NTC sensors are used in the energy storage sector to monitor battery pack temperatures, measuring and transmitting data in real time to the control system. This enables high-temperature alerts, battery protection, and optimized charging, ensuring the battery pack operates at safe and efficient temperatures.
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Core data |
Resistance value | R25=10KΩ±3% | Operating temperature range | -20℃~100℃ |
| B value | B25/50=3950K±2% | Maximum rated power | 300mW | |
| Thermal time constant | ≤8s | Pressure resistance | AC 1200V 1s Leakage current≤1mA | |
| Thermal dissipation coefficient | ≥4.5mW/℃ | Insulation properties | DC 500V 1s Insulation resistance≥100MΩ |
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Core data |
Resistance value | R25=10KΩ±1% | Operating temperature range | -40℃~90℃ |
| B value | B25/85=3435K±1% | Maximum rated power | N.A. | |
| Thermal time constant | ≤3s | Pressure resistance | N.A. | |
| Thermal dissipation coefficient | N.A. | Insulation properties | DC 500V 1s Insulation resistance≥100MΩ |
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Core data |
Resistance value | R85=2.06KΩ±2% | Operating temperature range | -40℃~105℃ |
| B value | B0/100=3970K±2% | Maximum rated power | 240mW | |
| Thermal time constant | ≤5s | Pressure resistance | AC 2450V 1s Leakage current≤1mA | |
| Thermal dissipation coefficient | ≥3mW/℃ | Insulation properties | DC 500V 1s Insulation resistance≥100MΩ |