THOMAS THOMPSON
Electrician in Wattensaw, AR
License number
Arkansas M-2863
Expiration Date
Apr 30, 2017
Category
Electrican
Address
Address
PO Box 389, Wattensaw, AR 72086
Organization information
See more information about THOMAS THOMPSON at bizstanding.comTHOMAS THOMPSON HEAT & AIR, LLC
Carlisle, AR - Wattensaw, AR
Industry:
Plumbing/Heating/Air Cond Contractor
Doing business as:
Thompsons Heating & AC
Registration:
Aug 25, 2004
Phone:
(501) 676-2750 (Phone)
Addresses:
4062 Hwy 70 E, Carlisle, AR 72024 (Physical)
904 N Ctr St, Wattensaw, AR 72086
PO Box 389, Wattensaw, AR 72086
904 N Ctr St, Wattensaw, AR 72086
PO Box 389, Wattensaw, AR 72086
State ID:
800040761
Business type:
Limited Liability Company
Incorporator/Organizer, Owner, Principals:
Rodney Dobbins (Owner),Arlene Castleberry (CPA),Mr Thomas Thompson (Owner),...
Filled under act:
Domestic LLC; 1003 of 1993
Categories:
Heating & Air Conditioning
Professional information
System And Method Of Increasing Efficiency Of Heat Pumps
US Patent:
7340910, Mar 11, 2008
Filed:
Dec 23, 2004
Appl. No.:
11/019458
Inventors:
Thomas W. Thompson - Lonoke AR, US
International Classification:
F25D 17/04, F25B 49/00, F24F 11/00, G05D 23/00
US Classification:
62186, 236DIG 9, 236 44 A, 700299, 621765
Abstract:
The system and method for increasing efficiency of heat pumps employs temperature sensors to measure the indoor refrigerant coil (indoor heat exchanger) and supply duct air temperature in a heat pump system to vary the indoor air flow rate based on the amount of heat being supplied by the heat pump. By monitoring the indoor refrigerant coil temperature, and the supply duct air temperature near the unit, the airflow can be adjusted to match the BTU (heat) output of the heat pump system. Less air flow over a cooler indoor refrigerant coil temperature allows increased, more efficient, heat transfer, allowing the cooler indoor refrigerant coil temperature to more effectively warm the air. Additionally, with airflow reduced when the indoor refrigerant coil is operating at lower than optimal temperatures or during a defrost cycle, the reduced airflow into living spaces presents a less drafty and more comfortable condition.