What is the main function of the EMG IDC32-1.1?

The IDC32-1.1 is the "brain" of the German EMG tracking system. It receives sensor signals and controls the hydraulic servo valves to ensure that the steel or aluminum strip does not deviate from its designated path on the production line.

What is the most obvious symptom of an EMG IDC32-1.1 malfunction?

The IDC32-1.1 typically exhibits communication failures in the control cabinet (such as CAN bus errors), servo valve malfunctions, or abnormal LED indicator lights on the board (such as all lights off or a constantly lit red light).

Will high ambient temperatures affect the EMG IDC32-1.1?

Yes. If the control cabinet's heat dissipation is poor and the temperature exceeds 50°C, the board is highly susceptible to logical errors or aging of electronic components.

Is the IDC32-1.1 compatible with IDC32-1.2 or other versions?

Not fully compatible. Although they may appear similar, different versions (such as 1.1 and 1.2) may have different hardware circuits or supported firmware protocols. When replacing parts, the Part No. (T.Nr.) matching should be strictly followed.

IDC32-1.1 From EMG | Motherboar

Specifications

Product Model

IDC32-1.1
Product Parameters

Motherboard
Tariff Code

8537101190
Country of origin

Germany
Place of shipment

Xiamen, China
Estimated Shipping Size

20.2x14.2x4cm
Manufacturer

EMG
Weight

0.5 kg
Rated Voltage

24V DC
Current Signal

4...20 mA
Operating Temperature

0°C to +50°C
Maximum Current

350mA to 3.0A

FAQs

What is the main function of the EMG IDC32-1.1?+

The IDC32-1.1 is the "brain" of the German EMG tracking system. It receives sensor signals and controls the hydraulic servo valves to ensure that the steel or aluminum strip does not deviate from its designated path on the production line.
What is the most obvious symptom of an EMG IDC32-1.1 malfunction?+

The IDC32-1.1 typically exhibits communication failures in the control cabinet (such as CAN bus errors), servo valve malfunctions, or abnormal LED indicator lights on the board (such as all lights off or a constantly lit red light).
Will high ambient temperatures affect the EMG IDC32-1.1?+

Yes. If the control cabinet's heat dissipation is poor and the temperature exceeds 50°C, the board is highly susceptible to logical errors or aging of electronic components.
Is the IDC32-1.1 compatible with IDC32-1.2 or other versions?+

Not fully compatible. Although they may appear similar, different versions (such as 1.1 and 1.2) may have different hardware circuits or supported firmware protocols. When replacing parts, the Part No. (T.Nr.) matching should be strictly followed.

MORE INFORMATION

Overview Manuals Technical notes Cross-Reference Guides

Features:

Built-in PID control algorithm for driving EMG SV series servo valves
CANopen interface
RS232 port
Front panel equipped with LED array

The EMG IDC32-1.1 is a high-performance digital controller board specifically engineered for electro-hydraulic strip guiding systems.

The IDC32-1.1 EMG Motherboard may still be available for purchase and support from Amikon Limited beyond End-Of-Life (EOL) by the manufacturer (OEM).

EMG IDC32-1.1 Motherboard Manuals, Datasheets, Drivers, Link

Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.

The core technology of EMG IDC32-1.1 lies in its integration of a high-performance PID closed-loop control algorithm. It achieves system linkage and parameter configuration through CANopen bus and RS232 debugging interface, which can accurately drive EMG SV series servo valves. It also features EEPROM-based parameter storage, real-time LED status self-checking, and industrial-grade electromagnetic compatibility (EMC) protection for harsh environments such as steel/aluminum processing.

Parameterization: Adjusting electronic "gain," "null point" offset, and "dead band" (to prevent valve chatter).

Oscilloscope Function: Real-time digital monitoring of sensor inputs vs. valve outputs to troubleshoot mechanical lag.