WOODWARD 5466-5000 MicroNet Four Channel Speed Sensor
The Woodward 5466 - 5000 MicroNet Four Channel Speed Sensor is a device designed for speed measurement and monitoring in industrial control systems. Here is a detailed introduction:
- Model Number: 5466 - 5000
- Manufacturer: Woodward
- Product Type: MicroNet Four Channel Speed Sensor
- Series: MicroNet Digital Control Series
- Speed Filter: 5 - 10,000 ms
- Operating Temperature: - 15 to 65 °C
- Acceleration Limit: 1 - 10,000 percent/second
- Input Voltage: 500 VRMS to earth ground
- Input Type: 50 Hz to 25 kHz
- Coder Version: 4.06 or later
- MPU Input: It is configured as an MPU input, which is suitable for specific industrial control system architectures that use MPU - type sensors1.
- Four - Channel Design: The four - channel design allows for the simultaneous measurement and monitoring of multiple speed signals, improving measurement efficiency and system reliability. It can be used to monitor the speed of different shafts or rotating components in a complex mechanical system.
- Backward Compatibility: It is backward compatible with the 5464 - 658 unit, which means it can be seamlessly integrated into existing systems that use the 5464 - 658 module, protecting users' previous investments and facilitating system upgrades and expansions.
- No Calibration Required: There are no potentiometers on the module, and thus it requires no calibration. When the module is replaced, as long as the same unit number is used in the chassis, no adjustments are necessary, which simplifies the installation, maintenance, and replacement processes, reduces downtime, and improves system availability.
- Wide Applicability: It can be used in both redundant and simplex systems. In a simplex system, it is connected through a low - density analog cable to an analog input FTM. This versatility allows it to meet the needs of different industrial control system architectures.
The Woodward 5466 - 5000 MicroNet Four Channel Speed Sensor can be widely used in various industrial fields that require speed measurement and monitoring, such as in the monitoring and control of gas turbines, steam turbines, and diesel engines in the power generation and energy sector. It can also be used in the monitoring and control of ship power systems and propulsion devices in the marine engineering field. In addition, it has applications in industrial automation production lines, for example, to monitor the rotational speed of motors and conveyor belts to ensure the stable operation of the production line.
