Email
WhatsApp
TYTBEJ combines a permanent magnet synchronous motor with an integrated electromagnetic DC brake on the rear cover. The rotor uses rare-earth permanent magnets, so efficiency in the 25%–100% load range is 8–20% higher than an ordinary three-phase asynchronous motor, energy saving reaches 10%–40%, and power factor increases by 0.08–0.18. When power is cut, the brake spring presses the friction disc onto the rear end cover and the shaft stops; when power is restored, the excitation coil pulls the pressure plate back and the motor runs normally. Installation dimensions match the TYTB family, so the unit drops into an existing motor mount without re-machining. Frames 80 to 180 cover 0.55–22 kW in 2P, 4P and 6P versions.
The brake is fail-safe: it engages when the motor loses power. This is what makes the TYTBEJ suitable for hoists, inclines and other axes that must hold position after a stop signal or a power failure.
The excitation coil receives power and generates electromagnetic attraction. The spring pressure plate is pulled back, releasing the friction disc so the shaft can rotate normally.
The coil loses power. The brake spring pushes the pressure plate against the friction disc, which presses onto the rear end cover of the motor.
The brake disc uses a wear-resistant friction material. Friction torque builds quickly and holds the shaft against the load, even on vertical or inclined axes.
The shaft stops within the braking time for its frame size. When power is restored, the cycle restarts from Step 01 automatically.
The TYTBEJ rotor uses rare-earth permanent magnets. This removes rotor copper loss and slip, which is where a standard asynchronous motor loses most of its energy.
Frames 80 to 180 cover 0.55–22 kW in 2P, 4P and 6P. Installation dimensions match the TYTB family, so TYTBEJ drops into an existing motor mount without re-machining the frame.
The brake response time scales with the rotating mass of the frame. Larger frames carry a larger brake disc and need slightly longer to stop, but they also hold higher torque.
The excitation coil is powered and generates electromagnetic attraction. The spring pressure plate is pulled away from the friction disc, so the friction disc releases and the shaft can rotate normally under motor drive.
The coil loses power and the spring pushes the pressure plate against the friction disc. The friction disc presses onto the rear end cover and holds the shaft, even on vertical or inclined axes, until power is restored.
Belt and roller conveyors that must stop quickly without coasting, and hold position on an incline.
Lifting equipment where the load must be held after the motor is switched off or when power fails.
Robot joint drives that need quick stop and position hold between motion cycles.
Filling, sealing and labeling axes with frequent start-stop cycles and short cycle times.
Elevator and platform lift drives where the fail-safe brake is a safety requirement.
Rolling shutters, sliding gates and barriers that must hold position when power is removed.
Saws, grinders and presses that need a fast spindle brake on stop signal.
Positioning axes that need the motor to hold its position between motion commands.
ISO 9001:2015 certified quality management from raw material to final assembly. Every TYTBEJ unit is tested for brake engagement torque, insulation resistance, vibration and no-load running before packing.
Provide required output power, synchronous speed, voltage, frequency, brake supply voltage, stop time requirement and driven machine description. Raydafon will confirm the correct TYTBEJ frame and brake configuration, and reply with a factory-direct quotation within 24 hours.
Address
Luotuo Industrial Area, Zhenhai District, Ningbo City, China
Tel
