4.5HP 3.5KW 18000rpm ER25 Square Woodworking AC Spindle motor 4 ceramic ball bearings 93*82 220V 15A 300Hz air cooling CNC Router

  • Model: GDZ93x82-3.5(220V)
  • Shipping Weight: 10.6Kg
  • In Stock:20
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4.5HP 3.5KW 18000rpm ER25 Square Woodworking AC Spindle motor 4 ceramic ball bearings 93*82 220V 15A 300Hz air cooling CNC Router

 

1, Spindle Specification

Brand

CHANGSHENG

Spindle Model

GDZ93x82-3.5(220V)

Dimension

93mm*82mm

Speed

18000rpm

Rated Power

3.5KW  4.5HP

Voltage

AC220V

Current

15A

Frequency

300HZ

Bearings

C7007/p4*2,C7002c/p4*2

Collet

ER25(Random send a collet as free)

Cooling Type

Air cooling

Lubricate

Grease

Plug connection:

Plug in 1234 pin, 1-U, 2-V, 3-W, 4-GND or not connected. if 123 not connected correctly, the motor will reverse. Swap any two wires can be OK.

 

2, Same series Spindles:

Model

Speed(kr/min)

Power(KW)

Voltage(VAC)

current(A)

Frequency(HZ)

collet

cooling

application

GDZ93x82-1.5(220V)

 18000rpm

 1.5KW

 220V

 6.8A

 300Hz

 ER20

air cooling

woodworking

GDZ93x82-1.5(380V)

 18000rpm

 1.5KW

 380V

 3.8A

 300Hz

 ER20

air cooling

woodworking

GDZ93x82-2.2(220V)

 18000rpm

 2.2KW

 220V

 10A

 300Hz

 ER25

air cooling

woodworking

GDZ93x82-2.2(380V)

 18000rpm

 2.2KW

 380V

 5.5A

 300Hz

 ER25

air cooling

woodworking

GDZ93x82-3.5(220V)

 18000rpm

 3.5KW

 220V

 15A

 300Hz

 ER25

air cooling

woodworking

GDZ93x82-3.5(380V)

 18000rpm

 3.5KW

 380V

 8.8A

 300Hz

 ER25

air cooling

woodworking

GDZ120x103-4.5

 18000rpm

 4.5KW

 380V

 9.5A

 300Hz

 ER32

air cooling

woodworking

GDZ120x103-6

 18000rpm

 6KW

 380V

 12.6A

 300Hz

 ER32

air cooling

woodworking

GDZ120x103-7.5

 18000rpm

 7.5KW

 380V

 15.5A

 300Hz

 ER32

air cooling

woodworking

GDZ170x150-12

 18000rpm

 12KW

 380V

 26A

 300Hz

 ER32

air cooling

woodworking

 

3, Instructions

1

The electric spindle must be matched with the frequency converter. Frequency converter selection must be matched with the power, voltage, current, frequency and other parameters of the electric spindle. The use of electric spindle must first set the benchmark frequency of the inverter. The reference frequency of the frequency converter is set according to the highest frequency of the electric spindle. Inverter reference frequency conversion factory default settings 50hz. If the base frequency of the inverter is not set before the spindle motor is used, the spindle motor can be burnt down.

2

Before use, you should use the hand to turn the spindle motor, and confirm that it can rotate smoothly.

3

When in use, you must first connect to the spindle motor cooling water pipes, water pipes to ensure. Water flow is not less than 5L/min

4

If the electric spindle needs to be replaced with a new bearing,
Should be replaced by a certain professional and technical personnel. Supporting special tools. The spindle motor should be fully cleaned, the stator coil does not need to be removed.

 

4, The common faults and their elimination methods

The Fault

The Reason

The Solution

The electric spindle does not run after start

1.No output or wrong setting for the inverter

check the output and setting of the inverter

2.Plug not connected

check the plug and connection cable

3.the cable not connected

4.The stator winding burned

change the stator

Few seconds after start,the spindle stop running

1.water inlet

Drying stator

2.High temperature induced wire insulation damage

change the stator

3.Lack of phase operation caused over current protection

check the cable connecting of the spindle motor

4.Start-up time is too short

Extended acceleration time

Motor smoke or shell hair hot

1.The inverter output voltage, frequency is not match with the spindle motor

check the setting of the inverter

2.the frequency of the inverter is not set correctly

reset the frequency of the inverter

3.Air duct blockage

check the air duct

Nut loosening when start

Rotation direction error

recorrect the rotation according the instruction on spindle

Noise and vibration

1,bearing damaged

change bearings

2.Parts precision damage affect dynamic balance

Check dynamic balance

3.Large spindle runout

change spindle

Nut loosening when stop

Down time is too short

Prolonged deceleration time

 

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