A self-lockingreducing and electric set of brake springs. The brake base is connected to the hanger, with a self-lockedreducing machine connected to a set of brake wheels and institutional transmission axes of the electric machine, and the turbo-magnetic wires are connected to the electrical circuit. A self-lockedreducing machine and an electric power set to adjust the size of the channel by adjusting a screw to adjust the of the brakes。Vertical reducera set of brakes of this type is used with the electric power. when electrically activated, the kinetic core moves upwards in the effect of electromagnetic insulation, when, as a result of the cut-off of a one-way valve, the fluid in the space above the kinetic core enters the space below the piston through a gap in the vicinity of the pusher, causing the pusher to rise, brake and break. the power of a self-locking respirator and an electric set of revolving springs can be adjusted by the nut to adjust the size of the power rectangular. this is because of the many and complex sets of brake leverage, the small sizes, the impact of work and the noise, which are rarely applied. when the institution works, the small electron entanglement in the hydraulic pusher drives the centrifugal oil pump (leaf wheel) to throw the hydraulic oil from the upper part of the piston, through the passage into the lower part of the piston, to push the piston and the pusher up, and to release the brakes from the gate; when the institution stops, the electric power is cut, the pistons and pushers are recededed under the spring, and the carrying brake is carried out. the electromagnetic magnet is placed on the side of the brake, generating a larger cleavage power through a lever system, combined with a larger brake of the powered rectangular, and a brake wheel of up to 600 mm. when the power went outServo motor reducerThe brake springs repositioned the pusher, moving the steel core downwards and bringing the fluid under the motor core back to the upper tank through the passageway。

S-series snail snail brakes use springs, brake blocks, racks, electromagnetic wires and pushers, etc. , to perform brakes; the gate remains spring-driven。It's got a self-lockerA set of long-distance electromagnetic brakes with the electric power plant, with springs and hammers, and the electromagnetic cleavage. The main strengths of the s-series snail snails are: steady brakes, small noise, small size, light weight, long operational life, constant thrust, low electron-power required (0? 06~0? 4kw), and consent to frequent movements (720 times per hour). However, it has a relatively small power rectangular power, which can cause the electro-magnet to burn, with a high amount of brakes, shock, noise and frequency of action, and is suitable only for bodies that do not have a very heavy workload, such as gate cranes. s-series snailGeared motorthe electric hydraulic pusher brakes replace the lever system and the electromagnetic magnet in the long-trip brakes with an electric hydraulic pusher as a breaker. the main strengths are: agility, smooth work, noise-free, long life, high mobility (up to 900 per hour), and automatic compensation for brake wear. it is characterized by a simple structure, rapid movement, light weight, small size and efficient brakes. the disadvantages are: complex structure, high prices, combined with rotation, operation. however, there are complex structures, high manufacturing requirements and high prices, and there may be oil spills and movement failures. exchange working principles for short-course block brakes (embs). http://boserlgearreducer.com/product/list-sxiliejiansuji-cn.html