IO Guide Pro 1.2.0.3, for S- and G-series

​IOGuidePro is a configuration tool for the S- and G-series remote IO.
IOGuidePro can be used for assembling, parameter setting, addressing, commisioning and documentation of FnIO IO nodes.
Software has both on-line and off-line functionality and include all S- and G-series Network Adaptors.

• IOGuidePro_1_2_0_3.zip

IOGuide2(Beijer)-v2.0.0.0 [TEST version]

IOGuide2 supporting G- and M-series devices.

• IOGuide2-Beijer v2.0.0.0 (beta 12)
  

​Important information!

• IOGuide2-Beijer v2.0.0.0 (beta 12).zip

IOGuidePro

IOGuidePro is development from Crevis.
IOGuidePro is a tool for assembling, parameter setting, addressing, commisioning and documentation of FnIO IO nodes.
Software has both on-line and off-line functionality and include all S-series Network Adaptors.

IOGuidePro ver 1.1.1.1 #0000

This version can be used in Windows 7 32/64!
When used in win7 32/64 run the program as administrator.

Offline Support: NA-9286

NOTE!
IO GuidePro ver 1.1.1.1 Build:#0000 (20160210)
IO GuidePro ver 1.1.1.0 Build:#0000 (20151030)
- Updated the power dissipation of some modules
- Updated the xml file of st-3802 according to changing parameter area.
- Fixed some bug about NA-9286
- Fixed a bug about a main window
IO GuidePro ver 1.1.0.8
- ST-4911 are not supported
IO GuidePro ver 1.1.0.8 Build:#0008
- Uninstall function missing. Fixed in version #0009.

Start-up: Crevis FnIO-S Series, IP address, Subnet and Gateway Setting (KI00380)  
Link

• IOGuideProV1111_0.zip

PIO Firmware Update Tool, for G- and M-series devices

• PIO Firmware Update Tool(1.0.0.3).zip
• PIO Firmware Update Tool(1.0.0.5).zip
• Update firmware of Beijer Programmable IO (Rev.3).pdf

CODESYS V3.5 SP11 Patch 3, required for G- and M-series PIOs FW rev 2.xxx

​This is the officially tested CODESYS version by Beijer Electronics.
It's required for G-series and M-series PIO using CODESYS RT 3.5.11.30

• features-and-improvements-V35SP11-en.pdf
• ReleaseNote-CODESYS-V351130.pdf
• Setup_CODESYSV35SP11Patch3.exe
• Setup_CODESYSV35SP11Patch3_x64.exe

G series, BootP Server for IP-setting at GN-9372 and GN-9289

​Software using Bootstrap Protocol (RFC 951) is for IP Address setting to Beijer G-series products.

• Copy file to PC
• Run "BootpServer.exe"
  

Link: G series, IP address, Subnet and Gateway Setting (KI00389)

• BootpServerVer1000_Beijer.zip

CODESYS 3.5 SP3 Patch 1 (required for Crevis S-series PIO)

Note! This is the officially tested CODESYS version by Beijer Electronics, it's required for Crevis Programmable IO (PIO) NA-937x (S-series).

Setup_CODESYSV35SP3Patch1.exe
EXE: Full self-extracting setup - including CODESYS HMI, CODESYS Soft Motion Win V3, CODESYS Control Win V3, CODESYS Gateway, CODESYS OPC Server, CODESYS Licensing Manager

• Customer Information_FBD_LD_compatibility.pdf
• Features and Changes_Addressed Defects CODESYS v35 SP3 Patch 1.xls
• FeaturesAndImprovementsV3.5_SP3_en.pdf
• ReleaseInformation V3.5 SP3 Patch 1.pdf
• Setup_CODESYSV35SP3Patch1.exe

FnIO M-, G- and S-series Serial number and Production date

​The serieal number of S-series is 11 digits, G- and M-series is based on 12 digits.
Note, for G- and M-series the last four digits xxxx.

Shock resistance of G- and M-series (IEC 60068-2-27)

According to IEC 60068-2-27 (shock operating) standard the general shock resistance is 15G for all G- and M-series modules.

How to download Free software packages from SmartStore

​This document provides guidelines for customers when downloading free software and firmware packages from SmartStore. These procedures are described:

• How to download Free software packages from SmartStore - EXTERNAL_2023.08.08.pdf

GN-9371 GN-9372 GN-9373 reset to factory push button function

​29.10.2025
To reset those to Factory default which erase projects and defaults IP settings, push and hold the push button located under the "flipp cover", for more than 20 sec. when all LED's start flashing, you can release, and then reboot. Now it is Factory fefault. 

Manuals

  

Common noise filter NBH-06-432-D to FnIO S- and M-series (for DNV certificate)

To fullfil DNV certificate standard, the common noise filter 'NBH-06-432-D' from Cosel need to installed between the power supply and the remote IO. The purpose of this is to suppress conductive emission of FnIO Series. If you use other noise filters, our DNV certificate will be ineffective. See attached datasheet of the specification of the filter and example how to connect this noise filter to the FnIO S-series, principle is the same for M-series.

DNV Approval FnIO S-series 
DNV Approval FnIO M-series

• Data_SFE_NBH.pdf
• Install_NBH-06-432D.jpg

Always add a power module (M7001/7002) after the network adapter

​The configuration of M-series network adapters and M-PIO always require to add a power module (M7001/7002) directly after the network adapter, then add the rest of the IO modules.

Note! The same configuration need to be made in the programming tool like example from CODESYS / BCS Tools. See attached file.

For example M9372+M7001+M12DF+M226F  

• Always add a power module after the network adapter (M-series).pdf

Online change with Update boot application will delay scantime

​See attached PDF file.

• WARNING! PIO will delay online change procedure (Rev 1.1).pdf

CNT-8412 (5-pin) powerplug / connector to GL-9xxx network adapters and PIO

Accessory name: CNT-8412
Part.No. 100-8186 ​

Common for both FnIO GL- and ML-series.

For example the spare part CNT-8412 power connector to be used for example to the GL-997x PIOs e.g. GL-9971/9972/9973/9974/9975 or the GL-90xx light network adapters e.g GL-9086 / 9086 / 9087 / 9089 etc. 

CODESYS Trace feature for PIO modules

The 'Trace' function is only supported in the PIO modells that inlcude the visualization. 

That include PIO models: GN-9xx3 (for example GN-9373) and GL-9973/75, GL-9981-C-x, M9xx3 and ML9973/75 series. 

Ethernet port specification of G- / M-series PIO and Network adapters

• Ethernet port specification of the G- and M-series.pdf

BCS Tools - SFC errors at compile

​Affected versions:
3.50, 3.51, 3.52
Will be solved in 3.60

Affected devices:
All devices in BCS Tools with <SP17 runtime.
BoX2 SC all variants
X2 control all variants
GL-99xx all variants
GN-93xx all variants

The reason for this is due to compatible issue between the runtime version implemented in the device and the version of the SFC library.

Workaround
Change the version in use to an older version according to the attached pictures.

• Screenshots_SFC.pdf

G-Series Programmable IO - Task priority setting

​The PIO models in GN-, GL-, ML-,and M-series does not support the task priority setting in CODESYS/BCS Tools.

Customers using older versions of the device description files will have the possibility to change the priority for the task but there is no actual function for it when running the application.

At the time of writing, 2023-06-16, the current published device description files for GN-, GL-, ML- and M-series will only have one priority available.

The only exception is the GL-998x (Raspberry Pi) which supports 0..31

Not possible to add features to the CODESYS license of standard PIO

​For the standard Programmable IO of type GN-937x, GL-997x or M937x, like the GL-9972, it's NOT possible to add any additional features like protocols etc. This is because these standard PIO modules uses a fixed license setup. 

Only the Embedded Programmable I/O of GL-998x type, like the model GL-9981-C-1 that support CODESYS Application-Based Licenses, can change and add features.

Programmable IO - Release Notes / Revision history

​See attached documents showing revision history of V1.xxx - V2.xxx, and V3.xxx.

