ABB KS211A101 Order number 3BHE024313R0101 Input coupling unit

ABB KS211A101 Order number 3BHE024313R0101 Input coupling unit

Direct Torque Control (DTC)

Remote monitoring and diagnosis

The ACS variable frequency control platform is based on ABB's acclaimed direct torque control (DTC)

DriveMonitor

Enable users to securely access the frequency converter in real-time. No matter what method is used

Technology has achieved the best torque and speed performance among similar medium voltage frequency converter products

There are various control methods that support monitoring and diagnosis of ABB frequency converters, so it can also

Can.

Connect existing devices.

Low voltage ride through

Optional tools include a hardware module and an automatic collection and analysis of specific variables

ABB medium voltage frequency converter has low voltage ride through function, and the frequency conversion system can withstand power supply

Software layer for frequency converter signals and parameters.

Fault. If the power supply is interrupted, the frequency converter will operate in active single no torque production mode

It can still run continuously. As long as the motor is running and energy is transmitted to the frequency converter, the frequency converter

The long-term monitoring function can provide information about equipment status, maintenance tasks, and performance improvement

The device is ready to run. After restoring power, it can immediately resume normal operation.

Important information that will be presented. Diagnostic programs and trend analysis not only cover the frequency converter itself, but also

Can monitor other transmission system components.

Low number of components

The fewer components, the higher the reliability. ABB uses high-power semiconductor switch components and unique

The topology structure can greatly reduce the number of components.

No fuse design

All ABB medium voltage frequency converters can operate safely without the need for fuses. No circuit breaker

The device design reduces the number of components and allows for quick restart in the event of overcurrent tripping.

No encoder

Encoders are prone to malfunction. They are often exposed to the outside of the motor. ABB's medium voltage transformer

The frequency converter can operate without the need for an encoder.

ABB can provide a complete set of frequency conversion systems or assist customers in selecting those that comply with relevant processes

Required components. ABB's equipment is equipped with advanced technology, high efficiency, and reliability

Renowned for its global support.

Input transformer

The input transformer has two functions: it can regulate the supply voltage of the power grid, enabling it to

Capable of meeting the input voltage requirements of the frequency converter and protecting the motor from common mode power

The impact of pressure. ABB's input transformers are specifically designed for use in frequency converters.

ABB's input transformers include various rated values and primary voltages. Available for indoor or outdoor use

Installed oil or dry-type transformers.

High voltage motor

With outstanding performance and reliability, ABB's high-voltage motors have earned a good reputation.

This product includes induction motors and synchronous motors.

Due to the multifunctionality, reliability, and simplicity of induction motors, they are widely used in industry

The backbone of the domain. Within the power range of 10 MW, squirrel cage induction electric

Machines are usually the preferred choice, with a maximum power of up to 18 MW.

Synchronous motors are mostly high-power motors. In addition to high power, synchronous motors also have high efficiency

Advantages such as high efficiency, high performance, and overall power factor. Permanent magnet motors are synchronous motors that do not require external excitation

Machine. These motors are suitable for slow speed applications.