB, Ethernet) and voltage output are not designed for purposes not specified in this Adr 7: ON ON ON OFF
Pilot Duty
manual that may damage the controller (for example an excessive current request on the USB port to Adr 8: OFF OFF OFF ON RL1, RL2, RL3, RL4 and RL5 NO 2A,5A inrush, 24 Vac
recharge\supply an external device). Adr 9: ON OFF OFF ON contact: 2A, 24Vdc
• The device must not be used in applications that differ from those specified in the following guide.
Adr 10: OFF ON OFF ON Class 2
Adr 11: ON ON OFF ON RL 5 SSR
The regulator strictly cannot be installed in the following specific cases: Adr 12: OFF OFF ON ON
✓ Units installed in systems with lifesaving functions; Adr 13: ON OFF ON ON RL6 NO contact: 10 A, 120/250 VAC, Resistive;
✓ Units for military use; Adr 14: OFF ON ON ON Pilot Duty, B300;
✓ Units operated in nuclear energy systems; Adr 15: ON ON ON ON 120Vac, 1/4HP, Motor;
✓ In all installations where the hardware controller has safety functions 240Vac, 1/2HP, Motor;
If there is a modification to the address a power cycle is needed in order to confirm the modification 30Vdc, 8A, general use;
RL6 NC contact: 10 A, 250 V ac, Resistive;
1.2 PRODUCT DISPOSAL (WEEE) Pilot Duty, B300,
➢ The address 0 is a broadcast address and must never be used. The range of the valid 8 A, 30 V dc, Resistive;
Complying with the Directive 2012/19/EC of the European Parliament and the Council of July 4 2012, on waste addresses is from 1 to 15.
electrical and electronic equipment (WEEE), we inform you that: RL max commons current: Maximum current for common terminal: 6A
Analogue outputs: Classe 2 Circuit - SELV
Cycles of operation: Vdc: 6K
• There lies the obligation not to dispose of electrical and electronic waste as municipal waste but to separate 6 COMMUNICATION Vac: 30K
the waste.
External power: Classe 2 Circuit - SELV
• Public or private collection points must be used for disposal, in accordance with local laws. Furthermore, at the On every IPX device are present a CAN-BUS port and a LAN port used for communicating with any iPro device. The
communication lines are mutually exclusive, and this mean that if a device is communicating with the CAN-BUS line it Purpose of control: Operating control
end of the equipment life cycle, it is also possible to return it to the dealer when a new purchase is made. Construction of control: Incorporated control
will not be possible to use the LAN communication line without repeating the initialization procedure.
• This equipment may contain hazardous substances. Improper use or incorrect disposal can have adverse At power on, the IPX will be in listening mode on both the communication lines waiting the first valid command. Once Approvals: UL 60730-1, UL 60730-2-9
effects on human health and the environment. this command is received on a communication line, that por twill be designed as active while the other will be disabled CAN/CSA-E60730-1, CAN/CSA-E60730-2-9
automatically
• The symbol shown on the product or the package indicates that the product was placed on the market after
13th August 2005 and must be disposed of as separated waste. 6.1 CANBUS LINE
• Should the product be disposed of incorrectly, sanctions may be applied as stipulated in applicable local The CAN-BUS line is made by a three wires connection. It can be used with all the 10 din models of iPro devices and
regulations regarding waste disposal. IPL device. The wiring connection must be a daisy chain.

