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IC697MDL640 The module is a positive and negative logic discrete input module

Aug 26th,2024 180 Views

Technical specifications of IC697MDL640
Brand GE Intelligent Platform /GE Fanuc
Series 90-70 series
Part number IC697MDL640
Product type Discrete input module
Logical positive/negative
Rated voltage 125 V DC
Input 16
Input current at rated voltage 5 MA
The required current is 0.3
Input voltage range -35 to 145 V DC
Dc power supply. Yes.
Ac power supply no
LED indicator No


The GE Fanuc IC697MDL640 module is a positive/negative logic discrete input module. It is a product of GE Fanuc, manufactured as a member of the 90-70 series. It operates at a voltage of 125 volts direct current and it has 16 points divided into 4 isolation groups with 4 points in each group. The module is compatible with positive/negative logic and proximity switches. The GE Fanuc IC697MDL640 input module has input filters with 1 millisecond or 10 millisecond selection capability, while one of the inputs can be configured as an interrupt input. However, these special features depend on the use of GE IC697 PLC. The module also has IEC compliant input current-voltage characteristics. It has LED indicators that show the on/off status of each point on the PLC logic side of the circuit. These leds are located on the top of the module.

The GE Fanuc Series 90-70 IC697MDL640 input module provides a suitable alternative to similar module types because it employs mechanical keying. In addition, users can configure output and input references without a jumper or DIP switch. When configuring the IC697MDL640 output module, use the configuration functions of the Windows operating system or MS-DOS software running on the Windows NT or 95 operating system through the SNP port or Ethernet TCP/IP port. The programming device can be used to program the software configuration. The GE Fanuc IC697MDL640 input module provides positive and negative logic function, which means that the user will receive current from the input device connected between the module input and the power bus.