Solution Description
Large CZPT Beveling Edging Processing CZPT For CZPT CZPT . angle forty five°
Technical Specs: | |
Processing velocity | .8~4.1m/min |
Min.glass dimensions | 30×30mm |
Glass Thickness | 3~19mm |
Bevel width | 40mm |
Bevel angle(θ) | 3°~45° |
Size of complete equipment(mm) | 7800X1400X2500mm |
Weight(kg) | 4250KG |
Power(kw) | 22.83KW |
spindles | 9pcs |
Wheel disposal | Wheel | function |
No.one | Diamond wheel | Rough beveling |
No.2 | Diamond wheel | Rough beveling |
No.3 | Diamond wheel | Bottom grinding (pencil edge) |
No.four | Resin wheel | Fine beveling |
No.5 | Resin wheel | Good beveling |
No.6 | Resin wheel | Good beveling |
No.seven | Wool wheel | Bevel polishing |
No.eight | Wool wheel | Bevel sharpening |
No.9 | Wool wheel | Bevel polishing |
Common Data:
- Tough grinding, wonderful grinding, polishing of beveling edge and grinding of base edge can be completed at one time.
- The processing velocity is adjustable with variator which gives a wide assortment of pace selection.
- Input and output conveyors adopt timing belt which can increase the security of transmission.
- The grinding wheels are connected to the motors straight, which is convenient to change and maintain.
- Rear beam can be altered up and down which is appropriate for processing small pieces of glass.
- PLC method manage.
Procedure Situation:
Electricity offer: AC220V, 380V, 415V ±10% 3φ 50Hz/60Hz±2%
Surroundings: Temperature: 1~40ºC
Wheels Disposal
8 spindles for the bevel.
one spindles for bottom.
★ Products purchase can be produced according to CZPT er’s ask for. Our firm reserves the appropriate to renew and revise as effectively as stop the technology depending on layout requirements.
Single-section motors have a stator. They do not have the rotating magnetic discipline characteristics of polyphase or polyphase motors. The magnetic area created by the stator windings is pulsating, not rotating. When the rotor is stationary, the growth and contraction of the stator’s magnetic subject produce an electrical recent in the rotor. The present creates the rotor magnetic field with the opposite polarity to the stator magnetic field. The opposite polarity applies rotational pressure to the upper and decrease areas of the rotor. Considering that this pressure passes by means of the center of the rotor, it stays equal in each course, retaining the rotor stationary. If the rotor starts to switch, it continues to flip in the direction it started, because the rotor’s momentum produces a rotational force in that course. Solitary-period motors are utilized in lower-electrical power programs this sort of as ceiling followers, mixer grinders, and home appliances this sort of as moveable energy resources.