Description Challenger's electric hydraulic cassette style inground EnviroLift® meets the rigorous demands of professional service facilities. It services more vehicles with its double telescoping screw pads, 3-stage arms and wide drive-thru. It protects your investment and the environment with its fully contained polymer housing made from recycled plastic (No EPA concerns). It also creates a professional showroom style appearance with its open aesthetically pleasing look. Features - Offset 3-stage front and rear arms safely lift both symmetrically and asymmetrically within the same service bay.
- 87" Drive-thru accommodates wider vehicles, minimizes tire pinching and provides easy drive-on / drive-thru.
- Double telescoping screw pads minimize the need for truck adapters by meeting a wider range of vehicle manufacturer designated pick up points.
- 50% more bearing contact than the competition provides increased stability.
- Mechanical lock engages every 3", allowing technicians to work at their ergonomic working height to increase productivity and minimize fatigue.
- Stainless steel air lock release cylinder prevents car lift from rust associated with condensation.
- Chrome non-breathing ram style cylinder minimizes water intake and other contamination.
- 8-1/2" Diameter chrome pistons provides car lift with greater stability under load.
- Enhanced raised wiper at top and bottom of bearing provides better grease retention and minimizes contamination from entering into bearings.
Benefits – Environmental - The fully contained, sealed polymer housing (made from recycled plastic) minimizes risk of hydraulic fluid seeping into the ground as associated with low pressure in-ground lifts.
Includes - CLF10315 Stack Adapter Extension Kit
- CLF10318 Four Frame Engaging Truck Adapters
Accessories - CLF10313 (2) 6" Stack Adapters
- CLFSD100 Cassette LIft Automatic Removal System
Note: Frame engaging adapters (CLF10314 or CLF10318) are required when lifting vehicles with frame construction. Warranty Click here for warranty information.
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