Description
Overview
Essential details:3ASC25H214 DATX130 high-performance rotor feedback board
Product Description
The 3ASC25H214 DATX130 is a high-performance rotor feedback board manufactured by ABB for use in industrial automation systems. Here are some detailed features of the product:
Function description:
Used to monitor and control the rotor position, speed or Angle of torsional equipment such as motors, generators, etc.
With rotor feedback function, it can accurately obtain feedback information such as rotor position and speed from rotating equipment.
High precision sensor:
Accurate measurement of rotor position and speed is ensured, which is essential for industrial automation applications requiring high precision control.
Signal processing functions:
The analog signal obtained from the sensor can be converted into a digital signal for use by the control system.
Communication interface:
Data can be exchanged with other control system components to achieve comprehensive control.
Durability design:
It can adapt to various working environments and challenges, and has a certain temperature range to ensure stable operation under various temperature conditions.
Scope of application:
It is widely used in motor and generator control, and can also be used in a variety of industrial automation scenarios such as wind turbine control, machinery manufacturing and process control.
Product parameter
Model: 3ASC25H214
Type: DATX130
Input voltage: 24VDC
Operating temperature: -40℃ ~ 70℃
Communication interface: Ethernet, RS485
Memory capacity: 4GB
Size: 120mm × 80mm × 35mm
APPLICATION
The 3ASC25H214 DATX130 rotor feedback plate has a wide range of applications, including:
Motor and generator control: Used to monitor and control the rotor position, speed or Angle of rotating equipment such as motors and generators to ensure that the equipment is operating at its best.
Wind turbine control: In the field of wind power generation, it is used to control the rotors of wind turbines to optimize energy conversion efficiency and improve the reliability of wind power equipment.
Machinery manufacturing: In the machinery manufacturing industry, it is used to precisely control the rotating parts of machine tools and other machinery to improve processing accuracy and production efficiency.
Process control: In chemical, petroleum, pharmaceutical and other process industries, it is used to control key rotating equipment, such as pumps, compressors, stirrers, etc., to ensure process stability and safety.
Automatic production line: In the automatic production line, it is used to control the rotating parts such as conveyor belts and robot arms to improve the automation level and production efficiency of the production line.
Building automation: In intelligent building management systems, used to control fans and other rotating equipment in HVAC systems to optimize energy use and increase comfort.
Transportation: In railway, subway and other transportation systems, used to control the traction motor of the vehicle to ensure the smoothness and safety of operation.
Aerospace: In the aerospace field, the control of rotating components of aircraft, satellites, etc., to improve the accuracy of navigation and control.
Energy management: In an energy management system, it is used to monitor and control the operating status of energy equipment to improve energy efficiency and reduce operating costs.
Safety systems: In industrial safety systems, used to monitor and control critical rotating equipment to ensure the safety of personnel and equipment.
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