Cargo lift

Cargo lift



Equipment contained major, multi-point control, interlock upper and lower floors, reaching the safe use;

Lifting height is high, the use of side-type cylinder, smooth operation, no noise, easy maintenance, long service life;
Power manually drop the emergency stop button, convenient, fast and safe;
Pit depth is generally 30cm, the height of the top unrestricted environment can be customized according to the site;
Layer door can through, inside and outside plant interoperable, easy, space-saving;
Especially for steel plant, can be used inside and outside;
Pumping one pumping station, the speed of 4-6 m / min, optional import custom station, to achieve the desired requirements of customers;
Cylinder and seals imported parts, solving customer hydraulic instability, parts oil leakage;
Civil engineering advantages:

Without machine room above the shaft, the top height of 2 m 5 or more to install.
Room can be located in the hoistway around, occupies a small area.
Hydraulic elevator counterweight is not set to improve the well area utilization.
Hydraulic elevator load, load through the cylinder direct role in the pit, hoistway strength requirements low, brick or masonry structure hoistway can.
Safety and stability advantages:

Hydraulic elevator safety device in the same time with the traditional traction elevator, also features:

Relief valve: When the system pressure is too high to prevent the upward movement;
Cargo lift Emergency manual valve: When the power fails, can the car down to the nearest emergency floor open position;
Hose rupture valve: When the hydraulic system piping rupture car stall decline, it can automatically cut off the oil stopped declining
Oil tank protection: When the oil temperature in the tank exceeds the standard setting, the oil temperature protection device generating signal, pause elevator use, when the oil temperature dropped before starting the lift.
Operating cost advantage:

Failure rate: the use of advanced hydraulic system, and there is good control, elevator failure rate can be reduced to a minimum.
Less power consumption: hydraulic elevator down, pressure generated by gravity-driven, substantial energy savings.