Two Pole Stator Universal Motor Slot Insulation Mylar Forming Insertion Machine

Two Pole Stator Universal Motor Slot Cell Insulation Mylar Forming  Insertion Machine WIND-SCFI

Application:

Two poles Stators for electric tools,

 stators for garden tools, stators for vacuum cleaner motors,

 stators for small household appliances, stators for sewing machines, etc.

This slot cell forming machine is working for universal motor stator cell insulation such as

mixer,grinder,power tools two poles slot cell forming,

and then insert the formed paper to two pole stator automatically

Parameter:

1.This machine is forming creasing inserting insulating paper into the 2pole stator.

2.It is composed of automatic paper cutting and automatic mold clamping and paper feeding mechanism, which is efficient and fast.

3.The equipment has stable performance and high production efficiency, is the advance type in the international level of similar models.

4.Quickly change tooling, simple operation, convenient and reliable.

5.Configure the belt line to complete the automatic production equipment for unmanned operation.

6.Paper feeding method: The motor is used to feed the paper, and the debugging is simple and accurate.

7.Feeding accuracy: ±0.15mm.

8.Paper cutting method: pneumatic cutting.

9.Pressure wheel structure: The integral pressure wheel is easy to disassemble and install, and it can jump to small and high precision.

10.Punching method: automatic cylinder punching.

11.Number of stator slots: 2 slots/2 poles

12.Production cycle beat: ≤7 seconds 1 cycle.

13.Working air pressure: 0.5-0.7MPa.

Armature O.D: Ф20-55mm

Length of lamination: Max 60mm

Shaft length: 32~250mm

Shaft O.D: Ф6~Ф20mm

Slot number: 8-24 slots

Commutator O.D: Ф16~Ф50mm

Speed regulation range: 0~60Hz

Length of insulation paper: 15-60mm adjustable

Thickness of insulation paper: 0.1 mm ~ 0.5 mm

Type of insulation material: DMD, DM, Polyester film(thickness 0.125mm), etc.

Insulation paper shape: V or edge-folding V

Efficiency: 0.5sec - 0.8sec/per slot, loading

Please click below link to view video