aluminium coil vacuum lifter/vacuum lifting glass handling

Detail product Description:

Existing crane mechanical and electrical configuration:

(1) Power supply:4.5-5.5 bar compressed air, Consumption of compressed air 75~94L/min

(2)Operation manner: Manual operation of production area for suction and release.

(3) Tilting 90 degrees by air cylinder

(4) Max.load 100kg.

Operational control instructions of suction pad.

With joint:

Control of the driving crane, Make the vacuum lifter move to above of the AL coil,  make the vacuum lifter move to the upper of the stone material

Al coil suction:

Push forward the push-pull valve, Suction pad began to automatic suction plate. when the vacuum degree reaches requirements, meet the suction conditions, the green light is lit up, meanwhile, outputs a signal to the driving crane, driving can prompt and run on horizontal

Al coil movement:

Control the driving crane movement to the designated position.

Al coil Tilting:

           Horizontal handling, Tilting 90 degrees by control handle

Al coil release:

To press the safety pin on the push-pull valve, pull back the push-pull valve,plate was released.

Suction pad control respectively:

When the plate length less than the outermost pad distance of two groups,  through shut down the manual ball valve on each suction cups. separation from air flow of vacuum system, To prevent the vacuum leak.

Comprehensive progress

Time of delivery

The vacuum lifter that mentioned in the quotation will assembled in the manufacturer’s plant for test running before delivery.

The production cycle:In 2-3 weeks after the business contract comes into force

To ensure the project and the evaluation.

All of the following items are satisfied for qualified.

(1) Max. carrying capacity 100kg;

(2) Suction pad lifting al coil specifications:According to the technical requirements;

(3) Lifter weight:≤40kg;

(4) Safety factor:4.0

(5) Speed test:

Apply plate ≤2s

Release plate≤2s

(6) Holding time when power failure:≥30min;

(7) Efficiency:8 hours of continuous operation;