Woodward 5464-643

Operating Parameters

Input Voltage: The Woodward 5464-643 has a wide range of input voltages, ranging from 100V to 240V AC, and these values and more can meet its output. This versatility is its main advantage and can be applied in various power systems around the world. It can easily handle the typical voltage fluctuations in industrial environments, and in many cases no additional voltage control equipment is required, simplifying the installation process and reducing costs.

Frequency Range: The Woodward 5464-643 has a very wide frequency range and can operate efficiently between 47Hz-63Hz, which makes it very flexible. This means that it can operate in an unaffected manner under the frequency drifts that are prevalent in different geographical areas and industrial complexes. This stability is fundamental to the normal operation of equipment and connected systems and avoids interruptions related to frequency mismatch.

Power Output Capacity: With a maximum power output of 12kW, this device can play a huge role. It should be able to power thousands of industrial loads, including motors that power textile and manufacturing processes, and pumps that power water treatment plants and HVAC units. It is a reliable power source that supports the continuous execution of important industrial functions.

Control Resolution: The Woodward 5464-643 has 12-bit resolution, so different parameters can be tightly controlled. In precision-critical applications such as CNC machining, where micron-level accuracy is non-negotiable, or when dynamically controlling the flow of chemicals through delicate valves in a factory, this fine control allows operators to adjust variables such as speed, position, and flow rate with surgical precision.

Product Features

Motor Drive and Control: It improves motor performance using advanced motor control techniques such as vector control and direct torque control. By intelligently manipulating the motor field and torque, it can adjust the power it delivers to the load as the load changes, thereby maximizing efficiency and eliminating waste, while always providing smooth operation.

Communication Interfaces: The Woodward 5464-643 has USB, RS-232, and Ethernet ports, which integrate seamlessly with modern industrial communication structures. This allows operators to remotely monitor and control equipment, access real-time data from connected devices, and perform diagnostics. It works to abstract the orchestration of complex industrial systems and enable teams to respond to changing operational needs.

Protection and Fault Diagnosis: With overvoltage, overcurrent, and overtemperature protection, it protects itself and connected components from damage. Working in conjunction with a clever fault diagnosis system, it can detect potential failures in advance. By issuing detailed error codes and alerts, it speeds up technicians to solve problems while reducing expensive downtime.

Programmable Operation Modes: It gives users the freedom to play with a variety of programmable operation modes. Whether it's choreographing a custom speed curve for a conveyor belt, re-adjusting the torque limit of a winch motor, or simply calibrating the power output line of a renewable energy inverter, it can be adjusted to suit the unique terrain of any application.

Application Range

Industrial Manufacturing: The Woodward 5464-643 takes over motors, robotic arms, and packaging machines on the assembly line floor. It synchronizes movements with precise accuracy, increasing production throughput and improving product quality. In the automotive industry, it runs robotic welding arms to make perfect welds.

Energy Control: In power generation centers, it controls generators and power conversion units. In renewable energy systems such as small hydroelectric plants or biomass generators, it optimizes power output and facilitates grid integration. It also plays an important role in commercial and industrial energy management suites that control power usage.

Environmental Control: In large buildings, the Woodward 5464-643 guides HVAC systems, elevators, and pumps. Combined with efficient motor control and flexible communication capabilities, it can help you save energy and improve the comfort and functionality of your building.