IC697MDL653 | Description: Discrete input moduleModel: IC697MDL653
Product Description: Discrete input module
Series: 90-70 series
Rated voltage: 24 volts DC
Number of channels: 32 (32)
Nooooo. Number of groups: 4 (4)
Input current: 10 mA per channel
Nooooo. Number of groups: Eight (8) channels per group
Nooooo. Number of channels per group: 8 (8)
Input voltage range: -3 to +30 VDC
Wiring configuration: positive/negative logic
The IC697MDL653 is a 90-70 series, 24 VDC positive/negative logic split input module. The module was previously produced by GE Fanuc and is now being acquired by Emerson Automation. It has thirty-two (32) discrete input channels divided into four (4) groups of eight (8) channels each. Each channel accepts an input voltage range of -3 to +30 VDC and input current at a rated voltage of 10.0 mA.
Discrete input module features
Discretization: The signal processed by the IC697MDL653 discrete input module is discrete, that is, there are only two states, which makes it very effective when processing switching signals.
Digital I/O: In PLC (Programmable logic controller), the discrete input module is often referred to as "digital I/O" because it deals with digital signals.
Multi-channel: The IC697MDL653 discrete input module usually has multiple input channels and can receive signals from multiple external devices at the same time.
Electrical isolation: In order to improve the safety and reliability of the system, discrete input modules usually have an electrical isolation function to prevent signal interference between different channels.
Fast response: The IC697MDL653 discrete input module has a fast response time to meet the needs of real-time control.
Second, the application of discrete input module
Discrete input modules are widely used in the field of industrial automation, such as sensors, buttons, switches and other devices on the production line, which convert the physical state (such as position, pressure, temperature, etc.) into electrical signals, and are transmitted to the control system for processing through the discrete input module. The control system performs corresponding control operations according to the received signals, such as starting, stopping, and adjusting parameters.
