T-Handle Wrench with Swivelling Hexagon Socket 13mm - Beta Tools 952 13
Beta Tools T-Handle Wrench with Swivelling Hexagon Socket 13mm. Hexagon Size 13 mm. Diameter 18.7 mm. Socket Depth 10.0 mm. Overall Length 432 mm. Handle Length 175 mm. Norms UNI 6743. Features a swivelling mechanism allowing the socket to be pre-positioned at an angle of up to 50 degrees for flexibility in tight spaces. Reduces tightening effort to 90 degrees in a fixed position. Adjustable sliding handle can be stopped in the required position with a safety catch. Triple size marking on the head. Weight 400.2g.
- SKU
- 9520013
- Brand
- Beta Tools
- Availability
- In Stock (5)
FULL DESCRIPTION
Beta Tools 952 13 T-Handle Wrench with Swivelling Hexagon Socket 13mm
The Beta Tools T-Handle Wrench with Swivelling Hexagon Socket 13mm is engineered for rapid and effective screwing tasks. Its integrated articulated joint is designed for sustained performance without requiring any adjustments, positioning it as a dependable tool for demanding work.
Key Features:
- Swivelling Hexagon Socket: The 13mm hexagon socket features a swivelling mechanism that allows it to be set at an angle of up to 50 degrees, offering enhanced maneuverability in confined areas.
- Effortless Operation: Designed to reduce tightening effort by positioning the tool at 90 degrees for fixed use, increasing operational efficiency.
- Adjustable Sliding Handle: The handle can be secured in any desired position and includes a safety catch to ensure it remains firmly in place during use.
- Durable Construction: Built for longevity and professional use.
- Clear Markings: Features triple size marking on the head for quick and easy identification.
Specifications:
- Hexagon Size: 13 mm
- Diameter: 18.7 mm
- Socket Depth: 10.0 mm
- Overall Length: 432 mm
- Handle Length: 175 mm
- Norms Compliance: UNI 6743
This T-handle wrench is an ideal choice for professionals seeking a versatile, efficient, and robust tool for repetitive screwing applications. Its ergonomic design and sturdy build contribute to its reliability, ensuring optimal results across various tasks.