Products
Compressor Assembly
An air compressor assembly specification typically includes details about the tank, motor, pressure, flow rate, and other relevant components. Key aspects to consider are tank capacity, motor power (HP), maximum working pressure, piston displacement (CFM), and operating voltage. Other important factors include the type of compressor (single stage or two stage), lubrication system.
Fan Pulley
The primary role of the air compressor fan pulley is to transmit power from the engine to the compressor, allowing it to function and generate compressed air.It's usually attached to the engine's drive shaft via a belt, chain, or a direct drive system.The pulley's design and condition can influence the air delivery rate and pressure of the compressor.Air compressor fan pulleys are often made from durable materials like metal.
Crank Case
The crankcase is a rigid enclosure that forms the foundation of the compressor's reciprocating mechanism.It houses the crankshaft, connecting rods, and bearings, which are essential for converting rotary motion into linear motion for the pistons.The crankcase also serves as a sump for lubricating oil, which is crucial for reducing friction and wear on moving parts.
Cylinder Head Top
Air compressor cylinder head specifications vary based on the compressor's horsepower, design, and intended use. Key aspects include cylinder diameter, screw hole distance, rated exhaust volume, driving mode, and material composition. Aluminum cylinder heads are common due to their heat dissipation properties and durability.
Compressor Cylinder
Air compressor cylinder specifications generally include bore, stroke, number of cylinders, piston displacement, and maximum operating pressure. These specifications vary depending on the compressor's size, type, and intended application.
Compressor Pulley
The overall diameter of the pulley, measured across the widest part of the pulley's outer surface. Pulleys are designed for specific belt types, like A-type or B-type, and may also be referred to as single-groove or multi-groove depending on how many belts it can hold. Common materials include cast iron, aluminum, or steel.
Inter Cooler
Intercoolers are typically made of copper, aluminum, or other thermally conductive materials to facilitate efficient heat transfer.Common types include shell and tube, where air flows through tubes surrounded by a cooling medium (usually water or air).Air-cooled intercoolers can handle flow rates from 50 to 5,000 SCFM (standard cubic feet per minute).A low pressure drop is desirable, as it means less energy is lost in forcing air through the intercooler.