DOC026.53.

80359

MET ONE 3411

10/2013, Edition 2, Firmware version 4.08.XX
User Manual
 Table of Contents
Specifications ..................................................................................................................................................................................7
Instrument specifications ...................................................................................................................................................................7
Sample measurement specifications .................................................................................................................................................8
Battery specifications ........................................................................................................................................................................8
General information .....................................................................................................................................................................8
Safety information ..............................................................................................................................................................................8
Use of hazard information ...........................................................................................................................................................8
Precautionary labels ..................................................................................................................................................................9
Compliance .................................................................................................................................................................................9
Certification ........................................................................................................................................................................................9
Wi-Fi devices ...................................................................................................................................................................................10
Country-specific approval for Wi-Fi devices ............................................................................................................................10
Certification ...............................................................................................................................................................................11
Product overview .............................................................................................................................................................................11
Product components ........................................................................................................................................................................11
Installation .......................................................................................................................................................................................12
Wiring safety information .................................................................................................................................................................12
Electrostatic discharge (ESD) considerations ...........................................................................................................................12
Electrical connections ......................................................................................................................................................................12
Lithium battery safety .......................................................................................................................................................................13
Install the batteries ...........................................................................................................................................................................13
Assemble the particle counter system .............................................................................................................................................16
Install the printer paper ....................................................................................................................................................................16
Connect to clean dry air (optional) ...................................................................................................................................................17
Connect RS485 communication (optional) ......................................................................................................................................17
Particle counter navigation .................................................................................................................................................19
Network and communications ............................................................................................................................................20
About network and communications setup ......................................................................................................................................20
Setup for serial communication ........................................................................................................................................................20

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Table of Contents
Setup for Ethernet communication ...................................................................................................................................................21
Setup for wireless communication ...................................................................................................................................................21
Set wireless security ........................................................................................................................................................................21
Configuration .................................................................................................................................................................................21
About configuration ..........................................................................................................................................................................21
About Basic and Advanced operation ..............................................................................................................................................21
Set the operation mode at initial startup ...................................................................................................................................21
Change the operation mode .....................................................................................................................................................22
Configure the system .......................................................................................................................................................................22
Set the time and date ................................................................................................................................................................22
Set the sleep mode and backlight timeout ................................................................................................................................22
Set the Alarm Reasons option ..................................................................................................................................................22
Set the Sample Comments option ............................................................................................................................................23
Set the user interface language ................................................................................................................................................23
Manage units and alarms .........................................................................................................................................................23
Manage audible alarm settings ..........................................................................................................................................23
Set the measurement units ................................................................................................................................................24
Set the flow rate alarm values ...........................................................................................................................................24
Add an alarm reason .........................................................................................................................................................24
Edit an alarm reason .........................................................................................................................................................24
Delete an alarm reason .....................................................................................................................................................24
Apply an alarm reason to a data record ............................................................................................................................24
Set the inert gas and altitude values .................................................................................................................................25
Set the particle count alert (beep function) ........................................................................................................................25
Change the relative humidity and temperature probe ...............................................................................................................25
Manage backup and restore settings ........................................................................................................................................25
Make a backup of configurable settings ............................................................................................................................25
Restore settings from backup ............................................................................................................................................25
Configurations ...........................................................................................................................................................................25
Copy a configuration ..........................................................................................................................................................25
Install a configuration .........................................................................................................................................................26
Locations, areas and groups ...........................................................................................................................................................26

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 Table of Contents
Location management ..............................................................................................................................................................26
Add a location ....................................................................................................................................................................26
Edit a location ....................................................................................................................................................................26
Configure new settings for the location .............................................................................................................................26
Copy settings from another location ..................................................................................................................................27
Set location alarms ............................................................................................................................................................27
Remove a location .............................................................................................................................................................27
Change the order of locations ...........................................................................................................................................27
Area management ....................................................................................................................................................................28
Add a new area .................................................................................................................................................................28
Edit an area .......................................................................................................................................................................28
Remove an area ................................................................................................................................................................28
Change the order of areas .................................................................................................................................................28
Group management .................................................................................................................................................................28
Add a group .......................................................................................................................................................................28
Install a group ....................................................................................................................................................................28
Delete a group ...................................................................................................................................................................28
Add a location to a group ...................................................................................................................................................28
Data management ...........................................................................................................................................................................29
Store partial data ......................................................................................................................................................................29
Manage the data buffer .............................................................................................................................................................29
Set the data buffer to rotate data .......................................................................................................................................29
Set the data buffer size ......................................................................................................................................................29
Real-time PDF/CSV option ..............................................................................................................................................................29
Turn on the PDF option ............................................................................................................................................................29
Save the count data to a folder .................................................................................................................................................29
Manage users and permissions .......................................................................................................................................................30
Enable the user logon function .................................................................................................................................................30
Log on as administrator ............................................................................................................................................................30
Change the password ...............................................................................................................................................................30
Replace a forgotten password ..................................................................................................................................................30
Add a user ................................................................................................................................................................................30
Assign groups to a user ............................................................................................................................................................31

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Table of Contents
Assign user access rights .........................................................................................................................................................31
Operation ..........................................................................................................................................................................................31
Log on to the particle counter ..........................................................................................................................................................31
Measure particle counts ...................................................................................................................................................................32
Change the particle count location ...........................................................................................................................................32
See settings during the particle count .......................................................................................................................................32
See historical data during the particle count .............................................................................................................................32
Use the filter scan probe ...........................................................................................................................................................32
Manage sample batch identification .........................................................................................................................................32
Enter or change a Batch ID ...............................................................................................................................................32
Disable a Batch ID .............................................................................................................................................................32
Set or clear the Batch ID ...................................................................................................................................................33
How to use the Test and Report Wizard ..........................................................................................................................................33
About standard sampling protocols ..........................................................................................................................................33
About reports ............................................................................................................................................................................33
Set up the Test and Report Wizard ..........................................................................................................................................33
Start sample measurement with the Wizard .............................................................................................................................34
Use existing data ......................................................................................................................................................................34
Report test results .....................................................................................................................................................................34
How to use the Print Center .............................................................................................................................................................34
About the Print Center ..............................................................................................................................................................34
Set automatic print functions ....................................................................................................................................................34
Print records manually ..............................................................................................................................................................35
Review historical buffer data ............................................................................................................................................................36
Set the data filter .......................................................................................................................................................................36
Clear the data buffer .................................................................................................................................................................36
Export data .......................................................................................................................................................................................36
About status values in exported data ........................................................................................................................................37
Configure and enable the FTP function ....................................................................................................................................38
Data transfer to the OPC server ......................................................................................................................................................38
User-initiated data upload .........................................................................................................................................................38
User-initiated data download ....................................................................................................................................................38

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 Table of Contents
Automatic data download .........................................................................................................................................................38
Calibration .......................................................................................................................................................................................38
Maintenance ...................................................................................................................................................................................38
Clean the instrument exterior ...........................................................................................................................................................39
Set the count to zero ........................................................................................................................................................................39
Update the instrument software .......................................................................................................................................................39
Charge the batteries in the particle counter .....................................................................................................................................39
Battery recharge intervals .........................................................................................................................................................40
Calibrate the battery .........................................................................................................................................................................40
Diagnostics and Troubleshooting ....................................................................................................................................40
Factory settings ...........................................................................................................................................................................40
Parts and accessories ............................................................................................................................................................41
Parts for the 28.3 LPM counter ........................................................................................................................................................41
3411 parts .......................................................................................................................................................................................41
Spare parts kit (2087919-01) ..........................................................................................................................................................42

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Table of Contents

6
Specifications Specification Detail

Specifications are subject to change without notice. Outputs Ethernet–10Base-T/100Base-TX

RS485 Serial
Instrument specifications
RS232 Serial
Specification Detail
Optional wireless–802.11 b/g compatible
Power requirement 100–240 VAC, 3.4 A maximum, 50–60 Hz to the AC-
to-DC power supply; 24 VDC and 75 W to the USB Client (Version 1.1)
instrument
USB Host (Version 1.1)
Installation category I
Auxiliary (alarm and scan probe)
Protection class III
Manifold Supports A3432, 32-port manifold system (available
Pollution degree 2 on 1 CFM units only)

Altitude 2000 m (6562 ft) Communication protocols Modbus TCP, Modbus RTU, Serial FX

Light source Helium-neon laser, Class 3R Laser (IEC/EN), Class Inputs Air velocity probe, relative humidity/temperature
3A Laser (CDRH), 5 mW maximum at 632.8 nm probe

Pump type Air vacuum, rated for continuous use Auto CDA purge Purge solenoid activated by connection to CDA

Count display Color ¼ VGA TFT touch screen Enclosure material Stainless steel (passivated)
®
Interface Windows CE -based Weight without battery 15.9 kg (35 lb)

