1.5 kW AC Servo Motor, 15 Nm, 3000 rpm

$328.23

220V supply voltage servo motor, power ratings up to 1.5 kW, rated speed of 3000rpm, maximum output torque up to 15 Nm. It is available in flange sizes of 110mm square flange size, with brakes and shaft options available. Reasonable price and manufacturer direct sale.

SKU: ATO110ST-M05030

Qty:

Delivery date: 6-12 days

Overview

Brushless 220V AC servo motor, 1.5 kW power rating, with a rated torque of 5 N.m, max speed of 6000 rpm, low noise and vibration when rotating.

1.5 kW Servo Motor Specification

Basics	Model	ATO110ST-M05030
	Weight	6.8 Kg
	Length	204 mm
	Rated Power	1.5 kW
	Rated Voltage	220V AC
	Rated Current	6 A
	Rated Speed	3000 rpm
	Rated Torque	5 N.m
	Peak Torque	15 N.m
Technical Parameters	Voltage Constant	62 V/ 1000r/ min
	Torque Coefficient	0.83 N.m/ A
	Torque Inertia	0.63 x 10^-3Kg.M²
	Line-Line Resistance	1.03 Ω
	Line-Line Inductance	3.43 mH
	Electrical Time-Constant	3.33 ms
	Encode Line Number	2500
	Insulation Class	Class F
	Safety Class	IP65
Environment	Temperature	-20℃ ~ +40℃
Environment	Humidity	<90%RH, (no dewing)

Motor Dimension

Tips: Overrun errors occur in motor deviation counter when servo motor rotates at high
speed, how to solve?

Overrun errors occur in motor deviation counter when servo motor rotates at high speed.
Countermeasure:
Check if wirings of motor power cable and encoder cable match correctly and if there is any damage in cables.
Overrun errors occur in motor deviation counter when much longer command pulse is input.
Countermeasure:
a. Gain setting is too large. Manually adjust gain setting again or use automatic adjustment gain setting function.
b. Prolong the acceleration/deceleration time.
c. The load is too heavy. It is necessary to choose another motor with larger capacity or reduce the load, install speed reducer or other drive mechanism, so as to improve load capacity.
Overrun errors occur in motor deviation counter during operation.
Countermeasure:
a. Increase the overrun level set value of deviation counter.
b. Reduce the rotation speed.
c. Prolong the acceleration/deceleration time.
d. The load is too heavy. It is necessary to choose another motor with larger capacity or reduce the load, install speed reducer or other drive mechanism, so as to improve load capacity.