Backup Power For Lab Or Server Room In Action (With Video)
This lab facility was suffering from constant short duration power outages that routinely brought research to a standstill costing time and money. Battery Backup Power, Inc. was selected to configure and install a complete backup power solution. Currently (after the backup system was installed) the lab has surge protection, real-time power conditioning, and approximately 30 minutes of automatic emergency backup power. As demonstrated in the video, a complete power outage (simulated by flipping the electrical breakers off) now has absolutely no effect on the operating instruments in the lab. The instrument workstation closest to the door is off in the video so the cord can be unplugged to show the dual voltage receptacles. The instrument workstation along the back wall is operating and connected to the UPS through the installed receptacles on the wall during the video to demonstrate how it is not impacted by a complete power failure in the building.
The lab uses 2 separate Thermo Fisher mass spectrometers each with its own 240 volt, NEMA 6-15P (plug). Each mass spectrometer is paired with its own HPLC (high performance liquid chromatography) stack and a computer/monitor/printer combination with a 120 volt, NEMA 5-15P (plug). Battery Backup Power, Inc. installed a Leviton 5842-I receptacle (dual 120/240 voltage and dual 15/20 amperage) and a Leviton 8300-I receptacle (120 volts, dual 15/20 amperage) placed in an electrical junction box for each instrument workstation. This provides three 120 volt receptacles and one 240 volt receptacle for each mass spectrometer workstation. Each electrical junction box is on constant real-time power conditioning and backup power provided by its own 10 kVA UPS specifically programmed for dual voltage output. Each 10 kVA UPS is powered by a 208 volt, 50 amp breaker installed in the main electrical panel for the lab. The facility only has 208 volt service available while the instruments require 240 volt service. The UPS powering each workstation is programmed to use 208 volts as the input while providing 120/240 volts as the output.
The two pumps used with each mass spectrometer create a brief inrush current (also known as startup current) of approximately 30 amps at 240 volts or 7,300 watts. The normal operating power consumption of one mass spectrometer, its two pumps, the HPLC stack, and the computer/monitor/printer combination is around 3,000 watts. A pure sinewave, double conversion, 10 kVA UPS with a 0.7 power factor was used for each instrument workstation. The normal maximum power output of each 10 kVA UPS is 7,000 watts with a 10,500 watt 10 second overload protection rating to absorb the inrush current created by the pumps. This ensures that the UPS transformer will not overheat with constant use over a period of years.
Battery Backup Power, Inc. configures, distributes, and installs backup power solutions for most applications including, but not limited to server rooms, labs, traffic control boxes, and specialty electrical equipment. https://www.backupbatterypower.com (855) 330-7799