Maximum count shown 9,999,999 Size (W x D x H) 33 x 56 x 23 cm (13 x 22 x 9 in.) including

protrusions, handles and feet
Delay time 00:00:06 to 23:59:59
Environment, operation 0 to 40 °C (32 to 104 °F); 10 to 90% relative humidity,
Sample and hold times 00:00:01 to 23:59:59 non-condensing

Count alarms 1 to 9,999,999 counts Environment, storage –40 to 50 °C (–40 to 122 °F); 0 to 98% relative
humidity, non-condensing
Data storage 50 to 5000 samples, scrollable on Historical Data
review screen Certifications CE, C-Tick, KC, FCC, IC, CDRH laser accession no.
3000 is the default value 9020917-023

Count cycles Up to 100 while in automatic mode

Locations Up to 999

Exhaust port 3/8-in. NPT thread

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Sample measurement specifications Safety information
Sampling NOTICE
Particle size ranges and 0.1, 0.2, 0.3, 0.5, 1.0, 5.0 µm The manufacturer is not responsible for any damages due to misapplication or
standard channels misuse of this product including, without limitation, direct, incidental and
consequential damages, and disclaims such damages to the full extent permitted
Flow rate 28.3 L/min (1.00 cfm) ± 5% (default factory setting) under applicable law. The user is solely responsible to identify critical application
risks and install appropriate mechanisms to protect processes during a possible
Zero count Conforms to ISO 21501-4 and JIS B9921. 1 count or equipment malfunction.
less in 5 minutes, 95% confidence level
Please read this entire manual before unpacking, setting up or operating
Coincidence loss 5% at 1,765,000 particles/m3 (50,000 particles/ft3) per this equipment. Pay attention to all danger and caution statements.
ISO 21501-4 method Failure to do so could result in serious injury to the operator or damage
Count efficiency 50% for 0.1 μm; 100% for 0.15 μm. Fully complies with to the equipment.
ISO 21501-4 and JIS B 9921. Make sure that the protection provided by this equipment is not impaired.
Do not use or install this equipment in any manner other than that
specified in this manual.
Battery specifications
Use of hazard information
Specification Detail
DANGER
Battery type Lithium ion smart battery; can be charged, ejected
and changed without disruption to the system. Indicates a potentially or imminently hazardous situation which, if not avoided, will
result in death or serious injury.
Battery life during operation 3 hours minimum1
WARNING
Battery recharge time 6.75 hours minimum, 10 hours maximum
Indicates a potentially or imminently hazardous situation which, if not avoided,
Power 14.4 VDC, 6.6 Ah (2x) could result in death or serious injury.

Battery weight 0.66 kg (1.45 lb)

CAUTION
1 With two fully-charged batteries in a 1.0 CFM unit sampling for 20 minutes Indicates a potentially hazardous situation that may result in minor or moderate
(1 m3 sample), print record, a 5-minute hold time (simulating a move to new injury.
location), then repeating this cycle. The backlight time-out set to 2 minutes.
NOTICE
General information Indicates a situation which, if not avoided, may cause damage to the instrument.
Information that requires special emphasis.
In no event will the manufacturer be liable for direct, indirect, special,
incidental or consequential damages resulting from any defect or
omission in this manual. The manufacturer reserves the right to make
changes in this manual and the products it describes at any time, without
notice or obligation. Revised editions are found on the manufacturer’s
website.

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Precautionary labels This product complies with IEC/EN 60825-1:2007 and 21 CFR
Read all labels and tags attached to the instrument. Personal injury or 1040.10 except for deviations pursuant to Laser Notice No. 50, dated
damage to the instrument could occur if not observed. A symbol on the June 24, 2007. FDA accession number: 8721904-033.
instrument is referenced in the manual with a precautionary statement. This product is also CE compliant. Contact the manufacturer for
complete compliance details.
This symbol, if noted on the instrument, references the instruction
manual for operation and/or safety information.
Certification
Canadian Radio Interference-Causing Equipment Regulation,
This symbol, when noted on a product enclosure or barrier, indicates IECS-003, Class A:
that a risk of electrical shock and/or electrocution exists. Supporting test records reside with the manufacturer.
This Class A digital apparatus meets all requirements of the Canadian
Interference-Causing Equipment Regulations.
Delicate internal electronic components can be damaged by static
electricity, resulting in degraded performance or eventual failure. Cet appareil numérique de classe A répond à toutes les exigences de la
réglementation canadienne sur les équipements provoquant des
interférences.
This symbol indicates a laser device is used in the equipment. FCC Part 15, Class "A" Limits
Supporting test records reside with the manufacturer. The device
complies with Part 15 of the FCC Rules. Operation is subject to the
following conditions:
This symbol identifies the location of a fuse or current limiting device.
1. The equipment may not cause harmful interference.
2. The equipment must accept any interference received, including
interference that may cause undesired operation.
Electrical equipment marked with this symbol may not be disposed of
in European public disposal systems after 12 August of 2005. In Changes or modifications to this equipment not expressly approved by
conformity with European local and national regulations (EU Directive the party responsible for compliance could void the user's authority to
2002/96/EC), European electrical equipment users must now return operate the equipment. This equipment has been tested and found to
old or end-of-life equipment to the Producer for disposal at no charge comply with the limits for a Class A digital device, pursuant to Part 15 of
to the user. the FCC rules. These limits are designed to provide reasonable
Note: For return for recycling, please contact the equipment producer or supplier
for instructions on how to return end-of-life equipment, producer-supplied
protection against harmful interference when the equipment is operated
electrical accessories, and all auxillary items for proper disposal. in a commercial environment. This equipment generates, uses and can
radiate radio frequency energy and, if not installed and used in
accordance with the instruction manual, may cause harmful interference
Compliance to radio communications. Operation of this equipment in a residential
area is likely to cause harmful interference, in which case the user will be
This symbol indicates
that the instrument is a
required to correct the interference at their expense. The following
Class 1 LASER product. techniques can be used to reduce interference problems:

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1. Disconnect the equipment from its power source to verify that it is or Country ISO31662 letter code
is not the source of the interference.
2. If the equipment is connected to the same outlet as the device France FR
experiencing interference, connect the equipment to a different Germany DE
outlet.
3. Move the equipment away from the device receiving the interference. Greece GR
4. Reposition the receiving antenna for the device receiving the Hungary HU
interference.
5. Try combinations of the above. Ireland IE

Italy IT
Wi-Fi devices
Mexico MX
NOTICE Poland PL
Network and access point security is the responsibility of the customer that uses
the wireless instrument. The manufacturer will not be liable for any indirect, Portugal PT
special, incidental or consequential damages caused by a breach in network
security. Spain ES

Sweden SE
Country-specific approval for Wi-Fi devices
United Kingdom GB
CAUTION
Iceland IS
Electromagnetic radiation hazard. Make sure that the antenna is kept at
a minimum distance of 20 cm (7.9 in.) from all personnel in normal use. Norway NO
The antenna cannot be co-located or operated in conjunction with any
other antenna or transmitters. Switzerland CH
Products with the wireless option contain a modular RF Wi-Fi device that Turkey TR
operates in the 2.4 GHz range.
Netherlands NL
• United States FCC ID: R68WIPORTG
• Canada IC ID: 3867A-WIPORTG Regulatory RF device approvals

Country ISO31662 letter code • FCC: Approved as a Modular Device under a TCB Grant of
Authorization. FCC ID: R68WIPORTG
Austria AT
• IC: Approved as a Modular Device under Certificat D'Acceptabilite'
Belgium BA Technique C-REL ID : 3867A-WIPORTG
Denmark DK Opinion: Compliant under the R&TTE Directive 1999/5/EC to the
essentials requirements of Article 3.2 according to the assessment
Finland FI
procedures in Article 10(5) and Annex IV for (class-2 equipment) and
marked as CE1177.

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Certification Figure 1 Product components
The device complies with Part 15 of the FCC Rules and Industry Canada
license-exempt RSS standard(s). Operation is subject to the following
conditions:

1. The equipment may not cause harmful interference.

2. The equipment must accept any interference received, including
interference that may cause undesired operation.

Changes or modifications to this wireless communication equipment not

expressly approved by the party responsible for compliance could void
the user's authority to operate the equipment. Any change to the
equipment will void the Industry Canada certification and FCC grant.

Product overview
This instrument counts and measures the size of airborne particles in
cleanroom environments. Refer to Sample measurement specifications
on page 8 for the particle sizes ranges.

