HAZET Δυναμόκλειδο 6292-1CT 1/2 ίντσας 40-200 Nm με θήκη αποθήκευσης

In professional workshops, the HAZET 6292-1CT torque wrench is the go-to tool for precise tightening of wheel bolts, cylinder head bolts, and other critical fasteners. Its 1/2-inch square drive and 40–200 Nm range cover most automotive and industrial applications, while the audible and tactile click signal prevents over-tightening. The ergonomic handle and reversible ratchet head make it comfortable and efficient for daily use.

Key specifications

• Torque range: 40 – 200 Nm
• Drive size: 1/2 inch (12.5 mm) square drive
• Accuracy: ±2% of scale value in operating direction
• Standard: DIN EN ISO 6789-2:2017 (Type II, Class A)
• Operating direction: right-hand tightening (clockwise)
• Scale: dual scale in Nm and lbf·ft, with 1 Nm fine scale divisions
• Release mechanism: audible and tactile click signal
• Ratchet head: reversible, 32 teeth
• Handle: ergonomic, non-slip plastic
• Adjustment: easy-to-use locking mechanism for set value
• Material: robust steel construction, chrome-plated
• Length: 513 mm
• Includes: sturdy plastic storage case

Why choose it

The HAZET 6292-1CT combines precision, durability, and ease of use. Its ±2% accuracy ensures reliable torque application, protecting components from damage. The reversible ratchet head and ergonomic handle reduce fatigue during repetitive tasks, while the included storage case keeps the tool protected and organized. Backed by HAZET's reputation for quality, this torque wrench is a long-term investment for any professional.

Ideal use cases

• Automotive repair and maintenance
• Wheel bolt tightening
• Cylinder head bolt installation
• Industrial machinery assembly
• Any application requiring precise torque control

Good to know

This torque wrench meets the latest DIN EN ISO 6789-2:2017 standard, ensuring calibration and accuracy requirements are met. The dual scale allows easy conversion between Nm and lbf·ft, and the fine 1 Nm divisions enable precise setting. The locking mechanism prevents accidental adjustment during use.