Synchronization Analysis on Hd Single Girder Overhead Crane

Our HD series single girder overhead crane has reasonable and optimized structure, maximum meet the needs in strength, stiffness and stability. To fully satisfying different customer requirements, the company takes full advantages of combining crane design with site condition, flexible box section designing structure and maintenace friendly feature, possibly make every step easy and individual. With computer optimization design box beam, low dead weight effectively reduces the cost in which workshop built with steel structure.

Brief Introduction

HD series single girder overhead crane are available with load capacities up to 50T and with spans up to 35 m. Articulated end carriage joints ensure positive contact of all four wheels with the track. The range of fixing arrangements allows the appropriate integration of double girder travelling cranes into new buildings as well as into existing buildings. Just as with all other types of double girder travelling cranes, the profiles of the main girder are optimally produced using computers so that maximum performance with a minimum of dead-weight can be achieved. An advantage that has financial benefits.The cranes are all equipped with weight limiters, buffer, distance limit switch, voltage protection equipment, and emergency stop system and so on.The equipment is controlled by central control system.

Product Description

1 HD series single girder overhead crane with hook is the most widely used indoor crane. Its typical characters are: two main girders; hoisting mechanism is trolley.

2 HD series single girder overhead crane is a general bridge crane, the mother of double girder overhead crane. Other special double girder bridge crane are all designed or modified on basis of this HD crane.

3.HD series single girder overhead crane is normally divided into 4 working group as per utilization frequency and load condition: A5, A6 , A7, A8.

4.Operation is done inside Cabinet or by remote control.

5.Cabinet could be...