Fixed scissor lift PNT series

electro-hydraulichydraulic

Triple or quadruple pantograph lifting platforms for great heights. These platforms are ideal for lifting materials to significant heights in a fixed position. Operated by an electro-hydraulic control unit with a three-phase power supply, they feature safety stops for lowering, self-lubricating bearings and bushings, a fall-stop valve, and a safety edge. General characteristics: - Construction according to CE safety standards - Very sturdy structure in painted steel - Upper platform in smooth sheet metal - Triple pantograph maximum lift, up to 2990 mm - Quadruple pantograph maximum lift, up to 4210 mm - Aluminum safety perimeter on the upper platform - Anti-shear safety stops on the lower platform - Button panel with commands - Hydraulic system with stop falls safety valve - Descent rate control valve - Joints with self-lubricating bushings - Suitable only for lifting goods with a uniformly distributed load Models and features: - 3PNT 1000: Capacity 1000 kg, Minimum height 470 mm, Maximum height 2990 mm, Platform dimensions 1000x1700 mm, Base dimensions 1000x1600 mm, Lifting time 45 s, Power supply 380V/50Hz, Power consumption AC 2.2 kW, Weight 450 Kg - 3PNT 2000: Capacity 2000 kg, Minimum height 560 mm, Maximum height 2990 mm, Platform dimensions 1000x1700 mm, Base dimensions 1000x1600 mm, Lifting time 60 s, Power supply 380V/50Hz, Power consumption AC 2.2 kW, Weight 750 Kg - 4PNT 400: Capacity 400 kg, Minimum height 600 mm, Maximum height 4140 mm, Platform dimensions 1000x1700 mm, Base dimensions 1000x1600 mm, Lifting time 70 s, Power supply 380V/50Hz, Power consumption AC 2.2 kW, Weight 550 Kg - 4PNT 800: Capacity 800 kg, Minimum height 706 mm, Maximum height 4210 mm, Platform dimensions 1000x1700 mm, Base dimensions 1000x1600 mm, Lifting time 80 s, Power supply 380V/50Hz, Power consumption AC 2.2 kW, Weight 860 Kg NOTE: The platforms are manufactured and sold following CE standards and equipped with all necessary safety devices for optimal use. However, the safety of the installation areas remains the responsibility of the end user, who must ensure compliance with all current workplace safety regulations.