Portable Server Coolers

Cooling Capacity (95° at 60% RH) (Btu/Hr)	10,500
Electronic Features (Control Panel/Thermostat Control)	Millivolt Thermostat (not included)
Air Flow (CFM, High/Low) Evaporator	324/228
Air Flow (CFM, High/Low) Condenser	700/370
Operating Conditions (Min-Max)(at 50%RH)	65-95°F
Voltage	115/1
Min-Max Voltage	105-125
Power Consumption (KW)	1.23
Current Consumption (AMPS)	11.2
Circuit Breaker Size (AMPS)	15
NEMA Plug Configuration	5-15
Power Cord (Gauge/Length)	N/A
Dimensions W X D X H (IN)	35 x 23 x 15.5
Weight (Net Weight/Shipping Weight)(LBS)	123/137
Humidity Removed at 60% RH (GAL/HR)	N/A
Drain Tank Capacity (GAL)	Auto Pump
Refrigerant	R-410A
Sound Level (dB(A), High/Low) w/Duct	52
Max. Duct Length (Cold Duct Hose/Hot Duct Hose)	20 ft/10 ft

The CM12 delivers 10,500 Btu/H of cooling in a compact, self-contained unit that mounts easily with standard, off-the-shelf hardware above a standard drop ceiling and requires no special electrical connections, saving time and money.

"Saving space, time and expense for spot cooling has become essential for many businesses with critical equipment operating in confined spaces with no ventilation or air conditioning," according to John Doran, manager of the MovinCool Sales Department. "MovinCool pioneered the concept of workspace spot cooling with its portable units," Doran added, "and now, with the CM12, offers an out-of-the-way ceiling mount solution that will certainly save our customers time and money, as well as space."

The new CM12 comes with a variety of built-in capabilities and safety features:

• A condensation pump, mounting brackets and both
  return and supply air flanges are all built-in.
• The unit can be controlled by an off-the-shelf thermostat
  and uses off-the-shelf mounting hardware.
• The unit can be wired into the building controls.
• Automatic shut-off is controlled from a common
  fire alarm control panel.

Also, the CM12 has a wide operating range of 60º to 95ºF on the evaporator and 60º to 113ºF on the condenser. Separate ducts for supply and return air provide more air movement, improved circulation and more efficient cooling, even in tight spaces.