My Cart
0 items
Genuine Automation Parts | Worldwide Express Delivery | 12-Month Warranty — [GET A QUOTE]
The 1C31232G01 is a digital input module for the Emerson Ovation distributed control system (DCS). It provides reliable interface with discrete field devices, capturing on/off signals with high accuracy. This module ensures high-fidelity data acquisition, forming...
Availability: Low stock: 99 left
Reliable Worldwide Delivery
30-Day Money-Back Guarantee
Need more details? Read our fullShipping PolicyandRefund Policy.
The 1C31232G01 is a digital input module for the Emerson Ovation distributed control system (DCS). It provides reliable interface with discrete field devices, capturing on/off signals with high accuracy. This module ensures high-fidelity data acquisition, forming the foundation for critical process monitoring and automated control in complex industrial environments.
| Specification | Details |
|---|---|
| Model Designation | 1C31232G01 |
| Component Type | Digital Input Module |
| Series | Ovation DCS I/O |
| Input Signal Type | Discrete / Digital |
| Mounting Interface | Standard Ovation I/O chassis |
| Signal Processing | High-integrity binary state tracking |
| Weight | 0.40 kg |
The 1C31232G01 is ideal for high-density monitoring applications, where precise tracking of equipment states is critical for safety and operational efficiency. Its robust signal conditioning mitigates electromagnetic interference, ensuring accurate reporting from switches, relays, and other binary field devices. The module integrates seamlessly with the Ovation I/O ecosystem, simplifying installation and commissioning.
What is the primary application for the 1C31232G01?
It monitors discrete field devices, including limit switches, valve positions, and contact closures, enabling precise logic execution in the Ovation DCS.
Does this module require specialized chassis software?
No, it installs directly into the standard Ovation I/O chassis, fully compatible with existing Ovation system architectures.
How does the module ensure signal integrity in noisy environments?
It uses advanced digital filtering and isolation techniques to prevent noise, ensuring only valid state changes are transmitted to the control system.
