Woodward 8444-1092

Technical Parameter

Voltage input: 3 true RMS voltage inputs with a voltage measurement accuracy of 0.5 class.

Current input: 3 true RMS current inputs with a current measurement accuracy of 0.5 class.

Power supply: 24VDC .

Counter parameters: 2 kWh counters and 2 kVAR counters.

Communication protocol: CANopen and Modbus communication protocols are supported.

Communication interface: Configurable via CAN bus / RS-485 / service port (USB/RS-232).

Function Features

Ultimate Power Management: Woodward 8444-1092 comes with advanced power management algorithms which will help to distribute and consume power in a better way. This feature increases energy efficiency by automatically adjusting output voltage and current according to load demands, minimizing power loss.

Comprehensive Fault Protection: Woodward 8444-1092 is integrated with advanced fault protections. It is capable of detecting over voltage, over current, short circuit and over temperature. When it detects a fault, it can immediately take protective measures, including turning off the output or adjusting parameters to prevent damage to the device and the connected device.

Digital Communication Interface: Woodward 8444-1092 supports digital communication protocols like CAN (Controller Area Network) and SPI (Serial Peripheral Interface). This enables seamless integration with other digital systems and allows for remote monitoring and control of the device's functions and parameters.

Programmable Logic: Woodward 8444-1092 has user-programmable logic functions. It enables the development of sophisticated control sequences and decision-making logic based on input signals and internal states, allowing for adaptation to various industrial control situations.

Application

Motor Industry: It is used for automotive electronics systems, including engine control units (ECUs), battery management systems (BMS), and electric vehicle (EV) charging systems. Woodward 8444-1092 is vital in controlling power, shielding circuits, and facilitating effective communication among various components.

Industrial Automation: It is used in factory automation systems, such as programmable logic controllers (PLCs), motor drives, and industrial robots. It ensures a stable power supply and reliable control functions, improving the overall performance and productivity of the automation equipment.

Renewable energy: Woodward 8444-1092 is used in power conditioning, grid connection, and fault protection in solar inverters and wind turbine controllers. This is critical to the seamless conversion and delivery of renewable energy to the power grid.

Aerospace and Defense: It is used in avionics systems and military equipment for power management and control. Its high reliability coupled with the capability to function in demanding conditions allows Woodward 8444-1092 to be used in sensitive aerospace and defense applications.