................................................. 2.2.1 Mounting the CIO modules ......................................2.2.2 Dimensions ............................................2.3 Common functions ............................................ 2.4 Wiring and terminals ..........................................2.4.1 Terminal overview CIO 308 ......................................2.4.2 CIO 308 wiring ..........................................2.4.3 CAN bus ............................................... 3. Communication 3.1 Communication setup ...........................................
1.1.2 Legal information and disclaimer DEIF takes no responsibility for installation or operation of the generator set. If there is any doubt about how to install or operate the engine/generator etc. controlled by the specific extension, the company responsible for the installation or the operation of the extension must be contacted.
1.2 About the installation and commissioning guide 1.2.1 General purpose This installation and commissioning guide mainly includes general product and hardware information, mounting instructions, terminal strip descriptions, I/O lists and limits, wiring descriptions and how to produce translations for the CIO module through the USW. The general purpose of this document is to give the user important information to be used in the installation of the unit.
Inspect for damage, and if there is evidence of such, immediately file a claim with the carrier and notify the regional DEIF sales office, your sales representative or a sales representative at DEIF's head office in Skive, Denmark.
2.3 Common functions 1. LED1 (Status LED) LED1 indicates the operation status of the module, and the status output of this LED is located at terminal 3-4. Set up as either status or configurable relay: Set up as status relay INSTALLATION AND COMMISSIONING GUIDE 4189341078D EN Page 6 of 24...
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CIO 116 can use IDs from 1 to 15 CIO 208 can use IDs from 1 to 15 CIO 308 can use IDs from 1 to 15 5. USB for firmware update The firmware of the CIO modules can be updated via the USB port.
2.4 Wiring and terminals 2.4.1 Terminal overview CIO 308 Terminal Name Description Comment +12/24 V DC Power supply 0 V DC Common Status Status output (configurable) Normally open CAN-High CAN-Common CAN bus interface CAN-Low INSTALLATION AND COMMISSIONING GUIDE 4189341078D EN...
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Terminal Name Description Comment Input A Input B Multi-input 8 Input C Input A Input B Multi-input 11 Input C Multi-input group 1 Input A Input B Multi-input 14 Input C Input A Input B Multi-input 17 Input C Input A Input B Multi-input 20 Input C...
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Input type Description Within selected input range (Low range -50 to 250°C or high range: -200 to 850°C) Pt100 sensor Outside selected input range (Low range -50 to 250°C or high range: -200 to 850°C) Within selected input range (Low range -50 to 250°C or high range: -200 to 850°C) Pt1000 sensor...
2.4.2 CIO 308 wiring INFO When thermocouples and Pt100/ Pt1000 sensors are used, it is recommended to connect one of the C terminals to Earth (all C terminals are internally connected). It will minimise noise and sensitivity if touching terminals when measuring.
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INFO A controller cannot have both CIO modules and Beckhoff modules connected Below is an example that shows how the CAN bus can be connected: AGC 200 On the AGC 200, only CAN port C is available. Terminal Function Description CAN H CAN port C CAN L...
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Terminal Function Description CAN L CAN port F CAN H INSTALLATION AND COMMISSIONING GUIDE 4189341078D EN Page 13 of 24...
3. Communication 3.1 Communication setup A few parameters revolving around communication to the CIO can be accessed through the display. Through the CIO tab in the USW, full access to all the CIO parameters is available. The CIO configuration menu is accessed from the top menu bar of the USW. 1.
INFO If the communication to a CIO 116 or CIO 308 module is lost, the AGC will continue with the last received input value. 3.1.1 Step-by-step guide to setting up communication the first time Follow these steps to establish communication to the CIO modules. Setup of the I/Os is described in a later chapter.
4. I/O setup 4.1 CIO info tab 1. Module info This section gives an overview of the specific module's ID and the software and hardware version of the module. This information is important if support is needed for the product. 2.
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INFO Power cycling the CIO module while there is no communication to the AGC will reset the settings results, and the relay will be set as a status relay until communication is established. The CIO configuration is stored in the AGC, and this means that the CIO module will be configured when the communication to the AGC is available.
The relay will activate at a certain predefined limit set point. When the condition that activated the relay has returned to normal, and when the delay has expired, the relay will deactivate. The delay is adjustable. An output relay should be configured as a limit relay, otherwise an alarm will be raised when the output is activated. INFO To use the relay in M-Logic, it must be configured as a limit relay.
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1. Input type This setting determines the type of signal that the sensor sends to the input. Among the options are: Pt100, Pt1000, 0-10 V, RMI, 0-20 mA, thermocoupler types and binary. 2. Scaling This list contains options regarding the origin of the multi-inputs measurement. It is possible to select between various units like °C, bar, kW and "No unit".
0.7 kW in 1 second. 4.3.2 Thermocoupler with cold junction compensation The CIO 308 module compensates for the cold junction. This can be done with the internal temperature measurement if the thermocoupler is connected to the CIO 308 module terminals.
4.3.3 Wire fail detection The CIO 308 module can detect wire fail if the signal goes outside the working range. It depends on the signal type and working range if a short circuit or a broken cable will be detected.
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Input Wire failure low area Normal range Wire failure high area Pt100 (low range) < 80.3 Ω 80.3-194.1 Ω > 194.1 Ω Pt100 (high range) < 18.5 Ω 18.5-390.5 Ω > 390.5 Ω Pt1000 (low range) < 803 Ω 803-1941 Ω >...
"CIO - X.XX N.A." if needed. As example, "CIO-1.17 ###.##" would relate to CIO 308 module no. 1 input 17 with scaling "No unit 1/100" and could be changed into "Fuel tank ###.## L". The hash symbol (#) represents the digits from the measurement.
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AGC 200 The displayed text can be edited in the translations section, and an example of this is shown in the picture below. The unit of the measurement can also be changed in the translation setting, but the text field for the units are shared among all text fields. This means that if "%"...
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