Hot Selling Screw Air Compressor Air Rotor Component Compressor Head

Purchase knowledge

Exhaust pressure

The higher the discharge pressure of the compressor, the more energy it consumes. The sum of pressure, pipeline resistance loss, and pressure drop of supporting equipment is set as the lower limit of the rated exhaust pressure for selecting a screw air compressor. Generally, the diameter of the gas pipeline should be selected larger to reduce resistance loss and achieve the goal of long-term operation and energy consumption reduction. The higher the discharge pressure of the compressor, the more energy it consumes. So do not use compressors with excessively high exhaust pressure

Exhaust volume

Calculate the coefficient of actual total gas consumption* 1.1-1.2 as the model for selecting exhaust volume. If the selected value is too low and cannot meet the specified value of gas equipment, and too high is selected, it will result in high energy consumption and uneconomical operation during load reduction. The cost of purchasing a large displacement screw air compressor is relatively high.

Compressed air quality

According to the requirements of the industry's gas equipment for compressor gas, screw air compressors and supporting equipment should be selected appropriately. The following points need to be considered:

1. To reduce the oil content in compressed gas, a degreasing purifier can be used. If the treatment index is high, multi-stage treatment can be selected.
2. To reduce the water content in compressed gas, water removal equipment can be used as a matching solution.

Maintenance and upkeep

1. Check the oil level, exhaust temperature, and exhaust pressure daily, and check for any abnormal sounds;
2. Before starting up each week, open the drain valve of the separator to discharge condensed water, check for leaks everywhere, inspect the safety valve, and inspect the wear of the belt (visually);
3. Regularly check the intake control valve, minimum pressure valve, electrical control box connection wire terminals, safety valve, and cooling fan;
4. Regularly clean and sweep the cooler, and test the reliability of the safety valve;
5. Regularly replace the oil filter element, oil separator filter element, intake filter element, and lubricating oil.

Accessories classification

• Controller: computer board, relay board, PLC controller, controller, control panel box, operation panel box.
• Valves: solenoid valve, rotary valve, pneumatic valve, relief valve, temperature control valve, thermal control valve, temperature control valve core, proportional valve volume control valve, pressure maintenance valve, intake valve, safety valve, regulating valve, expansion valve, expansion valve, check valve, shuttle valve, pipeline filter, automatic drain valve, filter cup, pressure reducing valve, pressure regulator.
• Filters and oils: air filter, oil filter, fine oil filter, lubricating oil, pipeline filter, automatic drain valve, water filter cup
• Host -: Host (head), bearings, shaft seals, oil seals, shaft sleeves, gears, gear shafts, major repairs.
• Repair kit: main engine, unloading valve repair kit, pressure maintenance valve, rotary valve, temperature control valve core, intake valve, coupling elastic body and other repair kits.
• Cooling: fan, radiator, heat exchanger, oil cooler, rear cooler.
• Switches: pressure switch, temperature switch, emergency stop switch, differential pressure switch.
• Transmission: coupling, elastic body, plum blossom pad, elastic block, gear, gear shaft.
• Hoses: intake hose, high-pressure hose.
• Start panel: contactors, thermal protection, reverse phase protectors, wire harnesses, relays, transformers, etc.
• Buffer components: shock pad, expansion joint, expansion valve, elastic body, plum blossom pad, elastic block.
• Instruments: timer, temperature switch, temperature display, pressure gauge, pressure reducing gauge.
• Motor: permanent magnet motor, variable frequency motor, motor, motor.