Woodward 5501-376

Technical parameters

Input voltage: 220 V AC/DC

Output frequency: 30 kHz

Operating temperature: -40℃ to 85℃

Protection level: IP67

Response time: <1 ms

Certification standards: UL, ATEX, CE, DNV

Communication protocol: Support Ethernet/IP, compatible with Modbus RTU protocol

Memory expansion: 128MB

Functional features

1. High-precision signal processing and multi-channel configuration

Core capabilities: Using advanced analog signal processing technology, supporting ±0.1% accuracy signal conversion, suitable for high-precision acquisition requirements of sensors such as temperature, pressure, and flow.

Multi-channel expansion: Provides flexible multi-channel input and output configuration, Woodward 5501-376 can process multiple types of signals at the same time, and meet the multi-variable control requirements of complex industrial scenarios

2. Extreme environment adaptability design

Protection performance: Passed IP67 protection certification, can operate stably in high temperature, high humidity, dust and vibration environment

Modular structure: The compact modular design supports fast installation and maintenance, reducing system downtime.

3. Safety and stability mechanism

Hardware protection: Woodward 5501-376 built-in overvoltage, overcurrent and short-circuit protection circuits to prevent hardware damage caused by external interference or load abnormality.

Redundant design: Compatible with Woodward MicroNet TMR system, supports triple module redundancy configuration, and improves the reliability of key control systems.

4. Network communication and system compatibility

Seamless integration: Woodward 5501-376 can be used with Woodward 2301E, NetCon controller and MicroNet Plus chassis to achieve complex logic control.

Remote management: Supports parameter configuration and status monitoring through the Web console, without the need for additional software, reducing the complexity of operation and maintenance.

Application scenarios

1.Petrochemical industry: used for real-time acquisition and control of sensor signals such as high-temperature reactor temperature and pipeline pressure

2.Electric power system: integrated into the speed control system of the generator set to achieve accurate monitoring of speed and load and overspeed protection

3.Main propulsion of ships: in LNG ships and large oil tankers, the electric-hydraulic speed governor is used to redundantly control the speed of diesel engines to ensure navigation safety