9.5 kW AC Servo Spindle Motor, 60 Nm, 1500 rpm

5 out of 5 based on 2 reviews | Write a review

$2,003.38

Manufacturer price AC servo spindle motor for sale. Rated power 9.5 kW, power supply 3-phase 380V, rated speed 1500 rpm, max 6000 rpm, high torque 60 Nm, photoelectric encoder. AC servo motor for CNC machine spindle control, industrial automation, matched controller and brake resistor for selection.

Installation *
With Controller and Brake Resistor *

SKU: ATO-SERVO-9560

Qty:

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Delivery date: 6-12 days

Overview

Buy three phase servo motor for CNC machine spindle control. Motor power 9500W, rated voltage 380V, max speed 6000 rpm, high torque 60 Nm. The asynchronous servo spindle motor is equipped with a high speed photoelectric encoder. It is suitable for various CNC tool, milling tool, router and industrial automation. Matched driver and brake resistor is provided for choose.

Basic Specifications

Model: ATO-250ZJY-4-9.5-15
Rated Power: 9.5 kW
Rated Torque: 60 Nm
Rated Voltage: AC 3-Phase 380V±15%
Rated Current: 19A
Rated Speed: 1500 rpm
Max Speed: 6000 rpm
Rated Frequency: 50Hz
Weight: 92 kg

Technical Parameters

Number of Poles: 4
Rotor Inertia: 0.01 G.D2
Incremental Encoder Line: 2500PPR
Installation Method: Flange installation
Fan Power: 75W
Fan Voltage: AC 380V
Insulation Class: F
Safety Class: IP54
Insulation and Voltage Resistance: AC 1500V, 1 minute
Insulation Resistance: DC 500V, 10M above
Work System: Continuous

Features

The AC servo spindle motor is a 3-phase AC induction servo motor, compact structure, small size, high torque.
AC servo spindle motor adopts best electromagnetic design, high-speed photoelectric encoder, high precision bearings and F level insulation.
AC servo spindle motor is in easy use, stable operation, high control precision, low electromagnetic noise, high efficiency, long service life and high performance price ratio.
AC servo spindle motor is widely used in digital control machine, laser machine, milling machine, embroidery machine, textile machinery, printing machinery, packaging machinery, engraving machine, winding machine, three-coordinates measuring machine, industrial robot, medical equipment, woodworking router and other CNC machine.

Installation Dimension (Unit: mm)

Vertical Installation:

9.5 kW AC Servo Spindle Motor Installation Dimension, Vertical

Horizontal Installation:

Details

9.5KW AC Servo Motor Details

Tips: Precautions for using AC servo spindle motor.

U, V, and W wiring of the AC servo spindle motor must maintain the corresponding relationship with the U, V, and W terminals of controller respectively.
It is forbidden to knock the shaft end of AC servo spindle motor or force the motor axially to avoid damaging the encoder and motor bearings.
Ensure that the ground terminal in junction box of the AC servo spindle motor is effectively grounded.
When AC servo spindle motor is running, the cooling fan must be ensured to work normally.
During operation, the surface temperature of AC servo spindle motor is relatively high. Avoid touching it with hands to prevent scald.
When wiring the fan, ensure that wind direction of the fan is consistent with the indicating plate.

Existing reviews of 9.5 kW AC Servo Spindle Motor, 60 Nm, 1500 rpm

Special Requirements

We need the dyno motor top speed to reach at least 500rpm and act like a generator as well. For example in our test, the electric bike motor will output about 100Nm at 70rpm, and 30Nm at 440rpm. We need the dyno motor to provide a load that matches this torque, which means it will act as a generator, converting the mechanical power of the motor under test into electrical power to act as a "brake" or "load" on the motor under test.
Our requirements are as below:
Motoring Mode (quadrant 1 and 3) (For ebike brake testing)
>120Nm at >100rpm for >1 minutes
>60Nm at >500rpm continuously
Summary of how Motoring Mode will work:
The dyno motor output speed will be controlled by a test operator using a dial or programming. In this test, the operator would set the motor speed to about 300rpm. Then the operator will engage the ebike brakes while the motor tries to maintain 300rpm, and measure the output torque/speed using the ATO torque sensor.
Generator Mode (quadrant 2 and 4) (For ebike motor testing)
>120Nm at >100rpm for >1 minutes
>30Nm at >500rpm continuously
Summary of how Generator Mode will work:
The load amount from the dyno motor will be controlled by a test operator using a dial or programming. In this test, the operator would slowly increase the load on the electric bike motor from ~0Nm to ~120Nm and measure the output torque/speed using the ATO torque sensor.
Would the ATO-SERVO-9560 motor be able to meet these requirements?

From: Elena | Date: 12/06/2024

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ATO Responded

The ATO-SERVO-9560 has a rated power of 9.5kW, Rated Torque: 60 Nm, Rated Speed: 1500 rpm.
After configuring a 3:1 planetary reducer, the maximum output speed is 500rpm, and the maximum output torque is expected to be 170Nm.
The output speed and torque of the servo motor can be adjusted by programming the servo driver.
However, we currently can Not provide servo drives in 4-quadrant mode. This means that you need to configure the servo drive yourself to achieve the motor control requirements.

Use time of 9.5kW AC servo spindle motor

Is the shelf life of this 9.5W AC servo spindle motor long?

From: Djsclient | Date: 22/07/2021

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ATO Responded

It depends on how you use it. If you use it carefully and take care of it regularly, the shelf life will be extended.

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