Limited Access Digital Tension Meter with extra long sensing pins for use with textiles, fibers, yarns.

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Low friction and low stress for the yarn even at high speeds

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8 Ranges: 0 - 10g up to 0 - 500g

The Digitens 125-12-LFX Limited Access Tension Meter with Extra Long Probes are designed to measure tensile forces in textile threads. They find applications in spinning mills, texturizing operations, research laboratories, weaving mills, knitting mills, yarn spinning plants etc. 

The slim design in addition to the long measuring fingers enables the user to measure at narrow available space and difficult accessible, distant locations. 

Comfortable and safe handling even on measurements in a heat chamber by lever-operated auto-threading function

Features

• Extra-long probes to reach any inconvenient place.
• Small yarn deflection angle for minimum interference to yarn path and twist, low mechanical load to the thread.
• Low friction and low stress for the yarn even at high speeds.
• Robust by effect overload protection (1000% related to the rated load.)
• High measuring precision and long-term stability.
• Special clip type lever for safe and comfortable threading even at high temperatures at the measuring location.
• Ceramic thread guides with a surface which is gentle on the threads.
• High natural frequency for use at line speeds > 7000m/min

Thread Guides

The non-rotation ceramic thread guides have a gnetle surface with low coefficient of friction

Standard: Structured surface (orange peel), especially for flat yarn.
Option: Polished surface, for texturized yarn.

Related Products

D-485 Digital Tension Indicator with Built-In Amplifier Automatic zero setting "Peak" function retains maximum reading on display

TM-353 Analog Tension Indicator with Built-In Amplifier Provides 0-1 VDC analog output for recording purposes

125-S-HDI Hand-Held Tension Sensor Ideal for high-strength, high denier yarns and fibers running at linear speeds up to 5000 m/min Special plasma-coated steel provides a ceramic-like coating with special "dimpled" surface structure which minimizes surface contact between the running yarn and the Non-rotating guide and sensor pins