Brand: Woodward Description: Analog Output Module Condition: Brand New Certificate:COO TEST REPORT WARRANTY LETTER Warranty: 1 year Inventory Qty: 35 Payment Term: T/T Shipping Port: ShenZhen Woodward 5464-648 is a standout device, outstanding in specifications, functions, and fulfilling diverse industrial requisites.
Manufacture |
Woodward |
Model Number |
5464-648 |
Ordering Number |
5464-648 |
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
Format: AC 90V ~ 264V Input; The input range is from 90V to 264V, making it highly adaptable, making it the perfect power supply choice worldwide, from countries with unstable power to those with clear input voltage restrictions.
Operating Frequency Band: Carefully designed to operate within a range of ±45Hz to ±65Hz, it is not affected by typical frequency variations. This stability ensures that connected machines can work without interruption and industrial processes have a reliable foundation.
Power Output Capability: The maximum power output potential can reach up to 15kW, which makes it easy to drive heavy industrial equipment. From large industrial fans that ventilate large factory floors to the rugged pumps necessary to keep water plants running properly, it has the necessary power.
Control Accuracy: With an incredible 14-bit resolution, the Woodward 5464-648 provides operators with ultra-precise control to manipulate countless parameters. In applications that require the highest precision—such as complex laser cutting processes, highly sensitive chemical mixing operations—they can adjust parameters of speed, torque, and other factors with incredible accuracy.
Ambient Temperature Survival: Built to last, even in temperatures ranging from -10°C to +70°C, they ensure autonomous performance whether parked in a cold storage facility or on a hot factory production floor.
Product Features
Advanced Motor Control: The Woodward 5464-648 uses advanced vector control and field-oriented control techniques to significantly improve motor performance. By carefully adjusting the motor's magnetic field and torque, it achieves optimal energy efficiency while reducing vibration for smoother, more efficient operation.
Integrated Communications Suite: The Woodward 5464-648 is packed with standardized communications interfaces—USB, RS-485, and Ethernet/IP—to fit seamlessly into new industrial communications architectures. This enables real-time remote monitoring, allowing engineers to remotely configure settings, diagnose faults, and instantly collect performance data.
Powerful protection against damage: It has comprehensive protection features (overvoltage, undervoltage, overcurrent, overtemperature) to protect itself and any device you plug it into. The device has a built-in fault detection system that reacts to abnormal conditions, sending instant alerts with detailed error codes to the operator, speeding up the repair process.
Programmable operating modes: A menu of programmable operating modes is available, which can be customized to the precise needs of various applications. From the complex needs of textile manufacturing workflows to the custom specifications of mining conveyor systems, it can be perfectly customized.
Application range
Manufacturing: The Woodward 5464-648 is the king of motor controls used in machine tools, automated assembly lines, and robotic workstations. It guarantees that every manufacturing function (precision cutting and welding, smooth assembly, etc.) is performed with error-free precision, thereby increasing productivity and improving product quality.
Power generation and distribution: The Woodward 5464-648 controls the generators, turbines, and grid-connected inverters that are the nerve center of power plants. In the rapidly growing renewable energy sector, including solar farms and wind turbines, it is critical to maximize power generation and simplify integration with the grid to support stability of power supply.
Infrastructure and building systems: In the vast and complex world of large commercial buildings and infrastructure projects, HVAC systems, elevators and sewage pumps operate in a mechanical ballet, and it imagines itself as the guardian of these mechanical marvels. By improving motor control and communication, it can reduce energy consumption and improve occupant comf