The CODESYS RT versions for each firmware revision are the following:

• PIO FW 3.xxx - CODESYS V3.5 SP17 Patch 3
  
• PIO FW 2.xxx - CODESYS V3.5 SP11 Patch 3
• PIO FW 1.xxx - CODESYS V3.5 SP11 Patch 3

• Release Notes for PIO Beijer(V1-V2)_Rev2007.pdf
• Release Notes for PIO Beijer(V3)_Rev3006 (2024-03-29).pdf

Change of retain area size Programmable IO

G series GT-3xxx, Filter Time (parameter)

Filter value means the number of sampling.

Example from GT-3428 (parameter byte 8).

BFI-E3/H3/P2 - Impedance of analog input 1 and 2

​Impedance of the analog input channels for BFI-E3/H3/P2.

Current mode: 500Ω (ohm)

Voltage mode: >50kΩ (kohm)

Note!
When combined with G- or M-series make sure to use a analog output module which can handle the 500Ω load in current mode.
As an example the M4314 or GT-4314.

Usage of GT-4214 or M4214 will not be able to provide maximum current due to their restriction of maximum load approx. 200Ω

GL-9981 operating temperature guidelines

G-series GL-998x-C-x - Backup/Restore of licenses

​The GL-998x-Cx* comes preloaded with a set of licenses based on article number. If the OS image is reinstalled these licenses will be overwritten and therefore it is of importance to create a backup.

The license(s) are bound to the serialnumber of the device and cannot be used in any other GL-998x-Cx.

There is an instruction and tutorial available on CODESYS web site:
https://content.helpme-codesys.com/en/CODESYS%20Control/_rtsl_backup_restore_wibu.html

* = number based on model.

Example of serial number

Example of contents in cmact_licenses folder

G series GL-9971 - Important facts & limitations!

​The GL-9971 is a slim and cost effecient PIO perfect for small machines.
Due to being an entry level product it also comes with some restrictions such as:

• Program Memory 256Kb
  
  
• Data Memory 40Kb
  
  
• Persistent Memory 4Kb
  
  
• Max 10 tasks
  
  
• Max 10 I/O modules (slots)
  
  
• Default IP 192.168.1.50
  
  
• IAP mode (firmware update mode) 192.168.1.51
  
  
• CODESYS Modbus TCP Master and Slave drivers are supported 
• Modbus TCP slave function mapped to IEC adresses embedded in firmware. (No need to add CODESYS driver)
  
  
• Modbus TCP master with max 1 slave
  
  
• Modbus TCP slave with max 6 concurrent Modbus TCP masters connected
  
  
• CODESYS Modbus TCP slave driver can not use port 502, it is in use for the Modbus TCP slave function embedded in the firmware
  
  
• Usage of both CODESYS Modbus TCP Master and Slave at the same time will result in a Out of global data error.
  If Modbus TCP Master is in use communication with HMI/SCADA must be made via the embedded Modbus TCP slave function
  
  
• No OPC DA/UA support
  
  
• No Symbol configuration support (ARTI driver cannot be used in iX)
• Work around: (SER-0049) X2 base V2 to GL9971 (PIO) sample
  
  
• PLC Log is not persistent -> log will be erased when recycling the power.
  
  
• No online change download in STOP mode only.
  
  
• Breakpoints are not available
  
  
• Source and File upload/download not available
  

GN-937x PIO and Non-volatile memory adjustment! (Retain)

G series, GN-9372, GN-9289 Default setting

G series - GN-9373 Webvisu objects corrupted

When using the device description file of version, Beijer_GN-9373_T04.devdesc.xml, objects are partly corrupted in runtime.

This issue has been solved in file version Beijer_GN-9373_T05.devdesc.xml and can be found here:
https://www.beijerelectronics.com/en/support/Help___online?docId=67959

GN-947x PIO and Non-volatile memory adjustments! (Retain)

​Note!
From firmware FW rev 2.007 and 3.002 update (20230111) the non-volatile memory of GN-9482 and GN-9483 has changed from 32 to 12KB of which Retain and Persistent Retain memory has been changed from 16 tov 6KB each. 

GT-1658 module and Namur sensor technology clarification

​GT-1658 does not support NAMUR NE43 standard (4–20mA), instead GT-1658 is a digital input module that utilizes the advantages of NAMUR technology.  

G series GT-3704(8), GT-3804(8), Offset value

​1.    Are there any limit for the ”Offset Value”?
2.    If the data resolution is set to "0" (0.1) and I want an offset value of 10 °C, will the offset be 100?
3.    If the data resolution is set to “1” (1)  and I want an offset value of 10 °C, will the offset be 10?

Answer:
Offset value, 0~65535 (1word).
The offset value is always 0.1.
ex) 100 –> 10.0, 123 –> 12.3

HW Revision history of GT-3704 and GT-3708

• HW Revision history of GT-3704 and GT-3708 (Beijer Doc.Rev 1.1 ).pdf
• Revision history of GT-3704 and GT-3708.pdf

Release Notes for GT-3704

• Release Notes for GT-3704 FW Rev1.004.pdf

GT-3704 connection of 3-wire PT100 sensor

​Attached example of a 3-wire connection.

• GT-3704 connection of 3-wire PT100 sensor.pdf

G series GT-3704, GT-3708, Filter Type (parameter)

​*1 Filter Type: Byte1/Bit4
- Normal filter shows the average of values except for the largest and smallest values entered during the filter time.
- Enhanced filter shows the average of values except for the two largest and two smallest values entered during the filter time.

Release Notes for GT-3708

• Release Notes for GT-3708 FW Rev1.003.pdf

GT-3708 connection of 3-wire PT100 sensor

​Attached example of a 3-wire connection.

• GT-3708 connection of 3-wire PT100 sensor.pdf

Release Notes for GT-3804

• Release Notes for GT-3804 FW Rev1.004.pdf

Release Notes for GT-3808

• Release Notes for GT-3808 FW Rev1.004.pdf

Important Product Notice - ProfiNet 100days issue

Below described issue is solved by using these F/W versions (or later updates):
 - Beijer ProfiNet GL9087 HW 1.00 FW Rev1008 (20231020) - 100days issue solved!
 - Beijer ProfiNet GL9087 HW 2.00 FW Rev2000 (20231020) - 100days issue solved!
 - Beijer ProfiNet GN9287 FW Rev1011 (20231020) - 100days issue solved!
 - Beijer ProfiNet M9287 FW Rev1004 (20231020) - 100days issue solved!

Important notice!

• Profinet Network issue 2023-11-06.pdf

GN-9284/GL-9084 - Occupied station(s)

​The number of occupied stations = amount of data for data exchange

Maxiumum 4 stations this equals to 256DI, 256DO, 128AI (16bit), 128AO(16bit)

1 station occupies 64DI, 64DO, 32AI(16bit), 32AO(16bit)

The amounf of occupied stations per network adapter is based on the number of installed modules and how much data they occupy.

There is no way at the time of writing to set a fixed amount of stations in a network adapter.

Firmware upgrade instruction for G- and M-series network adapters

​For the Remote I/O network adapters with RJ45 Ethernet interface follow this guide.

• Firmware upgrade instruction for G- and M-series_2024-12-02 (Rev.3).pdf

G-series GL-9073 - Node addressing

​GL-9073 has three dip switches to set a slave id between 1-7.

If a higher slave id is needed the EEPROM must be used.
 - Set dip sw 1-3 --> OFF
 - Slave id is now 1 (default value at delivery)
 - Write a new value to register 16#1100, the MSB, Bit8-15. (LSB is fixed to 1)
 - The new setting will take immediate effect without restarting the node. (Changing the dip sw requires a restart for changes to take effect)

See attached file! 

• G-series GL-9073 - Node addressing.pdf

GL-9089/GN-9289 TCP connections

The maximum amount of concurrent TCP connections is 10

When all connections are occupied the web page will not be accessible.

