Photo courtesy of ARMY AL&T Online, Richard Mattox.
Acumentrics RUPS and Power Conditioners are engineered to survive in harsh environments world-wide. We innovated the Flo-thru™ heat sink, used on the Rugged UPS, to channel air through a plenum within the unit. This unique design provides heat dissipation without exposing electronic components to the external environment, preventing debris, moisture, sand, and other contaminants from coming into contact with internal components. Components are also rigidly mounted to the chassis and withstand extreme temperatures (0–122 degrees Fahrenheit). All of our Rugged-UPS units are built to meet a number of Military Standards including:
EMI:MIL-STD 461-F
Vibration: MIL-STD 810-F & MIL-STD-167
Shock:MIL-STD-901-D
Shipboard: MIL-STD-1399
Acumentrics products are feature-rich including:
True world-wide input (80-265VAC, 22-32VDC)
Simultaneous AC/DC input and output
Hot swappable batteries
Configurable for multiple options of AC and DC output
Parallel-able (up to 10 units)
RS232 or SNMP
Additionally, Acumentrics supplies accessories such as transit cases, mounting hardware and the installation service as requested.
For more information review our white paper on our UPS Design.
Rugged-UPS and Power Conditioners are designed to operate in the kind of heat, cold, dust, rain, shock, and vibration that can easily destroy other units. The flow-through heat sinks have such a high tolerance to sand; they are a favorite for military use in forward locations. This ruggedness and reliability makes Acumentrics power products ideal for use for mission critical applications world-wide.
Acumentrics has fielded over 60,000 units since inception, providing unmatched power conditioning and back-up for mission critical military applications. Acumentrics units are the product of choice for a multitude of harsh “In-Theater” systems including: mobile communications, VSAT terminals, COC shelters and tents, and other forward surveillance applications. Additionally, Acumentrics units are used for demanding shipboard applications and have been tested to MIL-STD 1399 and MIL-STD-901D.
