油圧ケーブルカッター用高負荷遊星ギアボックス油圧クランプモーター

What is hydraulic Clamp Cable Cutter

Hydraulic cable cutting pliers are used to quickly cut cables, copper cables and other thick wires, and are important tools in power engineering and construction.

Workers often need to expend great effort when cutting thick wires, and electric hydraulic pliers can help workers significantly reduce time and physical exertion with the high torque output of the motor. That is why the rapid development of electric hydraulic pliers in recent years.

Hudraulic Clamp Cable Cutter Motor Requirements

Hydraulic pliers are specially designed for cutting coarse materials such as copper wire and cable. In practical applications, we need to consider several important requirements of the cutter motor.

Performance requirements	characteristic	informance
High Power	Provide sufficient cutting torque	Efficient cable cutting
Durability	Long working Life	Ensure the motor life under high-intensity work
High strength gear	High load	Withstands higher torque
Compact size	Portability	Easy for workers to carry
Light Weight	Portability	Easy to use

PG-40 SGMADA Hudraulic Clamp Cable Cutter Motor

Taizhou, Zhejiang is the gathering place of Power tools in China. SGMADA customized and developed the TR-60 series of electric hydraulic clamp motors according to the requirements of our Taizhou customers.

Hudraulic Clamp Cable Cutter Motor Design Advantages

PG40 is the product of SGMADA’s many years of cooperation with customers. We continue to improve our product features according to the requirements of Taizhou customers.

1.High power DC Brushed Motor

Considering the high power requirements of power tools, we choose high-speed DC brushed motors as the drive source.

Brushed motors are a cost-effective choice.

18V 20000rpm DC-775 Motor – 42mm Diameter – 220W output Power

2.High-precision hobbing planetary gear system

The current gearbox design uses a 13.7K Level-2 planetary reduction ratio, and the entire set of gears uses gear hobbing technology, ensuring the high load capacity of the gearbox.

3.Cam Shaft

The cam output shaft structure transmits motion through a non-circular cam, which can convert rotary motion into linear output.

Advantages:

Enhanced torque transmission: The cam mechanism can evenly distribute the load and avoid excessive local stress.

4.Low Noise

High-precision hobbing gears are used to reduce gearbox vibration during high-load operation.

Use appropriate lubricating grease to further control the noise of the gear motor.

Currently, the finished product is controlled within a distance of 30cm and the noise is less than 65Db.