Copper Condenser Coil

Product Description An air conditioner’s evaporator coil, also called the evaporator core, is the part of the system where the refrigerant absorbs heat. It’s where the cold air comes from. 1. Material: copper, aluminum, galvanized plate. 2. Copper pipe: diameterΦ7, Φ7.94, Φ9.52, inner grooved or smooth tube. 3. Aluminum foil: hydrophilic or bare 4. Fin type: louver fin, flat fin, corrugated fin 5. Pitch of fins: Ø7 1.1~1.8mm Ø7.94 1.4~2.0 mm Ø9.52 1.4~2.3 mm 6. Pitch of holes

Product Description 1. Material: copper, aluminum, galvanized plate, stainless steel plate 2. Copper pipe: diameterΦ7, Φ7.94, Φ9.52, inner grooved or smooth tube. 3. Aluminum foil: hydrophilic or bare; Copper foil: better anti-corresion performance 4. Fin type: louver fin, flat fin, corrugated fin 5. Pitch of fins: Ø7 1.1~1.8mm Ø7.94 1.4~2.0 mm Ø9.52 1.4~2.3 mm 6. Pitch of holes and pitch of rows: 20.5x12.7mm, 22x19.05mm, 21x12.7mm, 25.4x22mm equilateral triangle arrangement.

Product Description L shape condenser, fitting well in different equipment cover, good heat dissipation performance 1. Material: copper, aluminum, galvanized plate. 2. Copper pipe: diameterΦ7, Φ7.94, Φ9.52, inner grooved or smooth tube. 3. Aluminum foil: hydrophilic or bare 4. Fin type: louver fin, flat fin, corrugated fin 5. Pitch of fins: Ø7 1.1~1.8mm Ø7.94 1.4~2.0 mm Ø9.52 1.4~2.3 mm 6. Pitch of holes and pitch of rows: 20.5x12.7mm, 22x19.05mm, 21x12.7mm, 25.4x22mm

Product Description Different fitting pipes, customized diamensions and material requests Inner grooved copper tube, better efficiency 1. Material: copper, aluminum, galvanized plate. 2. Copper pipe: diameterΦ7, Φ7.94, Φ9.52, inner grooved or smooth tube. 3. Aluminum foil: hydrophilic or bare 4. Fin type: louver fin, flat fin, corrugated fin 5. Pitch of fins: Ø7 1.1~1.8mm Ø7.94 1.4~2.0 mm Ø9.52 1.4~2.3 mm 6. Pitch of holes and pitch of rows: 20.5x12.7mm, 22x19.05mm, 21x12.7mm

Product Description The condenser coil must be able to handle a significant amount of internal pressure. With R-410a, working pressures can be as high as 600psia. Smaller tube diameters can handle this kind of pressure more reliably. Also, smaller tube diameters can help ensure refrigerant velocity is high enough to keep oil moving through the coil. For those reasons, we like to size condensers with 3/8" tubes. 1. Material: copper, aluminum, galvanized plate. 2. Copper pipe:

Product Description Condenser Coils come in a variety of shapes and sizes, but there are some properties that are common in most condenser coils. Since condenser coils typically have a large surface area and a fairly high air to refrigerant temperature difference, only a few rows are generally required. We expect to see a condenser coil somewhere between 1 and 3 rows deep. 1. Material: copper, aluminum, galvanized plate. 2. Copper pipe: diameterΦ7, Φ7.94, Φ9.52, inner grooved

Product Description Condenser coils are used to reject heat from an air-conditioning or refrigeration system. Sometimes they are used with the intention to heat air streams. They are one of the four main components in the refrigeration or air-conditioning cycle. Refrigerant enters as a superheated gas and condenses in the coil tubes as the air is heated. The refrigerant leaves the coil as a liquid. Condenser Coils come in a variety of shapes and sizes, but there are some

Product Description 1. Material: copper, aluminum, galvanized plate. 2. Copper pipe: diameterΦ7, Φ7.94, Φ9.52, inner grooved or smooth tube. 3. Aluminum foil: hydrophilic or bare 4. Fin type: louver fin, flat fin, corrugated fin 5. Pitch of fins: Ø7 1.1~1.8mm Ø7.94 1.4~2.0 mm Ø9.52 1.4~2.3 mm 6. Pitch of holes and pitch of rows: 20.5x12.7mm, 22x19.05mm, 21x12.7mm, 25.4x22mm equilateral triangle arrangement. Specifications of evaporator NO Tube Diameter(mm) Distance of hole

