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Torque wrench 5000-2 CT
1 – 320 Nm ∙ with reversible ratchet ∙ tolerance ± 4 / 6 %
Torque wrench
∙ Nm min-max: 1 – 9 Nm ∙ Tolerance: 4 % ∙ Square, solid 6.3 mm (1/4 inch)-
Article no.:
5107-3CT
Product information
- User-friendly reversible ratchet
- Perfect for working on motorcycles, bicycles and tyre pressure control systems
- Accuracy ± 3% of scale value (in direction of actuation)
(5107-3 CT ± 4% release accuracy tolerance) - Safe torque release:
- palpable (close gap release)
- audible ("click" sound) - Designed for rough workshop use
- Wide range of applications for controlled screw tightening in tyre service, bicycle, passenger car and commercial vehicle applications as well as various applications in trade and industry.
- Optimised sealing ring to protect against debris
- Ratchet repair set for customer-oriented self-assembly enables decades of use
- Handle with slip protection for easier power transmission due to improved grip
- Adjustment aid with detent points for optimised operator guidance ensures safe and fast adjustment of the desired torque value by turning the handle
- Safe locking of the setting values by latching function on the rotary assembly
- Rotary assembly in triangular form prevents uncontrolled rolling
- Lock symbols indicate the respective locking status.
- Can be attached to the cable loop through openings on the locking rotary assembly
- Easy-to-read, high-contrast scale
- Permanent readability due to laser marking on the scale bush
- Integrated shift lever
5121-3 CT – 5145-3 CT: shift level with free-running function – reduces the risk of injury and malfunction - Tested in accordance with DIN EN ISO 6789-2:2017
- With calibration certificate and serial number
- Delivery in sturdy Hexa plastic box
- Square according to DIN 3120, ISO 1174-1, DIN EN ISO 6789-2:2017
- Made in Germany
- Total length: 234 mm
- Output: Square, solid 6.3 mm (1/4 inch)
- Kein Zurückdrehen mehr: bei den HAZET-Drehmoment-Schlüsseln der 5000er- und 6000er-Baureihe konnte in Langzeit-Dauertests nachgewiesen werden, dass ein Zurückdrehen auf den kleinsten Skalenwert nicht mehr erforderlich ist
