
Kompresor Udara Tekanan Menengah & Tinggi
Medium and high-pressure screw compressors for applications that require pressure above standard plant air.
Browse Products →PRODUCT FAMILIES
Current published products are limited to families with model-specific technical data. Gasoline-engine-driven configurations remain a planned range until model data are available.

Medium and high-pressure screw compressors for applications that require pressure above standard plant air.
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Oil-free receiver compressors for buyers comparing verified tank, motor and air-delivery configurations.
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Konfigurasi kompresor sekrup bebas oli dengan injeksi air untuk kebutuhan udara terkompresi industri secara terus menerus.
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Planned engine-driven range. Submit pressure, flow and field-duty requirements for future model matching.
Planning Page →CURRENT PRODUCTS

Micro-oil screw family for medium/high-pressure service with documented 20–40 bar classes and multiple power/output configurations.
Lihat Konfigurasi
Medium-pressure oil-free screw configurations documented for the 20–40 bar class, intended for processes that need pressure above standard plant-air levels.
Lihat Konfigurasi
Seri kipas ulir bebas oli dengan injeksi air, memiliki rentang daya, tekanan, dan kapasitas aliran udara bebas yang terdokumentasi dengan baik untuk kebutuhan udara industri yang berkelanjutan.
Lihat Konfigurasi
200 L receiver family at the upper end of the documented tank range, with verified multi-motor power and delivery values.
Lihat Konfigurasi
Large-receiver oil-free family for higher intermittent air demand, with verified 140 L storage and multi-motor configurations.
Lihat Konfigurasi
Enclosed low-noise family with verified compact dimensions and a catalogue noise-range statement for the silent-box series.
Lihat KonfigurasiSELECTION
Motor size, tank volume and maximum pressure are not interchangeable measures. Start with working pressure at the user, total simultaneous air demand, duty pattern, distribution losses and storage needs.
Selection Guide
APPLICATIONS

Plan tool demand, hose pressure loss, dust exposure and recovery between peaks.

Balance mixed intermittent tools, receiver storage, indoor noise and electrical supply.

Account for mobility, dust, tire pressures, hose distance and remote working conditions.
ENGINEERING
A compressor can be correctly sized at its outlet and still underperform at the machine if piping, filters, hose or treatment equipment consume too much pressure. Installation is part of performance.
Engineering Guides
CONFIGURATION
Send pressure, air flow, duty hours, voltage/frequency, ambient conditions, quantity, destination and any air-quality requirements. High-pressure and process-air projects should also include connection and downstream pressure-class information.

QUALITY REVIEW

Keep model, electrical and connection requirements tied to the order configuration.

Record pressure, control response, visible condition and project-specific acceptance points.

Plan filter, drainage, cooling and service access before commissioning.
KNOWLEDGE CENTER

Answer first: what should the buyer decide?The central issue in when does an industrial process need high-pressure compressed air? is deciding whether higher pressure is truly necessary. Do not begin…
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Answer first: what should the buyer decide?The central issue in compressed air leaks: how to find the costly problems first is prioritizing lost air before adding capacity. Do not begin…
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Answer first: what should the buyer decide?The central issue in multiple air compressor system sizing and sequencing is capacity sharing, redundancy and control. Do not begin with horsepower, tank size…
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