Lever Hoist, Jet 1/2 Ton w/ 5ft Lift
110604
MFG #: 110604
$415.99
/ EA
Estimated Delivery in 3 to 4 Business Days
- Brake Type: Dual Pawl Weston Style
- Brand: JET
- Dimensions: 3-3/4 in D
- Hook Opening: 1-5/8 in
- Lever Length: 8-1/2 in
- Lifting Height: 5 ft
- Manufacturer: SUREWERX USA INC
- Type: Heavy Duty
- Series: VLP Series
- Load Capacity: 1/2 ton
- Minimum Between Hooks: 10 in
- Pull to Lift Rated Load: 81 lb
JET Lever Chain Puller, Heavy Duty, Series: VLP Series, 1/2 ton Load, 5 ft Lifting Height, 10 in Minimum Between Hooks, 1-5/8 in Hook Opening, 81 lb Pull to Lift, 8-1/2 in Lever Length, Dual Pawl Weston Style Brake, 3-3/4 in D Dimensions
- Light weight design combines versatility with economy
- Load tested to 150% of rated capacity
- Special heavy duty, long-lasting brake pads last up to five times longer than competitive brands
- Stamped steel housing protects gears and brake mechanism from damage
- Galvanized chain, hub, lever switch and inside plates
- Completely repairable with easy access for maintenance; parts and service are readily available
- Two coats of high visibility safety yellow protective coating
- Short lever length allows for easier access into confined work areas
- High quality load chain meets all international safety standards
- All hooks have safety latches as an additional safety feature and are designed to bend slowly rather
Light weight design combines versatility with economy
Load tested to 150% of rated capacity
Special heavy duty, long-lasting brake pads last up to five times longer than competitive brands
Stamped steel housing protects gears and brake mechanism from damage
Galvanized chain, hub, lever switch and inside plates
Completely repairable with easy access for maintenance; parts and service are readily available
Two coats of high visibility safety yellow protective coating
Short lever length allows for easier access into confined work areas
High quality load chain meets all international safety standards
All hooks have safety latches as an additional safety feature and are designed to bend slowly rather than fracture under overload conditions