Content Library
Ensuring Longevity and Efficiency: A Comprehensive Guide to Maintaining Permanent Lifting Magnets
Regular and preventive maintenance is pivotal to the longevity of any industrial equipment, and this principle applies wholeheartedly to permanent lifting magnets. This is especially crucial for heavily utilized systems, as they endure more wear and tear compared to...
Material Considerations for Vacuum Lifting Applications
When choosing a vacuum lifting system, it is crucial to understand the types of materials the system can handle, the customization possibilities, and the limitations when dealing with flexible or rigid materials. Vacuum lifting systems excel in handling a diverse...
Magnet Systems in Material Handling Companies: Principal Benefits
Magnetic lifting systems have emerged as a groundbreaking solution for material handling companies, offering many advantages compared to conventional methods. Using the power of magnets, these advanced systems facilitate the movement, elevation, and positioning of...
Common Accidents While Using Vacuum Lift Systems
Vacuum Lift Systems Using vacuum lift systems can be dangerous. Although safety measures and equipment are used to keep people and things safe, accidents can still happen, so it is vital to be aware of common accidents. Dropping of Materials: The most common...
How to Stay Safe While Using Vacuum Lifting Systems
Vacuum lifting systems are designed to improve workplace safety and reduce the risk of accidents and injuries. These systems have several safety features that prevent accidents and protect employees and equipment. In this response, I will provide details on the safety...
The Most Common Issues and Challenges of Permanent Lifting Magnets
A permanent lifting magnet is an essential tool in the material handling industry, known for its ease of use, efficiency, and safety. However, like any other equipment, it comes with its own set of challenges and issues. Let's review the most common problems faced by...
Product Documentation
Permadur Industries: family-owned below-the-hook lifting equipment leader since 1972, focused on safety, productivity, and efficiency from Hillsborough, NJ.
Permadur Vacuum Systems for safe handling of glass, aluminum, composites, and sheet goods—electric, air, or battery powered with custom pad arrangements.
Permadur Plate Handling Systems with fail-safe magnets for plate steel—AC or battery powered, selective controls, and single-sheet lift from stack.
Permadur Multiple Part Handling Systems for oxy, plasma, and laser tables—load plate and remove parts and skeletons in one lift to maximize torch-on time.
Permadur Lifting Magnets—electro-permanent (AC or battery) and rare-earth manual magnets for sheet, plate, block, rounds, and structural shapes.
Permadur Load Positioners—hydraulic hoist-to-load link for precision lift/lower up to 40,000 lbs with 3″–12″ stroke and <0.001" positioning accuracy.
Series 2550 with 50 BP-1600 magnets on a 30′ load beam — Manitowoc Crane 109 application.
PERMADUR Series 1530 plate/multiple part handling system with 30 BP-1600×48 magnets on a 10′ beam, row and magnet selectivity, Safety Indicator Lighting, and radio plus pendant controls.
PERMADUR Series 1326 plate/multiple part handling system with 26 BP-1600×48 magnets on a 20′ beam, row selectivity, Safety Indicator Lights, radio and pendant controls, and plate grabs.
PERMADUR Series 918 plate handling system with 18 TP-2000 magnets on a 36′ beam, fork truck or crane suspension, 24VDC battery power, and Safety Indicator Lighting.
PERMADUR Series 918 plate handling system with 18 FP-4000 magnets on a 54′ beam, double-hook mobile crane attachment, 24VDC battery power (~400 lifts), and Safety Indicator Lighting.
PERMADUR Series 824 plate handling system with 24 TP-2000 magnets on a 36′ beam, row and column selectivity, 460 VAC power, and Safety Indicator Lighting.
PERMADUR Series 816 plate handling system with 16 FP-4000 magnets on a 44′ beam, row selectivity, on-board 24 VDC battery power, and Safety Indicator Lighting.
PERMADUR Series 714 plate/disc/skeleton handling system with 14 TP-2000 magnets on a 25′ beam, disc/skel ON modes, 460 VAC power, and Safety Indicator Lighting.
Permadur Series 618 plate/strip vacuum handling system with 1500 Power Pac, fixed sling, strip selector valve, and 6 swivel crossarms.
PERMADUR Series 612 and Series 408 plate handling systems with 1500 and 750 Power Pacs, shared-crane suspension, and ON/OFF/OFF hoist/radio interface.
PERMADUR Series 612 thin plate handling with BPR-350 ElectroPerm magnets for single-plate lifts off stack down to 16–18 ga., up to 1″ thick (2100# max.).
PERMADUR Series 612 plate handling system with 12 TP-2000 magnets on a 36′ beam, row selectivity, on-board 24 VDC battery power, and Safety Indicator Lighting.
PERMADUR Series 612 jacket handling system with 3000 Power Pac, 12 VPN-16EL-30 pads on a 50′ beam, low headroom, and ON/OFF/OFF crane interface.
PERMADUR Series 515 plate/part handling system with 1500 Power Pac, VPN-20-30 and VPN-6SO-30 pads on a 10′ beam for 8′×12′ plate (up to 4″ thick).
PERMADUR Series 510 plate handling system with 10 FP-4000 magnets on a 14′ beam, row selectivity, 460 VAC power, and Safety Indicator Lighting.
PERMADUR Series 408 plate/part handling system with 1500 Power Pac, 8 VPN-24-30 pads on a 36′ beam for 10′×40′ plate, double-hook crane, 460 VAC.
PERMADUR Series 408 plate/part vacuum system with 1500 Power Pac, eight VPN-24-30 pads on a 36′ beam for 10′×40′ plate, 460 VAC, double-hook crane.
PERMADUR Series 406 plate/disc vacuum system: 330 Power Pac, six VPN-16-30 pads in a box frame for 64″ OD discs, 8000 lb capacity, 460 VAC.
PERMADUR Series 204 vacuum plate handling with 330 Power Pac, four VPN-24-30 pads on a 10′ beam for 6′×20′ plate, 8000# max, 115 VAC.
