SL027 Charge output triaxial quartz force sensor
For customised ranges, accuracy, dimensions and other parameters, please contact us.
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Product FeaturesCharge output Simultaneous measurement of mutual vertical triaxial forces It is suitable for mechanical impedance measurement and excitation mode analysis。 |
Technical Specifications
| Static parameters | ||
| Charge sensitivity（20±5℃） | Z | ～4pC/N |
| X | ～7.5pC/N | |
| Y | ～7.5pC/N | |
| Measurement range | Z | ±20kN |
| X | ±10kN | |
| Y | ±10kN | |
| Overload capacity | 120 ％ | |
| Linearity | ≤1%F·S | |
| Hysteresis | ≤1%F·S | |
| Repeatability | ≤1%F·S | |
| Capacitance | ～80PF | |
| Insulation resistance | ＞1013Ω | |
| Dynamic Parameters | ||
| Resonant frequency | ＞20kHz | |
| Operating Temp. range | -54～+120 ℃ | |
| Physical Parameters | ||
| Weight | ～1000 g | |
| Dimension（mm） | 55×55×58 | |
| Housing material | Stainless steel | |
| Installation | 8-M6 | |
| Sensitive material | Quartz | |
| Output method | 3-M5 | |
| Attachment | ||
| Connection cables | Double-ended L5 low-noise cable x 2m | |
Product Dimensions
Installation size
Load Direction
Wiring Diagram
Accurate measurement with matching display
The output of the force measuring and weighing sensor itself is an MV signal, which needs to be amplified and convertedto display numerical values or output signals to the upper computer, PLC, etc.
