Ultrasonic strain measurement is the accepted method of verifying bolt preloads in critical joints and the StressTel BoltMike III is the preferred tool for the application. Kit Contents BoltMike III Instrument, 5 AA Alkaline Batteries, Operation Manual, Technical Manual, Instruction Card, Upgrade Software Utility, STRESSWARE Data Transfer. Operating temperature bis +50 °C The BoltMike III ultrasonically measures tension and clamp load of threaded fasteners. A large, bright, easy-to-read display; rapid calibration and setup; and automatic temperature compensation ensure fast, repeatable, and ac-curate fastener tension measurements in many diverse applications. Scope of delivery. The BoltMike III measures the total pulse transit time. Fastener Length=(total pulse transit time / 2) X (material constants) Fastener Elongation=(fastener length AFTER tensioning)(fastener length BEFORE tensioning) Fastener Load=(fastener elongation) X (geometric and material constants).
The BoltMike III measures the total pulse transit time. Fastener Length=(total pulse transit time / 2) X (material constants) Fastener Elongation=(fastener length AFTER tensioning)–(fastener length BEFORE tensioning). Ultrasonic strain measurement is the accepted method of verifying bolt preloads in critical joints and the StressTel BoltMike III is the preferred tool for the application. Kit Contents BoltMike III Instrument, 5 AA Alkaline Batteries, Operation Manual, Technical Manual, Instruction Card, Upgrade Software Utility, STRESSWARE Data Transfer. Manual operare BoltMike www.doorway.ru - Free download as PDF File .pdf), Text File .txt) or view presentation slides online.
intelligent system for reliable printer operation in case of power failure. The EBS BOLTMARK II series is fitted with an integrated ink system. Regularly there are no spareparts available anymore fort he GE STRESSTEL Bolt Mike III bolt tension meter. Nevertheless we can offer: Support; Spareparts; If. 15 មេសា General Electric, BoltMike 3 Operating Manual (). Google Scholar. [19]. C. G. Song, S. D. Lee and Y. J. Jo, An experimental study of.
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