The BTI EBP-1616-BTI is a 12V, 6-cell lead-acid UPS battery built for Eaton UPS systems, delivering reliable backup power when it matters most. Ideal for IT rooms, small data centers, and any environment where uptime is critical.
-
Voltage: 12V for consistent power delivery across compatible Eaton units
-
Cell Configuration: 6-cell lead-acid design for durable, long-lasting performance
-
Compatibility: Fits Eaton models including 5PX2000RTG2, 9PX2000RT, and BP72RT
-
Warranty: 2-year manufacturer warranty for peace of mind
-
Brand: Battery Technology, a trusted name in reliable UPS replacement batteries
This battery is designed to support dependable UPS performance, helping to minimize downtime and protect connected equipment during power interruptions. Its robust build is suited for demanding environments, ensuring stable operation and extended service life in IT closets, server rooms, and retail settings.
Specs
-
Model: EBP-1616-BTI
-
Type: Lead-Acid UPS battery (VRLA)
-
Chemistry: Sealed Lead Acid (VRLA)
-
Voltage: 12V
-
Cells: 6-cell configuration
-
Compatibility: Eaton UPS models such as 5PX2000RTG2, 9PX2000RT, BP72RT
-
Warranty: 2 years
-
Brand: Battery Technology
FAQ
-
Q: What Eaton UPS models is the BTI EBP-1616-BTI compatible with?
A: It’s designed for Eaton units including the 5PX2000RTG2, 9PX2000RT, and BP72RT.
-
Q: What are the key electrical specs?
A: The battery is 12V with a 6-cell lead-acid (VRLA) configuration for reliable power delivery and durability.
-
Q: How long is the warranty?
A: The battery includes a 2-year manufacturer warranty.
-
Q: Who is the brand and what does that imply for reliability?
A: Battery Technology specializes in UPS replacement batteries, offering components designed for consistent performance and long-term service in critical applications.
-
Q: How does this battery impact UPS uptime?
A: By providing stable, dependable power, it helps minimize downtime during outages and protects connected equipment from unexpected shutdowns, making it suitable for data centers, offices, and other power-sensitive environments.
