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AIR CONDITIONING & HEAT PUMP SYSTEMS AGE of AIR CONDITIONERS & HEAT PUMPS AIR CONDITIONER BTU CHART AIR CONDITIONER COMPONENT PARTS Indoor A/C Components Outdoor A/C Components AIR CONDITIONER TYPES, ENERGY SOURCES AIR CONDITIONER NOT WORKING AIR FILTERS for HVAC SYSTEMS AIR HANDLER UNITS APPLIANCE EFFICIENCY RATINGS BACKUP HEAT for HEAT PUMPS BLOWER DOORS & AIR INFILTRATION BOOKSTORE - Air Conditioning "How To" Books CLEANING & Legionella BACTERIA COMPRESSOR & CONDENSING COIL BURNED-OUT COMPRESSOR CAPACITORS for HARD STARTING MOTORS CONDENSING COIL FINS, SUPPORT PADS HARD STARTING COMPRESSOR MOTORS INSTALLATION ERRORS, COMPRESSORS MOTOR OVERLOAD RESET SWITCH NOISY COMPRESSOR UNITS PRESSURE READINGS, COMPRESSOR REPLACING A COMPRESSOR TIGHT or SEIZED AC COMPRESSORS CONDENSATE HANDLING CONTROLS & SWITCHES COOL OFF HEAT Thermostat Switch COOLING CAPACITY, RATED FROM MODEL # FROM EQUIPMENT RLA # COOLING RULES OF THUMB COOLING COIL or EVAPORATOR COIL DATA TAGS on AIR CONDITIONERS COMBUSTION GASES & PARTICLE HAZARDS COMBUSTION PRODUCTS & IAQ DEFINITION of Heating & Cooling Terms DEW POINT CALCULATION for WALLS DEW POINT TABLE - CONDENSATION POINT GUIDE DUCT SYSTEMS DUCTS - Asbestos DUCT SYSTEM DEFECTS DUCT INSULATION, Asbestos Paper DUCT INSULATION for SOUNDPROOFING DUCTS, Asbestos Transite Pipe DUST FROM HVAC? ENERGY SAVINGS in BUILDINGS EVAPORATIVE COOLING SYSTEMS FAN AUTO ON Thermostat Switch FAN CONVECTOR HEATERS - HYDRONIC COILS HEAT LOSS (or GAIN) in BUILDINGS HUMIDITY LEVEL TARGET INSPECTION CHECKLIST - OUTDOOR UNIT INSPECTION LIMITATIONS LOST COOLING CAPACITY What to check first Compressor failure diagnosis Duct & Air Handler diagnosis MOTOR OVERLOAD RESET SWITCH OPERATING COST OPERATING DEFECTS OPERATING TEMPERATURES Air Conditioning System Temperatures Instruments Used to Measure A/C Temperatures Procedures for Making Temperature Measurements REPAIR GUIDE for AIR CONDITIONERS REPAIR & DIAGNOSTIC FAQs for A/C REFRIGERANTS REFRIGERANT LEAK DETECTION REFRIGERANT LEAK REPAIR SEER RATINGS & OTHER DEFINITIONS SYSTEM OPERATION OPERATING CONTROLS SAFETY CONTROLS THERMOSTATS THERMOSTATIC EXPANSION VALVES CRITICAL DEFECTS on A/C SYSTEMS More Information InspectAPedia Blog - News Updates Air Conditioning & Heat Pumps Bookstore Electrical Environment Exteriors Heating Home Inspection Insulate Ventilate Interiors Mold Inspect/Test Plumbing Water Septic Roofing Structure Accuracy & Privacy Policies Contact Us |
This chapter of "How to Inspect the Central Air Conditioning or Cooling System" discusses the damaged air conditioner condensing coil fin damage & compressor support pad defects, including bent or clogged fins which can interfere with effective system operation and improper support such as tipped or leaning A/C compressors. For more photos of improper air conditioner installations see INSTALLATION ERRORS. Contact us to suggest text changes and additions and, if you wish, to receive online listing and credit for that contribution. © Copyright 2010 Daniel Friedman, All Rights Reserved. Information Accuracy & Bias Pledge is at below-left. Use links at the left of each page to navigate this document or to view other topics at this website. Green links show where you are in our document or website. Air Conditioner Condensing Coil Fins Damage & RepairAir Conditioning Compressor/Condenser Unit Support PadsOutside A/C compressors are typically supported on a concrete pad, concrete blocks, or a vinyl pad such as the one shown in the photo at page top. The air conditioner compressor support pad should be level and secure against movement. Compressors which are badly out of level may fail to function properly and need adjustment. Tipping and moving compressors can also cause can cause leaks in refrigerant lines, leading to costly air conditioning service calls to evacuate and recharge the system after repairing the refrigerant leak. Do not try to move your A/C compressor yourself as you might cause a refrigerant leak or may otherwise damage the equipment. Ask your A/C service technician to evaluate the effects of any out-of-level conditions of the compressor as well as to comment on the available slack in the refrigerant lines that may be needed to reposition the unit. For slightly-tipped air conditioning compressors we generally leave them alone but we add support as needed to avoid further movement. ... Technical Reviewers & References
Use links just below or at the left of each page to navigate this document or to view other topics at this website. Green links show where you are in our document or website. AIR CONDITIONING & HEAT PUMP SYSTEMS Books & Articles on Building & Environmental Inspection, Testing, Diagnosis, & Repair
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AIR CONDITIONING & HEAT PUMP SYSTEMS Air Conditioning "How To" Books More Information InspectAPedia Blog - News Updates Air Conditioning & Heat Pumps Bookstore Electrical Environment Exteriors Heating Home Inspection Insulate Ventilate Interiors Mold Inspect/Test Plumbing Water Septic Roofing Structure Accuracy & Privacy Policies Contact Us |
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