Woodward CSC3GM1 Compressor Control Module

Overview

The Woodward CSC3GM1 is a high-performance Compressor Control Module engineered for precise monitoring and control of industrial compressors. It ensures reliable operation, enabling optimal performance and energy efficiency.

This module integrates seamlessly into industrial automation systems, providing real-time data exchange through Modbus and CAN communication protocols. Its robust design allows operation in harsh environments, supporting a wide temperature range from -40°C to +85°C.

Technical Specifications

Key Features and Benefits

• Provides precise control of industrial compressors for optimal efficiency.

• Supports Modbus and CAN protocols for seamless system integration.

• Operates reliably in extreme conditions between -40°C to +85°C.

• Compact design with 1.5 kg weight, facilitating easy installation.

• Certified by CE and UL, ensuring safety and regulatory compliance.

Applications

The Woodward CSC3GM1 is ideal for:

• Industrial compressor management requiring accurate load and pressure control.

• Automation systems where reliable and flexible communication is essential.

• Harsh environment operations, including extreme temperature applications.

About Us

We provide 100% brand-new, original Woodward modules. Inventory is available for immediate shipping, typically within 3–14 days, depending on order size. We ship via DHL, FedEx, or UPS and support returns within 30 days for any quality-related issues.

FAQ

Q1: What is the input voltage of the CSC3GM1?
It operates on 24 VDC, compatible with most industrial systems.

Q2: Which communication protocols does it support?
The module supports Modbus and CAN, allowing seamless integration.

Q3: What is the operating temperature range?
It reliably functions from -40°C to +85°C (-40°F to +185°F).

Q4: How quickly can this module be shipped?
Orders are typically dispatched within 3–14 days, depending on quantity.

Q5: Is it suitable for extreme industrial environments?
Yes, the CSC3GM1 is designed to perform under harsh and demanding conditions.