Continuous monitoring of hydrogen gas at lead acid battery charging stations

Equipment powered by lead acid batteries, such as forklifts used in a warehouse, have heavy duty battery banks that are commonly lined up in an indoor charging station formation where many machines can be charged at one time. Most batteries, including lead acid batteries produce fl ammable hydrogen gas as part of the normal charging process. The amount of hydrogen that is produced varies depending on the size and number of batteries and can increase with overcharging, excessive heat and other factors. As the hydrogen level builds, the risk of fi re and explosion increases which is a serious safety concern.

 
Image: Typical Battery Charging Station Monitoring System

 

 

KEY CONSIDERATIONS
  • Gas detection system provides demand controlled ventilation for property safety‚Äč
  • Hydrogen sensor will be mounted on or near the ceiling‚Äč
  • One Hydrogen gas detector covers up to 5,000 ft2  / 465 m2

 

TARGET GASES
  • Hydrogen (H2), 0 - 100 %LEL range

 

 

DOWNLOADS
Monitoring Hydrogen in a Battery Charging Station

 

 
RELATED PRODUCTS
DCC Self Contained Controller
ESH-A Remote Sensor
 

 

MORE INFORMATION 

The DCC and ESH-A fixed system is fully programmed, calibrated and tested prior to being shipped from the factory. It is ready to install upon arrival and operate following the warm up period.