
US$1,096.80 *
Prices plus shipping costs
Ready to go! In your hands soon. (see shipping costs for details)
- Order number: HZ030057
- GTIN-13 (EAN) 4000896025466
- Suppliernumber: 6143-1CT
- Weight: 5.05 Kg
- Customs tariff number: 82041100
- Country of origin (COO):
Germany
2-component handle for improved feel Simplified locking for adjusting the torque value... more
- 2-component handle for improved feel
- Simplified locking for adjusting the torque value
- Viewing window for visual checking of the locking
- 4 coloured coding rings (red, yellow, green, black) for markings in the case of personalisation or special workflows
- Without signal transmitter
- Accuracy ± 2 % of the scale value (in direction of actuation for right-hand tightening
For left-hand tightening, use our torque wrenches with insert tool) - High-precision premium torque tools – for the highest demands
- Hard chrome-plated steel tube - slim, but very sturdy and wear-resistant
- Secure storage in safe box with display window
- Safety:
- Haptic (close-gap release)
- Audible ("click" sound)
- Visual (models with signal transmitter)
- User-friendly reversible ratchet
Service-friendly (do-it-yourself repair sets for ratchets available) - Integrated shift lever
- Easy and safe adjustment of the desired torque value by turning the handle
- Knob for additionally locking the set value
- Ergonomically shaped handle with collar reduces the risk of slipping-off and injury
- Accuracy – fine scale graduation
- With calibration certificate and serial number
- Surface: hard chrome plated
- DIN EN ISO 6789-2:2017, DIN 3120, ISO 1174-1
- Made in Germany
- Output: Square, solid 20 mm (3/4 inch)
- Dimensions / length: 802 mm
- Net weight: 3.72 kg
- Nm min-max: 100 – 400 Nm
- Tolerance: 2 %
- Scale Graduation (Nm): 2.5 Nm
- Actuating force min.-max. kg: 14.5 – 59.2 kg
- Number of teeth: 32 (Opening angle 11.25°)
- Head Thickness a: 28.5 mm
- Head Width b: 64 mm
- No more turning back: Continuous long-term tests on the 5000 series and 6000 series of HAZET torque wrenches have demonstrated that turning them back to the smallest scale value is not required
NEW
Viewed