Hazet 5143-3CT 5143-3CT Torque wrench 1/2" (12.5 mm) 100 - 400 Nm

User-friendly reversible ratchet for applications with high torque values.Central axle screws on FIAT Ducato ∙ MERCEDES-BENZ Sprinter. Wheel bearings on OPEL Movano ∙ PEUGEOT Boxer. Bearing blocks on agricultural machines and gear stands at commercial vehicles. By the possibility of using 12.5 mm (1⁄2″) socket inserts/extensions, torque-controlled screw joints from 100 to 400 Nm can also be operated in manual and industrial production areas, e.g. with threads from M12 to M16 (strength class 12.9) or M16 to M24 (strength class 5.6) with narrow entrances, e.g. for flange or machine fittings. Accuracy ± 3% of scale value (in direction of actuation for tightening) (5107-3CT ± 4% accuracy of scale value). For tightening the left, use our torque wrench with mounting attachment. Secure: Haptic (short-travel release). Acoustic (kink element). Designed for harsh workshop use. Wide range of uses for controlled screw tightening during tire service, two-wheeler, passenger car, commercial vehicle applications as well as various applications in industry and trade. Optimised sealing ring for protection against foreign bodies. Ratchet repair set for customer-oriented self-assembly enables decades of use. Grip with more grip for easier transmission of force. Setting help by locking points for an optimized user navigation ensures a safe and fast setting of the desired torque value by rotating the grip. Secure locking of the setting values thanks to the locking function on the rotating assembly. Rotating ring in triangular form prevents uncontrolled rolling away. Lock symbols indicate respective locked status. Fastening possibility for cable loop through openings at the locking rotating assembly. Integrated shift lever - 5121-3CT – 5123-3CT: Changeover lever with free-wheel function – reduces risk of injury and breakdown problems. No turning back: The Hazet torque wrench in the 5000 and 6000 series has been proven in long-term long-term tests that it is not necessary to turn back to the smallest scale value.

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