WQS140-I capillary and snap action bimetal thermostat, Adjustable manual reset Thermostat Temperatur
| Place of Origin: | Zhejiang |
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Company Profile
| Location: | Changzhou, Jiangsu, China (Mainland) |
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| Business Type: | Manufacturer |
| Main Products: | Motor Thermal Protector |
Product Detail
| Model No.: | WQS-I |
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Product Description
WQS140-I capillary and snap action bimetal thermostat, Adjustable manual reset Thermostat Temperature Switch
Description:
Changsheng WQS-I series bulb & capillary thermostats are factory calibrated to a predetermined temperature range. This design offers a changeover thermal switch and an optional auxiliary switch that is useful for activation of an alarm or cooling fan. The principles of operation allow this design to be surprisingly cost effective and a leading choice for use in many applications where precision sensing is required while remaining on a tight budget. When temperature rises, the internal fluid located within the bulb expands through a capillary tube to an expandable diaphragm that is configured within the remote thermostat body. This diaphragm assembly activates the electrical contacts at the calibrated temperature set point. The WY-I series is available with a front auxiliary switch as optional.
Specifications:
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Normally close, open on temperature rise, manual reset, Earth Terminal Option |
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Working voltage and current |
20 Amps @ 240 Vac |
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Ø Phial diameter |
3/6 mm |
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Cycles life |
100,000 cycles |
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Open temperature |
-35°C to 350°C |
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Temperature Tolerance |
±5°C, ±7°C, ±10°C, ±12°C |
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Differential Temperature |
depending on open temperature |
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Contact resistance |
≤100 m |
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Capillary length |
300~ 3000 mm; other lengths available upon request |
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Body temperature |
T120 / T150 |
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Faston Terminal Connections |
6,3x0,8 mm DIN46244 |
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Contact Closure Resistance: |
≤50mΩ |
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Insulation Resistance |
≥100MΩ |
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Speed of response |
1.0/min |
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.Min. electric current |
200mA |
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Typical Model |
Operating temperature |
Switch |
Voltage (V) |
Current (A) |
Maximum Temperature Sensing part() |
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OFF() |
DIFF(K) | |||||