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STKC3310 card mounted torque sensor
STKC3310 card mounted torque sensor
Product details
product overview：
The STKC3310 series is a card mounted fully digital torque sensor designed for torque measurement applications that cannot disconnect the shaft system or short-term applications that require quick loading and unloading. Measure the deformation of the measured shaft using a pre calibrated flexural beam, and then calculate the torque value of the measured shaft. Fully sealed treatment, suitable for various harsh environments (has been tested in various outdoor, high pollution and other harsh environments in the petroleum and shipbuilding industries). Measurement without intervention, without the need to disconnect the shaft system, or even make any modifications to the shaft. Installation is very convenient, it takes fifteen minutes to complete the entire process!
If measuring in the short term, battery power can be used. If measuring for a long time, it is recommended to use our recently developed uninterruptible power supply module, which does not require charging and is not affected by battery life, and can work continuously for a long time.
This sensor can also be applied to any project that requires measurement of rotating components, and can simultaneously perform multi-channel (multi parameter) measurement and data transmission. It can also be modified to be mounted to adapt to the measurement of rotating components with more complex shapes.
Product features:
● Convenient and fast, installation can be completed in fifteen minutes
Wireless communication, with a transmission distance of up to 100 meters
Data encryption technology enhances anti-interference ability
● Fully sealed design, suitable for various harsh environments
Extremely compact design, occupying very little space
● Standard precision level 1, high precision level can be up to 0.3
Modular design, one sensor can measure multiple shaft diameters
Technical parameters:
| type | describe | |
| Accuracy class | 1(Standard,standard） | |
| 0.3(Optional,optional） | ||
| Linearity error | % | <1 |
| Repeatability errorRelative standard deviation of repeatability | % | <1 |
| Hysteresis lagging behind | % | <1 |
| Long term drift over 48 hours | % | <1 |
| Measurement frequency range -3 dB | kHz | 0.2(Standard,standard） |
| 1.0(Optional,optional） | ||
| Temperature drift effect of temperature per 10 ° C | % | 1 (+10~60°C)2 (-20~70°C) |
| Overload capacity limit torque, related to Mnom fracture overload breaking torque, related to Mnom | % | 150 |
| % | 300 | |
| Degree of protection per EN 60 529 | IP 54(Standard,standard）IP 68(Optional,optional） | |
| Reference temperature Recommended temperature: Nominal (rated) temperature range Operating temperature range Storage temperature range |
°C °C °C °C |
22+ 10 … +50 20 … +60 30 … +85 |
| Power supply Nominal (rated) supply voltage Measure current consumption in measuring Current consumption in startup mode Rated power consumption |
V A A W |
24 DC ±5% < 0.2 (typ. 0.1) < 0.5 (typ. 0.3) 50 μs < 0.1 |
| Battery Voltage Working Time Endurance | Vhours | 98(48/168optional)1yearoptional） |
| Output output | Wireless communication（2.4GHz） | |
Tags: Sensor, Torque Sensor
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