WOODWARD 5501-376 Analog I/O Module

WOODWARD 5501-376 Analog I/O Module offers precise control solutions, designed for applications requiring high accuracy in industrial.

5501-376 Analog I/O Module is a critical component designed for integration within Woodward's control systems, primarily used in industrial applications such as power generation, turbine control. This module facilitates the interfacing of various analog signals, enabling precise monitoring and control of key parameters like temperature, pressure, and flow.

The 5501-376 Analog I/O Module is engineered to provide reliable input and output capabilities for a range of analog signals. Its design focuses on ensuring high performance, accuracy, and ease of integration with existing control architectures, making it an essential part of modern industrial control systems.

Operating Range:0-20 mA / 0-10 V

Input Type:Current (4-20 mA) / Voltage (0-10 V)

Output Type:Current (0-20 mA) / Voltage (0-10 V)

Accuracy:+/- 0.1% of full scale

Power Consumption:Max. 500 mW

Operating Temperature:-40°C to +85°C

Reliability Rating:IP65 – Dust and Water Resistant

Connection:Standard terminal block connectors

Engineered for precision and reliability, the WOODWARD 5501-376 Analog I/O Module ensures accurate signal conversion in critical industrial processes. Its wide operating range and superior accuracy make it ideal for applications requiring high precision, from process control to monitoring systems.

Featuring a robust IP65 dust and water-resistant design, this  5501-376 module can withstand harsh industrial environments without compromising performance. Whether installed indoors or outdoors, you can trust its durability and reliability.

With support for both current and voltage inputs, this  5501-376 versatile module offers flexibility in system integration. Its compatibility with standard terminal block connectors simplifies installation and maintenance, reducing downtime and costs.

Optimized for energy efficiency, the WOODWARD 5501-376 Analog I/O Module minimizes power consumption while delivering consistent performance.