Woodward 5464-334

Operating Parameters

Voltage Input: The Woodward 5464-334 can operate with an input voltage range of 100V to 240V. From an electrical point of view, the device supports a variety of input systems, which is particularly useful in areas where power outages are common. This adaptability allows a variety of processes to operate normally, even if the voltage supply varies greatly from one location or industry to another.

Frequency Range: The range is also designed to handle fluctuations, from 47Hz to 63Hz; this allows the device to operate without failure in any environment. This is an important basis for ensuring performance accuracy and reliability.

Maximum Output: The Woodward 5464-334 has a maximum power output of 10kW, which can provide enough power for the entire load. Therefore, when powered in this way, even very expensive processing machinery such as smoothing machines and coating machines can complete their work smoothly.

Control Signal Resolution: The control signal resolution is up to 12 bits, which means that it can make very fine adjustments to the output. High accuracy is essential for applications that require precise speed, position, and thrust control; such as industrial automation and robotics.

Temperature Range: The Woodward 5464-334 has a wide operating temperature range, from -20°C to +60°C. With this wide range of business targets, it can perform reliably in both indoor and outdoor environments and in industrial production plants where temperature conditions may vary widely.

Product Features

Advanced Motor Controller: Using vector control and direct torque control, it can implement a variety of control strategies. One benefit is that the motor speed and torque can be adjusted very accurately to suit the requirements of the actual working conditions. This is very important in applications such as conveyors, where a constant speed must be maintained; or machine tools that require precise torque control for precision machining.

Support for multiple communication interfaces: These include interfaces such as RS-232, RS-485, and Ethernet. This makes it easy to connect the device to the control network and allows data exchange between different parts of the industrial plant. Integration with Programmable Logic Controllers (PLCs), Human Machine Interfaces (HMIs), and SCADA systems means not only can remote monitoring and control be done up to 100 meters away; customer service representatives can also log into your equipment from anywhere in the world to assist with operations such as brake testing!

Built-in Protection and Diagnostics: The Woodward 5464-334 has integrity mechanisms that protect against electrical faults. If a fault occurs, the device sounds an alarm and shuts itself down. The Woodward 5464-334 has a fault-finding mechanism that can detect small errors such as sensor failure or motor overheating. Like its protection systems, this proactive approach to checking the health of very expensive equipment that is used 24x7 helps prevent any downtime and greatly reduces maintenance costs.

Programmability: Can be set up to specific application requirements. Setting parameters such as control algorithms, speed limits, and acceleration/deceleration profiles gives users the flexibility they need in industrial environments.

Applications

Industrial Production: In factories, the Woodward 5464-334 is used to control automation equipment on production lines. Such as automated assembly robots and CNC machine tools, which produce large workpieces or use complex patterns to control the processing of small deep holes and other features.

Power plant construction: In power plants, the Hund XLG-02 is used to control the excitation system of the generator so that the voltage and reactive power output can be adjusted. It can also be used to control cooling water pumps and fans to ensure the normal operation of power generation facilities.

Renewable energy systems: In wind turbines and photovoltaic inverters, the Woodward 5464-334 is used to control generators and converters to optimize renewable energy conversion efficiency.