STAHLWILLE Torque Tester, 1/4 in Drive, 10 Nm Increment

Subtotaal (1 eenheid)*

€ 4.463,19

(excl. BTW)

€ 5.400,46

(incl. BTW)

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  • Klaar voor verzending vanaf 22 juni 2026
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RS-stocknr.:
268-4367
Fabrikantnummer:
96521086
Fabrikant:
STAHLWILLE
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Merk

STAHLWILLE

Product Type

Torque Tester

Digital

No

Drive Size

1/4 in

Scale Graduations

10Nm

Maximum Torque - Nm

10Nm

Minimum Torque - Nm

0.2Nm

Standards/Approvals

Class 2 and DKDR 108, DIN 51309

Vrijgesteld

Land van herkomst:
DE

Stahlwille Torque Tester, 10Nm Maximum Torque, 0.2Nm Minimum Torque - 96521086


This torque tester is a mechanical instrument designed to measure low-range fastening torque in workshop and production settings. It provides a simple, non-electronic means to assess applied torque for small fasteners and hand tools, suitable for industries where repeatable manual verification is required.

Features and Benefits:


• 1/4in drive size for compatibility with small sockets and bits
• Measurement range 0.2–10Nm for fine torque control
• Class 2 accuracy for consistent repeatability in checks
• Scale graduations matched to 10Nm span for clear reading
• Conforms to DKD-R 108 for recognised calibration protocol
• Meets DIN 51309 standards for torque testing methodology

Applications


• Suitable for assembly lines handling miniature fasteners in electronics
• Ideal for maintenance of electrical panels using small torque settings
• Used for verification of hand tools in mechanical workshops
• Can be used for spot checks in automation end-of-line stations

How is torque indicated without electronics?


Torque is read from a graduated mechanical scale calibrated across the instrument’s measurement span.

What range of fastener sizes is this device aimed at?


The low torque capability supports small screws and bolts commonly found in electronics and precision assemblies.

How does the instrument support calibration traceability?


Its conformity with DKD-R 108 allows calibration against recognised laboratory procedures.

Which industries benefit most from this testing approach?


Sectors requiring repeatable manual torque validation, such as electrical, electronics and light mechanical production, find this format appropriate.

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