AWS AWS-4050LC Ultra-Portable Torque Tester

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Single-step access to all functions.

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For testing click, dial, and digital wrenches, plus most power tools including impulse and DC electric.

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Our smallest display to date, the AWS AWS-4050LC Ultra-Portable Torque Tester sacrifices none of the accuracy, dependability, or ease of use we build into all of our products. Small and light enough to fit in your pocket, this display can still be used alongside any metrology grade tester.

The AWS AWS-4050LC Ultra-Portable Torque Tester takes only seconds to change test parameters, and works in either one button or automatic modes of operation. The Intellect Transducer interface allows any compatible transducer to be connected with no input necessary from the operator.

Reliability and ease of use are enhanced with features such as: Sign Lock, Peak Blanking, Auto Clear, One Button scroll-through memory, and a Menu Lock-Out to assure the settings are not inadvertantly changed.

Features

• One button access to all functions
• Bidirectional accuracy of ±0.5% of indicated reading with AWS transducers, ±1% of indicated reading with rotary transducers
• # Eight (8) available engineering units: Oz.in., Lb.in., Lb.ft., Nm, cNm, KgfCm, gfCm, Kgfm
• 3 modes of operation: Track, Peak and 1st Peak
• RS-232 output
• Machined aluminum case
• NiMH rechargeable batteries provide at least 8-10 hours continuous use
• Selectable power tool filtering speeds: 125Hz, 250Hz, 500Hz, 1000Hz, 1500Hz and 2000Hz.
• Can be calibrated to virtually any manufacturer’s strain gauge transducers
• For testing click, dial, and digital wrenches, plus most power tools including impulse and DC electric

Specifications

Battery Type	NiMH
Line Input Power	12 VDC (mains adapter provided)
Operating Temp	0 - 50 °C
Dimensions (LxWxH)	6.5" x 3" x 2.75"
Weight	1.8 Lbs

Related Products

Series IT Static Bench Mounted Torque Transducers

AWS-4050 Digital Torque Display Can be calibrated to virtually any manufacturer’s strain gauge transducers Bidirectional accuracy of ±0.5% of indicated reading with AWS transducers, ±1% of indicated reading with rotary transducers