Jiaozuo brake

Model description of YWZ9 brake and YWZ5 electric hydraulic drum brake

YWZ, YWZ3, YWZ4, YWZ5, YWZ8, YWZ10, YWZ9, YWZ13, YW series electric hydraulic brake QP, CQP series pneumatic caliper disc brake ED, YT1, MYT1 and other series electric hydraulic thrusters JZ, MW, TJ2, ZWZA, ZWZ3 series electromagnetic brake DCPZ series electromagnetic caliper disc brake YPZ series arm disc brake SBD series safety brake SH, ST series hydraulic failure protection brake DADH series hydraulic direct acting brake SE series electromagnetic failure protection brake SP series pneumatic failure protection brake YFX, YDGZ, YLBZ, series windproof brake

YWZ5 series electric hydraulic block brake: YWZ9 (YWZ5) -250/E23 electric hydraulic drum brake

YWZ5-160/23; YWZ5-200/23; YWZ5-200/30; YWZ5-250/23; YWZ5-250/30; YWZ5-250/50; YWZ5-315/23; YWZ5-315/30; YWZ5-315/50; YWZ5-315/80; YWZ5-400/50; YWZ5-400/80; YWZ5-400/121; YWZ5-500/80; YWZ5-500/121; YWZ5-500/201; YWZ5-630/121; YWZ5-630/201; YWZ5-630/301; YWZ5-710/201; YWZ5-710/301; YWZ5-800/301/12

YWZ8 series electric hydraulic block brake:

YWZ8-200/23; YWZ8-200/30; YWZ8-300/30; YWZ8-300/50; YWZ8-300/80; YWZ8-400/50; YWZ8-400/80; YWZ8-400/121; YWZ8-500/121; YWZ8-500/201; YWZ8-600/121; YWZ8-600/201; YWZ8-600/301; YWZ8-700/201; YWZ8-700/301; YWZ8-800/301/12

YWZ9 series electric hydraulic block brake:

YWZ9-200/23; YWZ9-200/30; YWZ9-250/23; YWZ9-250/30; YWZ9-250/50; YWZ9-300/30; YWZ9-300/50; YWZ9-300/80; YWZ9-315/30; YWZ9-315/50; YWZ9-315/80; YWZ9-400/50; YWZ9-400/80; YWZ9-400/121; YWZ9-500/80; YWZ9-500/121; YWZ9-500/201; YWZ9-600/121; YWZ9-600/201; YWZ9-600/301; YWZ9-630/121; YWZ9-630/201; YWZ9-630/301; YWZ9-700/201; YWZ9-700/301; YWZ9-710/201; YWZ9-710/301; YWZ9-800/301/12

5df0dfb596bc15df0dfb596bc1

YWZ10 series electric hydraulic block brake:

YWZ10-200/23; YWZ10-200/30; YWZ10-200/50; YWZ10-250/23; YWZ10-250/30; YWZ10-250/50; YWZ10-250/80; YWZ10-315/30; YWZ10-315/50; YWZ10-315/80; YWZ10-400/50; YWZ10-400/80; YWZ10-400/121; YWZ10-500/80; YWZ10-500/121; YWZ10-500/201; YWZ10-500/301; YWZ10-630/121; YWZ10-630/201; YWZ10-630/301; YWZ10-630/301/12; YWZ10-710/201; YWZ10-710/301; YWZ10-710/301/12; YWZ10-800/301/12

YWZ12 series electric hydraulic block brake:

YWZ12-200/23; YWZ12-200/30; YWZ12-250/23; YWZ12-250/30; YWZ12-250/50; YWZ12-315/30; YWZ12-315/50; YWZ12-315/80; YWZ12-400/50; YWZ12-400/80; YWZ12-400/121; YWZ12-500/80; YWZ12-500/121; YWZ12-500/201; YWZ12-630/121; YWZ12-630/201; YWZ12-630/301; YWZ12-630/301/12; YWZ12-710/201; YWZ12-710/301; YWZ12-710/301/12; YWZ12-800/301/12

YWZ13 series electric hydraulic block brake:

YWZ13-200/23; YWZ13-200/30; YWZ13-250/23; YWZ13-250/30; YWZ13-250/50; YWZ13-300/30; YWZ13-300/50; YWZ13-300/80; YWZ13-400/50; YWZ13-400/80; YWZ13-400/121; YWZ13-500/80; YWZ13-500/121; YWZ13-500/201; YWZ13-630/121; YWZ13-630/201; YWZ13-630/301; YWZ13-710/201; YWZ13-710/301; YWZ13-800/301/12

YWL series electric hydraulic block brakes:

YWL-200/23; YWL-200/30; YWL-250/23; YWL-250/30; YWL-250/50; YWL-315/23; YWL-315/30; YWL-315/50; YWL-315/80; YWL-400/30; YWL-400/50; YWL-400/80; YWL-400/121; YWL-500/50; YWL-500/80; YWL-500/121; YWL-500/201

The connection dimensions and braking torque parameters of YWZE series brakes comply with GB6333-86 standard, and the technical requirements comply with JB/T6406-2006 standard; The YWZE series is equipped with Ed series thrusters that comply with the DIN15430 standard.

The spring pressure should be marked, and the greater the torque required, the better the braking performance. It is advisable to shorten the distance between the bolts in the middle of the two brake pads and increase the hydraulic tappet by 0.2-0.5mm. Conversely, the brake fails. The brake pad is pressed tightly on the brake wheel to achieve braking. A single brake block has a large and uneven pressure on the brake wheel axle, so an additional pair of brake blocks is usually used to counteract the pressure exerted by the brake blocks on the brake wheel axle. There are two types of block brakes: externally held and internally tensioned. External block brake

It is divided into short stroke block brakes and long stroke block brakes according to the length of the control device's stroke. The magnet of the short stroke block brake is directly installed on the brake arm. During operation, the moving iron core rotates around the pin shaft to achieve brake release; When the magnet is powered off, it is tightly closed by the main spring. This type of brake has a compact structure, with fast tightening and releasing actions, but high impact force. Long travel block brakes can generate a large release force through the brake lever system, but the braking action is stable and suitable for various sizes of deceleration equipment.