Двухступенчатые воздушные компрессоры серии S

Двухступенчатые воздушные компрессоры серии S

  • Номинальное давление: 0.8-1.3 MPa, 8-13 bar, 116-188 psi
  • Расход воздуха на выходе: 4.2-75.32 m³/min
  • Мощность: 30-355 kW, 40-476 hp

Features of the two-stage air Compressor

● Self-developed variable speed technology which increases efficiency and offers energy savings.

● SKF Bearing , GHH RAND / Rotor Comp Air End(optional)

●  Enhanced stability and reliability as well as cost-effectiveness.

● Reduce power consumption by around 35% compared to traditional frequency machines.

Core Component Highlights of the two-stage air Compressor

Модель № / Типы приводовМощность (кВт/л.с.)Rated Pressure (bar)Расход воздуха на выходе (м³/мин)Размеры (мм)Вес (кг)Диаметр трубы выхода воздуха
NXS-30V NXS-30F30 / 4085.67~6.31660*1085*1400780DN40
104.9~5.4
134.2~4.62
NXS-37V NXS-37F37 / 5087.2~81660*1085*1440820DN40
106.3~6.93
135.4~5.94
NXS-45V NXS-45F45 / 6088.2~9.52180*1360*16601800DN50
107.5~8.25
136.5~7.15
NXS-55V NXS-55F55 / 75812.0~12.832180*1360*16601860DN50
109.6~10.1
138.36~8.8
NXS-75V NXS-75F75 / 100816.1~17.12180*1360*16601960DN50
1012.3~15.0
1310.6~12.22
NXS-90V NXS-90F90 / 120819.1~20.12500*1600*18402800DN80
1016.44~17.8
1314.0~14.77
NXS-110V NXS-110F110 / 150821.6~25.02500*1600*18403100DN80
1019.13~20.0
1316.19~17.5
NXS-132V NXS-132F132 / 175826.4~28.42500*1600*18403300DN100
1022.42~23.6
1319.7~21.6
NXS-160V NXS-160F160 / 215832.3~34.643600*2100*22803800DN100
1028.6~31.8
1324.32~26.33
NXS-185V NXS-185F185 / 250834.5~39.13600*2100*22804100DN100
1031.44~34.45
1326.79~29.63
NXS-200V NXS-200F200 / 270840.7~44.03860*2100*22804800DN100
1036.57~38.5
1331.63~33.3
NXS-220V NXS-220F220 / 300845.6~48.773860*2100*22805100DN125
1041.2~43.37
1332.6~36.1
NXS-250V NXS-250F250 / 335850.5~54.83860*2100*22805600DN125
1046.2~48.45
1340.5~42.95
NXS-280V NXS-280F280 / 375856.6~59.04000*2280*22506300DN125
1050.8~53.32
1342.5~45.26
NXS-315V NXS-315F315 / 420862.2~65.974000*2280*22506500DN125
1056.1~58.29
1347.3~49.72
NXS-355V NXS-355F355 / 475874.2~75.324500*2280*22507700DN125
1063.3~64.29
1352.2~54.1

Примечание:

Примечания к номеру модели: “F” означает фиксированную скорость, “V” — VSD. Из-за потенциально различной скорости вращения двигателей расход воздуха при фиксированной скорости представляет собой минимальное значение в диапазоне (т. е. 30 кВт, 8 бар, 5,67 м³/мин), в то время как VSD может достигать максимального значения при полной нагрузке.

Стандартное напряжение 380 В (+/-10%), 50 Гц +/-2%, а также доступно для индивидуального напряжения 220/380/440/460 В/60 Гц.

В случаях повышенной высоты над уровнем моря, экстремальных температур, чрезмерной влажности, сильного запыления или любых других сложных условий эксплуатации мы можем предложить индивидуальные конструкции продуктов, отвечающие вашим конкретным потребностям. Возможна индивидуальная настройка в соответствии с вашими уникальными требованиями.

Воздушный конец

● Adopt two-stage independent compression ;

● The pressure ratio is equal over both stages as well as having a lower compression speed, which helps improve volumetric efficiency;

● Oil mist spray cooling is used between the stages to make the entire compression process close to isothermal compression and improve the compression insulation efficiency;

● The two-stage rotors are directly driven by the bevel gear respectively, and the compression transmission efficiency is high;

● The large diameter and low speed of the rotors reduce stress on the bearings, thus lengthening their life span as well as any other components. 

конец воздуха

High- Protection Level Motor

The main motor is an IP55 high-efficiency energy-saving permanent magnet motor carefully selected according to the application of the air compressor. (other IP level available)

All meet the national energy efficiency standards, F-class insulation, B-class temperature rise, effectively prevent the entry of dust,SKF heavy-duty bearings ensure continuous trouble-free operation for a long time.

двигатель

Ultra-Quiet Centrifugal Cooling Fan

● Ultra-quiet large air volume, frequency conversion cooling fan;

 

● Low loss, low noise, low power consumption;

 

● High heat transfer rate, quiet and efficient.

центробежный вентилятор

Customized large cooling system

The cooling system is designed to keep the temperature at a constant level. Its features include an increased radiator surface area with rust and corrosion resistant coatings, as well as a low oil temperature which prevents carbon deposits and high-temperature occurrences.

 

Additionally, the use of large variable frequency fans or centrifugal fans in units over 75 kW ensures even heat distribution, low noise levels, and large air volume.

кулер-768x768

Installation Diagram for Two-stage Screw Compressor(Variable Speed Rotary Screw Type)

air-compressor-installation-for-two-stage-air-compressor

Поиск

Свяжитесь

Ищете лучшее решение для сжатого воздуха для вашей отрасли?

Поделитесь своими требованиями для экспертной оценки (многоязычная поддержка).

Разработать индивидуальное решение с учетом таких параметров, как уровень IP, воздушный конец и детали, язык экрана, дистанционное управление, внешний вид, адаптация к напряжению и температуре и т. д.

Начало производства после подтверждения заказа (стандартный срок производства: 20-25 дней).

Перед отправкой проводите тщательное тестирование качества.

Пожизненная техническая поддержка, поставка оригинальных запасных частей и гарантия на воздушный блок сроком до 10 лет.

Часто задаваемые вопросы

Low Pressure Two-stage VSD Screw Air Compressor is a type of air compressor that uses two stages of compression to produce compressed air. It is equipped with a Variable Speed Drive (VSD) system that allows for energy-efficient operation and can adjust the compressor’s speed to match the air demand. This type of compressor is commonly used in industries such as automotive, food and beverage, and pharmaceuticals.

A two-stage air compressor works by compressing air in two stages. In the first stage, air is compressed to an intermediate pressure and then sent to a second cylinder where it is compressed to the final desired pressure. This allows for higher efficiency and greater power output compared to a single-stage compressor.

First, check the refrigerant pressure and ensure that the cold dryer and suction dryer are working properly. Also, make sure that the air compressor’s storage tank and filters are draining properly. Then, open the valves between the storage tank, dryers, filters, and the air compressor to ensure smooth airflow.

Next, check the oil level and look for any leaks or obstacles around the machine. If it’s a water-cooled machine, open the cooling water valve and pump, and confirm that the water pressure is normal. Finally, turn on the power and start the machine. If it has been idle for a while, start it a few times before running it continuously to avoid unnecessary malfunctions such as overheating or overload.

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