1 kW (2500 rpm) Brushless AC Servo Motor

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$274.23

Reasonable price and high quality brushless AC servo motor, 1000W rated power, 220V single and three phase input, equipped with a 2,500 PPR incremental encoder, manufacturer direct sale.

SKU: ATO80ST-M04025

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Delivery date: 6-12 days

Overview

Brushless design AC servo motor, power ratings up to 1 kW, rated speed of 2500rpm, rated torque of 4N.m, peak torque up to 12N.m. It is widely used in factory automation, embroidery machines, printing machinery, CNC machine, wood carving and other fields.

Specification

Basics	Model	ATO80ST-M04025
	Weight	4.1 Kg
	Length	191 mm
	Rated Power	1.0 kW
	Rated Voltage	220V AC
	Rated Current	4.4 A
	Peak Current	13.2 A
	Rated Speed	2500 rpm
	Rated Torque	4 N.m
	Peak Torque	12 N.m
Technical Parameters	Voltage Constant	56 V/ 1000r/ min
	Torque Coefficient	0.9 N.m/ A
	Torque Inertia	2.97 x 10^-4Kg.M²
	Line-Line Resistance	1.83 Ω
	Line-Line Inductance	4.72 mH
	Electrical Time-Constant	2.58 ms
	Encode Line Number	2500
	Insulation Class	Class F
	Safety Class	IP65
Environment	Temperature	-20℃ ~ +40℃
Environment	Humidity	<90%RH, (no dewing)

1kW 2500rpm Servo Motor Dimension
servo motor 80 dimension
Tips: Servo motor does not run when the pulse is output, how to solve?

Monitor the current pulse output value of controller and check if pulse output indicator lamp flashes to confirm that the controller has performed command pulse and has output pulse normally.
Check if the control cable, power cable, encoder cable between controller and driver are matched incorrectly damaged or contacted poorly.
Check if the brake of servo motor equipped with brake has been turned on.
Monitor the panel of servo driver to confirm if the pulse command has been input.
Run command is normal.
For control mode, always choose position control mode.
Check if the type of input pulse set by servo driver matches with that of command pulse.
Ensure that positive side drive prohibition, negative side drive prohibition signals and deviation counter reset signal are not input and the servo motor runs normally if load is removed, then check the mechanical system.