Application guide for scroll compressor
Application guide for scroll compressor
Scroll compressors are a type of compressor that uses two interleaved helical spiral scrolls to compress gas. These compressors are widely used in air conditioning, refrigeration, and industrial applications. They offer several benefits over traditional piston-type compressors, including higher efficiency, lower vibration and noise levels, and less leakage. If you’re considering using a scroll compressor in your next project, here’s a guide to help you make the right choice.
First, consider the application you need the scroll compressor for. Different types of scroll compressors are designed for different types of applications; for instance, some are better suited for high-pressure applications while others are better for low-pressure applications. Additionally, take into account other factors such as size requirements and noise levels when making your selection.
Next, determine the power requirements of your compressor. Scroll compressors can be powered by electric motors or gas engines depending on the application requirements. Electric motors tend to be smaller and more reliable but require more maintenance than gas engines do. It’s important to choose a motor that is appropriately sized for your application so that it can deliver adequate power without wasting energy or causing damage to the system components over.
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ZC:88024025
MAKER:MITSUBISHI
TYPE:QS90
APPLICATION:Mitsubishi Lancer (09-08),
Mitsubishi Outlander (08-07)
VOLT:12V
PULLEY:95/PV6
88024025
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ZC:80008008
MAKER:DODGE
TYPE:TRF105
APPLICATION:Dodge B150 (94-92),Dodge B1500 (97-95)
Dodge B250 (94-92),Dodge B2500 (97-95)
Dodge B350 (94-92),Dodge B3500 (97-95)
Dodge Ram 1500 Van (97-95),Dodge Ram 2500 Van (97-96)
Dodge Ram 3500 Van (97-96)
VOLT:12V
PULLEY:95/PV7
80008008
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ZC:78535540
MAKER:BMW
TYPE:7SBU17A
APPLICATION:BMW 228i (16-14),BMW 228i xDrive (16-15),
BMW 320i (18-13),BMW 320i xDrive (18-13),
BMW 328d (16-14),BMW 328d xDrive (16-14),
BMW 328i (16-12),BMW 328i GT xDrive (16-14)
BMW 328i xDrive (16-13),BMW 428i (16-14),
BMW 428i Gran Coupe (16-15),BMW 528i (16-12)
BMW 428i xDrive (16-14),BMW 528i xDrive (16-12)
BMW 428i xDrive Gran Coupe (16-15),BMW 535d (16-14),
BMW 535d xDrive (16-14), BMW 535i (16),BMW 535i GT (16),
BMW 535i GT xDrive (16), BMW 535i xDrive (16),
BMW 740Ld xDrive (15), BMW X5 (18-17), (15-14)
VOLT:12V
PULLEY:110/PV6
78535540
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ZC:78007016
MAKER:BMW
TYPE:7SEU17C
APPLICATION:BMW 545I (05-04),BMW 550I (09-06)
BMW 645CI (05-04),BMW 650Ci (09-06)
BMW 650I (09-06),BMW 745I (05-02)
BMW 745LI (05-02),BMW 750I (08-06)
BMW 750LI (08-06),BMW 760I (06-04)
BMW 760LI (08-03)
VOLT:/
PULLEY:110/PV4
78007016
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What is scroll compressor
Scroll compressors are a type of positive displacement compressor used in a variety of HVAC applications. Instead of using pistons to move refrigerant, scroll compressors utilize spiral-shaped scrolls to compress and move the refrigerant. This method is much more efficient, quieter, and provides a greater level of stability than piston compressors.
Scroll compressors are becoming increasingly popular due to their energy efficiency, reliability, and low noise levels. Compared to piston compressors, scroll compressors provide higher volumetric efficiency and use less energy. They also have lower vibration levels and require less maintenance than traditional reciprocating piston models.
Overall, scroll compressor technology is an excellent choice for HVAC systems that demand reliable performance with minimum noise levels and maximum energy efficiency. With its many advantages over traditional piston models, it’s no wonder why scroll compressor technology is quickly becoming the go-to choice for many businesses today.
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The main role of the scroll compressor
The scroll compressor is one of the most important components in any air conditioning system. This type of compressor is highly efficient, reliable, and relatively quiet compared to other types of compressors. It is also easy to maintain and repair when necessary.
The main role of the scroll compressor is to move the refrigerant fluid from the low-pressure side of the system to the high-pressure side. The scroll compressor works by creating a vacuum on one side and then compressing it on the other side. This compression process forces some of the refrigerant fluid into an area where it can be cooled down before entering back into circulation in the system.
The scroll compressor is typically used for larger air conditioning systems that are designed to cool multiple rooms or large areas at once. This type of compressor offers many benefits over traditional piston compressors, such as increased efficiency, improved reliability, and a much quieter operation. The scroll compressor’s design also helps reduce vibration levels and increase its overall lifespan.
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Features and advantages of scroll compressor
Scroll compressors are the most efficient air conditioning technology available today. Their unique design utilizes two spiral-shaped components that interlock and move in opposite directions to compress refrigerant without any sliding contact, resulting in very little wear and tear. This makes them incredibly reliable, and allows them to run longer and cooler than other types of compressors. Scroll compressors also require less energy, generate less noise and vibration, are smaller in size, and have a much longer life expectancy than traditional reciprocating or rotary compressors.
The advantages of scroll compressor don’t stop there; they are also easier to maintain due to their simple design and fewer moving parts. They have excellent temperature control capabilities with very low amounts of pressure drop across the system. Furthermore, they provide greater efficiency at lower cost than other types of compressors due to their lack of sliding contact parts which can cause friction loss.
Overall, scroll compressor technology is an ideal choice for air conditioning applications thanks to its many features and advantages. It is more efficient than traditional reciprocating or rotary designs while reducing energy costs, maintenance costs, noise levels, and space requirements all at the same time.