Product components
Make sure that all components have been received. Refer to Figure 1. If
any items are missing or damaged, contact the manufacturer or a sales 1 3411 particle counter 8 USB Flash drive
representative immediately. 2 Rechargeable battery (2x) 9 Zero count filter
(280-120-2024)
3 AC-to-DC power supply 10 RS485 connector assembly
(230-300-7052)
4 Power cord (US) 11 Extension tube for isokinetic probe
5 Power cord (EU) 12 Wireless antenna for Wi-Fi
6 Isokinetic probe 13 Stylus for touchscreen interface
7 Thermal paper rolls for printer (2x)

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Installation Electrical connections
WARNING Connect probes, external power, cables and USB devices as shown in
Figure 2 and Figure 3.
Multiple hazards. Only qualified personnel must conduct the tasks
described in this section of the document. Figure 2 Back view

Wiring safety information

WARNING
Electrocution hazard. Make sure that there is easy access to the local
power disconnect.

NOTICE
Always disconnect power to the instrument before electrical connections are
made.

Obey all safety statements while connections are made to the

instrument.
Electrostatic discharge (ESD) considerations
NOTICE
Potential Instrument Damage. Delicate internal electronic components 1 Serial communications 6 CDA (clean dry air) purge
can be damaged by static electricity, resulting in degraded RS485 connector connector
performance or eventual failure. 2 Ethernet connector 7 Exhaust port1

Refer to the steps in this procedure to prevent ESD damage to the 3 Power connector 8 Manifold controller connector or
standard RS232 port
instrument:
4 Supplemental feet 9 Auxiliary I/O port for the filter scan
• Touch an earth-grounded metal surface such as the chassis of an probe
5 Battery ports
instrument, a metal conduit or pipe to discharge static electricity from
the body. 1 The exhaust port has a 3/8-in. NPT thread that can be connected to a 3/8-in.
• Avoid excessive movement. Transport static-sensitive components in NPT to 3/8-in. hose barb adapter (580854).
anti-static containers or packages.
• Wear a wrist strap connected by a wire to earth ground.
• Work in a static-safe area with anti-static floor pads and work bench
pads.

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Figure 3 Front and side view Note: For best results, use USB flash drives supplied by the manufacturer.

Lithium battery safety

WARNING

Fire and explosion hazard. Lithium batteries may get hot, explode or
ignite and cause serious injury if exposed to abuse conditions.

• Do not use the battery if there is visible damage.

• Do not use the battery after strong shock or vibration occurs.
• Do not expose the battery to fire.
• Keep the battery at temperatures less than 60 ºC (140 ºF).
• Keep the battery dry and away from water.
• Prevent contact between the positive and negative battery terminals.
• Do not let unauthorized persons touch the battery.

Install the batteries

WARNING
Explosion hazard. To avoid fire and/or explosion, use only the battery type and
power supply/charger specified by the manufacturer. For part numbers, refer to
1 Sample intake nozzle 7 USB host connector
Figure 1 on page 11.
2 Touchscreen 8 USB client connector
3 Power button 9 Relative humidity and temperature
probe connector
4 Battery status light 10 Air velocity probe connector
5 Handle 11 Wireless antenna
6 Printer

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14 English
English 15
Assemble the particle counter system Refer to the illustrated steps in Figure 5 to install printer paper.

Figure 4 shows how to assemble the particle counter system.

Figure 5 Printer paper installation
Figure 4 Particle counter assembly

1 Remote installation of the probe 1 2 Local installation of the probe

1 Shown with the optional isokinetic probe stand. Refer to 3411 parts
on page 41 for ordering information.

Install the printer paper

NOTICE
To avoid damage to the printer, do not operate the printer without paper. Use
only the recommended thermal paper. If the particle counter must be used
without paper, be sure to set the print mode to "None".

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Connect to clean dry air (optional) 2. Switch on the particle counter.
3. Switch on the purge air.
Make sure that all the components installed before the particle counter,
including interconnecting lines, are pressure rated for higher than
150 psi. Connect RS485 communication (optional)
Use a clean dry air (CDA) purge in high vapor areas to minimize To connect for RS485 communication, refer to the illustrated steps that
contamination of the sensor. The CDA purge typically consists of a follow.
pressure source (40–120 psi, 100 psi nominal), a desiccator and an
absolute 0.1 µm filter. The CDA will use approximately 0.1 CFM at
atmospheric pressure.

1. Connect the purge air line to the CDA purge connector on the
particle counter. Refer to Figure 2 on page 12. Use the supplied 1/8-
inch NPT fitting.

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18 English
Particle counter navigation Table 1 Icons - Counter Navigation screen (continued)

The functions of the particle counter are accessed from the Counter Icon Function Description
Navigation screen. Table 1 shows the functions that are accessible System Time/Date; Sleep time/backlight timeout; set logon
through the navigation screen. requirements; set sounds for alarms; manage users; set
Table 2 shows the functions of the other icons. the units for flow rates; manage the data buffer. Refer to
Configure the system on page 22.
Table 1 Icons - Counter Navigation screen
Diagnostics View diagnostic information for troubleshooting. Refer to
Icon Function Description Diagnostics and Troubleshooting on page 40.

Sample Measure particle counts. Refer to Measure particle

counts on page 32.
Network Configure the network and communication settings.
Refer to About network and communications setup
on page 20.
Historical Review measurement results in the buffer; print, export
or filter data. Refer to Review historical buffer data Factory View the factory information including the calibration
on page 36. date. Refer to Factory settings on page 40.

Export Output file as PDF, comma separated value (CSV), tab

separated, XML or PortAll files. Refer to Export data
on page 36. Table 2 Icons – general
Icon Function Description
Printer Print sample data as hard-copy. Refer to How to use the
Print Center on page 34. Logout Log out the current user

Test wizard Test and report wizard for ISO, EU-GMP, FS or BS

classification compliance. Refer to Set up the Test and
Report Wizard on page 33. Go back Go to the previous screen

Locations Add/edit/remove areas; copy location settings, edit

locations settings; edit alarms for specific locations.
Refer to Location management on page 26. Run Start sampling

Group Load/add/edit a group; delete a group. Refer to Group

management on page 28.
Stop Stop sampling

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 Table 2 Icons – general (continued) Network and communications
Icon Function Description
NOTICE
Copy the location Makes a copy of the location settings Only qualified personnel should perform the tasks described in this section.
settings

About network and communications setup

Paste the location Saves the copied location settings over the
settings currently selected location
This section shows the setup for:

Help Show help information • Serial communications

• Ethernet network communication
• Wireless (Wi-Fi) communication
• Wireless security
Laser For service use only
Setup for serial communication
Printer settings Configure the printer settings NOTICE
RS232 communication and manifold support cannot be used together because
they use the same serial port.

Alarms Configure the alarm settings for individual

locations or groups 1. On the Counter Navigation screen, push NETWORK.
2. Select the Serial tab.
3. Configure these options:
Filter Start the filter probe test or configure the
historical data filter settings • Select FX or Modbus RTU.
• Set the ID for FX or Modbus.
• Set the Baud rate.
Settings Configure the sample settings for groups
• Select RS232 or RS485.
• Activate Manifold Support as needed (RS485 only).
• Activate Auto Increment Port as needed
Upload Send data to the attached PC

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Setup for Ethernet communication • Select the authentication type.
• Select the key type: Hex or Passphrase.
1. On the Counter Navigation screen, push NETWORK. • Enter the key in the Key field and in the Retype Key field.
2. Select the Ethernet tab.
3. Configure these options: Configuration
• Select FX or Modbus protocol. About configuration
• Enter the Modbus port number.
This section describes tasks that are usually done at the initial
• Enter the Configuration port number.
commissioning stage. Other tasks are done as updates to the particle
• Enter the IP address or select DHCP to let the network assign the counter are needed.
IP address. Note: If user passwords are set, the user must be logged in as an administrator to
• Enter the subnet mask address. configure the particle counter.
• Enter the gateway address.
About Basic and Advanced operation
Setup for wireless communication At startup, the user can set the operation mode to Basic or Advanced
settings.
1. On the Counter Navigation screen, push NETWORK. Use the Basic mode to:
2. Select the Wi-Fi Configuration tab.
• Do all particle measurement functions
3. Configure these options:
• Save run data in the buffer
• Enter the Network name.
Use the Advanced mode to:
• Select the data rate.
• Select the network type: Ad hoc or infrastructure. • Export dialogs
• Enable auto fallback as needed. • Measure air velocity
• Select the channel (Ad Hoc mode only). • Set analog alarms
• Check Enable Radio if needed. • Set standards wizards and reports
• Select the country. • Backup, restore and restart
• Copy a configuration
Set wireless security • Set the network protocol (serial, Ethernet, Wi-Fi)
• Manage areas and locations
1. On the Counter Navigation screen, push NETWORK.
• Manage user counts and security
2. Select the Wi-Fi Security tab. • Set user-configurable particle sizes
3. Configure these options: • Filter data
• Select the security type. Set the operation mode at initial startup
• Select the encryption type. To set the operation mode:

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1. Power on the instrument. Set the sleep mode and backlight timeout
2. While the operation mode selection screen shows, do one of the Sleep mode and backlight time are active during battery use. When the
actions that follow: instrument is connected to AC power, sleep mode and backlight are not
active.
• Select BASIC or ADVANCED.
During sleep mode the instrument goes into hibernation after a period of
• Wait 10 seconds. The instrument will start in the selected inactivity to conserve power. All subsystems are shut down. The time
operation mode.
value for sleep mode is in minutes.
Change the operation mode The backlight setting turns off the LCD backlight after a period of
inactivity to conserve power. The time value for the backlight setting is in
Only permissions in the Advance Operation mode allow a user to seconds.
change the operation mode. To change operation mode from Advanced
to Basic mode: 1. On the Counter Navigation screen, push SYSTEM.
1. On the Counter Navigation screen, push SYSTEM. 2. Select the Basic tab.
2. Select the Custom tab. 3. Select the Sleep Time field. Enter the length of idle time before sleep
mode begins, then confirm. The range is 1 to 30 minutes.
3. Select BASIC MODE.
Note: Enter 0 to disable sleep mode.
4. Push RETURN to restart the instrument.
4. On the Basic tab, select the Backlight Timeout field. Enter the length
of idle time before the user interface backlight turns off, then confirm.
Configure the system The range is 5 to 300 seconds.
Note: Enter a value of less than 5 seconds to disable backlight timeout.

System settings control how data is measured and stored, user To bring the instrument out of backlight timeout, use a finger or a
permissions and other system-wide parameters. System settings can be stylus to make the user interface touchscreen active.
configured as part of instrument commission, or changed later for
different applications. Set the Alarm Reasons option
To capture data about why alarms occur, the Alarm Reason option is set
Set the time and date as Required or Optional. In both Required and Optional mode, the user
Time and date will need to be set at initial commissioning. is prompted to select from preset alarm reasons for the alarm event. All
users can enter alarm reasons. Only administrators, factory-level users
1. On the Counter Navigation screen, push SYSTEM. or users with System Settings permissions can disable or change the
2. Select the Basic tab. Alarm Reasons option.
To enable or disable Alarm reasons:
3. Select the Time field. Use the numeric keypad to enter the current
time in the HH:MM:SS format, then confirm.
1. On the Counter Navigation screen, push SYSTEM.
4. Select the Date field. Use the numeric keypad to enter the current
2. On the Units and Alarms tab, push .
date in the YYYY-MM-DD format, then confirm.

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3. On the Alarm Reasons screen, select REQUIRED, OPTIONAL or Option Description
DISABLED. Refer to Table 3 for more information.
Optional After each user-initiated sample cycle, the user is asked if
Note: The Alarm Reasons option is set to Disabled by default.
they would like to enter a comment for the sample. The user
Table 3 Alarm Reasons options can then select one of the preset sample comments from the
sample comment list or enter a new comment.
Option Description
Disabled The user is not asked if they would like to enter a comment
Required After doing a user-initiated sample cycle, the user is required to enter (default) for the sample after each user-initiated sample cycle.
information about all alarms that happen during the cycle. Alarm
reasons must be defined in the Alarm Reasons screen. The user 4. To add comments to the comment list so they can be quickly
cannot exit the Alarm History screen until a reason has been entered selected:
for all alarms.
a. Select Add.
Optional After doing a user-initiated sample cycle, the user is prompted to b. Use the keypad to enter a comment about a sample run.
enter information about all alarms that happen during the cycle. Alarm
reasons must be defined in the Alarm Reasons screen. c. Push Enter.

Disabled The user is not prompted to enter information about alarms. Set the user interface language
The user interface language can be changed at any time. A language
Set the Sample Comments option change will require a system restart.
To record user comments made during routine sampling, change the
Sample Comments setting. Only administrators, factory-level users or 1. On the Counter Navigation screen, push SYSTEM.
users with System Settings permissions can change the Sample 2. Select the Options and Accessories tab.
Comments setting. 3. Select the Language field to show language options.
1. On the Counter Navigation screen, push SYSTEM. 4. Select a language. Push then OK to restart the instrument.
2. Select Sample Comments.
Manage units and alarms
3. Select an option in the field at the bottom of the screen.
Units and alarms are controlled on the Units and Alarms tab. Units are
Option Description set for temperature, air velocity, relative humidity and flow rate. The high
and low parameter for the flow rate alarm are also enabled and set in
Required After each user-initiated sample cycle, the user must select this screen. The instrument can be set to work with the Vaisala HMP
one of the preset sample comments from the sample probe. Preset alarm reasons are accessible from this screen.
comment list or enter a new comment.

Required on After each user-initiated sample cycle, the user must select Manage audible alarm settings
Alarm one of the preset sample comments from the sample The Sounds tab lets the user select the sound and volume to confirm
comment list or enter a new comment if an alarm(s) occurred user interface actions. Sounds that are used for other alarms (stop
during the sample cycle. errors, limit alarms and warnings) are selected in this tab.

1. On the Counter Navigation Screen, push SYSTEM.

2. Select the Sounds tab.

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3. Select the User Feedback field. Edit an alarm reason
4. Select a sound from the list of available notification sounds.
1. On the Counter Navigation screen, push SYSTEM.
5. Select sounds for stop error, alarm limit and warnings from the list of
available notification sounds. 2. Select the Units and Alarms tab.
6. Use the slider to set the volume. 3. Push .
4. Select a reason from the list.
Set the measurement units 5. Push EDIT. Change the text string as needed.
1. On the Counter Navigation screen, push SYSTEM. 6. Push ENTER to confirm.
2. Select the Units and Alarms tab. Delete an alarm reason
3. Select the Temperature field. Select DEG C (Celsius) or DEG F
(Fahrenheit). 1. On the Counter Navigation screen, push SYSTEM.
4. Select the Air Velocity Field. Select MM/SEC or FT/MIN. 2. Select the Units and Alarms tab.
5. Select the Flow Rate field. Select LPM or CPM. 3. Push .
4. Select a reason from the list.
Set the flow rate alarm values
5. Push REMOVE.
Contact technical support before the flow rate alarm is changed.
6. Push ENTER to confirm.
1. On the Counter Navigation screen, push SYSTEM.
2. Select the Units and Alarms tab. Apply an alarm reason to a data record
3. Select ENABLED. Prerequisites:
4. Select the High field. Enter a value between 5 and 20. • Alarm reasons must be set to ENABLED or OPTIONAL. Refer to Set
5. Select the Low field. Enter a value between 5 and 20. the Alarm Reasons option on page 22 for more information.
• Alarm reasons must be entered in the alarm reasons list before they
Add an alarm reason can be applied to a data record. Refer to Add an alarm reason
Alarm Reasons describe what conditions have caused an alarm. If a on page 24 for more information.
needed Alarm Reason is not available in the list, it can be added and
then applied to future data records. An alarm reason can be applied to any data record that has an alarm.
Alarm reasons show in the Historical data screen and on printouts.
1. On the Counter Navigation screen, push SYSTEM. Alarm reasons are also included in FTP transfers and all USB flash drive
exports.
2. Select the Units and Alarms tab.
3. Push . 1. On the Counter Navigation screen, push HISTORICAL.
4. Push ADD. Enter a reason (up to 29 characters). 2. Select the Data Buffer field. Enter the number of the record with the
5. Push ENTER to confirm. alarm, or go to the record with + and – keys.

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3. Select the yellow text below Counts to show the Alarm Reasons list. 1. On the Counter Navigation screen, push SYSTEM.
Note: The yellow text shows the type of alarm that has been recorded. 2. Select the Units and Alarms tab.
4. Select an alarm reason from the list. Push ENTER. 3. Select the HMP RH/T check box to activate or deactivate the HMP
probe.
Set the inert gas and altitude values
After factory calibration, an inert gas can be selected. The particle Manage backup and restore settings
counter applies a correction factor to the flow rate basked on the inert Users with administrator or System Settings permissions can make a
gas selection. backup of configurable settings, and restore the backup settings as
needed.
1. On the Counter Navigation screen, push SYSTEM.
2. Select the Custom tab. Make a backup of configurable settings
3. Select the Gas field, then select the gas to be tested.
Note: Only the gases that the instrument has been calibrated with will show in
1. On the Counter Navigation screen, push SYSTEM.
the list. 2. Select the Options and Accessories tab.
4. Select the Altitude field. 3. Push BACK-UP.
5. Select the altitude of the measurement location. The altitude values An electronic copy of the current configuration is stored in instrument
are shown in feet. memory. This version can be restored with the Restore function.