2 GENERAL DESCRIPTION
6.2 LAN LINE
The iPro family is made of a wide range of devices developed by Dixell: programmable controllers, expansion boards,
valve drivers and graphical interfaces. The combination of these devices allows a complete management of any kind The LAN line is made by a two wires connection. It can be used with all the 4 din models of iPro devices, IPG800 device
of application in various fields, such as air conditioning, industrial refrigeration, residential refrigeration, etc. and IPL device. The wiring connection must be a daisy chain.
It is an advanced and flexible solution that can be adapted to any need of the customer or of the final ap plication.
Any Dixell product, which is considered a high technology device, requires qualified configuration, programming and 7 DEVICE LABEL
commissioning phases to be used in the optimal way possible. Skipping one or more of those phases may cause
malfunctioning or damages of the product for which Dixell cannot be held responsible. Every controller is provided with an identification label. There follows a brief explanation on the information reported on
Do not use the product for uses that differ from those indicated in this documentation. The costumer assumes any available looking at the label.
responsibility and risk related to the configuration of the product to reach the desired results according to the final
installation and use.
7.1 IPX LABEL
3 DEVICE GROUNDING
How To Order.
To guarantee the correct functionalities and health of the controller as well as to avoid malfunctioning and damages to Identification for the
product options Dixell product code
the same, it is mandatory respect the following rules: Product model name
Production week
9 POWER LED
• Use double insulation transformers for the controller main power supply and never ground the secondary wiring
of the transformer. Every IPX module has a green power LED that indicate the state of the power supply. If the power is supplied properly
• Verify that the Ethernet cable and that the Switch\Router used to connect it don’t have the shield grounded. to the device this LED will be light on.

• In case of shielded cables used for the communication port connections, it is possible to ground the shield only 10 ALARM LED
if it is not used as reference for the communication lines and if it is not physically connected in any way to the
controller. Every IPX module has a red alarm LED that indicate the alarm state. The alarm state can happen in the following cases:
Certifications Technical data
• Always check the on the devices connected to the controller (active probes and transducers, loads driven by • One or more probes are in alarm (wrong configuration or sensor broken)
the analog outputs, devices connected over the communication lines) in order to verify the presence of
groundings before powering on the controller. Always verify preventively/in advance the presence of ground • Communication alarm (the master is not communicating for 10 seconds or more)
meshes in order to remove them before the powering of the plant\electrical board.

➢ Is not possibly understand which the active alarm is only looking at the expansion board.
Is always needed to check the alarms from the master side.

1569002610 IPX306D EN QRG r1.1 15.10.2021 iPro 1/2

Number of inputs: 7
NTC Dixell (-50T110°C; 10KΩ±1% at 25°C)
PTC Dixell (-55T115°C; 990Ω±1% at 25°C)
Types of analog inputs: PT1000 Dixell (-100T150°C; 1000Ω±1% at 0°C)
(configurable via software parameter) Digital input (dry contact)
ANALOG Voltage: 0÷1V, 0÷5V, 0÷10V (input resistance 3.7KΩ)
INPUTS
Current: 2÷20mA, 4÷20mA (input resistance 100Ω)
+12V: 200mA total (considering both analog inputs and outputs)
Extra power supply:
+5v: 100mA
Inputs that need a different power supply than that supported by the controller (+12V or +5V) must be powered separately by a nother transformer in
Note:
order to prevent any malfunctions or breaking (don’t use the secondary wiring that is used for the main power supply of the controller).

Number of inputs: 3
DIGITAL Types of digital inputs: Voltage contacts opto-insulated (External supply 24Vac/dc ±20%) or dry contacts with Opto-insulation
INPUTS
The devices connected to digital inputs must be powered separately by another transformer in order to prevent any malfunction s or breaking (don’t use
Note:
the secondary wiring that is used for the main power supply of the controller).

Number of outputs: 3
Types of analog outputs:
Voltage output 0÷10Vdc or external relay driver On-Off (0-12Vdc)
(configurable via software parameter)
ANALOG Type of opto-insulation:
Internal controller power supply. Opto-insulation not available.
OUTPUTS (analog output power supply)
Maximum load: 40mA (300Ω) for each output configured as 0-10Vdc (Out1 – Out3)
The devices connected to analog outputs must be powered separately by another transformer in order to prevent any malfunction s or breaking (don’t
Note:
use the secondary wiring that is used for the main power supply of the controller).

Number of outputs: 6
Types of digital outputs: Relays with normally open contact and closed contact.
Single pole relay, single though (5A)
DIGITAL
- RL1, RL2, RL3, RL4, RL5
OUTPUTS Contact types:
Single pole relay, double though (8A)
- RL6
Always verify the out capacity according to the connected load. There is always a double insulation between the digital output and the low -tension part
Note:
of the controller. Do not use different voltages for different relay groups on the controller.

13 DIMENSIONS
(Dimensions expressed in mm)

1569002610 IPX306D EN QRG r1.1 15.10.2021 iPro 2/2