Electrical vacuum lifer for insulating glass unloading

 Electrical vacuum lifer with pneumatic generator 12V for glass lifting and insulating unloading

1. Suction cup design
Remak: the above two diagram shows the overhand, if the overhang is bigger than max. value during tempering loading, unrecoverable and permanent deformation will be caused.
Pneumatic suction cup Type: FVL-G600-6, 600KG
Dimension before expanding 750mm*850mm*300mm(L*W*H)
Dimension after expanding 1800mm*1000mm*300mm(L*W*H)
Loading type Manual 90 degree rotate, manual 360 degree rotate.
Accumulator volume Ard 5L
Control handle Integrated control unit
Vacuum suction cup 6pcs. 100kgf each suction cup under 60% vacuity
DC vacuum pump USA THOMAS 1PCS, limiting vacuum 72%
2. Pneumatic suction cup feature
Content Feature
Rated load 600kg glass vertical/horizontal loading(60% vacuity)
Safety coefficient 4 times, ISO9001:2008, CE standard
Safety alarm Vacuum pressure lower than 60%, alarm buzzer (separate rechargeable battery)with sound-light alarm.
Hold time Cut off power supply, more than 10min to reduce vacuum pressure to 60%.
Suck and release control Two position three-way manual slide valve
Noise <60dB(A)
Weight Ard 80KG

3. Spare parts list
No. Name Model Brand Qty
1 DC vacuum pump DC12V,0.07KW limiting vacuum 72% USA THOMAS 1
2 Storage battery 36hours CHAOWEI 2
3 Digital pressure gauage Digital display, sensor Japan Panasonic 1
4 Suction cup Ф300mm,suction 100kgf Germany AEROLIFT 6
5 Vacuum filter G 1/2" Germany technology 1
6 Vacuum one-way valve G 1/2" Germany technology 1
7 Manual sliding valve G 1/2" Two position three-way Germany technology 1
8 Manual ball valve G 1/4", control each suction cup Germany technology 6
9 Coulombmeter   Germany technology 1
10 Charger Energy saving IC core, protect fucntion Germany technology 1
11 Suction cup basement   Freddie 1
12 Handle   Freddie 1
13 Vacuum accumulator   Freddie 1
14 Alarm unit   Freddie 1
15 Electrical unit   Freddie 1
16 Machine body 750*850mm Freddie 1
17 Expanding beam 800mm Freddie 2

4. Working principle