Set the particle count alert (beep function) Restore settings from backup
The instrument can be set to play a sound when an interval value is Use the Restore function when settings become corrupt, incorrectly
counted on a specified channel. For example, when the interval value is modified or when the software performs abnormally.
100, the counter will beep each time it counts 100 particles.
1. On the Counter Navigation screen, push SYSTEM.
1. On the Counter Navigation screen, push SAMPLE. 2. Select the Options and Accessories tab.
2. Select the Settings tab on the right side of the screen. 3. Push RESTORE.
3. Select Quick Settings. 4. Push RESTART.
4. Push YES to edit settings for the default group.
5. Select the Run Mode field, then select BEEP. Configurations
Specific configurations can be saved as a backup and/or copied as
Change the relative humidity and temperature probe necessary between particle counters.
The standard relative humidity and temperature probe is used in most
applications. If an HMP probe is needed, it can be selected on the Units Copy a configuration
and Alarms tab. To copy a configuration:
The scale of the standard probe and the HMP probe are different. When
measurements are different than expected, make sure that the HMP 1. On the Counter Navigation screen, push SYSTEM.
probe is selected or deselected as needed. 2. Select the Configuration tab.

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3. Insert a USB drive into the USB host connector. Refer to Electrical Location management
connections on page 12.
4. Push COPY CONFIGURATION TO USB. Add a location
5. A confirmation message will show. Push OK.
1. On the Counter Navigation screen, push LOCATIONS.
6. Remove the USB drive.
2. On the Area/Location Setup screen, select an existing area, or if
needed, create a new area and then select it. Push ADD
Install a configuration
LOCATION.
To install a configuration from a USB drive:
3. In the Add Sample Location screen:
1. On the Counter Navigation screen, push SYSTEM.
• Select the Location Name field. Enter the location name. Push
2. Select the Configuration tab. ENTER to confirm.
3. Insert the USB drive with the configuration data into the USB host
connector. Refer to Electrical connections on page 12. • Select the Location ID field to specify a numerical ID for the
location. The numerical ID is unique for each location and must be
4. Push READ CONFIGURATION FROM USB. in the range of 000 – 999.
5. A confirmation message will show.
Note: Use the ALT key to access special characters.
6. Remove the USB drive.
7. Push OK to restart the instrument and load the new configuration. Edit a location

Locations, areas and groups 1. On the Counter Navigation screen, push LOCATIONS.
2. On the Area/Location Setup screen, select an existing area.
3. Select Edit Location.
A location defines a space, such as a work bench, that is
4. In the Add Sample Location screen:
identified for sample testing. To add, change or remove a location, refer
to Location management on page 26. • Select the Location Name field. Enter the location name. Push
An area is a group of defined locations that are geographically co- ENTER to confirm.
located. For example, Cleanroom A is an area. The work benches inside • Select the Location ID field to specify a numerical ID for the
Cleanroom A may be defined as locations. To add, change or remove an location.
area, refer to Area management on page 28.
Note: Use the ALT key to access special characters.
Groups are locations that have common sampling attributes. For
example, all locations that are tested every month may form one group.
Locations in a group do not have to be co-located. To add, change or Configure new settings for the location
remove a group, refer to Group management on page 28.
1. On the Counter Navigation screen, push LOCATIONS.
2. On the Area/Location Setup screen, select an area.

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3. Select a location within the area. 4. In the Sample Location Setup screen, push ALARMS. The Alarm
Settings screen has two tabs to configure.
• Push ADD LOCATION to configure a new location.
5. In the Count tab:
• Push EDIT LOCATION to change the configuration of a current
location. • Edit the particle size
4. In the Add Sample Location screen, push SETTINGS. • Edit particle concentration limits
5. Select the General tab. 6. In the Environment tab:
• Set the count cycles and the count mode. • Enable the temperature alarm and set temperature limits.
• Select the run mode. • Enable the relative humidity alarm and set relative humidity limits.
• Set the count display option. • Enable the air velocity alarm and set air velocity limits.
6. Select the Timing tab. Note: These settings are only valid with the specific environmental probe
attached to the instrument.
• Set the duration for each sample.
• Set the sample hold time between count cycles. 7. Push RETURN to confirm and go back to the Add Sample Location
screen.
• Set the sample delay time to allow delay before the sample test
begins.
Remove a location
7. Push RETURN to go back to the Add Sample Location screen.
1. On the Counter Navigation screen, push LOCATIONS.
Copy settings from another location 2. On the Area/Location Setup screen, select an area.
1. On the Counter Navigation screen, push LOCATIONS. 3. Select a location. Push REMOVE LOCATION.
2. On the Area/Location Setup screen, select the area that includes the 4. Push YES to delete the location or push NO to cancel.
destination location.
Change the order of locations
3. Select the location where the copied settings should go. Push .
Change the listed order of locations to change the sample order during
4. Push YES to confirm or push NO to cancel. testing.

Set location alarms 1. On the Counter Navigation screen, push LOCATIONS.

The particle counter allows different alarm settings for individual 2. On the Area/Location Setup screen, select an area.
locations.
Note: Use this feature when the Use Location Settings is selected in Group 3. Select a location. Push the UP or DOWN arrow to change the
Settings. position of the location in the list.
4. Continue to select and move locations to create the needed order for
1. On the Counter Navigation screen, push LOCATIONS. samples.
2. On the Area/Location Setup screen, select an area. Note: Arrow keys can also be used to move a location to a different area.
3. Select a location within the area. Push ADD LOCATION or EDIT
LOCATION as needed.

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Area management Group management

Add a new area

Use up to 15 alphanumeric characters to name an area. A group is a collection of sample parameters and settings that
can include locations. The locations in a group do not need to be
1. On the Counter Navigation screen, push LOCATIONS. geographically co-located.
2. On the Area/Location Setup screen, push ADD AREA. Push the ± button on the sample screen to go to the next location in the
3. Enter the area name and confirm. active group.
Note: Use the ALT key to access special characters.
Add a group
Edit an area 1. On the Counter Navigation screen, push GROUP.
1. On the Counter Navigation screen, push LOCATIONS. 2. In the Group Settings Management window, select <NEW>. Enter
the name of the group and confirm.
2. On the Area/Location Setup screen, select an existing area.
Note: Use the ALT key to access special characters.
3. Select EDIT AREA. Confirm.
3. Push SAVE.
Note: Use the ALT key to access special characters.
Install a group
Remove an area To enable a group, use the Load Group function.
1. On the Counter Navigation screen, push LOCATIONS. 1. On the Counter Navigation screen, push GROUP.
2. On the Area/Location Setup screen, select an area. 2. In the Group Settings Management window, select a group.
3. Push REMOVE AREA. 3. Push LOAD.
4. Push YES to delete the area or push NO to cancel.
Delete a group
Change the order of areas
Change the listed order of areas for ease of selection. Area order does 1. On the Counter Navigation screen, push GROUP.
not affect sample order. 2. In the Group Settings Management window, select a group.
1. On the Counter Navigation screen, push LOCATIONS. 3. Push DELETE.
2. On the Area/Location Setup screen, select an area.
Add a location to a group
3. Push the UP or DOWN arrow to change the position of the area in
the list. 1. On the Counter Navigation screen, push GROUP.
4. Continue to select and move areas to create the needed order. 2. In the Group Settings Management window, select a group.
3. Push SETTINGS.
4. Push ADD LOCATION.

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5. Navigate to the needed location and select it, then push OK. 4. Push ENTER to confirm.
Note: Push the UP or DOWN arrow to change the order of locations in the 5. Push YES to clear the data buffer.
Group Settings screen. Refer to Change the order of locations on page 27 for
more information.
Real-time PDF/CSV option
Data management Use this option to send the count data to a PDF file and if necessary to a
CSV file. Secure PDF files are generated in real time or when sample
Store partial data data is selected from the instrument data buffer using the Export
Data can be collected from sample measurements that have been function.
stopped by a user or by a flow error.
Turn on the PDF option
1. On the Counter Navigation screen, push SYSTEM.
1. Push SYSTEM.
2. Select the Custom tab.
2. Select the PDF tab.
3. Select the STORE PARTIAL DATA checkbox.
3. Enter the unlock code and push ENTER.
Manage the data buffer 4. Select the options:
The data buffer allows the data to be preserved or overwritten. In Option Description
addition, the size of the buffer can be changed and data can be cleared
from the buffer. PDF on USB Detect Automatically saves the real-time count data to a PDF
file when the particle counter finds a USB memory
stick in the USB port.
Set the data buffer to rotate data
The default buffer setting is fixed. In this setting, no new data can be New Document On Sets the criteria to start a new PDF file. New PDFs
added to the buffer when it is full. When the buffer is set to rotate, new are made when an area or location changes or when
data can be added to a full buffer, while the oldest data record is deleted. the date changes.
Export Averages Includes the average count of a set number of runs
1. On the Counter Navigation screen, push SYSTEM. and the count data for each run to a PDF file.
2. Select the Custom tab.
Export to Excel When a PDF file is made, the count data is also
3. Select ROTATING BUFFER. transmitted in .csv (comma separated value)
spreadsheet format.
Set the data buffer size Warn when USB Sets a notification that the USB memory stick is
A change to the buffer size causes all current buffer data to be lost and drive is X% full 50–95% full.
unrecoverable.