On the start page when browsing the adapter the clarification of available connections simply indicates that the amount of connections is less than 10 if you can see the page.

In the older NA-9189 there was a specific page where all the connections could be seen however this page is not available in GL-9089 or GN-9289.
https://www.beijerelectronics.com/en/support/Help___online?docId=56693

G-series GL-9089 Writing to adapter parameters fails

​GL-9089 with firmware 1.002

Supported function codes for writing network adapter parameters are FC06 (Single register) and FC16 (Multiple register)
Usage of FC06 will fail if the adapter is of version 1.002 or older.
"Modbus Error 02, Illegal data address"

Solution #1 Use FC16 and specify the amount of registers to write

Solution #2 Upgrade the adapter to firmware 1.003 or newer.

Quick start guide, Profibus DP, NX5001 connected to GN-9222, SUEN00409

​This document provides guidelines when working with BCS Tools and NX5001 to start Profibus DP communication to GN-9222. 

• Profibus DP, NX5001 connected to GN-9222 SUEN00409.pdf

How to optimize the ProfiNet network (GN-9287, GL-9087 and M9287)

​Please read attached description and steps to be taken regarding, how to improve and optimize the ProfiNet communication of the GN-9287, GL-9087 and M9287 network adapters.

• How to optimize the ProfiNet networks (Rev.1)_2024-04-14.pdf

Usage of noise filter modules (GT-7x51 / M7x51)

Regarding the G- and M-series Remote I/O and using noise filter modules, see attached knowledge document. For further details, refer to the specification document of each filter and power module.

Example: GT-7151 (None ID type, passive module), GT-7851 (ID type) and M7151 (None ID type, passive module)

Link to documentation of G-series power modules

• [Knowledge] GT-7x51 and M7x51 noise filter modules (Rev.1)_2024-12-16.pdf

Connect encoders with no differential signal (only A+ and B+)

Install and activate Portainer on GL-998x (GL-9981/ GL-9982)

​To install Portainer on GL-998x (GL-9981, GL-9982) follow instruction below, find a few examples in attached knowledge document.

1) Note! Make sure the GL-998x device have internet access. 

2) Then copy below lines and paste it into the SSH (Linux) console:

• [Knowledge] Install and activate Portainer on GL-998x_2025-09-10.pdf

Remove WebIQ server from GL-998x (GL-9981 / GL-9982)

• [Knowledge] Remove WebIQ server from GL-998x_2025-09-12.pdf

M937x PIO and Non-volatile memory adjustments! (Retain)

Note! From firmware FW rev 3.002 update (20230111) the non-volatile memory of M9372 and M9373 is changed from 32 to 12KB of which Retain and Persistent Retain memory has been changed from 16 to 6KB each. 

Release Notes for M9386

• Release Notes for M9386_BE Rev1.003 (ENG)_20250224.pdf

Release Notes for M9289

• Release Notes for M9289_BE Rev1.006 (ENG).pdf

Quick start guide, Modbus TCP/UDP, Ethernet IP, CC-Link IE Field Basic network adapter, M9289 - SUEN00415

SUEN00415 - How to set IP address, Subnet Mask and Gateway for M-Series network module M9289

• M9289 IP address Subnet and Gateway Setting SUEN00415.pdf

M9289 and MD9289 - Setting the IP address

• M9289 and MD9289 - Setting the IP address (Rev.1.2).pdf

Release Notes for ML9089

• Release Notes for ML9089_BE Rev1.006 (ENG).pdf

Crevis ST-3708 - Divergent (bad) values QA: Check if 3-wire sensor is used and NOT 2-wire)

Crevis ST-3708

Use 3-wire sensors with ST-3708 always.

CoDeSys, PIO (NA-9379), ST-3702 change Pt100 to Pt1000

The example shows how to change the default setting for ST-3702.
- Change parameter for ST-3702 from Pt100 to Pt1000

All moduls parameter and memory: "FnIO_Configuration_Parameter_Memory_Register_rev107.pdf"

ST-3704, ST-3708, Wrong value in catalog, manuals and IO Guide Pro

Are the value different in ST-3704, ST-3708 compere with ST-3702?

Manuals, IO Guide Pro and the cataloge shows like picture!

Answer:
All of our RTD product (ST-3702, ST-3704, ST-3708) should be supported same range of sensor.
Use the table for ST3702

The manuals, Catalog and IO guide pro will be updated.

FnIO, Analog IO update Time

ST-3704, ST-3708, Analog temperature (RTD) modules

ST-3704, 4 channel RTD module
ST-3708, 8 channel RTD module 

Both modules are equipped with 20 pins connectors.
- Use a cable with open end, CON20-Open-Cab.

ST-3702, ST-3704, ST-3708, Overall accuracy

Module Error:
±0.1% Full Scale, Ambient temperature 25
±0.3% Full Scale, Ambient temperature 0, 60

Example, Customer case:
PT100 sensor (three-wire)  measured by the calibrated instrument.
This value are compared with the value from ST-3702.
=> ST-3702 show 0.4 -1.0 degrees too much at about 22 degrees
- Are this value normal?

Percent Error = ((Actual Counts - Expected Counts) / 10500 (PT100 range count, -2000 to 8500)) * 100%
# Expected  Temp (22,0 degrees) / Count (220)
# Actual Temp (22,4 degrees) / Count (224) : % Error = ((224 - 220)/10500) * 100% = 0.038%
# Actual Temp (23,0 degrees) / Count (230) : % Error = ((230 - 220)/10500) * 100% = 0.095%

So the value is normal.

ST-3702, ST-3704, ST-3708: Ni1000-LG

ST-3702, ST-3704, ST-3708, Filter Type (parameter)

*1 Filter Type: Byte1/Bit4
- Normal filter shows the average of values except for the largest and smallest values entered during the filter time.
- Enhanced filter shows the average of values except for the two largest and two smallest values entered during the filter time.

ST-3702, Data Resolution not supported

Manuals and IOGuidepro will be updated
The function are supported in ST-3704 and ST-3708.

ST-2792 and ST-4491, Modules for Building Automation industry

ST-2792 and ST-4491, are available in the range of FnIO Series Remote I/O system from Crevis.

ST-2792 is a 2 channel relay output module with Manual override function for both two outputs.
Via switches in front of the module both outputs can be manually set to ON / OFF / AUTO function.

ST-4491 is a 1 channel analogue output module (0-10V) where the analogue output signal manually can be set to desired value.
MAN / AUTO function is set via a Mode switch in front of the module, in "MAN" position the output value is set by a pot meter in front of the module,
in "AUTO" position output is controlled via the PLC program.

Both modules are developed especially to meet requirements in the Building Automation industry where manual override is a request for many applications.

Preliminary manuals are available in Help Online.

Technical specifications:

Output with diagnostic, Crevis

Max lamp load in FnIO, example ST-2328

CODESYS do not support read/Write to Memory Register Map at Crevis S-series

Not working in Ethercat and PIO (NA-93xx).
The most Modules with Register Memory Map have a parameter area with same function as for the Memory register Map.
More information in the manual "FnIO_Configuration_Parameter_Memory_Register_rev10x".

There are a solution for Modbus TCP (can also be used for Modbus RTU), see related link.
Memory Register Map in Highspeed mudules ST-5101 and ST-5111.

High-speed Counter modules ST-5101, ST-5111, ST-5112, ST-5114, A/B phase

​ST-5101 5 VDC / ST-5111 24 VDC
1 Channel, 1-, 2- or A/B-phase

ST-5112 24 VDC
2 Channels, 1-phase or 1 channel A/B-phase

ST-5114 24 VDC
4 Channels, 1-phase or 2 channel A/B-phase

ST-5101 (ST-5111), Latch function

ST-5111, How does the module work at overflow

NA-9286, Fault Action Setting (Output)

This function are supported from Firmware Version 1.003 (20170705). Delivered in NA-9286 with hardware 1.63.
Special register 0x1100 is used to control the output status at communication errors.

