Overhead End Carriage

Main parameters of the overhead end carriage

• Capacity : 1 to 20 t

• Max. Span: 3 to 27m

• Traveling Motor Output (kW × 2):  0.21/0.25 to 1.25/1.5 x 2 m/min (50/60 Hz)

Features of overhead end carriage

• To meet customer needs, we have enhanced performance while offering more standardized models.

• The track wheel is now made of carbon steel, making it sturdier and longer-lasting.

• Products are primer-coated, which allows customers to choose the desired top coat color.

• Punch-mark on end carriages for easy centering and drilling for girders.

 Features of  end carriages with wheel heads: 

• Supported and suspended end carriages, boogies and standardized wheel heads for bridge cranes, gantries and semi gantry cranes. Single girder / double girder, transfer carts and other type of applications.

• Powered by motor-gearboxes which are designed exclusively for use on cranes and lifting machinery. Also is possible to install commercial motor-gearboxes.

• Wide range of diameters, wheel bases, and wheel channels.

• End Carriages Module design.

• Maintenance-free crane special frequency converting three-in-one; Adjustable wheel set with less rail gnawing (patent).

• Wear resistant and impact resistant alloy forged wheel.

• High-precision one-step wholistic processing; High strength and flexibility low alloy material.

Features of end carriages with wheel heads:

• Supported and suspended end carriages, boogies and standardized wheel heads for bridge cranes, gantries and semi gantry cranes. Single girder / double girder, transfer carts and other type of applications.

• Powered by motor-gearboxes which are designed exclusively for use on cranes and lifting machinery. Also is possible to install commercial motor-gearboxes.

• Wide range of diameters, wheel bases, and wheel channels.

• End Carriages Module Design.

• Exposed drive with large rations and small size.

• Steady and reliable crane special soft start with three-in-one structure.

• High-precision one-step wholistic processing.

• Modular design, flexible assembly.