1hp (750W) Linear Servo Motor, 2.39Nm, 1.91 kN, 800mm

1hp (750W) Linear Servo Motor, 2.39Nm, 1.91 kN, 800mm

Economical price linear servo actuator with 750W rated power, reduction ratio 1:1, rated torque 2.39 Nm, rated thrust 1.28 kN, max. thrust 1.91 kN, max. stroke 800mm, 16mm diameter. Linear servo motor has the advantages of low noise, energy saving, clean, high rigidity, impact resistance, long service life.

SKU: CCHN-SERVO-L750

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Delivery date: 6-25 days

Overview

Factory price linear cylinder with rated voltage 220 volt, in-line/ reentrant two connections can be chosen. The linear servo is widely used in the paper industry, chemical industry, automobile industry, electronics industry, mechanical automation industry, welding industry, etc.

Specification

Model	CCHN-EDA060-750W
Rated power	750W
Rated voltage	220V
Structure type	In-line/ Reentrant
Lead	10mm
Reduction ratio	1:1
Rated speed	3000 rpm
Max. speed	5000 rpm
Rated torque	2.39 Nm
Rated thrust	1.28 kN
Rated linear speed	500mm/ s
Max. thrust	1.91 kN
Max. linear speed	833.33mm/ s
Max. stroke	800mm
Diameter	16mm
Inductive switch	Magnetic induction, PNP, 2NO (Please contact us for other switches)
Motor brand	Japan
Pressure sensor	Not include (50kg/100kg/200kg/300kg/400kg/500kg/600kg/800kg/900kg/1T/2T can be customized, please contact us if necessary)
Weight	43kg
Certificate	CE
Warranty	12 months

Dimension (unit=mm)

In-line

Reentrant

Dimension of reentrant type linear servo motor

Details

750W Linear Servo Motor Details

Tips: Working Principle of Linear Servo Motor?

The working principle of the linear servo motor is which uses electricity as a direct power source, and various types of motors are used to drive different forms of lead screws (or nuts) to rotate and pass through the components. The spiral motion is converted into the linear motion of the nut (or screw), and then the nut (or screw) drives the cylinder or load to make a reciprocating linear motion. Traditional electric cylinders generally use a motor to drive the lead screw to rotate and convert it into linear movement of the nut through the spiral movement between the components. In recent years, the newly emerging "nut reversal type" electric cylinders (such as integral planetary roller screw electric cylinders) adopt the opposite driving mode, that is, drive the nut to rotate and convert it into the linear motion of the screw through the spiral movement between the components.