Value: 0x0000, Disable Fault status
- All outputs are turned OFF (FALSE)

Value: 0x0001, Enable Fault status
- All outputs are turned to the status according the values entered as Fault State values (Init parameters in the EtherCat Master).

Value:  0x0002 Hold Last state
- All outputs stays in their last state before the communication error (Freeze).

​

NA-9286, Check if communication is OK?

What would be the right way to confirm that we have communication with NA-9286 through EtherCat?

When you look under Diagnostics on NA-9286 in the specific slave configuration the Current State will change depending on communication status.

Current State will show us the whole procedure from INIT (1) to Operational (8).
Normally we use Operational (8) as a confirmation that we have established communication with slave.

Please see pictures below

NA-9289, IP setting Method, BootP and DHCP

IP-Address Setup using BOOTP/DHCP Server
If the adapter BOOTP/DHCP enabled (DIP switch 9= ON), the adapter sends BOOTP/DHCP request message of 20 times every 5sec.
If BOOTP/DHCP server does not response, the adapter applies it´s IP Address from EEPROM (Latest saved IP Address).

The adapter special register "0x1045 (4165)" are used to configure the IP setting method:
BootP or DHCP.  (0:BOOTP, 1:DHCP (Default : 0)).

This register can be edit with IO Guide Pro / Modbus...

Read the value:

Setting DHCP (write 0001 to 0x1045):
When Setting BootP (write 0000 to 0x1045)

Result:

After setting, restart NA-9289 (then the value will be updated).

NOTE!
- After setting of IP address, set dip switch 9 to OFF!
- When adapter special register "0x1045 (4165)" is set to "0000" (BootP) the switch 9 can be ON or OFF.

IP setting on NA-9289

If BOOTP is used to set the IP of the NA-9289 do that on a LAN without a DHCP-server, DIP-switch 9 on the NA-9289 is for both BOOTP and DHCP.
After setting the IP via BOOTP set the DIP-switch to OFF or otherwise the NA-9289 will get a new IP from a DHCP-server if it´s later connected to a network like that.

NOTE!
Depends on value in register 0x1045

NA-9131, Input / Output area

Input

1 station =>     RX00-RX0F
2 stations =>     RX00-RX2F
3 stations =>     RX00-RX4F
4 stations =>     RX00-FX6F

Systemarea, Input

1 station =>     RX10-RX1F, (n=1)
2 stations =>     RX30-RX3F, (n=3)
3 stations =>     RX50-RX5F, (n=5)
4 stations =>     RX70-FX7F, (n=7)

Output

1 station =>     RY00-RY0F
2 stations =>     RY00-RY2F
3 stations =>     RY00-RY4F
4 stations =>     RY00-FY6F

Systemarea, Output

1 station =>     RY10-RY1F, (n=1)
2 stations =>     RY30-RY3F, (n=3)
3 stations =>     RY50-RY5F, (n=5)
4 stations =>     RY70-FY7F, (n=7)

Input register

1 station =>     RWr0-RWr3
2 stations =>     RWr0-RWr7
3 stations =>     RWr0-RWrB
4 stations =>     RWr0-FWrF

Output register

1 station =>     RWw0-RWw3
2 stations =>     RWw0-RWw7
3 stations =>     RWw0-RWwB
4 stations =>     RWw0-FWwF

Parameter Write

1 station =>     RWw0-RWw3 (4 register)
2 stations =>     RWw0-RWw7 (8 register)
3 stations =>     RWw0-RWwB (12 register)
4 stations =>     RWw0-FWwF (16 register)

Parameter Read

1 station =>     RWr0-RWr3 (4 register)
2 stations =>     RWr0-RWr7 (8 register)
3 stations =>     RWr0-RWr11 (12 register)
4 stations =>     RWr0-FWr15 (16 register)

NA-9131, CC-link, Change and calculation of occupied stations

Baudrate Select Switch change baudrate and Addressing type.

Fixed Addressing occupies 4 stations.
Example, Number "1" of Rotary switch occupies 4 station and baudrate is 625 Kbps.
 
Auto Addressing occupies minimum number of stations depending on I/O  size.
Example, Number "9" of Rotary switch occupies minimum number of stations and baudrate is 10 Mbps.

From manual

  
Calculation 

In the NA-9131 there is a system area of 2 bytes reserved. According to the CC-link V1 standard, 1 station has 32 points and 4 registers (16bit) / Node. 
 
Example: NA-9131 | ST-1218 | ST-1218 | ST-1214
Occupied size:         1byte         1byte        1byte = 3 bytes
This node occupies 2 stations (2 bytes resvered + 3 bytes I/O).
 
Analog unit (and special module).
You can have max 16 analog in and 16 analog out. RWr/RWw:  16 points (4 stations occupied) / Node.

NA-9188, IP-setting

How to set the IP.

 If “Enable Bootp” is checked, the IP Address will be lost when you restart NA-9188

• [NA-9188] how to set IP Address.pdf

Beijer Electronics - Device Runtime and Compiler versions in CODESYS

Attached documents describes following;

• What versions of project compiler and runtime you should use when programming our codesys related products.

PLEASE NOTE: For newer versions of the X2 image, see https://www.beijerelectronics.com/en/Support/Help%20online?docId=68259

- TxA SoftControl
- TxB SoftControl
- TxB SoftMotion
- "PIO" Programmable I/O
- X2 Control

• What versions of communication drivers you should use in Codesys when communicating out from our Codesys related products, based on what CODESYS runtime currently installed in the device.

- Serial Modbus RTU
- Ethernet Modbus TCP
- EtherCAT

• Codesys communication driver versions_20181129.pdf
• Codesys Runtime and compiler versions_20181129.pdf

FnIO-S Series (Crevis), Supported Modbus Functions Codes

• Crevis_Modbus_FNCx.pdf

PIO Index was outside the bounds of the array

13 OCT 2016

• ​ PIO
• NA-9371 \ NA-9372 \ NA-9373 \ NA-9379 \ Codesys

Error message  " Index was outside the bounds of the array " When going online

This is often caused by missing or wrong i\o slices / modules in the PIO node.
The node need to be equipped with the exact i\o's specified in the Codesys application. 

PIO - OPC connection

Start-up document: Setup NA-9373 (PIO) as Modbus RTU master

Attached document describes how to configure the NA-9373 to act as modbus master.

Document was made to ease the connection between the NA-9373 and BFI inverters using the programexample found in related links.

You'll need to use the Crevis software I/O guide Pro to configure the NA-9373.

• How to setup NA-9373 as modbus RTU master.pdf

NA-9161, Max Analog Input and Analog Output

Number of PDOs: 8 Transmitt / 8 Receive
Input area 64 Bytes / Output area 64 bytes

One PDO can handle 8 bytes (total 8 PDOs * 8 Bytes = 64 Bytes)

Analog Input: 1 Analog Input take 2 bytes
=> 1 PDOs can handle 4 Analog Input
=> 8 PDOs can handle 32 Analog Input

Analog Output: 1 Analog Output take 2 bytes
=> 1 PDOs can handle 4 Analog Output
=> 8 PDOs can handle 32 Analog Output

Digital Input/Output:
64 Bytes = 64 *8 bits => 512 Input / 512 Output

Max I/O:
512 Digital Input / 512 Digital Output
or 32 Analog Input / 32 Analog Output
The different I/O types can be combined.

NA-9131, Clear outputs when network error

When network error (cable error, no power to cpu, plc is stopped) the output are cleared (default setting).

• NA-9131, Clear outputs when network error.pdf

NA-9286, NA-9289, Change parameter in I/O moduls with IO Guide Pro

The configuration software “IO Guide Pro” can be used to change I/O-moduls parameter.
Modbus RTU (serial, RS-232) is used to connect the computer to the EtherCAT node (NA-9186).

