AC Servo motor

GM7 Asynchronous Servo Motor compact design, smaller body,lighter weight, high energy density

GM7 Asynchronous Servo Motor

    It can adapt with lots of variable types high performance

inverters or spindle drivers. It can be used on both Close

loop or Open loop system. The performance is abosolutely

defferent with normal inverter motor. It is used on numrecal

machine tools. Building material machinery,plastic

machinery, texitile machinery, heavy industry, such as

metal, etc.

   GM7  inverter (spindle) motor , it is compose with stator,

rotors,low noise force cooling fan, high resolution encoder (no

necessary under open loop control). It is optimized In  structure

design, optimized in magnet route design.

The feature as follow.

1.compact design, smaller body,lighter weight,

   high energy density

2.Specail design for electronics-magnet vibration,

   low noise, high rotation resolution, enough constant

   speed range and constant power range

3.low inertia high response

4.Even air-gap,high balancing resolution,

   low torque wave

5.Full sealed design, Protection Class : Ip54

6.Special Class F insulation,

   anti– surge current & corona.

7.Robust,durable,reliable

8.Good price based on strong performance

Technical Specification

   

Motor Type	Inverter (spindle motor )(AC induction motor)
Insulation Class	Class F, Special insulation design
Feed Back	Incremental  & Sin/Cos,Resolver
Temperature protection	PTC positive coefficient  temperature sensor
Force cooling fan Encoder connection	Terminal box Circle plug and socket
Mounting Protection Class Cooling Painting	IM B5  ,IM B3  ,IM B35 IP54  Optional :IP55 Force cooling fan Gray without gloss, other: optional
Bearing Shaft end	Deep groove ball bearing, seals on both sides Standard :with keyway and key, or according customer requirement
Vibration class Rotation resolution	Class N  optional :Class R Class N  optional :Class R
Noise	Shaft height 100-132 ≤70 dB(A) Shaft height 180 ≤76 dB(A) Shaft height 225≤77 dB(A

 

AC Servo motor