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Effectively managing and servicing batteries throughout a large number of cell sites has always been a significant challenge for the Telecom industry…until now.

There are many reasons why batteries fail at any time during their rated life span.  More importantly, service providers lose customers and substantial revenue due to costly service disruptions when they do. Still, the decision to monitor remains difficult, due to the embedded stereotypes of prohibitive cost, excessive wiring, and ineffective control of previously available products. One size clearly does not fit all when it comes to remote battery monitoring.

How will the batteries be monitored and the information communicated? Once the information is received, how will so many sites be managed? What will be the total cost of ownership (TCO)? How much will effective monitoring save in maintenance costs? And, in the end, will the benefits of monitoring exceed the cost?

Enter, BatteryDAQ. Our remote site solutions were created specifically to overcome existing concerns. Truly, the time has arrived to take control of your remote site battery monitoring.

DC SystemBattery ConfigurationSentry ModelNotes
-48V24x2V per stringSentry-2402
-48V4x12V, 1-2 stringsSentry-NB8
-48V4x12V, 3 to 6 stringsSentry-S6
24V12x2V per stringSentry-1202
24V2x12V, 1-2 stringsSentry-NB824V version
24V2x12V, 3 to 15 stringsSentry-S15
24/48V2V, 6V, 12V (and NiCad)Sentry-FT ThermalThermal Runaway Prevention

Flexibility is one of the keys to our success. Affordability is another.

Our pioneering battery monitoring systems, networking, and informatics platform provide the ability to reliably monitor millions of batteries worldwide. There is no stronger endorsement of our product than thousands of installations around the world utilizing our battery monitoring systems.

Telecom Models