• Config_IO_ModbusRS232_20150608.pdf
• NA_9186_Config_IO_20130920.pdf
• Test_NA9186_ParameterChangeST3702.CIO

NA-9189, IP-Adress setting with ARP and IO Guide Pro

IP adress change:
The adress can be changed in two ways.
- The basic way is by "arp" commands from the old dos command promt. This is explained further down.  
- The most intuitive way to change the adresses is probably to use the "boot server tool" in the software "IO Guide Pro"

Setting of the IP address via the ARP table

After IP-Address setup using ARP.

IP Address = 192.168.123.237
Subnet Mask = 255.255.255.0

Gateway = 192.168.123.254

Example:
Change Ip 192.168.0.227 to 192.168.0.228

• NA-9189, IP-Adress setting with ARP and IO Guide Pro.pdf

NA-9189, Modbus TCP node default IP adress

NA-9173, NA-9171, Max Watchdog time

Max time are 65535 (1 unit=100 ms).

Watchdog can be set OFF and then the node get no "Fault action".

=> Set DIP-switch NO. 4 to ON. Then the  watchdog function should be disable.

Another option:
- Set the 0 value for watchdog time, (Default is 50). It would be set "infinite", It will do not fault action.

NA-9189, Modbus TCP node default IP adress

​

IP-adress 192.168.123.1

Subnet mask 255.255.255.0

Default Gateway 192.168.123.254

In the IO Guide you can change to default setting or a new configuartion.

There must be  I/O module in the node when Reset Default.

In these case there was no IO-module

For more information (knowledge):

NA-9189, IP-Adress setting with ARP and IO Guide

NA-9173, initial settings of node

Tested with IOGuidePro ver 1.1.01 and NA-9173 (F/W 1004, H/W 2.02).

Input Process Image mode always retains its position.
- regardless if you change, delete or insert a new module.
The mode  can only be changed by the PLC programs or IOGuidePro.

Module setting is changed at:
- change in the node (add or remove module)
The settings are retained when replacing the module (eg, ST-3702 against another ST-3702).

If NA-9173 are exchanged, all settings must be done again.

All network adapter work at the same way.

NA-9189, How to change the TCP Connection Timeout parameter

NA-9173, Maximum number of device without repeater (Modbus RS485)

A figure of 32 device is always authorized on any RS485-MODBUS system without repeater.
Depending of :
- all the possible addresses.
- the figure of RS485 Unit Load used by the device.
- and the line polarization in need be.
RS485 system may implement a larger number of devices. Some devices allow the
implementation of a RS485-MODBUS serial line with more than 32 devices, without repeater.
In this case these MODBUS devices must be documented to say how many of such
devices are authorized without repeater. The use of a repeater between two heavy loaded
RS485-MODBUS is also possible.

Use Westermo repeater RD-48. Up to 8 unit´s can be used in a network.

NA-9473, The output are not RESET when there are communications error

The output are not RESET when there are communications error.
We have try to change the watch dog timer (0x1020). Still problem.

We use: NA-9473, F/W1.001, H/W 1.10

Solution
New F/W version 1.002 (26 mars 2013).
Update can be done at service department.

The watchdog function is now default.
Disable the watchdog: set the 0 at register 0x1020(4128d).
This set value would be stored at EEPROM.

TxB Softcontrol - Check communication status against ModbusTCP (NA-9289)

Simple Codesys-logic to check that ModbusTCP communication is running OK towards I/O node.

Tested with T7B SC (3.5.7.10) and NA-9289 (FW 1.008).

• TxB_NA9289_ComStat.projectarchive

NA-9122, Extended Diagnostic information

Correction in the manual

- The ID diagnostic Header is 0x49 not 0x45.

NA-9122, Configuration

FnIO Bus Time, NA-9122

The FnIO bus time (update of I/O) in a FnIO node with:
- two I/O moduls take appr 1,2 ms
- 25 I/O moduls take appr 11 ms
PLC cycel time change from 0,4 ms to 0,6 ms
ProfibusDp time do not change (appr. same time for 1,5 and 12 Mb)

More information in "FnIO_BusTimeNA9122.pdf"

• FnIO_BusTimeNA9122.pdf

Conversion guide for alternative products between S-series remote IO to G- or M-series

​Use this PDF to chose a corresponding product. In some cases there are several alternatives that may need deeper investigating but in general:
- S- and G- (or M-) series modules cannot be mixed since they are mechanically different, however it is perfectly possible to have connect a S-series and G-series network adapter to the same network.
- The G-series is great all-purpose family that will work in most cases although not marine applications.
- The M-series is adapted for demanding applications and environments. It offers hot-swap and redundancy and is has a marine certifications.  

• FnIO Alternative module lists.pdf
• FnIO Alternative module lists.xlsx

CODESYS Control Basic L, license included with GL-9981-C-1

The Control Basic L license is specially designed for applications size of up to 3 MB, with up to two fieldbus instances and supports 256 I/O channels and take advantage of OPC UA and Web visualization (Webvisu).  

The GL-9981 hardware together with CODESYS Control Basic L license support:

• CODESYS 3.5 SP19 patch 4
  
• Code size: 3 MB
• Number I/O channels: 256
  
• Fieldbus: Modbus TCP 
  
• Visualization up to 128 tags
  
• OPC UA Server up to 512 tags
  

Read more about CODESYS application based licenses at:
https://store.codesys.com/en/howto_applicationbasedlicenses

G- and GL-series Drawing, 3D / 2D CAD files (Mechanical)

​File extension: *.pdf *.dwg *.stp (step)

• FnIO-G drawings (DWG, PDF) 20221129.zip
• GL-series_3D,2D CAD File_20230103.zip
• G-series Drawing Pdf Dwg Stp 20190221.zip
• G-series_3D,2D CAD File_20230103.zip

G- and GL-series Drawing, 2D CAD files #1 (Electrical)

​File extension: *.pdf *.dwg

• G-series_2D Diagram_rev.1_20220504.zip

M- and ML-series Drawing, 2D CAD files #5 (Electrical)

​​File extension: *.pdf *.dwg

• M Series_2D Diagram_rev.5_20250120.zip

M- and ML-series Drawing, 3D / 2D CAD files (Mechanical)

​File extension: *.pdf *.dwg *.stp (step)

• ML-Series_3D,2D CAD File_20230103.zip
• M-series 3D,2D CAD File_20230103.zip

FnIO S Series, Cable connection (ST-RTB Wiring Specification)

• st-rtb wiring.pdf

Remote IO serial Modbus RS485 wiring (RTU)

​How to wire Remote IO RS485 Modbus communication!

Examples with serial communication, pin configuration and wiring between:

• X2 series HMI and X2 pro/extreme/marine (SC) PLC
  to Beijer Remote IO like GL-9073 and GN-9273.
  
• GL-9972 / GL-9973 / GN-9372 / GN-9373 / M9372 / M9373 Programmable IO PLC to GN-9273 / M9273 / GL-9073 Remote IO. 
  
• Nexto Xpress PLC to GL-9073, GN-9273 and M9273 Remote IO.
• Nexto BCS-NX3003 PLC to GL-9073 Remote IO.
• Nexto BCS-NX3004/3005 PLC to GL-9073 Remote IO.
  
• Nexto BCS-NX3008, serial connected to GL-9073 Remote IO.
  
• Nexto BCS-NX3010 / 3020 / 3030 PLC to GL-9073 Remote IO.
  
  

• Remote IO serial communication wiring (Rev 1.01) 20230404.pdf

Cable CAB155: Cable for CANopen between any product and BFI

​Open end with 3 wires avaliable and RJ45 intended for BFI.

• CAB155.pdf

GL-9073 cable for serial communication

Part No: 100-1180

Description: CAB155, 3m cable for screwterminals and RJ45 between PLC/Crevis and BFI-P2/E3 for CANopen communication

can be used for serial communication RS-485 with GL-9073 (light network adapter) using the RJ45-connector(s).

