ANDANTEX PVFG040 -5 Double-hole commutator application in tower cranes

Short Description:

Product name: Right-angle corner commutator

Item No: PVFG040

Specification range: 60-90

Speed ratio range: 2/3/5 15/20/30/50/500

Accuracy range: 3arcmin

Warranty period: two years

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Product Detail

Product Tags

Specification

ANDANTEX PVFG040 -5 dual shaft commutator for agricultural machinery-01

Features

ANDANTEX PVFG040 -5 dual shaft commutator for agricultural machinery (1)

1. Compact structure: The double-hole commutator adopts the design of two holes or grooves, which makes the device small in size and can be more conveniently installed in a small space.

2. High flexibility: The double-hole commutator can realize a variety of direction conversions, such as forward, reverse, left, right, etc., so that the steering direction can be flexibly selected according to actual needs.

3. High efficiency of power transmission: The double-hole commutator adopts precise gear or chain transmission, which can maintain efficient power transmission and reduce energy loss.

Applications

In construction projects, tower cranes are a common and important equipment used for handling and lifting heavy loads. The double-hole commutator can be applied to the steering system of the tower crane to play the role of controlling and changing the direction of crane travel. Specifically, the double-hole commutator is installed on the steering device of the tower crane, and by controlling the operation of the commutator, the direction of travel of the crane can be changed so that it can be moved and operated flexibly in different sites and construction conditions. The double-hole commutator has the features of simple structure, easy operation, stability and reliability, which can meet the requirements of crane for direction control. The tower crane with double-hole commutator can be more flexible to adapt to different tasks and site requirements of construction projects. The application of commutator can improve crane operation efficiency and safety, reduce the time and cost of transfer and adjustment of position, while also providing more operating space and maneuverability.