Compressors for Compressed Air Systems

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Compressed air compressors serve as critical infrastructure, facilitating the thermodynamic process of gas compression. By reducing the volume of a given mass of air, these units elevate its operating pressure, effectively converting mechanical energy into potential energy stored within compressed air. In accordance with mechanical design standards, these units are categorized into two primary groups: 1.Positive Displacement Compressors: Including Rotary Screw, Reciprocating, and Vane types. These units perform compression by entrapping a specific volume of gas and mechanically reducing its space. 2.Dynamic Compressors: Including Centrifugal and Axial types. These utilize high-velocity acceleration of gas particles, converting kinetic energy into pressure to complete the compression cycle. Compressed air systems are indispensable across diverse industrial sectors, including Oil & Gas, Automotive, Petrochemical, Electronics, and Food Processing. These systems play a vital role in air transmission, maintaining the necessary pressure for production processes, and powering pneumatic equipment. Given the strategic importance of compressed air in industrial operations, the implementation of cutting-edge technologies, energy optimization, and the continuous enhancement of operational efficiency remain the key pillars of development in this field.

واردکننده خطوط هوای فشرده از AIRPOL لهستان شرکت پیشرو توسعه وستا

Compressors for Compressed Air Systems

SCREW COMPRESSORS FOR LASER PROCESSING SYSTEMS (15-75KW) | ProductID:041

Airpol LaserTech screw compressors are engineered specifically to deliver high-pressure, premium-quality compressed air required for precision laser cutting, engraving, and marking applications.

Key Features & Benefits:

1) Premium Air Quality (ISO 8573-1 Class 1.4.1)
Equipped with an integrated refrigerated dryer and a 3-stage filtration system to eliminate moisture, dust, and oil aerosols—extending the lifespan of laser optics and cutting heads.
2) Variable Speed Drive (VSD) Technology
Features an integrated inverter that adjusts motor speed (50% to 100%) to match real-time demand, delivering up to 30% energy savings and ensuring stable system pressure.
3) Ultra-Speed Function
Allows smart adjustment of operating pressure ranges (13–16 bar or 16–19 bar, depending on the model), providing up to 15% higher air delivery (FAD) at lower pressures.
4) Intelligent Management (Airpol Power Control)
Features NAVI and OPTI controllers with color displays, capable of sequencing up to 4 compressors without cloud dependency to ensure maximum industrial cybersecurity.
5)Remote Monitoring (Web Server):
Provides secure, real-time access to operating parameters, maintenance counters, and event logs via any standard web browser over the local network (LAN).

Models:

1) Variable-Speed Compressors, Max. 1.9 MPa (19 bar)
2) Variable-Speed Compressors, Max. 1.6 MPa (16 bar)
3) Fixed-Speed Compressors

Variable-Speed Compressors, Max. 1.9 MPa (19 bar)

Model	Product ID	Capacity 16 (bar)	Capacity 17 (bar)	Capacity 18 (bar)	Capacity 19 (bar)	Nominal Power [kW]	Dimensions (L × W × H)[m]	Air Receiver [l]	Air Purity Class (ISO 8573-1)
KTPR 15 LaserTech	0410	28-82	78-28	75-28	70-28	15	1.65×0.6×2	500	1.4.1
PRT 22 LaserTech	0412	119-54	116-54	112-54	104-54	22	1.46×1.3×0.72	-----	1.4.1
PRT 30 LaserTech	0413	162-50	157-50	154-50	143-50	30	1.46×0.9×2.3	-----	1.4.1
PRT 45 LaserTech	0414	240-102	239-102	238-102	220-102	45	1.46×0.9×2.3	-----	1.4.1
PR 75 LaserTech	0415	438-186	429-186	420-186	402-186	75	1.67×1.23×2.1	-----	-----

Variable-Speed Compressors, Max. 1.6 MPa (16 bar)

Model	Product ID	Capacity 13 (bar)	Capacity 14 (bar)	Capacity 15 (bar)	Capacity 16 (bar)	Nominal Power [kW]	Dimensions (L × W × H)[m]	Air Receiver [l]	Air Purity Class (ISO 8573-1)
KTPR 15 LaserTech	0416	54-96	54-91	54-86	54-82	15	2×0.6×6.45	500	1.4.1
PRT 22 LaserTech	0417	54-142	54-133	54-126	54-119	22	7.2×0.3×4.6	-----	1.4.1

