AIMS Power rack mount inverters convert DC battery power into stable 120 VAC output for communications equipment, sensitive electronics, and other loads installed in a server rack. Available in 1U and 2U rack-mount inverter formats with models configured for 24V, 48V and negative 48V DC systems. These units provide pure sine wave power and automatic backup power when utility power or city power fails.Â
This compact 1U rack mount inverter supplies pure sine wave output from a properly configured 48V battery bank while conserving rack space. It is a practical power supply for light communications equipment, network hardware, and other sensitive electronics.
For systems built around a 24V battery bank, this 3,000-watt rack mount inverter delivers more AC output for heavier loads while keeping the inverter and supporting equipment organized in the rack. It suits backup power systems where available utility power needs to transfer automatically to battery power.
The 5,000-watt negative 48V rackmount inverter is designed for higher energy demand in telecom and DC power environments that use a negative 48V battery configuration. It provides pure sine wave AC power in a 2U form factor for applications that need centralized backup power and long-term reliability.
Pair a rack mount inverter with correctly sized rack batteries and a solar system to provide AC power after grid loss.Â
Use a pure sine wave rackmount inverter in dedicated electrical bays to supply clean AC power for coach electronics, charging equipment, and installed AV systems.
Install a rack mount inverter with an auxiliary battery bank to power onboard tools, dispatch technology, and communications equipment without relying on the starting battery.
AIMS Power supports OEM and upfitter builds with rack mount inverters, technical product guidance, and volume purchasing options for repeatable power system designs.
Use a rack mount inverter to provide stable pure sine wave AC power for onboard workstations, routers, security cameras, and passenger-facing electronics.
Perfect and comprehensive answer on a technical question related to the PWRI18012S inverter with reference to output frequency.
I reached out this morning for an issue with my 24v Inverter/Charger and Sky responded with the solution before lunch. Such a huge relief when a company supports their products. Thank you!!
I have had a 3000-watt inverter charger since 2014. the first several years, would lose control board approx. every 9 months. Tech support was great and took care of my every need. We discovered that the elect. panel at the cabin had the ground and neutral bonded, corrected this and has worked ever since. I had to contact Tech. yesterday and they all were again nothing but helpful
AIMS Power gives you direct access to a team that understands rack mount inverter systems and their applications. Get practical help with product selection, battery bank compatibility, installation questions, and technical support.
A rack mount inverter converts DC battery power into AC power and installs in a standard server rack. AIMS Power models provide a stable 120 VAC output for communications equipment, computers, medical equipment, AV systems, and similar loads.
A 1U inverter occupies one rack unit of vertical space, while a 2U inverter occupies two. Choose the rack size based on available cabinet space and the inverter’s required power output.
Yes. AIMS Power rack mount inverters include an automatic transfer switch that moves the connected load from utility power to battery backup when city power fails. The typical transfer time is less than 20 ms.
Match the inverter to the battery bank voltage shown in its specifications. Available options in this collection include 24V, 48V, and negative 48V models. Do not connect a low-voltage battery bank to a high-voltage inverter input.
Calculate the continuous AC load, account for any startup surge, then select an inverter with adequate continuous and surge capacity. Size server rack batteries based on the required runtime and energy demand, then verify that the AC input or solar system can recharge the battery bank as needed.
