GE Fanuc | IC697MDL750 | Series 90-70 | Discrete Output Module

Overview:  

The GE Fanuc IC697MDL750 is a high-density DC discrete output module designed for the Series 90-70 PLC family. Originally developed by GE Fanuc and now supported by Emerson Automation, this module provides reliable switching capability for multiple loads in demanding industrial environments.

Technical Specifications:

• Series: GE Fanuc Series 90-70

• Output Channels: 32 discrete outputs, organized into 4 groups of 8

• Output Voltage Range: 20–60 VDC

• Rated Voltage: 24/48 VDC

• Output Current: 0.5 A per point, 2 A per group

• Inrush Current: 10 A for 20 ms

• Voltage Drop: Maximum 1 V per output

• Leakage Current: Maximum 1 mA

• Response Time: 1 ms (on/off)

• Isolation: 1500 V (field to logic), 500 V (group to group)

• Current Draw: 0.25 A from 5V bus

• Mounting: Single-slot module for Series 90-70 baseplate

Key Features:

• High-Density Output: Supports up to 32 devices in a compact footprint

• Group Isolation: Improves fault tolerance and system reliability

• Removable Terminal Block: Simplifies wiring and maintenance tasks

• Positive Logic Output: Optimized for sourcing configurations

• VME Standard Compliance: Ensures compatibility with industrial control systems

• Robust Construction: Engineered for durability in harsh operating conditions

Application Scenarios:  The IC697MDL750 is widely used in industrial automation systems requiring precise control of multiple DC loads. It is particularly suited for applications involving motor control, solenoid actuation, and distributed I/O systems where high-density output and fast response times are critical.

FAQ:

• Q: Can this module be used with other GE Fanuc PLC series?  

• A: No, it is specifically designed for the Series 90-70 family.

• Q: What type of loads can be controlled with this module?

•  A: It is suitable for DC-powered devices such as relays, solenoids, and indicator lamps.

• Q: How does group isolation improve reliability?  

• A: Each group of 8 outputs is electrically isolated, reducing the risk of system-wide faults.