Tension Force Sensor for Fiber/Cable, 10N-500N

5 out of 5 based on 1 reviews | Write a review

$192.47

Higher quality tension force sensor for fiber and cable sold at a discount can measure tension of 10N, 20N, 30N, 50N, 100N, 200N, and 500N, with an output sensitivity of 1.0 ± 0.05 mV/V and a zero output accuracy of ±1% F.S. Force measuring load cells supports a maximum load of 300% R.C. and a cable pulling limit of 98N. Suitable for fiber optics, cables, and belts.

Measuring Range *
With Transmitter *
With Display Controller *

SKU: ATO-FS-TFS500

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Delivery date: 6-12 days

Overview
Related Video

After purchasing one ATO load cell, you can buy a special digital panel meter to obtain readings directly, or buy a transmitter to output standard signal to PLC, DCS and other systems. Customized output signal is 0-5V, 0-10V, or 4-20mA.

Note: The load cell cannot be connected to both the transmitter and the controller at the same time — only one can be selected.

This high-quality tension force sensor measures forces ranging from 10N to 500N with an output sensitivity of 1.0 ± 0.05 mV/V and zero output accuracy of ±1% F.S. It supports a maximum load of 300% R.C. and a cable pulling limit of 98N. Ideal for use with fiber optics, cables, and belts.

The force measuring load cell itself outputs a mv signal, which is too small to be used directly and needs to be passed through an amplifier or an instrument before it can be used. Customized output signal is 0-5V, 0-10V, or 4-20mA.

Specification

Model	ATO-DYZHL
Measuring Range	10N-500N
Matched Transmitter	ATO-LCTR-OA (Click it to the transmitter page)
Matched Display Controller	ATO-DPM-DY800 (Click it to the controller page)
Output Sensitivity	1.0 ± 0.05 mV/V
Zero Output	±1%F.S.
Non-linearity	±0.2%F.S.
Full Scale	±0.2%F.S.
Hysteresis	±0.2%F.S.
Drift (30 min)	±0.3%F.S.
Temperature Sensitivity	0.1%F.S./10°C
Zero Temperature Drift	0.1%F.S./10°C
Response Frequency	1 kHz
Material	42CrMoA
Resistance	350 Ω
Insulation Resistance	≥5000 MΩ/100V DC
Operating Voltage	5-15 V
Working Temperature Range	-20°C to 80°C
Safety Load	≤150%R.C.
Max Load	≤300%R.C.
Cable Specifications	Φ5*3m
Cable Pulling Limit	98N
TEDS	Optional (Contact customer service)

Feature

Easy Installation & Stable Signal: Easy to install with stable signal performance, ideal for dynamic tension measurement of fibers, cables, and belts.
Waterproof Connector: Features a 6-sided waterproof connector, preventing damage and ensuring stable signal transmission in various conditions.
Durable Stainless Steel: Made from high-quality stainless steel, resistant to high temperatures, wear, and corrosion, offering long-lasting durability.
High Flexibility & Strength: Designed to resist elongation and maintain strength, ensuring reliable performance over time.
Wide Application: Suitable for measuring tension in various materials like fiber optics, cables, and belts.

Dimension (unit: mm)

Wiring Method

Tips: What is the response frequency of the sensor, and why is it important?

The sensor has a response frequency of 1 kHz, which means it can provide tension readings at a frequency of up to 1000 times per second. This is particularly important for measuring dynamic forces, as the sensor can quickly detect and record changes in tension over time. For example, in processes where the tension fluctuates rapidly, such as in cable manufacturing or during material testing, the sensor’s high response frequency ensures that it captures the real-time force variations accurately. This makes the sensor suitable for high-speed applications where precise, continuous tension measurements are required.

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Existing reviews of Tension Force Sensor for Fiber/Cable, 10N-500N

Accurate and stable

This tension force sensor for fiber/cable is sensitive to response, accurate in readings, and can continuously and stably monitor tiny tension changes, which is very helpful in improving product quality. The installation process was also smooth, the interface design was reasonable, and there was almost no obstacle to matching our existing control system. After using it for a period of time, there was basically no drift or interference.

From: Amari | Date: 08/05/2025

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