Note that on the CAB155 "L" should be connected as positive and "H" as negative, see "BFI"-drawing below:

Pinout of RJ45-connector for reference:

GL-9073 provides a DIP-switch to terminate the circuit:

• GL-9073 - RJ45 to 9pin Dsub to X2_BoX2.pdf

AutoCAD drawing including block for Crevis FnIO-S Series

Drawing by Beijer, - 5901E1

Drawing by Crevis. 
- FnIO_S-Series_CAD
- FnIO_A-Series_CAD
- FnIO_S-Series_CAD_STEP.zip in STEP format

• FnIO_S-Series CAD-dxf.zip
• FnIO_S-Series_CAD.pdf
• FnIO_S-Series_CAD_dwg.zip
• FnIO_S-Series_CAD_STEP_20180806.zip
• NA-9222_3D_STP.zip
• NA-9222_CAD.zip
• NA-9286_9372_9373.dwg
• NA-9287_3D.zip
• NA-9287_CAD.zip
• NA-9288_3D_STP.zip
• NA-9288_CAD.zip

Autocad (dwg) drawings connection diagram for FnIO S-Series

Wiring diagram for all network adaptors and I/O modules

• FnIO S-Series_Connection(dwg).zip

Application Note Crevis I/O - Important electrical info for Crevis I/O. How to build a stable and safe system

"5911E.pdf"​

• 5911E.pdf

Autocad drawings (pdf) connection diagram for Crevis FnIO-S Series

Wiring diagram for all FnIO-S Series bus nodes and I/O modules,

• WiringDiagram_201605BE.pdf
• WiringDiagram_NA-9286_NA-9289_NA-9372_NA-9373.pdf

G series brochure, BREN636 (english)

• 2015-429-G-series_low 2019-01-23.pdf

UL & cUL Certificate of compliance - Beijer G-series

​FnIO G-Series Network Adapters and I/O Modules 

​NRAQ.E496087 - Programmable Controllers
NRAQ7.E496087 - Programmable Controllers Certified for Canada

• E235505-vol1-MLCertificateofCompliance-E496087.pdf
• E235505-vol1-MLCorrelation-E496087.pdf

CE DoC (Declaration of Conformity) for Beijer G-series modules following the EMC & LV directive.

CE declarations for the Beijer G-series remote I/O products. 

The latest update (Rev.1.1) and attachment include modules for both EMC - Electro Magnetic Compatibility directive and the LVD - Low Voltage Directive.

• 20240808 Beijer Electronics G-series products following the EMC and LV directive (Rev.1.1).pdf
• CE DoC manuafacture declaration Beijer G-series products (Rev.1.1) 20240808 - Signed.pdf

UL & cUL Certificate of compliance - Beijer M-series

FnIO M-Series Network Adapters and I/O Modules 

​NRAQ.E496087 - Programmable Controllers
NRAQ7.E496087 - Programmable Controllers Certified for Canada

• E235505-vol1-MLCertificateofCompliance-E496087.pdf
• NRAQ.E496087 - Programmable Controllers _ UL Product iQ.pdf
• NRAQ7.E496087 - Programmable Controllers Certified for Canada _ UL Product iQ.pdf

UL-HAZLOC Certificate of compliance - Beijer M-series

FnIO M-Series Network Adapters and I/O Modules

Certified for Use in Hazardous Locations:
NRAG.E522453 - Programmable Controllers
NRAG7.E522453 - Programmable Controllers Certified for Canada

• E355715-Vol1-20210526 M-series certificate of compliance.pdf
• NRAG.E522453 - Programmable Controllers for Use in Hazardous Locations.pdf
• NRAG7.E522453 - Programmable Controllers for Use in Hazardous Locations Certified for Canada.pdf

DNV GL - Type Approval Certificate - Beijer M-series

FnIO M-Series Network Adapters and I/O Modules
DNV GL Type Approval Certificate:
 - 20211208_TAA00002Z8-revision1.pdf (Rev.1)
 - 20210426_TAA00002Z8_Type Approval Certificate

Link to knowledge: Common noise filter NBH-06-432-D

• 20210426_TAA00002Z8_Type Approval Certificate.pdf
• 20211208_TAA00002Z8-revision1.pdf

Beijer M-series certificate overview

Latest update revision 1.08, 2025-01-29.

• Beijer M Series certificate overview (Rev 1.08)_2025.01.29.pdf

ATEX Zone 2 Certificate - Beijer FnIO M-series

• UL 22 ATEX 2690X Rev. 0.pdf
• US_UL_ExTR22.0008_00_000.pdf

​CE DoC - Beijer M-series including EMC, LVD, RoHS-II & Reach

• CE DoC manuafacture declaration Beijer M-series products (Rev.1.1) 20240808 - Signed.pdf

FCC DoC - Beijer M-series

• FCC DoC for Beijer M-series products - Signed.pdf

Type Approval: LR Approval FnIO S-series

• FnIO LR_Certificate.pdf

DNV Approval FnIO S-series

This Certificate is valid until 2026-06-30.
"The power supply port shall be equipped with COSEL model NBH-06-432D power noise filter." see link below for more information.

 Link to:  Connection of NBH-06-432D to Crevis I/O (for DNV certificate)

• TAA00000G6_Rev1.pdf

CE Declaration of Confirmity, Crevis FnIO S-Series and AT2-Series

• FnIO-AT_CE_Manufacturer_Maj2013.pdf
• FnIO-NA_CE_Manufacturer_Maj2013.pdf
• FnIO-NA9473_CE_Dec2012.pdf
• FnIO-ST_CE_Manufacturer_Maj2013.pdf
• NA-9371_CE DoC_20150126.pdf
• NA-9372_CE DoC_20150126.pdf
• NA-9373_CE DoC_20150126.pdf
• NA-9379_CE_Manufacturer_July2014.pdf

Type Approval: UL certificate FnIO

• NRAQ.E235505 - UL certificate FnIO.pdf
• NRAQ7.E235505 - UL for Canada certificate FnIO.pdf

M-Series Common User Guide & Hotswap functionality

• Beijer M-Series Common User Guide and Hotswap functionality Rev. 2.00.pdf

Crevis FnIO S-Series, Manuals

FnIO_Configuration_Parameter_MemoryRegister
All moduls parameter and memory
FnIO_NA9111_9112_UserManual
NA-9112
FnIO_NA9122_UserManual
NA-9122
FnIO_NA9222_Spec
NA-9222
FnIO_NA9161_UserManual
NA-9161FnIO_NA9261_Spec
NA-9261FnIO_NA9131_UserManual
NA-9131
FnIO_NA9171_9173_UserManual
NA-9171, NA-9173
FnIO_NA9186_UserManual
NA-9186
FnIO_NA9286_UserManual
NA-9286
FnIO_NA9187_UserManual
NA-9187
FnIO_NA9287_Spec
FnIO_NA9287 Tia V14 Connections 2
FnIO_NA9287_Quick_start_manual
NA-9287
FnIO_NA9188_UserManual
NA-9188
FnIO_NA9288_Spec
NA-9288
FnIO_NA9189_UserManual
NA-9189
FnIO_NA9289_UserManual
NA-9289
FnIO_NA-9473
NA-9473
FnIO_Digital_Input_UserManual
ST-1114, ST-1214, ST-1218, ST-121F, ST-1314, ST-1804, ST-1904
FnIO_Digital_Output_UserManual
ST-2124, ST-2324,ST-2318, ST-2328, ST-221F, ST-222F, ST-2414, ST-2424, ST-2514,
ST-2524, ST-2742, ST-2852, ST-2744, ST-2748, ST-2114, ST-2124, ST-2792
FnIO_Analog_Input_UserManual
ST-3114, ST-3118,ST-3134, ST-3214, ST-3218, ST-3234, ST-3424, ST-3444, ST-3428,
ST-3524, ST-3544, ST-3624, ST-3644, ST-3702, ST-3704, ST-3708, ST-3802, ST-3804, ST-3808,
FnIO_Analog_Output_UserManual
ST-4112, ST-4212, ST-4422, ST-4491, ST-4522, ST-4622, ST-4114, ST-4214, ST-4424
FnIO_HSC_UserManual
ST-5101, ST-5111, ST-5112, ST-5114
FnIO_Serial_UserManual
ST-5211, ST-5212, ST-5232
FnIO_SSI_UserManual
ST-5351
FnIO_PWM_Pulse_UserManual
ST-5422, ST-5442, ST-5444, ST-5641, ST-5642
FnIO_Power_UserManual
ST-7111, ST-7241, ST-7008, ST-7108, ST-7118, ST-7188, ST-7191, ST-7408, ST-7508, ST-7511, ST-7518, ST-7588, ST-7641

