Ovation 1C31232G02 Differential Digital Input Module

The Emerson Ovation 1C31232G02 is a high-performance differential digital input module designed for seamless integration within Ovation control systems. Engineered to offer reliable data acquisition, this module provides 16 channels for differential digital inputs, ideal for industrial applications requiring precise monitoring and control. Whether for process control, power generation, or automation systems, the 1C31232G02 ensures dependable performance and robust functionality.

Key Benefits & Features

• 16 Differential Digital Input Channels: Supports 16 channels, enabling the module to monitor multiple signals simultaneously for efficient system control.

• Versatile Voltage Operation: Operates with both 24VAC/VDC and 48VDC, offering flexibility for a variety of industrial environments.

• Electronic Isolation: Each channel is electronically isolated, ensuring high reliability and preventing interference between input signals.

• Compact Design: Optimized for space-saving integration in control panels and automation systems.

• Reliable Performance: Designed for industrial environments, ensuring robust performance even under harsh conditions.

Technical Specifications

• Model Number: 1C31232G02

• Input Type: Differential digital input

• Voltage: 24VAC/VDC or 48VDC

• Channels: 16 differential digital input channels

• Isolation: Electronic isolation between channels

• Dimensions: (Please refer to manufacturer documentation for precise dimensions)

• Power Requirements: Compatible with both 24V and 48V DC/AC power supplies

FAQ

Q1: How many channels does the 1C31232G02 module support?
A1: The 1C31232G02 supports 16 differential digital input channels, making it suitable for monitoring multiple signals simultaneously.

Q2: What voltage options does the module support?
A2: The module operates with 24VAC/VDC or 48VDC, offering flexibility for different industrial applications.

Q3: How does the electronic isolation feature work?
A3: The module provides electronic isolation between channels, which helps prevent interference and ensures reliable performance even in complex systems.