Industrial Elevator

Industrial elevators are designed for high-altitude lifting in industrial applications. They can transport 3 to 5 people or small cargo vertically.

Industrial elevators are a general-purpose vertical transportation product that uses a rack and pinion drive. They are permanently installed in buildings and have a long service life. They can be used in a variety of applications, such as chimneys, bridge towers, hydroelectric power plants, and port machinery.

Twelve Safety Features

● Progressive overspeed safety device
● Cage gate and landing gate interlocking device
● Overrunning prevention design at the top and bottom
● Overload detection device
● Multiple limit switches
● Cage tilt prevention hook
● Manual descent function for power loss situations
● Motor overheating protection
● Trapdoor at the cage top
● Operating alarm with audible and visual signal
● Evacuation ladder
● Personal fall arrester

Product Details

Mast Tie

Structural member that connects the mast to industrial equipment facilities or other fixed structures, providing side support for the mast.

Overspeed Safety Device

Mechanical safety protection device that prevents the cage from falling, controlled by non-electric, non-pneumatic, and non-manual methods.

Mast

Structural frame that supports and guides the cage, counterweight (if applicable).

Interlocking Device

After the cage leaves the landing, the cage gate and all landing gates are locked by mechanical locks and cannot be opened normally. When the cage is moving, if the landing gate or cage gate is accidentally opened, the cage will stop motion immediately.

Insulated Conductor Rail

Supply power to mobile devices.

Rack and Pinion Drive

A forced drive system.

Gear Motor

An integration of a gear box and a motor. The use of a gear box reduces the motor speed and increases the output torque, making it suitable for different operating conditions.

Automatic leveling

A feature allowing the cage to stop precisely at a landing level with millimeter-level accuracy. This is achieved by integrating high-precision encoders or sensors with a sophisticated logic algorithm.