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THE FUTURE OF INDUSTRIAL AUTOMATION AND CONTROLS

Company overview

Our factory's independently developed KZL and KSZL series rectifier power supplies incorporate advanced circuit design and high-quality electronic components imported from Germany. With meticulous craftsmanship and rigorous testing, we ensure reliable DC power output for electromagnetic coils (inductive loads). Proven in practical applications, the quality of our products surpasses that of similar foreign counterparts.

The KZL and KSZL series include four types of rectifier power supplies: half-wave rectification, full-wave rectification, rapid braking rectification, and high-low voltage conversion rectification. These power supplies are primarily designed for Y E J motor power-off brakes and other DC inductive loads.

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Customers Trust Tianmai Electric

Machine builders are increasingly looking to differentiate their products with control and industrial automation systems. Tianmai Electric offers world-class engineering, high-quality products, and a team of experienced solution experts ready to work for you.

From controls to clutches, let's get your machine to run at its most efficient.

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What is the function of the rectifier for brake motors?

The rectifier in brake motors serves the essential function of converting AC (alternating current) to DC (direct current) to energize the electromagnetic brake coil. This allows the brake to release and enables motor operation.

Key Functions of a Rectifier in Brake Motors:

  1. AC to DC Conversion

    • Brake motors typically use an electromagnetic brake, which requires DC voltage for operation. The rectifier converts the AC power supply into the required DC voltage.
  2. Brake Release Mechanism

    • When the motor is powered, the rectifier supplies DC voltage to the brake coil, generating a magnetic field that releases the brake, allowing the motor shaft to rotate.
    • When power is cut off, the rectifier stops supplying DC voltage, deactivating the magnetic field. The brake then engages automatically due to spring force, stopping the motor.
  3. Smooth & Efficient Braking

    • The rectifier ensures a quick response time for brake release and engagement.
    • Some rectifiers also have features like fast discharge circuits to speed up brake application when power is turned off.
  4. Voltage Regulation & Protection

    • It helps maintain a stable DC output, ensuring consistent brake performance.
    • Some rectifiers come with overvoltage protection to prevent electrical damage to the brake coil.

Types of Rectifiers Used in Brake Motors:

  • Half-Wave Rectifier: Converts only one half of the AC wave into DC; used for lower power applications.
  • Full-Wave Rectifier: Converts the entire AC wave into DC; provides better performance and faster brake response.

In summary, the rectifier is crucial for brake motors as it ensures proper brake operation by supplying the necessary DC power to engage and release the braking system.

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