| Application: | Motor, Electric Cars, Motorcycle, Machinery, Marine, Agricultural Machinery, Car |
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| Function: | Distribution Power, Clutch, Change Drive Torque, Change Drive Direction, Speed Changing, Speed Reduction, Speed Increase |
| Layout: | Coaxial |
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features
*The gear and shaft are quenched with high surface hardness.
*Use high-quality oil seals and bearings.
*Each gearbox can be delivered after passing the inspection.
*The gearbox has low noise and stable operation. It is made of ductile iron with solid toughness and long service life.
The primary function of the gearbox trencher is to dig a pit. In this application, the gearbox is mounted on top of the housing. The shell adopts a circular sealing combination structure. The operator can control the speed and depth of the holes excavated by the machine. In this application, the gearbox trencher is an essential piece of equipment. Its advantages make it an ideal choice for digging.
Diagnose the technical status of the transmission
The fault diagnosis method of the gearbox is traditionally based on Vibration Analysis in one-dimensional space. But in recent years, image processing in two-dimensional space has become standard practice. Its high diagnosis accuracy has been proved in many studies, and it is possible to simplify the gearbox fault diagnosis process greatly. With this advanced method, the technical state of the gearbox can be accurately determined by checking the vibration signal of the gearbox. Before starting gearbox maintenance, ensure that the technical status of the gearbox can be diagnosed. This includes measuring the end play and alignment of the coupling and checking the condition of the fasteners. A reliable gearbox trencher can detect oxidation, thermal degradation, and cracks. It also has a magnetic particle testing tool that allows you to measure temperature and collect samples of oil and lubricants.
Control the speed of the electric excavator
One technique for controlling the speed of a motorized excavator is to monitor and limit the tipping moment. This can be achieved by monitoring and controlling the lifting force and the thrust torque. Then, if the crowd causes the mobile excavator to tilt, this control can limit the center of gravity offset and reduce the risk of structural fatigue and operator injury. Another technique for controlling mobile excavators' speed is monitoring the squeezing force generated by industrial machines.
Various mechanical controls may be used to control the speed of a motorized excavator. Some machines have been zeroed and must be manually zeroed to prevent movement beyond their physical limits. This may cause the machine to collide with itself or damage its drive mechanism. Other machines have built-in control parameters that limit various shaft speeds. However, these parameters can be manually changed by the operator.
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ITEM
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EP-650PHD
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Ratio
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2.92:1
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Teeth
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13/38
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Module
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4.25
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Power(HP)
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30
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Rated lnput
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540 rpm
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lnput/Output Description
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Optic axis
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Weight(N.W)
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24.1 Kg
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