Magswitch 1.5 Ton Beam Jack - 81001245

Magswitch 1.5 Ton Beam Jack - 81001245 - Mag-Tools Europe
Magswitch 1.5 Ton Beam Jack - 81001245 - Mag-Tools Europe
Magswitch 1.5 Ton Beam Jack - 81001245 - Mag-Tools Europe
The product is out of stock

Magswitch 1.5 Ton Beam Jack - 81001245

Write a review
Regular price
€2.637,73 each
Sale price
€2.637,73 each
Vat : ( €501,17 each / Total: €3.138,90 each )
(19 % Vat applicable for European Country )
Shipping calculated at checkout.

The Magswitch 1.5 Ton Aluminum Adjustable Beam Jack is perfectly suited to pull ferrous steel flat against stiffener beams, eliminating air gaps to allow for more efficient welding. Built with (2) Magswitch MLAY 600x3 arrays capable of delivering a maximum breakaway force of 1498 kg.

Lifters make contact with the base material and are turned on by simply actuating two handles. Once the magnets are actuated, turn the ratcheting handle to apply pressure to the beam. This will reduce the air gap and allow for easy welding.

Features

  • Removes air gaps between structural members (stiffeners) and their base material.
  • Works stronger on thinner materials
  • Patented shallow field technology offers the ability to weld closely to magnets without having a negative effect on the weld and gives you superior grip on thinner material.
  • Lighter than other competitors.
  • Magnet turns completely OFF and stays clean.

 Product price in EUR is exclusive of VAT. Currency conversion is based on market rate.

Specs

Magnetic Strength* 3304 lbs / 1498 kg
Full Saturation Thickness 0.5 in /12.7 mm
Net Weight 33.4 lbs / 15.1 kg
Max Overall Height 20.7 in / 525.8 mm
Magnetic Pole Footprint (2x) 71.11 x 173.5 mm

 

* Max Breakaway determined in laboratory environment on 2" thick SAE1018 Steel with surface roughness 63 microinches.

 

Downloads

Magswitch 1.5 Ton Beam Jack Spec Sheet

Magswitch 1.5 Ton Beam Jack Flyer

Magswitch Beam Jack Series Brochure

Net Orders Checkout

Item Price Qty Total
Subtotal €0,00 each
Shipping
Total

Shipping Address

Shipping Methods