Ring spanner set, 8-piece set, imperial sizes; on a magnetic rail. With its combination of the 7.5¡ offset open end and the double hexagon geometry, the Joker 6003 doubles the placement points. A repeated 180¡ turn of the wrench around the longitudinal axis during screwdriving provides four placement possibilities, and bolts or screw heads can be engaged every 15¡. This makes screwdriving much easier, especially in confined spaces. The slim yet robust ring side is tilted by 15¡ to the tool axis. The high-quality surface treatment achieves a high and long-lasting corrosion protection. With "Take it easy" Tool finder: Colour coding by size. The clip hold the tools perfectly. With its strong magnet, the rail holds securely to metal surfaces. It can also be bolted to the wall.
- Imperial
- 8-piece set
- With its strong magnet, the rail holds securely to metal surfaces. It can also be bolted to the wall.
- The clips hold the tools perfectly
- Especially suitable for tight spaces
Features
- The high-quality aluminium magnetic rail offers space for up to 11 spanners. The clamping springs hold the tools securely.
- With its strong magnet, the rail can be attached securely to metal surfaces.
- The rail can also be bolted to the wall.
- The Joker 6003 ring spanner with its special open end geometry - open end offset by 7.5¡ and the double hexagon profile - doubles the placement possibilities when repeatedly turning the wrench 180¡ around the longitudinal axis. Bolts and screw heads can be "accessed" every 15¡. The Joker 6003 will automatically find the respective placement point after every turn.
- The double hexagon geometry on the open end and ring sides secures the positive connection with the screw head or bolt and reduces the risk of slipping.
- The ring side is tilted at 15¡ to the tool axis to prevent injury.
- Thanks to the open end side offset by 7.5¡, double hexagon geometry and an adjusted application method (placement - screwdriving - turning - replacement - screwdriving - turning, etc), even screwdriving challenges allowing a return angle of less than 30¡ can be solved.
