High reliability ESMLS08C Alloy Steel Wire Rope Tension Sensor with 5 ton 10 ton
Working Principle
The ESMLS08C tension sensor is based on the principle of gravitational equivalence and the resistive strain effect. By applying a small force in the direction of the measured tension, called lateral pressure, perpendicular to the tension direction to form a planar angle, the principle of gravitational equivalence is used to equate the two into directly measurable tension. The lateral pressure causes the strain gauge in the sensor to undergo strain deformation, and the change in the strain gauge's resistance is measured through a bridge circuit to obtain the tension data.
Product Features
- High reliability,
- Good interchangeability
- Easy to use
Product detail
Technical Specifications
|
Rated load |
1~10t |
|
Overall accuracy |
<1% |
|
Sensitivity |
2.0 MV/V |
|
Creep |
±0.02%F·S/30min |
|
Zero output |
±1 %F·S |
|
zero temperature |
±0.02 %F·S/10°C |
|
Output temperature |
±0.02%F·S/10°C |
|
Working temperature |
-20°C~+70°C |
|
Input impedance |
380±10Ω or 750±15Ω |
|
Output impedance |
350±3Ω or 700±5 Ω |
|
Insulation resistance |
> 5000 MΩ |
|
Safety overload |
150% F·S |
|
Bridge voltage |
Advise 10VDC |
|
Material |
alloy steel |
|
Connection type |
Input(+):red input(-):black |
|
|
Output(+):green output(-):white |
