Emerson 396571-02-6 Series C Digital Input Module

Emerson's 396571-02-6 is a C series isolated digital input module designed for industrial automation systems. Here is a brief introduction:

Features

High isolation: Surge suppressors and optocouplers are used to electrically isolate the field circuit from the module's bus interface circuit, enhance noise immunity, and protect the module from voltage spikes and ground loops.

Multi-channel input: 16 isolated digital input channels are provided, which can receive multiple digital signals at the same time, suitable for connecting various digital input devices such as sensors, switches, and binary devices, etc., improving the flexibility and scalability of the system.

Configurable voltage: The nominal input voltage can be configured to 12V or 24V DC, which can adapt to different field equipment power supply requirements and has strong versatility.

Input filtering function: Each input channel has a 30ms input filter, which can effectively suppress noise and ensure the stability and accuracy of the input signal.

Status indication: Some versions are equipped with LED indicators on each input channel to provide intuitive feedback on the input status for easy troubleshooting and diagnosis.

Flexible terminal options: Two terminal options are available, including two 10-point terminal block assemblies (local) or two 14-pin VW terminal heads (remote), which facilitate different wiring and installation requirements.

Rich configuration jumpers: Equipped with 19 configuration jumpers, which can be used for various settings, such as voltage configuration, power supply settings, etc.

Technical specifications

Dimensions: 248mm×40mm×226mm.

Weight: 0.45kg.

Input current: The nominal input current of each input channel is 5mA.

Application scenarios

Process control: Monitor the switch status of process variables such as temperature, pressure, flow, etc., provide digital input signals for process control systems, and realize precise control and monitoring of industrial processes.

Machine automation: Connect with sensors and switches in automated machinery, such as limit switches, proximity sensors, etc., to monitor the operating status and position information of the machine, and realize automatic operation and control of the machine.

Building automation: Collect the switch status of building equipment, such as lighting control, air conditioning switch, access control system, etc., to realize intelligent building management and energy optimization.

Data collection: Collect data from digital devices and sensors on site to provide reliable digital input for the data collection system for data analysis and processing, providing a basis for corporate decision-making.