Exide 7AH SMF UPS Battery

About Exide 7AH SMF UPS Battery

The offered Exide 7AH SMF UPS Battery is sealed maintenance free battery which is generally used in UPS. Exide power safe plus, SMF VRLA batteries come with enhanced design features which give higher performance and reliability, better suited to Indian conditions. The product has ABS container & lid, better aesthetics, stronger and free from distortion, brass terminal with lid coating, free from corrosion, over partition welding, free from inter-cell weld failure, thicker separator, and more acid volume. Exide 7AH SMF UPS Battery finds application in UPS system, telecommunication equipment, EPABX & electronic weighing scale and many others.

Brand	Exide
Capacity	7 AH
Battery Condition	New
Dimensions	100 H * 151 L * 65 W Weight 2.4 Kg
Inverter Support Kva	no
Country of Origin	Made in India
Ambient Temperature	0 TO 23 Deg. C
Supported UPS	YES
Technology	VRLA SMF
Sealed Type	VRLA SMF
Filled Weight	2.4 Kg
Voltage	12 V
Model Name/Number	EP 7-12
Warranty	1 Year
Battery Type	SMF Battery

 

Optimal Backup and Reliability

Exide's 7AH SMF UPS Battery provides dependable power for critical devices, offering a backup duration anywhere from 10 to 30 minutes based on your usage requirements. Its internal resistance of 30m and right positive polarity guarantee stable output and efficient energy delivery during emergency operations or routine use.


Sealed Maintenance-Free Technology

With SMF (Sealed Maintenance Free) technology, this battery requires no routine maintenance, making it hassle-free for users. The proof and leak-proof features, along with robust ABS plastic construction, ensure both safety and longevity. Its low self-discharge rate minimizes energy loss during storage.


Long Service Life and Efficient Charging

Engineered to last up to 5 years at 25C, the Exide 7AH battery presents a reliable solution for frequent and backup usage. It supports efficient charging with a recharge time of 6 to 8 hours, a max charging current of 2.1A, and well-defined float and cycle charging voltages. This ensures consistent readiness for critical applications.