• FnIO_Analog_Input_UserManual_REV109.pdf
• FnIO_Analog_Output_UserManual_REV103.pdf
• FnIO_Configuration_Parameter_Memory_Register_rev107_BE1.pdf
• FnIO_Digital_Input_UserManual_REV103.pdf
• FnIO_Digital_Output_UserManual_REV105.pdf
• FnIO_HSC_UserManual_REV106.pdf
• FnIO_NA9111_9112_UserManual_REV110.pdf
• FnIO_NA9122_UserManual_REV1.07.pdf
• FnIO_NA9131_UserManual_REV1.06.pdf
• FnIO_NA9161_UserManual_REV1.08.pdf
• FnIO_NA9171_9173_UserManual_REV1.07.pdf
• FnIO_NA9186_UserManual_REV102.pdf
• FnIO_NA9187_UserManual_REV1.06.pdf
• FnIO_NA9188_UserManual_REV1.05.pdf
• FnIO_NA9189_UserManual_REV1.05.pdf
• FnIO_NA9222_Spec_Rev1.00.pdf
• FnIO_NA9261_Spec_Rev01.pdf
• FnIO_NA9286_Spec_rev3.02.pdf
• FnIO_NA9286_UserManual_REV1.03.pdf
• FnIO_NA9287 Tia V14 Connections 2.pdf
• FnIO_NA9287_Quick_start_manual.pdf
• FnIO_NA9287_Spec_Rev1.02.pdf
• FnIO_NA9288_Spec_Rev1.09.pdf
• FnIO_NA9289_UserManual_REV1.01.pdf
• FnIO_NA-9473_Rev100.pdf
• FnIO_Power_UserManual_REV103.pdf
• FnIO_PWM_Pulse_UserManual_REV1.03.pdf
• FnIO_Serial_UserManual_REV105.pdf
• FnIO_SSI_UserManual_rev103.pdf

Manual: Solution Modbus RTU communication Nexto PLC/X2control/PIO with BFI-P2 BFI-H3 BFI-E3

• SER0015_QS_BFI_ModbusRTU_V2.0.0-EN.pdf

Manual: Solution Modbus TCP communication Nexto/X2control/PIO PLC with BFI-E3

• SER0020_QS_BFIE3_ModbusTCP_V1.0.2-EN.pdf

Manual: Solution Modbus TCP communication Nexto/X2control/PIO PLC with BFI-P2 BFI-H3

• SER0014_QS_BFIP2H3_ModbusTCP_V1.0.3-EN.pdf

M937x M-Series Programmable IO (M9371 / M9372 / M9373)

M9371 Programmable I/O light,
PIO with CODESYS, 512 KB program/96 KB data/4 KB Non‐Volatile memory, SD CARD, USB DRIVE, File System, Master & Slave Node (Modbus TCP/RTU), max 63 slices

M9372 Programmable I/O standard,
PIO with CODESYS, 16 MB program/16 MB data/32 KB Non‐Volatile memory, SD CARD, USB DRIVE, File System, OPC DA/UA, Master & Slave Node (Modbus TCP/RTU), max 63 slices

M9373 Programmable I/O Webvisu,
PIO with CODESYS, 16 MB program/16 MB data/32 KB Non‐Volatile memory, SD CARD, USB DRIVE, File System, OPC DA/UA, Master & Slave Node (Modbus TCP/RTU), max 63 slices

• M9371_M9372_M9373 Beijer FnIO M-Series (Rev 1.10).pdf

M9289 Ethernet TCP/IP M-Series Network Adapter

​Supporting protocol: MODBUS/TCP, MODBUS/UDP, Ethernet/IP, CC-Link IE Field Basic

• M9289 ETHERNET M-series Network Adapter Rev. 2.03.pdf

ML9089 Ethernet TCP/IP M-Series Network Adapter

​Supporting protocol: MODBUS/TCP, MODBUS/UDP, Ethernet/IP, CC-Link IE Field Basic

• [Spec] ML9089 MODBUS TCP Beijer FnIO M-Series (Rev 1.03).pdf

M9386 EtherCAT M-Series Network Adapter

• [Spec] M9386 EtherCAT Beijer FnIO M-Series (Rev 1.06).pdf

M9273 Modbus RTU M-Series Network Adapter

• M9273 MODBUS RTU M-series Network Adapter Rev. 2.02.pdf

[Spec] MD9273 Modbus RTU Beijer FnIO M-Series

• [Spec] MD9273 Modbus RTU Beijer FnIO M-Series (Rev 1.02).pdf

MD9289 MODBUS TCP M-Series Network Adapter (Dual type)

• MD9289 MODBUS TCP M-series Network Adapter (Dual type) Rev. 2.03.pdf

M9222 Profibus DP M-Series Network Adapter

• M9222 PROFIBUS M-series Network Adapter Rev. 2.02.pdf

M9287 PROFINET M-Series Network Adapter

• M9287 PROFINET M-series Network Adapter Rev. 2.02.pdf

M1238 M-series Digital input

​8 Points, Universal Input Terminal, 24 VDC

• [Spec] M1238 Beijer FnIO M-Series (Rev 1.01).pdf

M12DF M-Series Digital input

​16 Channels, Universal Input Terminal, 24VDC

• [Spec] M12DF Beijer FnIO M-Series (Rev 1.09).pdf

M1418 M-Series Digital input / ouput (combo module)

​8 Channels, Sink Input / 8 channels Source Output with Diagnostic, 24VDC

• [Spec] M1418 Beijer FnIO M-Series (Rev 1.08).pdf

M1428 M-Series Digital input / output (combo module)

​8 Channels, Source Input / 8 channels Source Output with Diagnostic, 24VDC

• [Spec] M1428 Beijer FnIO M-Series (Rev 1.07).pdf

M1808 M-Series Digital input

8 ​Points, AC Input Terminal, 120VAC

• [Spec] M1808 Beijer FnIO M-Series (Rev 1.06).pdf

M1908 M-Series Digital input

​8 Points, AC Input Terminal, 240VAC

• [Spec] M1908 Beijer FnIO M-Series (Rev 1.05).pdf

M225F M-series Digital output

​16 Channels, Sink Output Terminal, 24VDC/0.3A

• [Spec] M225F Beijer FnIO M-series (Rev 1.06).pdf

M226F M-series Digital output

​16 Channels, Source Output Terminal, 24VDC/0.3A

• [Spec] M226F Beijer FnIO M-series (Rev 1.06).pdf

M2418 M-Series Digital output

​8 Channels, Sink Output With Diagnostics, 24VDC/0.5A

• [Spec] M2418 Beijer FnIO M-Series (Rev 1.06).pdf

M2428 M-Series Digital output

​8 Channels, Source Output With Diagnostics, 24VDC/0.5A

• [Spec] M2428 Beijer FnIO M-Series (Rev 1.06).pdf

M2618 M-Series Digital output

8 channels, Sink Output Terminal, 24VDC/2A

• [Spec] M2618 Beijer FnIO M-Series (Rev 1.06).pdf

M2628 M-Series Digital output

​8 Channels, Source Output Terminal, 24VDC/2A

• [Spec] M2628 Beijer FnIO M-Series (Rev 1.06).pdf

M2738 M-Series Digital output

​8 Points, MOS Relay Terminal, 240VDC/AC, 0.5A

• [Spec] M2738 Beijer FnIO M-Series (Rev 1.05).pdf

M2744 M-Series Digital output

4 ​Points, Relay Terminal, 24VDC/2A, 240VAC/2A

Relay output, Form A / SPST / Normally open (NO)
SPST = Single Pole-Single Throw normally open contact.