Product Description 1. Material: copper, aluminum, galvanized plate. 2. Copper pipe: diameterΦ7, Φ7.94, Φ9.52, inner grooved or smooth tube. 3. Aluminum foil: hydrophilic or bare 4. Fin type: louver fin, flat fin, corrugated fin 5. Pitch of fins: Ø7 1.1~1.8mm Ø7.94 1.4~2.0 mm Ø9.52 1.4~2.3 mm 6. Pitch of holes and pitch of rows: 20.5x12.7mm, 22x19.05mm, 21x12.7mm, 25.4x22mm equilateral triangle arrangement. Specifications of evaporator NO Tube Diameter(mm) Distance of hole

Product Description 1. Material: copper, aluminum, galvanized plate. 2. Copper pipe: diameterΦ7, Φ7.94, Φ9.52, inner grooved or smooth tube. 3. Aluminum foil: hydrophilic or bare 4. Fin type: louver fin, flat fin, corrugated fin 5. Pitch of fins: Ø7 1.1~1.8mm Ø7.94 1.4~2.0 mm Ø9.52 1.4~2.3 mm 6. Pitch of holes and pitch of rows: 20.5x12.7mm, 22x19.05mm, 21x12.7mm, 25.4x22mm equilateral triangle arrangement. Specifications of evaporator NO Tube Diameter(mm) Distance of hole

Product Description The expansion valve also controls how much refrigerant flows to the evaporator. More advanced expansion valves, such as thermostatic expansion valves (TXVs), can precisely control the flow to improve the system’s overall energy efficiency. 1. Material: copper, aluminum, galvanized plate. 2. Copper pipe: diameterΦ7, Φ7.94, Φ9.52, inner grooved or smooth tube. 3. Aluminum foil: hydrophilic or bare 4. Fin type: louver fin, flat fin, corrugated fin 5. Pitch of

Product Description The evaporator coil is inside or near the air handler where the blower fan is. Evaporator coils are made from copper, steel, or aluminum because these metals conduct heat easily. Most residential AC evaporators consist of tubes bent into U-shapes and set into panels. 1. Material: copper, aluminum, galvanized plate. 2. Copper pipe: diameterΦ7, Φ7.94, Φ9.52, inner grooved or smooth tube. 3. Aluminum foil: hydrophilic or bare 4. Fin type: louver fin, flat fin

Product Description The panels are typically positioned in the form of an “A.” These panels are lined with thin pieces of metal known as fins, which bring the passing air to be cooled closer to the coils to maximize the refrigerant’s effect. 1. Material: copper, aluminum, galvanized plate. 2. Copper pipe: diameterΦ7, Φ7.94, Φ9.52, inner grooved or smooth tube. 3. Aluminum foil: hydrophilic or bare 4. Fin type: louver fin, flat fin, corrugated fin 5. Pitch of fins: Ø7 1.1~1

Product Description As the AC runs, the compressor pulls cold, low-pressure liquid refrigerant through the tubing in the evaporator coil. Before entering the evaporator coil, the refrigerant passes through the expansion valve. This valve relieves pressure from the liquid refrigerant, which rapidly cools it. The liquid refrigerant leaving the expansion valve is quite cold, which allows it to absorb heat from the air. 1. Material: copper, aluminum, galvanized plate. 2. Copper

Product Description Air conditioners don’t actually “produce” cold air like a furnace produces heat. Instead, they use refrigerant, or coolant, to absorb heat from the air, carry that heat outdoors, and release it into the air outdoors. 1. Material: copper, aluminum, galvanized plate. 2. Copper pipe: diameterΦ7, Φ7.94, Φ9.52, inner grooved or smooth tube. 3. Aluminum foil: hydrophilic or bare 4. Fin type: louver fin, flat fin, corrugated fin 5. Pitch of fins: Ø7 1.1~1.8mm Ø7

Product Description The refrigerant circulates continuously to remove more and more heat from your home until your indoor air temperature reaches the setting on the thermostat. 1. Material: copper, aluminum, galvanized plate. 2. Copper pipe: diameter Φ7, Φ7.94, Φ9.52, inner grooved or smooth tube. 3. Aluminum foil: hydrophilic or bare 4. Fin type: louver fin, flat fin, corrugated fin 5. Pitch of fins: Ø7 1.1~1.8mm Ø7.94 1.4~2.0 mm Ø9.52 1.4~2.3 mm 6. Pitch of holes and pitch

Product Description Evaporator and condenser coils handle different sides of the cooling cycle. Let’s walk through the evaporator coil first. 1. Material: copper, aluminum, galvanized plate. 2. Copper pipe: diameterΦ7, Φ7.94, Φ9.52, inner grooved or smooth tube. 3. Aluminum foil: hydrophilic or bare 4. Fin type: louver fin, flat fin, corrugated fin 5. Pitch of fins: Ø7 1.1~1.8mm Ø7.94 1.4~2.0 mm Ø9.52 1.4~2.3 mm 6. Pitch of holes and pitch of rows: 20.5x12.7mm, 22x19.05mm,