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3 Axis Force Sensor T510

This 3-Axis Force Sensor features ultra-high measurement precision and outstanding partial load resistance, maintaining stable and accurate force detection under complex unbalanced load conditions. It enables simple, hassle-free installation, and supports fully customizable specifications including load range, outline dimensions, mounting interfaces and signal outputs to satisfy diversified project demands.
It meets stringent standards for military-grade measurement applications. Widely deployed in large aircraft assembly, automotive assembly, vehicle crash tests, precision carving on machining centers, as well as high-accuracy testing of medical equipment, delivering reliable three-dimensional force monitoring for aerospace, automotive, intelligent manufacturing and medical precision measurement industries.

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Model:
T510
Brand:
Right
Load Direction:
Multi Axis
Capacity:
1N~100N
IP Class:
IP66

Product Description

Dimension

T510 installation drawings

Parameters

Specifications	Technique
Capacity	X: 10/25/50 Y: 10/25/50 Z: 25/50/100
Sensitivity	≈1.0 mV / V
Zero Balance	± 2% F.S.
Non-linearity	0.2% F.S.
Hysteresis Error	0.2% F.S.
Repetition	0.2% F.S.
Interference error	0.5% F.S.
Creep (30 min)	0.2% F.S.
Temp. Effect on sensitivity (TKc)	0.1% F.S. / 10 ℃
Temp. Effect on zero balance (TKo)	0.1% F.S. / 10 ℃
Input Resistance	700 ± 10 Ω
Output Resistance	700 ± 10 Ω
Insulating Resistance	≥5000 MΩ / 100VDC
Excitation Voltage	5 ~ 10 V
Max. Excitation Voltage	15 V
Compensation Range	-10 ~ 40 ℃
Service Temperature Range	-20 ~ 75 ℃
Limit load (E L)	150% F.S.
Breaking load (E d)	300% F.S.
Cable Size	φ6x3000 mm
Weight (G), approx.	1.6 Kg
IP Class	IP66

Features and Applications

High precision and strong anti-eccentricity

Easy to install, IP66

Accept custom specifications

Can be used for military grade measurement

Mainly used in large aircraft assembly, automobile assembly and automobile collision experiments, precision testing of medical equipment in machining centers

Load Direction

T510 force mode