Description
LARGE RECTANGULAR VACUUM PADS FOR EXTRA-HEAVY LOADS
Bolt-on sealing rings, 2,800 to 3,200 lb from a single pad – VP2129Q and VP1834Q
Product Overview
PA1834-S-36 pad attachment
ANVER large capacity vacuum pad attachments are ideal for lifting heavy, compact loads in situations where the available load surface rules out a lifter with several smaller pads.
These pads are built by ANVER to be sturdy and safe when handling heavy loads – heavy steel welded construction, with a top steel clamp that extends to protect the sealing ring.
Two footprints are available: the 21 × 29.75 in. pad rated at 2,800 lb, and the 19.13 × 35.13 in. pad rated at 3,200 lb.
Design Features
01 – Heavy steel construction
Sturdy welded steel throughout, with a top steel clamp that extends to protect the sealing ring.
02 – Bolt-on vacuum seal
The replacement seal can be changed by hand with an Allen wrench.
03 – High lifting capacity
Welded construction carrying up to 3,200 lb (1,451 kg) on a single pad.
04 – Rubber scuff pad
Fitted on the underside to protect the pad and the load.
05 – Large vacuum port
Gives a quick response time when the pad attaches.
06 – Nitrile or silicone
Available with nitrile or silicone rubber seals for high heat applications.
Pad Attachments – Specifications
Pad attachment dimensions
VP1834Q cross section
| Large capacity pad attachments | |||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Pad attachment number | Horizontal rated load with M250M lb (kg) | Horizontal rated load with powered generator lb (kg) | Unit weight lb (kg) | A – pad length in. (mm) | B – pad width in. (mm) | C – attachment headroom in. (mm) | D – beam length in. (mm) | E1 – hardware mounting centres | E2 – alternate centres | E3 – alternate centres | E4 – alternate centres | F – height in. (mm) | Seal |
| PA2129M-S-36 | 2,800 (1,270) | 2,800 (1,270) | 115 (52) | 29.75 (756) | 21 (533) | 4.5 (114) | 20.8 (528) | 9 in. (229) | 12 in. (305) | 16.88 in. (429) | N/A | 0.68 (17) | SR-2129M |
| PA1834-S-36 | 3,000 (1,361) | 3,200 (1,452) | 140 (64) | 35.13 (892) | 19.13 (486) | 4.5 (114) | 26.3 (668) | 9 in. (229) | 12 in. (305) | 16.88 in. (429) | 22.38 in. (568) | 0.88 (22) | SR-1834-DP |
Derating with the M250M – when used with the ANVER M250M mechanical vacuum generator, the PA1834-S-36 pad is derated to 3,000 lb (1,361 kg). For a single or dual pad attachment used under an ANVER vacuum generator, contact FULL-SHARP for advice.
Single Pads
VP1834Q quad mount shown
Cross section – F height
| Single pads – VP2129Q and VP1834Q | |||||||
|---|---|---|---|---|---|---|---|
| Product number | A – mounting holes | F – height in. (mm) | Replacement seal number | W – width in. (mm) | L – length in. (mm) | Weight lb (kg) | Horizontal rated load lb (kg) |
| VP2129Q – 21 × 29.75 in. pad | |||||||
| VP2129Q | 3/4-10 UNC | 0.68 (17) | SR-2129M | 21.00 (533) | 29.75 (756) | 115 (52) | 2,800 (1,270) |
| VP2129Q-M | M20 × 2.5 | 0.68 (17) | SR-2129M | 21.00 (533) | 29.75 (756) | 115 (52) | 2,800 (1,270) |
| 76201157 | M24 × 3.0 | 0.68 (17) | SR-2129M | 21.00 (533) | 29.75 (756) | 115 (52) | 2,800 (1,270) |
| VP1834Q – 19.13 × 35.13 in. pad | |||||||
| VP1834Q | 3/4-10 UNC | 0.88 (22) | SR-1834-DP | 19.13 (486) | 35.13 (892) | 140 (64) | 3,200 (1,451) |
| VP1834Q-M | M20 × 2.5 | 0.88 (22) | SR-1834-DP | 19.13 (486) | 35.13 (892) | 140 (64) | 3,200 (1,451) |
| 76200887 | 1-8 UNC | 0.88 (22) | SR-1834-DP | 19.13 (486) | 35.13 (892) | 140 (64) | 3,200 (1,451) |
| 76201158 | M24 × 3.0 | 0.88 (22) | SR-1834-DP | 19.13 (486) | 35.13 (892) | 140 (64) | 3,200 (1,451) |
Each pad footprint is available with four mounting thread options – imperial 3/4-10 UNC or 1-8 UNC, and metric M20 × 2.5 or M24 × 3.0. The pad body and seal are identical across the options.
Application Examples
E640M2-86 – pads inline
E640M2-86 – pads perpendicular
*Capacity basis – the capacities shown are based on 24″ Hg at sea level with a safety factor of two (2) in the horizontal (flat) position. Rated load capacities are estimates; actual capacity varies with the load surface and the vacuum level achieved.
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