Fixed-Speed Compressors

Model	Product ID	Capacity 16 (bar)	Capacity 18 (bar)	Capacity 19 (bar)	Nominal Power[kW]	Dimensions (L × W × H)[m]	Air Receiver [l]	Air Purity Class (ISO 8573-1)
KT 15 LaserTech	0418	82	75	70	15	1.645 × 0.66 × 2	500	1.4.1
PRT 22 LaserTech	0419	119	112	104	22	1.43 × 0.72 × 1.1	-----	1.4.1

Oil-Free Screw Composers | ProductID: 042

Key Features & Benefits:

In sensitive industries such as pharmaceuticals, food and beverage, and electronics, the presence of even a trace of oil in compressed air can compromise quality standards (ISO 8573 Class 1) and lead to disastrous consequences for the final product. Oil-free compressors, featuring specialized compression chamber designs, prevent direct contact between oil and air, thereby completely eliminating the risk of contamination. Furthermore, maintenance costs are significantly reduced by eliminating the need for complex oil-removal filtration systems.
To address diverse operational requirements in this sector, we provide two specialized solutions:
1) The BS1 Series (Single-Stage)
2) The BS Series (Two-Stage)

Models:

1) Single-Stage Oil-Free Screw Composers
2) Two-Stage Oil-Free Screw Composers

Technical Index	BS1 Series (Single-stage)	BS Series (Two-stage)
Technology	Single-stage	Two-stage
Pressure Range	1.5 - 3.0 bar	Up to 10 bar
Air Flow Rate	800 - 7000 m^3⁄h	360 - 2900 m^3⁄h
Primary Application	High-volume, low-pressure processes	Standard industrial & production lines

SINGLE STAGE OIL-FREE SCREW COMPRESSORS

Model	Product ID	Capacity 1.5 (bar)	Capacity 2 (bar)	Capacity 3 (bar)	Dimensions (LxWxH) [m]	Nominal motor power [kW]
BS1 55	0420	1270	1048	818	2.2 × 1.2 × 2	55
BS1 PR55 (with frequency converter)	0421	793-1270	628-1048	599-818	2.2 × 1.2 × 2	55
BS1 75	0422	1590	1400	1020	2.2 × 1.2 × 2	75
BS1 PR75 (with frequency converter)	0423	793-1590	799-1400	749-1020	2.2 × 1.2 × 2	75
BS1 90	0424	1926	1657	1288	2.4 × 1.6 × 2	90
BS1 PR90 (with frequency converter)	0425	793-1926	628-1657	599-1288	2.4 × 1.6 × 2	90
BS1 110	0426	2484	2097	1522	2.4 × 1.6 × 2	110
BS1 PR110 (with frequency converter)	0427	1600-2484	1575-2097	749-1552	2.4 × 1.6 × 2	110
BS1 132	0428	2842	2460	1853	3.8 × 1.8 × 2	132
BS1 PR132 (with frequency converter)	0429	1600-2842	1575-2460	1523-1853	3.8 × 1.8 × 2	132
BS1 160	04210	3567	2819	2252	3.8 × 1.8 × 2	160
BS1 PR160 (with frequency converter)	04211	2713-3567	1575-2819	1523-2252	3.8 × 1.8 × 2	160
BS1 200	04212	4424	3826	2772	4.6 × 2.6 × 2.4	200
BS1 PR200 (with frequency converter)	04213	2710-4424	2872-3826	1523-2772	4.6 × 2.6 × 2.4	200
BS1 250	04214	5743	4759	3757	4.6 × 2.6 × 2.4	250
BS1 PR250 (with frequency converter)	04215	4227-5743	2672-4759	2597-3757	4.6 × 2.6 × 2.4	250
BS1 315	04216	7189	6390	4693	4.6 × 2.6 × 2.4	315
BS1 PR315 (with frequency converter)	04217	4780-7189	4718-6390	2597-4693	4.6 × 2.6 × 2.4	315

