Brand: Woodward Description: Discrete Output Module Condition: Brand New Certificate:COO TEST REPORT WARRANTY LETTER Warranty: 1 year Inventory Qty: 14 Payment Term: T/T Shipping Port: ShenZhen Woodward 5464-654 is a top-notch device, excelling in specs, functions, and meeting diverse industrial demands.
Manufacture |
Woodward |
Model Number |
5464-654 |
Ordering Number |
5464-654 |
Catalog |
- |
Country Of Origin |
American |
HS CODE |
85389091 |
Dimension |
2.5*24.5*26.1cm |
Packing Dimension |
5*26*28cm |
Weight |
0.9kg |
Operating Parameters
Wide AC Input Voltage Range: The Woodward 5464-654 supports an extended input voltage range, with AC voltages from 85V to 265V, making it suitable for a wide range of power systems around the world and reducing the risks associated with voltage changes.
Adaptable Frequency Range: The 47Hz to 63Hz frequency range provides stable operation even when the frequency changes slightly. This helps ensure continued reliable operation of connected equipment and prevents external telephone systems from interrupting industrial processes.
Power Output Capability: With a maximum power output of up to 18kW, it is a powerful product. This means it can easily power a variety of heavy industrial machine tools: large rock crushers in mines, high-capacity compressors in factories, and everything else in between, providing the power needed for smooth manufacturing.
Resolution: The Woodward 5464-654 has a rare 16-bit resolution, giving you unparalleled control precision. In areas such as microelectronics manufacturing, where even the smallest changes can cause product failure, operators can adjust parameters such as speed, position and torque with nanometer precision.
Environmental Stability: Designed to withstand extreme environments, it operates optimally in an ambient temperature range of -5°C to +75°C. It performs well whether in a cold outdoor environment or on a hot factory floor.
Product Features
Advanced Motor Management: The Woodward 5464-654 uses state-of-the-art control algorithms to control motor performance. Through careful field adjustment and torque curve optimization, it improves energy efficiency, minimizes mechanical stress on the motor, extends the motor's life and reduces maintenance requirements.
Versatile Connectivity: With USB, RS-485 and Ethernet/IP communication ports, it integrates directly into the modern industrial landscape. This creates the potential for real-time data exchange, allowing remote control as well as diagnostics and performance evaluation from anywhere in the world. Engineers can quickly resolve issues and optimize operations without having to be on site.
Complete Safety Package: The Woodward 5464-654 comes with a full suite of protective measures. Overvoltage, undervoltage, overcurrent, and overtemperature protection mechanisms work together to protect the device and connected loads. If a fault occurs, intelligent fault detection will immediately alert the operator with a descriptive error message for quick troubleshooting.
Custom programmable fuctions: It has a wide range of programmable modes to meet the different requirements of different industries. Whether it is the complex needs of pharmaceutical production lines or the challenging requirements of renewable energy conversion systems, it can adapt perfectly.
Application range
Manufacturing field: In factories, Woodward 5464-654 dominates in controlling precision machining tools, automatic robotic arms, and motors in complex assembly lines. It ensures that products are produced to the highest quality standards, thereby increasing productivity and minimizing errors.
Energy production and transmission: In power plants, it controls generators, turbines, and grid interface equipment. In renewable energy hydropower and biomass power generation facilities, it maximizes power generation efficiency and synchronizes the grid, thereby helping to achieve a stable energy supply.
Infrastructure and Utilities: Woodward 5464-654 is used in large infrastructure projects and utilities to manage the operation of water pumps, wastewater treatment systems, HVAC units. It reduces operating costs and improves service quality by enhancing motor control and communications.