Overview: MCCR series magnetic stagnation cable reel are widely used in large -scale machinery and equipment that requires parallel movement of parallel movement in port machinery, loose machinery, large -scale lifting machinery, hydraulic machinery, and construction machinery. Pass the power source and control signals through the collection cable of the cable rell. It is suitable for ports, power plants, bulk materials, and water conservancy hubs.

Structural characteristics of magnetic stagnation cable reels:

1. The host host consists of a overall overall reduction box, power head, and power collection slide box. The power head consists of an electric motor, a stagnation shaft, and a planetary gear box. Depending on the work conditions, a single or multiple power head can be used as a driving force for the stagnation cable roll. The power collecting slide box is the transmission part of the power (signal), which can be divided into power transmission and signal transmission from the purpose. According to the voltage level, it can be divided into 500V, 3KV, 6KV, 10KV, 20KV, etc.

2. The rolling section of the cable can be divided into multiple winding and single -row wounds. In order to facilitate transportation, the rolling plates with a diameter ≤ 2.6m are the overall structure; the roll plate with a diameter of 2.6m is two semicircular structures, which are assembled by the user on the spot.

3. The working principle of the magnetic stasis shaft device Magnetic stagnation shaft is to use magnetic principles to form a pair of magnetic sub -pairs of main and passive magnetic semi -pair, and to transmit torque by magnetic force without contact coupling. One of the magnetic half is a disk composed of permanent multi -pole magnetic steel, and the other magnetic semi -pair is a strong magnetic induction disk. When the motor drags one of the magnetic semi -high -speed rotation, once the speed between the two sets occurs, the speed between the two sets appears Sliding difference, multi -pole disk will alternate the sensor disk of the opposite side, which generates a torque that resists this sliding difference. This is the magnetic force without contact coupling between the two disks, so that the disk is dragged (or brake) the disk. Regulating the gas gap between the magnetic sideline can adjust the damping torque. When the air gap distance is locked, the damping torque during operation can maintain long -term constant constant, and does not change with the change of the master, passive and vice. Based on the magnetic stagnation shaft, it has a special torque coupling function and can realize the constant torque. Therefore, the cable roll can achieve the ideal curl characteristics and make it a suitable equipment for the roll -up cable.

Working principle of magnetic stagnation cable reels:

The motor of the cable roll cylinder transmits the power to the stagnation shaft. After the speed of the speed of the magnetic stagnation shaft device, a stable constant torque can be obtained. Essence Note that even if the cable is released, the cable roll drive motor should be in power, and the phase sequence is the same as the cable direction.

1. Release the cable by dragging the cable to overcome the magnetic field torque of the magnetic stagnation shaft, so that the two plates will have a slippery difference, and the cables on the roller will be released. At this time, the motor is in power.

2. When the cable is taken back, the drag force of the cable is eliminated, and the cable roll tube is rotated in the set roll direction to collect the cable.

3. At the time of stopping, each motor output shaft is equipped with one -way bearing or motor braker to ensure that the motor has sufficient braking torque during power off, so that the cable will not slip from the roller due to gravity.