1. On the Counter Navigation screen, push SYSTEM. Save the count data to a folder
2. Select the Options and Accessories tab. Count data can be saved to a file with a filename that includes the date
and time the file is created, or a unique identifier.
3. Select the Data Buffer Size field. Enter a value between 50 and
5000.

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1. At the particle counter, make a folder to hold the count data. Select 3. Select the Password field. Enter the default password "123456".
Date or enter a name for the folder. Push ENTER.
2. Select Configure File Name. 4. Push OK.
3. Use up to seven criteria options to make a file name. Options Note: To maintain system security, change the default administrator password.
include: area, date, time, location, user name, serial number or text. Refer to Change the password on page 30.
When the file name is configured, the PDF is automatically saved to
the folder. Change the password
4. Select <None> to remove a previous entry. The password can be changed at the logon screen.

Manage users and permissions 1. From the Counter Navigation screen, push Factory.
2. Push CHANGE PASSWORD.
3. Enter the username and push ENTER.
Passwords allow the system administrator to restrict access to 4. Enter the old password and push ENTER.
the instrument settings. When passwords are enabled, there are two
5. Select the New Password field. Enter a new password and push
levels of access:
ENTER.
• Administrator—Access to all settings on the instrument except for 6. Select the Confirm Password field. Enter the new password again.
service (factory) access Push ENTER.
• Operator—Access to review historical data and read current 7. Push OK.
measurement values in the Diagnostics section. Operator access can
Note: To replace a forgotten password, contact the manufacturer with:
also print historical or diagnostics data.
• The counter serial number
If password protection is not enabled, all users can access all functional
• The current date setting in the format MMDDYYYY.
settings of the instrument.
Note: Factory settings are never accessible without a password.
Replace a forgotten password
Enable the user logon function If the System Administrator password is forgotten, contact technical
To enable user and password login: support to get a new password. Technical support requires the
information that follows to supply a new password:
1. Push SYSTEM.
• Instrument serial number
2. Select the Basic Tab.
• Current date setting in the format MMDDYYYY, where MM is the two
3. Select User Logon Required. digit month, DD is the two digit day, and YYYY is the four digit year
Log on as administrator Add a user
1. On the Counter Navigation or Sample screen, push to log off. 1. On the Counter Navigation screen, push SYSTEM.
2. Select the User Name field. Enter "Admin". Push ENTER. 2. Select the Users tab.
3. Push ADD.

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4. Select the User Name field and enter a user name. Option Description
5. Select the Password field and enter a password.
Group Settings The user can set up or modify group settings.
6. Select the Confirm Password field and enter the same password.
Area/Location The user can set up or modify area and/or location
7. Select the access level (Admin or Operator). settings.

Assign groups to a user Group Select The user can select the active group.

Group Admin The user can add, edit or remove groups and can select
1. On the Counter Navigation screen, push SYSTEM. the active group.
2. Select the Users tab. System Admin The user can add or remove users, set date/time or any
3. Select a user from the list. other function found under the System Settings menus.
4. Push EDIT. Diagnostics The user can see and print current diagnostic information.
5. Select the Groups tab. Network The user can access, see and change the network
6. Push ADD. settings.
7. In the Select Group screen, select a group from the list. User Upload The user can manually trigger the electronic transfer of
8. Push OK. count records through Ethernet (wired or wireless).

6. Push OK.
Assign user access rights

1. On the Counter Navigation screen, push SYSTEM.

Operation
2. Select the Users tab. Log on to the particle counter
3. Push EDIT.
4. Select the Access Rights tab.
5. Select or deselect access rights as necessary. Prerequisites

Option Description • Start the system.

• Enable password protection. Refer to Enable the user logon function
Sampling The user can start a new count cycle.
on page 30.
Report Wizard The user can access the report wizard to do sample
protocols based on ISO 14644-1, Federal Standard 209E, 1. Activate the backlight with a finger or stylus if needed.
British Standard 5295, EU Annex I or based on averages.
2. Push the icon to log out a previous user. Push again to see the
Historical The user can search existing data records in the buffer. logon screen.
Export The user can export data to the USB stick based on the 3. Enter the user name and password. Confirm.
contents of the buffer or the filtered contents. Note: Push the ALT key to access special characters.
Printer The user can use the different printer functions.

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Measure particle counts 2. Select the HISTORICAL icon to see the data.

Use the filter scan probe

After a complete particle count measurement, the number of NOTICE
particles measured will show on the screen and be stored as data. Other
The filter scan probe function applies to 1 CFM units only.
configured parameters, such as relative humidity, temperature and air
velocity will be shown and stored in data.
1. On the Counter Navigation screen, push SAMPLE.
1. Remove the protective cap from the inlet tube on the counter. 2. In the Test screen, push .
2. On the Counter Navigation screen, push SAMPLE. 3. To start the test, push START FILTER PROBE TEST.
3. To start the particle count, push . The icon will change to a 4. To end the test, push STOP FILTER PROBE TEST.
button while the count is measured. 5. Push to generate a brief report of the last completed test.
Note: Push to end the test before the count is complete. Incomplete particle
count data will not be stored or printed unless the Save Partial Data option is
Manage sample batch identification
selected in System Settings. Refer to Store partial data on page 29.
Batch IDs are used to label different test runs. Labels can be text or
4. When the count measurement is complete, the test will stop
numbers. The Batch ID is shown:
automatically.
• On the main sample screen in the settings
Change the particle count location • In the System Messages of the Historical screen
There are two methods to change the location for a particle count. • In printed reports, FTP exports and all USB exports
• On the Sample screen, push the location name. Select the new
Enter or change a Batch ID
location name and confirm.
To enter or change a Batch ID:
• On the Sample screen, push the PLUS button to increment the
location, or push the MINUS button to decrement the location. 1. On the Counter Navigation screen, push SAMPLE.
See settings during the particle count 2. Select the Settings tab.
Location and group settings can be seen at any time during the particle 3. Select BATCH ID.
count cycle. 4. Enter the Batch ID as a text, numerical or alphanumerical string. The
Batch ID can use up to 29 characters.
• On the Sample screen, select the Settings tab on the right side of the
screen. 5. Push ENTER.

See historical data during the particle count Disable a Batch ID

Historical sample data can be seen at any time during the particle count Disable the Batch ID to stop it from showing in data reports.
cycle.
1. On the Counter Navigation screen, push SAMPLE.
1. On the Sample screen, select the ARROW button. 2. Select the Settings tab.

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3. Select BATCH ID. About reports
4. Delete the Batch ID text. ISO 14644-1, FS 209E and BS 5295 specify calculations for airborne
5. Push ENTER. The default Batch ID value will show, but will not be particle counter count data. These documents establish the definitions
reported. for level of cleanliness in cleanrooms and clean zones based on
specified concentrations of airborne particles. The printed reports
Set or clear the Batch ID provide the data to determine the cleanliness level for which that
At the start of a sample test push BATCH ID. The user can select: cleanroom qualifies.
Set up the Test and Report Wizard
• Continue—Keep the Batch ID the same.
• Clear ID—No Batch ID is recorded with the sample cycle. 1. On the Counter Navigation screen, push TEST WIZARD.
• Edit ID—Change the Batch ID for the current sample cycle.
2. In the Test and Report Wizard screen, complete the fields listed in
The Batch ID can also be cleared when the sample cycle is complete. this step. Select the applicable listed options.

Option Description
How to use the Test and Report Wizard
Standard Shows the list of applicable standards
About standard sampling protocols
Grade/Class Shows a list of room classification

Occupancy Shows a list of room states

Use the Test and Report Wizard for groups, areas and locations
that require sample measurements and reports based on specific 3. Select the Sizes field.
standards and regulatory guidelines. The particle counter includes
a. Highlight a particle size.
sample strategies based on common international protocols such as ISO
14644-1, FS 209E, BS 5295 and EU GMP Annex 1. b. Push ADD to add the size to the Considered Sizes list.
c. Add as many particle sizes as needed. To remove a particle size,
The wizard steps through seven data entry points:
select the size from the Considered Sizes list and push
• Selection of the type of standard or regulatory guideline: EU GMP, REMOVE.
ISO 14644-1, FS209E, BS5295 or Averages (user-defined test 4. Go to the next screen in the wizard.
protocols)
• Selection of the targeted class for the qualification of the room a. Enter the room area in m2. Push ENTER to confirm.
• Occupancy state: As built, at rest, in operation b. Enter the number of samples per location. Push ENTER to
confirm.
• Particle size or sizes to sample
• Unidirectional or non-directional air flow (for FS209E) 5. Go to the next screen in the wizard.
• Area of the room in square meters (m2) a. Push ADD AREA, ADD GROUP or ADD LOCATION. Individual
• Samples per location. A minimum value is set based on room size and locations will show in the Locations list when the group, area or
standard. This value can be increased as needed. location is added.