Two-Stage Oil-Free Screw Composers

Model	Product ID	Capacity 8 (bar)	Capacity 10 (bar)	Dimensions (LxWxH) [m]	Nominal motor power [kW]
BS 55	04218	390	336	2×1.2×1.74	55
BSPR 55 (With frequency converter)	04219	419-280	351-259	2×1.2×1.74	55
BS 75	04220	624	516	2.5×1.6×2.12	75
BSPR 75 (With frequency converter)	04221	605-274	527-274	2.5×1.6×2.12	75
BS 90	04222	756	618	2.5×1.6×2.12	90
BSPR 90 (With frequency converter)	04223	750-524	654-519	2.5×1.6×2.12	90
BS 110	04224	912	906	2.8×1.9×2.12	110
BSPR 110 (With frequency converter)	04225	972-546	876-516	2.8×1.9×2.12	110
BS 132	04226	1338	1176	2.8×1.9×2.12	132
BSPR 132 (With frequency converter)	04227	1188-875	1002-540	2.8×1.9×2.12	132
BS 160	04228	1470	1326	2.8×1.9×2.12	160
BSPR 160 (With frequency converter)	04229	1572-857	1392-857	2.8×1.9×2.12	160
BS 200	04230	2184	1818	3×1.92×2.4	200
BSPR 200 (With frequency converter)	04231	1890-882	1680-876	3×1.92×2.4	200
BS 250	04232	2550	2160	3.2×2×2.47	250
BSPR 250 (With frequency converter)	04233	2580-1246	2268-1232	3.2×2×2.47	250
BS 315	04234	3198	2898	3.5×2.2×2.5	315
BSPR 315 (With frequency converter)	04235	3180-1828	2808-1820	3.5×2.2×2.5	315
BS 355	04236	3828	3186	4×2.2×2.4	355
BSPR 355 (With frequency converter)	04237	3636-2538	3090-2328	4×2.2×2.4	355

Screw Air-ends | ProductID:043

At the heart of every screw compressor is the Airend; an assembly whose efficiency and performance determine the overall performance of the device throughout its service life. Built upon decades of expertise and know-how in compressed air technology, ASU screw Airends are designed and manufactured by this brand. High manufacturing precision, tight tolerance control, and premium raw material quality guarantee the durability and reliability of ASU Airends. These Airends are designed for compressor motor powers ranging from 7.5 kW up to 110 kW and operating pressures between 5.5 and 15 bar.

Key Features & Benefits:

1) Highest Quality of Workmanship:
Precision manufacturing and detailed quality control at all stages of production; each finished screw airend is subjected to thorough final inspection and testing.
2) Wide Range of Applications:
Can be mounted on feet or flange; suitable for all kinds of drives; adapted to operate with a frequency converter (inverter).
3) Long Service Life:
First Airend overhaul (bearing replacement) only after 20,000 to 30,000 operating hours; designed for 24/7 continuous operation.
4) Superior Performance:
Original ASU screw Airend profile ensuring the highest mesh tightness, reducing internal leaks to a minimum; optimized oil injection point and improved inlet channel to minimize flow drops.
5) Low Noise and Vibration Level:
Optimized outlet channel with improved flow characteristics; screw profile designed for smooth and efficient transfer.
6) Durability and Reliability:
Robust and durable design, including properly oversized bearings, ensuring a long service life of the screw stage; compact design with multiple gears available.
7) Easy to Operate:
Simplified maintenance operations; easy seal removal and replacement.
8) Low Energy Consumption:
Specially designed outlet channel to minimize pressure drops; optimized torque characteristics and reduced internal friction.

CONTAINER COMPRESSED AIR STATIONS | ProductID:044

Containerized compressor stations are designed for sites requiring a compressed air or nitrogen supply where the construction of a dedicated compressor room within the facility is not feasible. Offering high mobility, these solutions enable the deployment of pneumatic systems in any location, regardless of climate conditions, while ensuring optimal operating environments and protecting internal equipment from external environmental hazards. All equipment inside the station is configured according to the client’s specific requirements. Container dimensions are tailored to the type and volume of the installed equipment, which may include compressors, nitrogen generators, boosters, receiver tanks, separators, filtration systems, and compressed air dryers. Leveraging decades of experience, our specialists have designed and manufactured hundreds of containerized stations for the compression of air, nitrogen, and even carbon dioxide.

