IC694MDL660 Product datasheet 

IC694MDL660 Functional Description   

The IC694MDL660 RX3i 24VDC Input Module 32 point is a high-density 32-point discrete input module designed for the PACSystems RX3i platform, originally developed by GE Intelligent Platforms and now under Emerson Automation. This module features four isolated groups of eight channels each, operating with a 24V DC nominal input voltage within a 0-30V DC range. Each channel of the IC694MDL660 General Electric Discrete input module requires 7.0 mA at rated voltage, with on-state operation between 11.5-30V DC and off-state below 5V DC. The module's group isolation design provides 250V AC continuous isolation between input groups, ensuring reliable operation in industrial environments.

A significant feature of the Input module General Electric IC694MDL660 is its configurable input filtering system, offering seven selectable filter times from 0.5ms to 100ms to prevent false triggering from environmental factors like contact bounce or electrical noise. These filter settings determine the on/off response times of the input points, allowing customization for specific application requirements. It requires compatible high-density terminal blocks (IC694TBB032 or IC694TBS032) for proper installation and operation in RX3i systems.

The PACSystems IC694MDL660 General Electric incorporates comprehensive diagnostic capabilities, including individual LED indicators for each channel that display real-time input status. With a power consumption of 300mA including all inputs, the module is designed for efficiency while maintaining robust performance. Compatibility requires an RX3i CPU with release 2.90 or later, as it is not compatible with Series 90-30 CPUs, ensuring proper integration within modern automation architectures.

Designed for industrial durability, the GE IC694MDL660 INPUT MODULE provides reliable signal acquisition for various discrete input applications. Its high-density design makes it ideal for space-constrained installations while maintaining excellent signal integrity and noise immunity. The module's advanced features and flexible configuration options make it a versatile solution for complex automation systems requiring precise input handling and diagnostic visibility in demanding industrial environments.