Features and Benefits:

• Color: Red/Black
• Capacity: 50/25 Tons
• Product Type: Axle Jack
• Stages: 2
• Power Type: Hydraulic
• Operation Type: Air Assist
• Duty Level: Super Heavy Duty
• Minimum Height (in.): 8.46"
• Maximum Height without Extensions: 22.16"
• Maximum Height with Extensions: 26.66"
• Ram Lift (in.) - Stage 1: 4.61"
• Ram Lift (in.) - Stage 2: 9.09"
• Ram Lift (in.) - Stage 3: N/A
• Capacity (T) - Stage 1: 50 Tons
• Capacity (T) - Stage 2: 25 Tons
• Capacity (T) - Stage 3: N/A
• Handle Length (in.): 54"
• Number of Handle Pieces: 1
• Handle Locking Positions: 90°/45°/180°
• Chassis Length (in.): 32"
• Chassis Width (in.): 16"
• Saddle Diameter: 4"
• Number of Extensions: 2
• Extension Sizes (in.): 1.75" & 3"
• Extension Screw: N/A
• Wheel Diameter (in.): 8"
• Working Air Pressure: 116 - 174 PSI
• Weight: 165 Lbs.
• Warranty: 1 Year
• Certification: ASME/PASE 2019
• Special Features: Air Return|High Speed Air Motor|Overload BypassAmerican Forge & Foundry�s Axle Jacks are engineered to withstand the extreme conditions of all heavy-duty applications including roadside service, fleet maintenance, agriculture, military sectors, and much more.
• SUPER HEAVY DUTY, 2 Stage 50 Ton and 25 Ton built tough for the rigors of the Heavy-Duty Trucking, Agricultural and Fleet business.
• The piston head seal design is borrowed from Industrial technology providing a superior low- and high-pressure seal, giving this jack a much better hold under severe load conditions.
• The extra-long 54” handle can be locked in 3 positions for easy positioning of this jack in hard-to-reach places.
• Single piece base construction provides superior strength for increased load stability.
• Comes with 2 extensions (3”, 1.75”) and saddle adapter.
• Integral Descent Metering maintains a controlled and safe lowering of the load.
• Double polished chromed pistons allow for much tighter tolerances which reduce oil bypassing and reduced ram scoring.
• Air assisted lowering speeds up ram retraction.
• Built in overload safety valve prevents damage to unit due to excessive load.