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 b. Highlight a location. Use the UP or DOWN arrows to change the
order of locations as needed. The order of the list will be the
order of the test. The particle counter has a built-in printer. The Print Center screen
is accessible from the:
6. Go to the next screen. A confirmation of the selections will show.
• Counter Navigation screen
Start sample measurement with the Wizard • Historical screen
• System Diagnostics screen
1. Push BEGIN SAMPLING.
• Test/Report Wizard screen
2. Obey the prompt and go to the first sample location. Push OK. • Area/Location Setup screen
3. Put the isokinetic probe in position for the test. Push RUN.
On the Print Center screen, the user can:
4. Continue to obey the prompts and move to each location for the test.
When all tests are complete, the counter will return to the wizard to • Set automatic print functions
configure the report.
• Print buffer records or count averages
Use existing data Note: Filtered data is printed from the Historical screen.
The Test and Report Wizard can include existing date for the selected Set automatic print functions
standard and location.
Note: If the sample period is very brief and the hold time is zero, the sending of
some sample data to the printer may be skipped. However, the data is always
1. Select the Use Existing Data checkbox. obtained and saved. To avoid a printout failure, set the total time of the Sample
2. Enter the date range for the existing data. period and the Hold period combined to more than 12 seconds.
3. Push BEGIN SAMPLING.
1. On the Counter Navigation screen, push PRINTER.
Report test results 2. On the Print Center screen, select the Sample Print Mode field.
Select an option for automatic printing.
• Push to send the selected data to a USB drive. Refer to Export
data on page 36. Option Description
• Push to print the selected data. Refer to How to use the Print None No data will print automatically
Center on page 34.
Alarms Prints results at the end of the sample when a count alarm is
exceeded
How to use the Print Center
Cycles Prints the results of multiples of the programmed count cycle. The
About the Print Center range is 1–99.

NOTICE All Prints results after each count cycle is finished

To avoid damage to the printer, do not operate the printer without paper. If the 3. Set the Cycle Print Order. Options: 10–1 (oldest printed first) or
particle counter must be used without paper, be sure to set the Sample Print 1–10 (newest printed first).
Mode field to "None".

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4. To show the average of the values in the printout when the samples Figure 6 Averages report
are taken and the data is printed, select Print Averages.
Note: The fourth value in the printout is the average of the three previous
values.
5. To round values to the nearest whole number, select Round
Averages.
6. To repeat the header data on all samples, select Repeat Sample
Headers. When not selected, the headers print only with the first
sample of a series when the cycles are set to > 1.
7. Push ENTER to confirm.

Print records manually

The buffer holds 5000 records maximum. The Print Center can print the
entire buffer or the average of count cycles obtained at each sample
point. To print records manually:

1. On the counter Navigation screen, push PRINTER.

2. On the Print Center screen, select the print option for the data. In the
Print Report field, select the regulatory reports that will be printed.

• Push AVERAGE to print the average of each size channel for the
last sample measurement. Refer to Figure 6.
• Push BUFFER to print all of the records in the buffer. Refer to
Figure 7.
3. The data will begin to print.

• To cancel the print job, push CANCEL PRINT.

• To return to Counter Navigation, push RETURN.

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 Figure 7 Buffer report (all buffer records) Set the data filter
The data filter can be set up to sort by location, date and time, either as
individual parameters or in combination. To set the data filter, go to the
Data Filter Setup screen.

1. Push to go to the Data Filter Setup screen.

2. Select a filter option.

Option Description

Filter by Check all of the locations to be included in the results.

location Push ALL to select all locations, or push NONE to
deselect all locations.

Filter by date Enter dates in the DATE FROM and DATE TO fields.
Dates are in YYYY-MM-DD format.

Filter by time Enter the needed times in the TIME FROM and TIME TO
fields. Time is in HH:MM:SS format.

Clear the data buffer

Data that has been exported or is not needed can be deleted from the
buffer.

1. On the Counter Navigation screen, push SYSTEM.

2. Select the Options and Accessories tab.
3. To erase all the data in the buffer, push CLEAR BUFFER.

Export data
Review historical buffer data
Export data to maintain an electronic record for analysis and
reporting.
Records stored in the buffer are known as Historical data. These
records can be accessed individually or sorted by location, date or time. 1. On the Counter Navigation screen, push EXPORT.
The buffer can also be configured to collect partial data for aborted 2. Select USB Flash Drive or Network server.
samples.
Note: To export data to a network server, configure and enable the FTP
function. Refer to Configure and enable the FTP function on page 38.

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3. Select PDF, Comma Separated File, Tab Separated File, XML or Table 4 Sample status bit mask definitions (continued)
PortAll.
Bit Value Definition Bit Value Definition
Note: The PDF option shows only after the PDF option has been set to on.
Refer to Turn on the PDF option on page 29. 5 32 System alarm 21 2097152 Channel
4. If PDF was selected and the settings on the PDF tab under System 8 concentration alarm
Settings should be used, select the box to enable PDF Page and File 6 64 Count alarm 22 4194304 Channel
Break Rules. 9 concentration alarm
5. If needed, change the default file name and confirm.
7 128 Concentration alarm 23 8388608 Channel
6. If USB Flash Drive was selected, insert the USB drive into the USB 10 concentration alarm
host on the front of the instrument. If the USB Flash Drive is not
inserted, a warning will show on the screen. The warning will change 8 256 Channel 1 count 24 16777216 Channel
alarm 11 concentration alarm
to a confirmation after the USB Flash Drive is inserted.
7. Push EXPORT. The status bar will show the progress. 9 512 Channel 2 count 25 33554432 Channel
alarm 12 concentration alarm
Note: To stop the export, push .
10 1024 Channel 3 count 26 67108864 Channel 7 count alarm
About status values in exported data alarm
The status value represents several elements of unit status. 11 2048 Channel 4 count 27 134217728 Channel 8 count alarm
Environmental, count and concentration alarms can be indicated in the alarm
status value.
12 4096 Channel 5 count 28 268435456 Channel 9 count alarm
To determine the alarm conditions present in the report, subtract the alarm
largest possible value that represents a bit from the Status value in the
exported data. Refer to Table 4. 13 8192 Channel 6 count 29 536870912 Channel 10 count
alarm alarm
Table 4 Sample status bit mask definitions
14 16384 Channel 30 1073741824 Channel 11 count
Bit Value Definition Bit Value Definition 1 concentration alarm
alarm
0 1 Calibration 16 65536 Channel
3 concentration alarm 15 32768 Channel 31 2147483648 Channel 12 count
2 concentration alarm
1 2 Flow 17 131072 Channel alarm
4 concentration alarm

2 4 Temperature 18 262144 Channel

5 concentration alarm

3 8 Relative humidity 19 524288 Channel

6 concentration alarm

4 16 Air velocity 20 1048576 Channel

7 concentration alarm

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Configure and enable the FTP function Data transfer to the OPC server
With firmware V4.08, the particle counter can be configured to transmit Only administrators, factory service personnel and operators with User
data via Ethernet (wired or wireless when the wireless option is installed) Upload permission can initiate data upload to the OPC server.
to an FTP server. This particle counter can connect to servers that use
FTP or FTPS (Explicit TLS/SSL). There are three settings that control the data transfer to the OPC server:
User initiated upload, user-initiated download and automatic download.
1. For the user account that will be used in the particle counter, give file User-initiated data upload
access on the FTP server: Read, Write and Delete.
Use this option to control when data is sent to the server.
2. For the user account that will be used in the particle counter, give
directory access on the FTP server: Create, Delete, List and Add 1. Go to the Network screen.
Subdirectories.
2. Push to initiate the data transfer.
Note: The Create, Delete and Add Subdirectories rights are only necessary if
the particle counter will be configured to make subdirectories. These rights are
not necessary when the particle counter is configured to use the existing User-initiated data download
directories. User-initiated download is done from the OPC server. Use this option to
3. On the Counter Navigation screen, push EXPORT. verify the server connection and start the data download.
4. Select Configure FTP. To start the data download, push DOWNLOAD NOW. All other actions
are done by the server.
5. Select Network Server Enabled.
6. In the Host/IP Addr field, enter the host name or the IP address of Automatic data download
the computer where the FTP server is installed. Automatic download is configured on the OPC server. For applications
7. In the Port field, enter the port number on which the FTP server that require alarm reasons, automatic download must be disabled.
listens.
8. In the Protocol field, select the protocol the FTP server uses (FTP or Calibration
FTPS (TLS/SSL)). The instrument cannot be calibrated by the user. Contact the
9. Optional: In the Initial Folder field, enter the initial folder where files manufacturer for instrument calibration.
will be kept. Leave blank to save files to the root.
10. Select the Logon tab. Maintenance
11. In the Authentication field, select Anonymous or Normal.
12. If Normal was selected, enter a user name and password to use for
WARNING
authentication with the FTP server. Multiple hazards. Do not disassemble the instrument for maintenance.
If the internal components must be cleaned or repaired, contact the
13. Push Test Connection. When the connection is successful, "Test manufacturer.
Connection Succeeded" shows.
Note: If the connection was not successful, an error message shows with the
reason.