Key Features & Benefits:

Section

Specifications / Details

Container dimensions (m)(LxWxH)

10 ft: 2.438 × 2.438 × 2.991

20 ft: 6.058 × 2.438 × 2.991

40 ft: 12.192 × 2.438 × 2.991

color

External body in RAL 7046, with any other color available upon customer request

Internal walls: RAL 7046 or RAL 9006

Corrosion protection of the external body

Sandblasted and painted according to corrosion category C2 to C4, depending on ambient conditions

Floor

Structure made of hot-rolled steel profiles + 20 mm plywood + 3 mm aluminum checker plate

Container internal floor load capacity

250 kg/m², meaning that over a contact area of 1000 cm², the floor can withstand a load of 2500 kg

Internal wall panels

Use of PWS sandwich panels with 75 mm thickness, consisting of galvanized steel sheet and fire-resistant rock wool insulation

Internal wall insulation

75 mm rock wool

Compressed air installations

Steel pipelines for compressed air and drainage, together with an oil drainage system including all necessary connections

Sandblasting and painting of the steel surfaces of the above-mentioned compressed air installations carried out with high quality

Electrical installations

Galvanized cable trays protected over the entire line with proper covers

Safety protections for each electrical device and wiring inside the container have been provided separately

Emergency switches and emergency stop buttons for compressor operation shutdown in case of danger

A 3P+N+PE 400V 63A switch is provided for complete power cut-off of all electrical equipment inside the container

All electrical connections and cable parameters are suitable for the compressor’s input power and prevent compressor overload damage

Equipped with 230V lighting protection system

Equipped with emergency key switch

The main switch includes a lockable rotary handle with emergency response capability

Power supply

Provided by the Employer/Customer through the main power network via the main cable entry points to the container switchboard

Lighting system

Hermetic lamps 2 × 36 W, 230 V

40 ft container: 4 pcs

20 ft container: 2 pcs

10 ft container: 1 pcs

Heating equipment

Electric heaters 2 kW, 230 V, in metal powder-coated casing, equipped with thermostat

40 ft container: 4 pcs

20 ft container: 2 pcs

10 ft container: 1 pc

Ventilation system

Effective ventilation individually designed to provide optimal working conditions for the equipment of the container compressor station

Wall air intake with fixed metal shutters, filter mat, and internal gravity shutters

Air discharge through wall or roof louvers

Galvanized ventilation ducts equipped with actuator-controlled multi-blade dampers

Axial ventilation fan 1.1 kW or 3 kW

The entire ventilation system is controlled by a Siemens microprocessor controller

Manufactured in accordance with standards

2014/68/EU (PED): Pressure Equipment Directive for pressure vessels and piping systems

2006/42/EC (MD): Machinery Directive covering machinery safety requirements

2014/35/EU (LVD): Low Voltage Directive for electrical equipment and safety

2014/30/EU (EMC): Electromagnetic Compatibility Directive for preventing electromagnetic interference between electrical equipment

PN-EN ISO 12100:2012: Machinery safety – General principles for design, risk assessment, and risk reduction

PN-EN 60204-1:2010: Safety of machinery – Electrical equipment of machines

PN-EN 61000-6-4:2010: Electromagnetic compatibility – Emission standard for industrial environments

PN-EN 1012-1:2011: Compressors and vacuum pumps – Safety requirements

PN-EN 01307:1994

SCREW BOOSTERS | ProductID: 045

Key Features & Benefits:

Boosters are employed in industrial processes where pressure demands exceed the capability of standard plant air supply systems (typically 7-13 bar). By localized pressure boosting, these units provide the high pressure required for applications such as PET bottle production, pneumatic and hydraulic leak testing, starting large diesel engines, and spraying processes in the wood and glass industries, without requiring an increase in the entire facility’s compressed air system pressure. Airpol offers ADS series screw boosters and ADP series piston boosters for applications requiring compressed air at 40 bar. ADS screw boosters increase the inlet pressure from 7, 10, or 13 bar to 40 bar, with capacities from 250 to 500 m³/h and motor powers from 37 to 55 kW. ADP piston boosters operate as a second compression stage, raising the pressure from 8, 10, or 12 bar to 40 bar; this series has capacities from 90 to 900 m³/h and motor powers from 7.5 to 55 kW.

