temperature sensor

ENERGY STORAGE TEMPERATURE SENSOR
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TEMPERATURE SENSOR
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  Vehicle-mounted temperature sensor
  
  Industrial temperature sensors
  
  Temperature sensors for electrical fires
  
  High-precision temperature sensors for medical applications
  
  Temperature sensors for coffee machines/kettles
  
  Temperature sensors for home appliances
  
  Temperature sensors for gas stoves
  
  Digital temperature sensors
NTC
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APPLICATION
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  New energy temperatureacquisition
  
  Energy Storage CCS Integrated Data Acquisition Busbar Solution
  
  Temperature Sensors for New Energy Charging Guns/Pile
  
  Temperature Sensors for Lithium Batteries
  
  Temperature Sensors for Energy Storage Firefighting
  
  Temperature Sensors for Energy Storage BMS
  
  Temperature Sensors/Wiring Harnesses for IDC Data Centers and Power Distribution Cabinets
  
  Temperature Sensors for Energy Storage Wiring Harnesses
  
  Temperature Sensors/Wiring Harnesses for Lithium Battery Equipment
  
  Temperature Sensors for New Energy Vehicle Equipment
  
  Temperature Sensors for Energy Storage Temperature Control
  
  Temperature Sensors for New Energy Second-hand Battery Utilization
  
  Temperature Sensors for 5G Base Stations
  
  Terpson's self-developed NTC chip-based energy storage CCS integrated acquisition busbar is manufactured as a single unit, ensuring consistent quality.
  
  DC/supercharging is considered one of the key elements driving the development of electric vehicles. The ultra-short charging time requires ultra-large current, which puts great pressure on the power electronic equipment in the charging pile and makes thermal monitoring more critical.
  
  Temperature sensors monitor and control battery temperature to prevent overheating, effectively extending the lifespan of new energy vehicle batteries and enhancing safety. To this end, battery temperature is measured at multiple points (battery body, coolant, BMS board) to prevent localized overheating!
  
  This temperature sensor for energy storage fire suppression is particularly suitable for energy storage fire suppression applications. The smallest diameter available is 0.7mm. The fastest response time is 1.5 seconds (for liquid media). It is available with humidity modules, temperature and gas modules, and also supports wireless data transmission.
  
  Temperature monitoring and control for energy storage battery BMS, battery cells (internal), and battery cells (external); customized product structure, precise temperature measurement, excellent moisture resistance, and one-stop delivery of wire harness processing products and services.
  Smart appliance temperature acquisition
  
  Temperature sensors for food probes
  
  Temperature sensors for household appliances
  
  Temperature sensors for healthcare
  
  Temperature sensors for smart homes
  
  Temperature sensors for industrial control
  
  With an IP67 waterproof rating, it's easy to clean. It can withstand temperatures exceeding 300℃ and features a non-slip handle, making it suitable for oven use. This solves the problems of high cost and water ingress associated with high-temperature food probes.
  
  Thermistor nozzles for household appliances can be used for temperature detection and control in various products such as microwave ovens, electric stoves, rice cookers, electric thermos flasks, coffee machines, and refrigerators.
  
  The most crucial component of an electronic thermometer is the NTC temperature sensor, which detects body temperature. Because it's used to measure human body temperature, the sensor requires extremely high accuracy, stability, and sensitivity.
  
  Thermistor sensors for housing equipment can be used in water heaters, smart toilet seats, etc., for temperature detection and control of water supply or hot water, and for liquid level detection.
  
  When a motor starts, it must overcome its own inertia and the reaction force of the load. Therefore, starting a motor requires a relatively large current and torque. Connecting a PTC thermistor in series with the starting auxiliary coil achieves this effect. After starting, the PTC thermistor enters a high-resistance state and cuts off the auxiliary coil.
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