• [Spec] M2744 Beijer FnIOM-series (Rev 1.07).pdf

M2768 M-Series Digital output

​8 Points, MOS Relay Terminal, 24VDC/AC, 2A

• [Spec] M2768 Beijer FnIO M-Series (Rev 1.05).pdf

M2774 M-Series Digital output

​4 Points, Form C, Relay Terminal, 24VDC/2A, 240VAC/2A

• [Spec] M2774 Beijer FnIO M-Series (Rev 1.05).pdf

M2788 M-Series Digital output

​8 Points, MOS Relay Terminal, 110VDC/AC, 1A

• [Spec] M2788 Beijer FnIO M-Series (Rev 1.05).pdf

M3114 M-Series Analog input

​4 Channels, Current Input, 0~20 mA / 4~20 mA, 12bit

• [Spec] M3114 Beijer FnIO M-Series (Rev 1.01).pdf

M317F M-Series Analog input

​16 Channels , Current Input, 0~20mA / 4~20mA, 12bit

• [Spec] M317F Beijer FnIO M-Series (Rev 1.05).pdf

M319F M-Series Analog input

​16 Channels 18pt RTB, Current Input, 0~20mA / 4~20mA, 16bit

• [Spec] M319F Beijer FnIO M-Series (Rev 1.04).pdf

M347F M-Series Analog input

16 Channels , Voltage Input, 0~10VDC / 0~5VDC / 1~5VDC, 12bit

• [Spec] M347F Beijer FnIO M-Series (Rev 1.05).pdf

M349F M-Series Analog input

• [Spec] M349F Beijer FnIO M-Series (Rev 1.05).pdf

M3708 M-Series Analog input

​8 Channels, RTD / Resistance Input

• [Spec] M3708 Beijer FnIO M-Series (Rev 1.07).pdf

M3744 M-Series Analog input

​​4 Channels, RTD / Resistance Input

• [Spec] M3744 Beijer FnIO M-Series (Rev 1.04).pdf

M3808 M-Series Analog input

​8 Channels, TC/mV Input

• [Spec] M3808 Beijer FnIO M-Series (Rev 1.06).pdf

M39x8 M-Series Analog input (M3918/M3928/M3938/M3948 )

M3918 (8 Channels, Differential Current Input, 0~20mA / 4~20mA / -20~20mA, 12bits)
M3928 (8 Channels, Differential Voltage Input, 0~10V / 0~5V / -10~10V / -5~5V, 12bits)
M3938 (8 Channels, Differential Current Input, 0~20mA / 4~20mA / -20~20mA, 16bits)
M3948 (8 Channels, Differential Voltage Input, 0~10V / 0~5V / -10~10V / -5~5V, 16bits)

• [Spec] M39x8 Beijer FnIO M-Series (Rev1.05).pdf

M4118 M-Series Analog output

​8 Channels, Current Output, 0~20mA, 12bit

• [Spec] M4118 Beijer FnIO M-Series (Rev 1.07).pdf

M4158 M-Series Analog output

​8 Channels, Current Output, 0~20mA, 16bit

• [Spec] M4158 Beijer FnIO M-Series (Rev 1.06).pdf

M4214 M-Series Analog output

​4 Channels, Current Output, 4~20 mA, 12bit

• [Spec] M4214 Beijer FnIO M-Series (Rev 1.01).pdf

M4218 M-Series Analog output

​8 Channels, Current Output, 4~20mA, 12bit

• [Spec] M4218 Beijer FnIO M-Series (Rev 1.06).pdf

M4258 M-Series Analog output

​16 Channels, Current Output, 4~20mA, 16bit

• [Spec] M4258 Beijer FnIO M-Series (Rev 1.06).pdf

M4314 M-series Analog output

​4 Channels, Current Output, 4~20 mA, 550 ohm, 12bit

• [Spec] M4314 Beijer FnIO M-Series (Rev 1.03).pdf

M4428 M-Series Analog output

​8 Channels , Voltage Output, 0~10V, 12bit

• [Spec] M4428 Beijer FnIO M-Series (Rev 1.07).pdf

M4468 M-Series Analog output

​8 Channels, Voltage Output, 0~10V, 16bit

• [Spec] M4468 Beijer FnIO M-Series (Rev 1.06).pdf

M700x M-Series Power modules (M7001 / M7002)

• [Spec] M700x Beijer FnIO M-Series Rev. 2.04.pdf

M7x51 M-series Power Filter modules (M7151 / M7851)

• [Spec] M7x51 Beijer FnIO M-Series (Rev 1.03).pdf

M7x41 M-series Power Distributor modules (M7241 / M7641)

• [Spec] M7x41 Beijer FnIO M-Series (Rev1.02).pdf

M52xx M-series Serial (M5212 / M5222 / M5232)

M5212 (2 Channels, RS-232 Serial Interface)
M5222 (2 Channels, RS-422 Serial Interface)
M5232 (2 Channels, RS-485 Serial Interface)

• [Spec] M52xx_Serial_Beijer FnIO M-series (Rev 1.03).pdf

M5914 M-series Communication (HART)

​4 channels single ended, Current Input, 4-20mA with HART

• [Spec] M5914 Beijer FnIO M-series (Rev 1.05).pdf

M5112 M-series High Speed Counter

​2 Channel, High Speed Counter, Encoder Input, 5-24 VDC nominal.

• [Spec] M5112 Beijer FnIO M-series (Rev 1.07).pdf

M5122 M-series High Speed Counter

​2 Channels, High Speed Counter, Encoder Input, 5-24 VDC

• [Spec] M5122 Beijer FnIO M-Series (Rev 1.02).pdf

M5758 M-series PTC input

​8 Channels, PTC input

• [Spec] M5758 Beijer FnIO M-Series (Rev1.01).pdf

M5442 M-series PWM output

​2 Channels PWM Output, 0.5 A / 24 VDC, Push-pull

• [Spec] M5442 Beijer FnIO M-Series (Rev 1.01).pdf

NA-9372, PIO Manual

NA-9372 and NA-9373​

• NA-9371_2_3_UserManual_REV1.07_1017.pdf

Beijer M-series Caution and Warning (ATEX & RoHS) Rev.3.02

• Beijer M-Series Caution and Warnings - ATEX and RoHS (Rev302)_2022-10-17.pdf

Crevis FnIO - Product Catalog

• FnIO_S_Catalogue_2016_rev01_All_BE.pdf
• FnIO_S_Catalogue_2016_rev01_BE3.pdf

GT-5904 - Device Description XML (Beijer)

​Can be used in combination with G-series Programmable IO

• GT-5904 - Device Description XML (Beijer).zip

G-Series Programmable IO - Device Description (XML)

• Beijer G PIO IO XML_(Update 2024.10.21).zip
• Beijer G PIO XML_Update_2024.03.06.zip
• Revision history of Beijer G-PIO XML.pdf

GL-998x Series Programmable IO - Device Description (XML)

Current version 4.14.0.1

Contents

• Beijer_G-Series_4.14.0.1_devdesc_h.xml
  
• Beijer_G-Series_4.14.0.1_rack_h.xml
  
• Beijer_IoDrvExpIOs_4.14.0.0_h.compiled-library
  

• DevDesc_XML_4.14.0.1.zip
• OldVersions_Beijer_998x_RPI PIO Description.zip

G series, GL-9084, CSPP-file for CC-link IE Field BASIC

• 0xFFFF_GL-9084Beijer_1.0.2_en.CSPP.zip

GN-9261, EDS-file for CANopen

• GN-9261_CANOpen _GV_v112_eds.zip
• GN-9261_CANOpen _GV_v113_eds.zip

G series, GN-9284, CSPP-file for CC-link IE Field BASIC