Battery Safety Sensors
BES Series
Detects electrolyte during early stages of thermal runaway and responsive to H2 and CO released during thermal runaway, ensuring reliable early detection. Automotive Product Grade with CAN 2.0B output with diagnostic features.
Please sign in to access more documents
Once signed in, you may be able to access additional documents for your account.
The Battery Safety Electrolyte Sensor (BES) provides early and reliable detection of thermal runaway of lithium-ion batteries used in electric vehicles. Sensitive to electrolytes, the BES sensor detects thermal runaway at the crucial first vent stage, enabling prevention. This early detection capability of the sensor enables vehicles to meet international safety regulations such as UN GTR 20, China GB38031 & US NHTSA FMVSS 305A. The Battery Safety Electrolyte Sensor (BES) should be seamlessly integrated into the battery pack and capable of communicating with the Battery Management System (BMS) to help ensure that every journey is supported by reliable technology.
FEATURES
•Detects electrolytes released during the first vent (before thermal runaway)
• Responsive to H2, CO released during thermal runaway
• Patented alarm algorithm ensuring critical alerts are not missed
• Resistant to siloxane poisoning
• Automotive product with CAN 2.0B output with diagnostic features
• 12 V and 24 V supply voltage options
EARLY DETECTION OF THERMAL RUNAWAY FOR ELECTRIC VEHICLES
• Electrolytes
• Hydrogen
• Carbon monoxide
• Humidity (customizable upon request)
• Pressure (customizable upon request)
• Temperature
APPLICATIONS
• Sealed lithium-ion battery packs or modules used in electric, hybrid vehicles and other on-road applications
Scheda Tecnica
Istruzioni d'installazione
Opuscolo
White Paper
Infografica
Altro
Per favore accedi per visualizzare i codici dei componenti disponibili per l'acquisto in base al tuo account Registrazione
Filters
Per favore accedi per visualizzare i codici dei componenti disponibili per l'acquisto in base al tuo account Registrazione