Models:

1) Screw Boosters
2) PISTON BOOSTERS

SCREW BOOSTERS

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Model	ProductID	Maximum discharge pressure [bar]	Suction pressure [bar]	Capacity [m³/h]	Dimensions (L × W × H)[m]	Nominal motor power [kW]
ADS-5	0450	max. 40	7	250	1.23 × 1.45 × 1.72	37
ADS-5	0451	max. 40	10	320	1.23 × 1.45 × 1.72	37
ADS-5	0452	max. 40	13	400	1.23 × 1.45 × 1.72	37
ADS-7	0453	max. 40	7	300	1.23 × 1.45 × 1.72	45
ADS-7	0454	max. 40	10	370	1.23 × 1.45 × 1.72	45
ADS-7	0455	max. 40	13	450	1.23 × 1.45 × 1.72	45
BS1 110	0456	max. 40	2097	1522	2.4 × 1.6 × 2	110
ADS-10	0457	max. 40	7	400	1.23 × 1.45 × 1.72	55
ADS-10	0458	max. 40	10	500	1.23 × 1.45 × 1.72	55
ADS-10	0459	max. 40	13	600	1.23 × 1.45 × 1.72	55

PISTON BOOSTERS

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Model	ProductID	Discharge pressure [bar]	Suction pressure [bar]	Capacity [m³/h]	Nominal motor power [kW]
ADP 7	04510	25	7	100	7.5
ADP 7	04511	25	10	140	7.5
ADP 7	04512	30	7	90	7.5
ADP 7	04513	30	10	130	7.5
ADP 15	04514	35	8	140	15
ADP 15	04515	40	10	180	15
ADP 18	04516	40	12	252	18.5
ADP 22	04517	40	10	300	22
ADP 45	04518	40	10	560	45
ADP 45	04519	40	12	670	45
ADP 55	04520	40	10	750	55
ADP 55	04521	40	12	900	55

SCROLL COMPRESSORS | ProductID: 046

Key Features & Benefits:

Scroll compressors are the ideal solution for industries where air quality is critical, such as medical, pharmaceutical, and food sectors. Utilizing a modular design with drive motors ranging from 2.2 kW to 7.5 kW, these units produce 100% oil-free compressed air, eliminating the costs of oil filters, separators, and contaminated condensate disposal. In this range, the Airpol SR (Basic Design) series focuses on mechanical simplicity and reduced operating costs, while the SRT and SRKT (Integrated Treatment) series feature an integrated drying system. Beyond oil-free delivery, they ensure enhanced air quality (Class 1.4.0 per ISO 8573.1:2010) by maintaining a pressure dew point of +3°C, making them perfect for space-constrained environments requiring high-purity air.

Models:

1) SCROLL COMPRESSORS WITH COMPRESSED AIR TREATMENT
2) BASIC DESIGN SCROLL COMPRESSORS

SCROLL COMPRESSORS WITH COMPRESSED AIR TREATMENT

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Model	ProductID	Capacity (m³/h) at 8 bar	Capacity (m³/h) at 10 bar	Dimensions (LxWxH) [m]	Air receiver [L]	Nominal power [kW]
SRKT 2 (With dryer and filters)	0460	15	12.8	1.44 × 0.66 × 1.25	240	2.2
SRKT 2 (With dryer and filters)	0461	15	12.8	1.91 ×0.66 × 1.34	500	2.2
SRKT 4 (With dryer and filters)	0462	25	21	1.44 × 0.66 × 1.25	240	3.7
SRKT 4 (With dryer and filters)	0463	25	21	1.91 × 0.66 × 1.34	500	3.7
SRKT 5 (With dryer and filters)	0464	36.8	27	1.91 × 0.66 × 1.34	500	5.5
SRKT 7 (With dryer and filters)	0465	51	41.2	1.91 × 0.66 × 1.34	500	7.5
SRKT 2 (With dryer and filters)	0466	15	12.8	0.59 × 1.00 × 1.20	----	2.2
SRKT 4 (With dryer and filters)	0467	25	21	0.59 × 1.00 × 1.20	----	3.7
SRKT 5 (With dryer and filters)	0468	36.8	27	0.59 × 1.00 × 1.20	----	5.5
SRKT 7 (With dryer and filters)	0469	51	41.2	0.59 × 1.00 × 1.20	----	7.5
SRKT 11 (With dryer and filters)	04610	73.6	54	1.25 × 0.62 × 1.21	----	5.5 × 2
SRKT 15 (With dryer and filters)	04611	102	82.4	1.25 × 0.62 × 1.21	----	7.5 × 2

