Combination wrench Gedore 2219433 Depth 45 mm Height 10 mm Weight 262 g

Combination wrench Gedore 2219433 with a working depth of 45 mm and a height of 10 mm. The tool combines a flat pattern open end and a UD-profile ring end of the same size at each end. It is hot forged from Gedore vanadium steel (31CrV3) and matt chrome-plated for a non-glare finish. The jaw is precisely ground to the spanner size and the mechanism features a locking insert and pawl that are manganese-phosphated.

Advantages

The wrench offers high torque transfer and a warp-resistant geometry with a double T-girder effect for increased stability. Hollow-profile construction provides a comfortable grip while reducing weight. The ratchet function enables ratchet loosening and fast tightening, and the tool’s components are hardened and finished for long-term durability.

Suitable for

• Automotive maintenance and repair
• Mechanical and industrial assembly
• Professional workshop use
• Home DIY projects requiring precise fastening

Key specifications

• Working depth: 45 mm
• Height: 10 mm
• Weight: 262 g
• Working angle: 7° for 8–15 mm, 6° for 16–27 mm, 5° for 30–36 mm
• Material: vanadium steel (31CrV3)
• Finish: matt chrome-plated
• Profile: UD-profile ring end and flat-pattern open end of same size
• Construction: hot forged, hollow profile with double T-girder geometry

How to use

Select the correct size for the fastener and place the open or ring end onto the nut or bolt. Use the ratchet function for repeated tightening or loosening motions where the ratchet pawl engages; for full rotations use conventional turning. If increased versatility is needed, combine the wrench with a compatible adaptor (ordered separately) to use it as a bit ratchet. Inspect the tool before use and avoid exceeding recommended torque for the fastener to prevent damage.

Usage recommendations

For safe and reliable operation, keep the ratchet mechanism clean and lightly lubricated, store the wrench in a dry environment to prevent corrosion, and use the correct working angle zones described for the respective sizes to optimise access and leverage.