02075, 15 Ton, 13 in Stroke, A17 Mechanical Track Jack
Item ID: 2075
Product Description
A-Series Mechanical Track Jacks provide versatility for handling a wide range of track applications. Each model in the series features a quick-trip mechanism to allow instant tripping while under load.
The load is lowered effortlessly by engaging the lifting pawl in the retaining pawl and completing one down-stroke using a lining bar. All models feature square drive sockets for use with 1½ inch square by 5-foot-5 inch standard railroad lining bars.
A-Series Track Jacks are built with durability in mind yet remain highly portable. Heat-treated, forged components ensure strength and longer life, and the rust-proof tension spring maintains full pawl engagement.
Product Specifications
About this Product
A-Series Mechanical Track Jacks provide versatility for handling a wide range of track applications. Each model in the series features a quick-trip mechanism to allow instant tripping while under load.
The load is lowered effortlessly by engaging the lifting pawl in the retaining pawl and completing one down-stroke using a lining bar. All models feature square drive sockets for use with 1½ inch square by 5-foot-5 inch standard railroad lining bars.
A-Series Track Jacks are built with durability in mind yet remain highly portable. Heat-treated, forged components ensure strength and longer life, and the rust-proof tension spring maintains full pawl engagement.
Features
- Lightweight and easy to carry.
- Choice of three models with strokes ranging from 5.25-13 inches. (133.3-330.2mm)
- Simple mechanical operation
- Solid cast base and large grooved toe ensures stable jacking.
- Heat-treated forged components for extra strength and longer life.
- Rust-proof tension spring maintains full pawl engagement.
- Features square drive sockets for use with 1 1/2 inch square by 5-foot-5 inch standard railroad lining bars.
- Quick-trip mechanism allows the track jack to be instantly tripped while under load.
80%
Think Safety
Manufacturer's rating of load and stroke are maximum safe limits. Good practice encourages using only 80% of these ratings!