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IYHG33B

IYHG series hydraulic rotary device is independently developed by the company, by variable axial piston motor, multistage planetary reducer, overload protection valve group. It is characterized by compact structure, small size, light weight, high working pressure, good working stability, beautiful appearance, through the external oil control port can achieve high and low speed switching, the output gear by engaging with the rack drive power head forward or backward. The product is mainly used to drive horizontal directional cobalt push and pull device, products not only sold well in Xugong Dewei soil Xingsun, Beijing Weimen and other well-known domestic enterprises, and has been exported to the United States, Austria, Russia, Australia, the Netherlands,

Classification:

Hydraulic transmission and rotation

Product Consulting

Product Description
Technical Parameter
Installation Dimensions
Application fields and cases

1. Overview

IYHG series hydraulic rotary device is independently developed by the company, by variable axial piston motor, multistage planetary reducer, overload protection valve group. It is characterized by compact structure, small size, light weight, high working pressure, good working stability, beautiful appearance, through the external oil control port can achieve high and low speed switching, the output gear by engaging with the rack drive power head forward or backward. The product is mainly used to drive horizontal directional cobalt push and pull device, products not only sold well in Xugong Dewei soil Xingsun, Beijing Weimeng and other well-known domestic enterprises, and has been exported to the United States, Austria, Russia, Australia, the Netherlands, Indonesia, South Korea and other countries

2. Model description

3. Model examples

YHG33A-3000 means that the first and second gear modules of the planetary reducer are 3 and 3 respectively, the design sequence is A, and the rated torque of the rotation is 3000N.m.

4. Parameter Description

a. Total displacement refers to the theoretical oil supply flow required for each revolution of the rotary device, in (ml/r).

b. The oil supply flow refers to the theoretical oil supply flow of the pump, and the system volumetric efficiency (L/min) should be considered in the calculation.