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 CAUTION Update the instrument software
Multiple hazards. Only qualified personnel must conduct the tasks NOTICE
described in this section of the document. Do this procedure with only manufacturer-supplied files and directions.

1. Download the self-extracting *.zip file from the location provided by

Clean the instrument exterior the manufacturer.
The instrument exterior can be cleaned as needed. To avoid human 2. Extract the files to a compatible USB drive. Use only manufacturer-
exposure to potentially dangerous chemicals, make sure to clean the supplied USB drives for best results.
touchscreen immediately after contact with chemicals.
3. Remove AC power. Remove the batteries.
NOTICE 4. Plug the USB drive into the USB port.
To prevent damage, do not use an aerosol cleaner or glass cleaner on the 5. Apply AC power to the instrument.
touchscreen. Do not leave visible moisture on the instrument or touchscreen.
Moisture can penetrate the touchscreen and damage the electronics inside. 6. Select Yes to start the update. When the update is complete, the
instrument will continue startup.
1. Put the cap on the sample air intake nozzle to keep contamination 7. To verify the version number of the update, push DIAGNOSTICS.
out. The version will show on the Diagnostics screen.
2. Spray a mild cleaning solution on a soft cloth. Wipe the outside of the
instrument carefully. Charge the batteries in the particle counter
3. Use a soft, dry cloth to wipe the touchscreen surface. If needed, Batteries in the particle counter will begin to charge when the AC power
moisten the soft cloth with a mild cleaning solution. adapter is connected. A complete charge in the instrument takes
approximately 10 hours. The battery is considered to be fully charged
Set the count to zero when the battery status light on the front of the instrument shows a
charge between 95% and 100%.
Do this procedure after unexpectedly high particle counts. This Prerequisite: Install the batteries in the instrument. Refer to Install the
procedure will verify that the particle counter works correctly and will batteries on page 13.
remove residual particles.
NOTICE
1. Put the zero-count filter on the intake tube. Discard the used batteries according to local regulations or contact the
2. Turn on the unit and log in if needed. manufacturer. Do not put exhausted batteries in the domestic waste.

3. Push SAMPLE.
1. Attach the power supply to the unit.
4. Push RUN.
2. Connect the unit power supply to the external power through the AC
5. Repeat the process until the particle counts return to zero. power adapter.
The battery status light will show the level of power in the battery.
Refer to Table 5.

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 Table 5 Battery LED color indications Diagnostics and Troubleshooting
LED state LED color Battery status Charge status

Flashing Orange Low power Not charging

The Diagnostics screen shows information that may be needed
Flashing Green Low power Charging for troubleshooting. Table 7 shows an example of a failure notification on
the Diagnostics screen.
Solid Green Charged Charging
Table 7 System Diagnostics screen example - Clock battery failure
Battery recharge intervals Signal Value Status
Table 6 shows the charge frequency that will increase battery life and Calibration 0.00 VDC OFF
increase the interval between battery calibrations.
Flow 0.00 VDC OFF
Table 6 Suggested battery recharge interval
Clock battery 0.00 VDC FAIL
Frequency of Hours of sampling
use Battery 1 (bottom) 16.42 VDC PASS
0.5 1 2 6
Battery 2 (top) 16.44 VDC PASS
Daily Charge Charge Charge daily Charge daily
weekly weekly Laser current N/A ––

Weekly Charge Charge Charge Charge

monthly weekly weekly weekly For troubleshooting that involves technical support from the
manufacturer, the user may need to send a fax of the system status
Monthly Store on Store on Store on Store on printout to technical support.
charge charge charge charge
1. On the Counter Navigation screen, push DIAGNOSTICS. Information
When the particle counter is not is use, batteries will slowly discharge about the system, such as serial number and software version,
because of background processes on the instrument. shows.
2. On the Diagnostics screen, push .
Calibrate the battery
The printout will show the serial number, date and time and other data
The lithium ion Smart Battery will tolerate frequent partial discharges. about the system.
After many partial discharges, the accuracy of the battery gauge is
decreased. Factory settings
To calibrate the battery charge gauge, set the Smart Charger to
calibration mode during discharge.
For troubleshooting that involves technical support from the
manufacturer, the user may need to send a copy of the factory settings
to technical support.
Note: Factory settings cannot be changed by the user.

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To view the factory information including the calibration date: 3411 parts (continued)
1. Log on as an administrator. Description Quantity Item number
2. On the Counter Navigation screen, push FACTORY. The factory
Brush, intake nozzle cleaning 1 995240
settings show (e.g., calibration date, calibration due date and
nominal flow). Paper, thermal, roll 1 460519
3. Push to print the factory settings. Power cord, 110 VAC 1 VP623501

Power cord, 220 VAC 1 VP6233500

Parts and accessories
Power supply, external, 100–240 VAC
1 230-300-7052
WARNING input, +24 VDC output
Personal injury hazard. Use of non-approved parts may cause WiFi antenna (for wireless versions only) 1 490-200-0001
personal injury, damage to the instrument or equipment malfunction.
The replacement parts in this section are approved by the Software, PortAll, (kit: CD, manual, serial
1 2084045-02
manufacturer. adapter)

Note: Product and Article numbers may vary for some selling regions. Contact the Software, PortAll, license 1 700011-21
appropriate distributor or refer to the company website for contact information.
Software, PortAll, license 21CFR 1 700011-22

Parts for the 28.3 LPM counter Document, PortAll Software IQ/OQ 1 701169-01

Stylus for touchscreen interface 1 210-400-5171

Description Quantity Item number
Isoprobe, adapter 1 2088035-01
Probe, isokinetic, aluminum, for 28.3 LPM 1 2087966-01 Isokinetic probe stand (optional)
Probe, isokinetic, stainless steel, for (compatible with all Iso-kinetic probes), 1 2089406-01
1 2087966-02 stainless steel
28.3 LPM

Filter, Zero Count for 28.3 LPM 1 2087939-01 USB flash memory drive kit1 1 210-400-0128

Tubing, Hytrel®, 0.953 cm (0.375 in.) ID, Probe, air velocity, 0–200 fpm 1 826172
10 ft 960380
1.27 cm (0.5 in) OD Probe, RH/T 1 2088928

Probe with beeper, filter scanning 1 2088000-01

3411 parts
Probe without beeper, filter scanning 1 2088000-02
Description Quantity Item number Transportation case with foam inserts and
1 710-200-0002
wheels
Battery, Lilon Smart 1 280-120-2024
Low pressure diffuser, 15–49 PSI, 1 CFM
1 2088616-01
Smart battery charger 1 280-300-5000 only

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3411 parts (continued)
Description Quantity Item number

High pressure diffuser, 28.3 L/min

1 2080732-13
(1.0 CFM), 3/8-in. barb

USB 2.0 high speed, 1 m (3.3 ft) cable 1 460-400-4798

USB to RS-232 adapter, DB-9 null modem 1 2088012-02

USB to RS-485 adapter 1 2088012-01

1 Use only the manufacturer-supplied USB flash drives.

Spare parts kit (2087919-01)

Description Quantity Item number

Battery, Lilon Smart Battery 1 280-120-2024

Charger, external battery 1 280-300-5000

Thermal paper, roll 1 460519

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 Beckman Coulter, Inc. Beckman Coulter do Brasil Com e Imp de Prod de Lab Ltda
250 S. Kraemer Blvd. Estr dos Romeiros, 220 - Galpao G3 - Km 38.5
Brea, CA 92821, U.S.A. 06501-001 - Sao Paulo - SP – Brasil
www.particle.com CNPJ: 42.160.812/0001-44

製造販売元: ベックマン•コールター株式会社 贝克曼库尔特有限公司，美国加利福尼亚州，

東京都江東区有明三丁目 5 番 7 号 Brea 市，S. Kraemer 大街 250 号，邮编：92821
TOC 有明ウエストタワー 电话：(001) 714-993-5321

© Beckman Coulter, Inc., 2013. All rights reserved.