1.AVOL-1010 Full Automatic APG clamping machine：             

1. Application:

Used for producing epoxy resin components from 11-36KV, such as CT, PT, insulators, bushings, spout,SF6 cover, GIS, LBS etc.

 2.Full automatic control system with touch screen, Realize one-button run machine:

- Automatically clamping mold;

- Automatically adjust injection pressure and injection time

- Automatically tilting machine

- Automatically hold pressure and hold pressure time

- Automatically alarm and de-mould 

- (install coil and inserts, take products from mold, clean mold by manual)

 3.Advantages:

- Reduce work injure

- High efficiency

- Ensure product quality

- Save labor cost, 1 worker can operate 2-4 machines

- Low requirement for workers

- Remote control machine (optional)

2.Machine introduction:                                                   

1. Machine frame: Tempering and finish machinery →Improve strength,avoid deformation,ensure high precision,avoid mold leakage

2. Collect Tray → Keep clean,protect lower core.

3. Tilting device → vertical and horzontal tilting 

4. Safe fences→ avoid work injure

5. Servo motor→ save energy, low noisy, easy maintance 

6. Full automatic system→ programmable, full automatic.save receipt,remote control

7. linear guide →ensure clamping stability

8. Power cabinet→ 

9. APG Mold →Volmet supply mold and technique training overseas.turn key project.

3.Technical Datas:                                                                           

4.36KV potential transformer production process:                                 

4.Embedded pole production process:                                                    

  5. APG machine process:                                                             

 1.Milling machine frame: each side of frame will milled by vertical lathe machine,enasure installation precison,avoid mold leakage.

 2.Heating treatment for machine frame: Do 3 times of heat treatment for machine frame after welding. release inter stress,reduce machine deformation in the future.