16G87 BCE5 Multi-Position Enhanced Compact Air Handler, 3 ton Nominal, 1/3 hp 208/230 V 46 A 1 ph 60 Hz

ARABCE5C36MA4X50 MFG #: 16G87
  • Cooling Capacity: 33,200 BTU/hr
  • Nominal Capacity: 3 ton
  • Power Source: 46 A 60 Hz
  • Refrigerant Type: R-410A
  • Voltage Rating: 208 - 230 VAC
  • Dimensions: 21.5 in W x 22 in D x 53.63 in H
  • Filter Size: 18 x 20 in
  • Manufacturer: Allied Air Enterprises
  • Manufacturer #: 16G87
  • Motor HP: 1/3 HP
  • Motor Type: Blower / PSC
  • Series: BCE5
  • Type: Multi-Position Enhanced
Designed to deliver dependable comfort, the BCE5C's permanent split capacitor PSC motor delivers consistent air throughout the seasons, for the optimal performance, pair this air handler with an Armstrong Air® heat pump or air conditioner.

Compact Air Handler, Multi-Position Enhanced, Series: BCE5, 3 ton Nominal Capacity, 33200 BTU/hr Cooling, 1/3 hp 208/230 V 46 A 1 ph 60 Hz, 3/8 in Liquid Line, 7/8 in Suction Line, 18 x 20 in Filter, R-410A, Blower/PSC Motor, Galvanized Steel, 21.5 in W x 22 in D x 53.63 in H
  • Features
  • Single-speed fan motor - permanent split capacitor PSC motor keeps air flowing efficiently and is engineered to deliver the highest levels of reliability
  • Every day performance - reliable and efficient, the BCE3C single-speed air handler delivers every day performance and consistent energy savings
  • They're engineered to keep air flowing efficiently and a tight cabinet seal minimizes leakage
  • Anti-microbial protection - drain pans are infused with an antibacterial agent that destabilizes the membrane of microorganism cells
  • Disrupting the cellular function of odor-causing mold and bacteria so that they can no longer grow or reproduce
  • Advanced drain pan design - these air handlers features the industry's lowest water retention rate for extremely effective condensate removal
  • MHT™ Technology - Armstrong Air®s proprietary heat transfer system, A specially designed fan shroud pulls air evenly throughout the air conditioners coil surface
  • The coil features rifled tubing to enhance refrigerant flow, while lanced coil fins increase surface contact between metal and air
  • All combine for maximum heat transfer and efficiency