Type key vacuum lifting devices

Product catalog summary

Overview: This document provides detailed specifications and applications for various types of vacuum lifting devices, including basicLIFT, multiLIFT, accuLIFT, poroLIFT, and coilLIFT. It outlines the features, applications, and technical specifications of these devices, focusing on their modular design and flexibility for handling different materials.

Types and Applications: The document categorizes vacuum lifting devices based on their functionality: basicLIFT for lifting, multiLIFT for lifting and turning, accuLIFT for lifting without power supply, poroLIFT for porous materials, and coilLIFT for coils. Special solutions are available depending on configuration needs.

Type Key and Specifications: The type key provides a detailed breakdown of the device's capabilities, including series type, maximum load capacity, suction cup size and shape, and vacuum generation method. For example, VSL indicates a Vacuum Slew Lifter, with options for electric or pneumatic vacuum generation.

Features: Key features include long service life due to high-quality materials, electric or pneumatic vacuum pumps, acoustic safety warning systems, and ball valves for individual suction cup control. The systems are designed for handling vacuum-tight materials like wood, plastic, steel, and aluminum sheets.

Vacuum Lifting Traverses: These are modular systems with adjustable slide systems and crossbeams, suitable for various handling tasks. They offer flexibility and are available with rechargeable batteries. The document lists specific models with their load capacities, dimensions, and configurations.

Vacuum Slewing Traverses: These systems allow for slewing movements either electrically or pneumatically. They are designed for handling vacuum-tight materials and offer features similar to lifting traverses, with additional slewing capabilities.

Technical Specifications: Detailed tables provide specifications for different models, including tare weight, number of suction cups, vacuum pump type, and system dimensions. The document emphasizes that load capacity decreases with fewer suction cups and provides technical drawings for reference.

Conclusion: The document highlights the versatility and adaptability of the vacuum lifting and slewing devices, catering to a wide range of industrial applications with options for customization based on specific requirements.

Catalog excerpts

Type key / Types / Applications Type key vacuum lifting devices Type VSL = Vacuum Slew Lifter / coil lifter VLTS = Vacuum Lifting Traverse Standard VSTS = Vacuum Slew Traverse Standard VWT = Vacuum Turning Traverse EVE = External Vacuum Unit Round Suction cup kidney-shape Suction cup bellows shape Suction cup flat Size of suction cup/plate Number of suction cups 1600 = max. Coil outer diameter (coil lifter) or max. workpiece length (lifting traverses) Pneumatic slewing movement Manual slewing movement Electric slewing movement No slewing movement Pneumatic vacuum generation Electric vacuum generation Central vacuum generation Customer provided vacuum generation 400 = Coil inner diameter (Coil lifter) or max. workpiece width (lifting traverses) Types / Applications Type Lifting, slewing and turning (180˚) Lifting without a power supply Lifting and slewing for porous materials Lifting and slewing of coils Special solutions Technical and visual modifications are reserved.

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Vacuum lifting traverses – standard Long service life through use of high-quality materials Either electric or pneumatic vacuum pump Number of suction cups is based on sheet metal thickness Acoustic safety warning system, incl. rechargeable battery Ball valves for shutting off individual suction cups – factory standard SERIES VHTS Technical and visual modiﬁcations are

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Vacuum lifting traverses – standard BALBE AVIAL ALSO GEECHAR Y WITH R ATTER B ABLE E 43) AG (SEE P Suction base incl. spring plunger and clamp unit Ball valves, each suction cup can be shut-off individually Crossclamp piece for variable adjustment possibilities Basic module control cabinet Electric or pneumatic vacuum generator Manual slide valve with safety locking mechanism Parking pads with locking (optional) Holder for crane control system (optional) Application The traverses, which are structured based on a modular concept, offer unique flexibility thanks to their freely adjustable slide...

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Vacuum lifting traverses – standard Technical drawing: Dimensions in mm Tare weight kg approx. NumØ ber of Suction cup suction S cups Vacuum pump Sheet metal dimensions min. max. l/w/d l/w Pneumatic Electric Pneumatic Electric Pneumatic Electric Pneumatic Electric Pneumatic Electric Pneumatic Electric Pneumatic Electric Pneumatic Electric Pneumatic Electric Pneumatic Electric Pneumatic Electric Pneumatic Electric For the "min." distances the outer ball valves must be closed! Please note that the permissible load capacity decreases with a lower number of suction cups! Technical and visual modifications...

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Vacuum lifting traverses – standard TA-VHTS2-150/2500x1250-E-X-SF150x4 For transport of vacuum-tight material: Length : Up to 2,500 mm Load capacity : Up to 150 kg Width : Up to 1,250 mm Material : From 3 mm thickness TA-VHTS-1500/6000x2000-E-X-SF240x12 For transport of vacuum-tight material: Length : Up to 6,000 mm Load capacity : Up to 1,500 kg Width : Up to 2,000 mm Material : From 1 mm thickness Technical and visual modiﬁcations are reserved.

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Vacuum slewing traverses – standard Long service life through use of high-quality materials Either electric or pneumatic vacuum pump Number of suction cups is based on sheet metal thickness Acoustic safety warning system, incl. rechargeable battery Ball valves for shutting off individual suction cups – factory standard SERIES VSTS Technical and visual modiﬁcations are

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Vacuum slewing traverses – standard SLEWING Slewing occurs either via a highquality pneumatic cylinder or an electric linear drive (ELD) Suction base incl. spring plunger and clamp unit Ball valves, each suction cup can be shut-off individually Crossclamp piece for variable adjustment possibilities Basic module control cabinet Electric or pneumatic vacuum generator Manual slide valve with safety locking mechanism Parking pads with locking (optional) Holder for crane control system (optional) Application The traverses, which are structured based on a modular concept, offer unique flexibility thanks...

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Vacuum slewing traverses – standard Technical drawing: Dimensions in mm Tare weight kg approx. Ø Number of Suction Vacuum pump suction cup S cups Sheet metal dimensions min. max. l/w/d l/w Pneum. Electr. Pneum. Electr. Pneum. Electr. Pneum. Electr. Pneum. Electr. For the "min." distances the outer ball valves must be closed! Please note that the permissible load capacity decreases with a lower number of suction cups! * Technical and visual modifications are reserved. R HIGHE A OAD C N L O CITIES ! PA QUEST RE

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Vacuum slewing traverses – standard TA-VSTS-500/250-3000x1500-E-E-SF240x4 For transport and slewing of metal sheets and other Vacuum-tight materials: Length : Up to 3,000 mm Load capacity : Vertical 250 kg / horizontal 500 kg Width : Up to 1,500 mm Material : From 3 mm thickness TA-VSTS-1000/500-4000x2000-E-E-SF240x8 For transport and slewing of metal sheets and other vacuum-tight materials: Length : Up to 4,000 mm Load capacity : Vertical 500 kg / horizontal 1000 kg Width : Up to 2,000 mm Material : From 1 mm thickness Technical and visual modiﬁcations are reserved.

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Type key vacuum lifting devices

Type key vacuum lifting devices

Catalog excerpts

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