Features of YUASA FXH Battery
I-type front terminals
Easy for connecting and installing batteries.
Easy maintenance
When battery is charging, hydrogen would be absorbed and reversed to eletolyte by plates. So it doesn't need to refill water and balanced charging, which makes maintenance easy.
Tightly trap the electrolyte
Eletrolyte is absorbed in glass mat and would not flow. Battery can be used or positioned under 90 degress angle orientation.
Extremely safe
When excessive gas production by inappropriate charging occurs, safety valves will automatically emit the gas to prevent battery cracked.
Long life, high economic
Plates are made of anti-corrosion lead-calcium alloy, which has longer float charging life. Separator(glass mat) can trap eletrolyte and active material on positive plates, preventing active material drop at the same time. More over, greater deep charge cycle lifespan makes battery worth to turst and high-economic.
Low resistance
Higher current, better performance.
Fine charge recovery
Long-term discharge is not good for battery on device. If battery status going worse, give it full-recharge, which will recover fast and won't cause lifespan loss.
- Pallet trucks, vacuums, electrical tools
- Radios, video recoders
- Cameras, photoflood lamps
- Measuring machines
- Medical machines
- UPS, office computers, terminals.
- POS machines
- Base stations, telephone switchboards
- Communication systems
- Security and disaster prevention systems
- Emergency Lights
- Telecoms
Broadband, land line and mobile providers have equipment that needs battery backup power in the event of a mains failure. Whether in central systems or remote cabinets Yuasa batteries are trusted by providers worldwide.
- Renewable Energy
Solar, wind and wave energy is not always produced at times of maximum requirement. Yuasa batteries allow energy to be stored at times of low demand and then released into the grid when demand is high.
- Energy Storage
Businesses are usually charged on peak power demand. Load-shedding allows large cost savings by charging batteries during low demand and injecting this stored energy back into business load at times of high demand.