Llave combinada Gedore 6002530 profundidad 108 mm altura 59 mm peso 481 g

The Gedore 6002530 combination wrench is a precision hand tool engineered for reliable fastening and loosening of nuts and bolts. With a depth of 108 mm, a height of 59 mm and a weight of 481 g, this combination wrench offers a balance of strength and handling for workshop and field tasks. Manufactured from Gedore vanadium steel 31CrV3 and chrome-plated for corrosion resistance, the tool conforms to DIN 3113 Form B, ISO 3318 and ISO 7738 standards where applicable and features an extra-strong, thin-wall ring head with a 10° offset from the shaft to improve access in confined spaces.

Advantages

The combination of a robust vanadium steel alloy and chrome plating provides durability and resistance to wear and corrosion while maintaining a precise fit on fasteners. The ring head is extra strong yet designed with a thin wall to reach recessed or closely spaced nuts. The 10° ring offset allows better maneuverability and reduces the need to reposition the tool on the fastener. Sizes from 6 mm onward use a UD profile for secure engagement, and the specially designed smaller sizes incorporate a hexagon ring to suit fine work.

Suitable for

Key specifications

How to use

Select the correct wrench size for the fastener to ensure full contact and minimise rounding. Place the open end or ring over the fastener head and apply steady torque, keeping the shaft aligned with the fastener axis. Use the 10° offset ring to access fasteners in tight spaces by turning the wrench incrementally and repositioning as necessary. Inspect the tool before use for damage or excessive wear and avoid applying impact forces not intended for hand tools.

Recommendations

For longest service life, clean the wrench after use and store it dry. Use the UD profile engagement (for sizes ≥6 mm) for routine torque applications and reserve the hexagon ring sizes (5 and 5.5 mm) for precise, small-scale fastening tasks. Avoid using cheater bars or hammering the wrench to prevent deformation of the thin-wall ring.