NTC sensors are widely used in automobiles as the core of temperature monitoring, providing real-time critical data for thermal management systems to precisely regulate heating and cooling equipment. Simultaneously, they assist in battery cooling, maintaining optimal temperatures to prevent degradation, and offer high-temperature alerts as early warning signs of potential faults, ensuring safe and reliable vehicle operation.
Product Features : Specifications customizable per customer requirements; Accuracy up to ≤±1%; High sensitivity with maximum response time ≤5 seconds; Temperature and humidity resistance with high sealing and moisture protection; Operating temperature range: -40°C to +100°C.
Application : Temperature measurement at the evaporator location within automotive air conditioning systems.
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Core data |
Resistance value | R20=4852±62KΩ | Operating temperature range | -30℃~80℃ |
| B value | B0/15=3820K | Maximum rated power | 190mW | |
| Thermal time constant | ≤3s | Pressure resistance | ||
| Thermal dissipation coefficient | Insulation properties | DC 500V 1s Insulation resistance≥100MΩ |
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Core data |
Resistance value | R0=9kΩ±1% | Operating temperature range | -40℃~100℃ |
| B value | B0/25=3873K±1% | Maximum rated power | ||
| Thermal time constant | ≤15s（Wind speed of 2 m/s in the air） | Pressure resistance | ||
| Thermal dissipation coefficient | Insulation properties | DC 500V 1s Insulation resistance≥100MΩ |
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Core data |
Resistance value | R0=5035±60KΩ | Operating temperature range | -30℃~80℃ |
| B value | B0/15=3825K(Reference value) | Maximum rated power | ||
| Thermal time constant | ≤2.5s | Pressure resistance | ||
| Thermal dissipation coefficient | Insulation properties |