BASIC DESIGN SCROLL COMPRESSORS

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Model	ProductID	Capacity (m³/h) at 8 bar	Capacity (m³/h) at 10 bar	Dimensions (LxWxH) [m]	Air receiver [L]	Nominal power [kW]
SRK 2	04612	15	12.8	1.18 × 0.59 × 1.455	240	2.2
SRK 2	04613	15	12.8	1.27 × 0.59 × 1.915	500	2.2
SRK 4	04614	25	21	1.18 × 0.59 × 1.455	240	3.7
SRK 4	04615	25	21	1.27 × 0.59 × 1.915	500	3.7
SRK 5	04616	36.8	27	1.18 × 0.59 × 1.455	240	5.5
SRK 5	04617	36.8	27	1.27 × 0.59 × 1.915	500	5.5
SRK 7	04618	51	41.2	1.27 × 0.59 × 1.915	500	7.5
SR 2	04619	15	12.8	1.25 × 0.9 × 0.59	----	2.2
SR 4	04620	25	21	1.25 × 0.9 × 0.59	----	3.7
SR 5	04621	36.8	27	1.25 × 0.9 × 0.59	----	5.5
SR 7	04622	51	41.2	1.25 × 0.9 × 0.59	----	7.5
SR 11	04623	73.6	54	1.218 × 0.62 × 1.25	----	5.5 × 2
SR 15	04624	102	82.4	1.218 × 0.62 × 1.25	----	7.5 × 2
SR 22	04625	147.2	108	1.31 × 1.05 × 1.42	----	5.5 × 4
SR 30	04626	204	165	1.41 × 1.15 ×1.62	----	7.5 × 4
SR 45	04627	306	247	1.61 × 1.05 × 2.02	----	7.5 × 6

Mining Screw Compressors | ProductID: 047

Key Features & Benefits:

G series screw compressors are designed for compressed air supply in underground mining applications and are available in two configurations depending on the explosion hazard level of the operating environment. For mine workings outside methane explosion hazard zones, the compressors are intended primarily for non-ferrous ore mining applications. They provide compressed air up to 10 bar with capacities up to 820 m³/h and are certified by the INOVA Certification Body. These units feature fully automatic operation, overload and overtemperature protection, efficient oil separation, air cooling, and sound-insulated construction. For mine workings within methane explosion hazard zones, the compressors are designed for coal mining environments exposed to methane and coal dust explosion risks. These units comply with EU Directive 94/9/EC and are approved according to ATEX requirements by the OBAC Certification Body. Depending on the model, they provide capacities from 60 to 1110 m³/h with motor powers ranging from 11 to 110 kW, and are suitable for pneumatic equipment, compressed air systems, and spraying installations used in mining operations.

Models:

1) SCREW COMPRESSORS FOR MINING OPERATIONS OUTSIDE METHANE EXPLOSION HAZARD ZONE
2) SCREW COMPRESSORS FOR MINING OPERATIONS IN METHANE EXPLOSION HAZARD ZONE

SCREW COMPRESSORS FOR MINING OPERATIONS OUTSIDE METHANE EXPLOSION HAZARD ZONE

Model	ProductID	Max overpressure [bar]	Capacity [m³/h]	Air receiver volume [L]	Nominal electric motor power [kW]
K7g	0470	10	57	400	7.5
K11g	0471	10	87	400	11
22 g	0472	10	190	----	22
37 g	0473	10	320	----	37
75 g	0474	10	740	----	75
90 g	0475	10	820	----	90

SCREW COMPRESSORS FOR MINING OPERATIONS IN METHANE EXPLOSION HAZARD ZONE

Model	ProductID	Max overpressure [bar]	Capacity [m³/h]	Dimensions (L × W × H) [m]	Nominal electric motor power [kW]
11 G	0476	10	60	1.5 × 0.85 × 1.05	11
22 G/N	0477	10	210	1.9 × 0.8 × 1	22
37 G	0478	10	360	2.25 × 0.95 × 1	37
45 G/N	0479	10	420	1.9 × 0.85 × 1.1	45
55 G	04710	10	510	1.5 × 0.9 × 1.3	55
75 G	04711	10	750	2.5 × 0.9 × 1.5	75
75 G/N	04712	10	750	2.5 × 0.9 × 1.3	75
110 G	04713	10	1100	2.95 × 1.2 × 1.65	110

Screw Compressors for the Railway Industry | ProductID:048

SK series screw compressors are designed for operation in railway rolling stock to supply compressed air for the traction vehicle pneumatic system as well as the entire train. Compressed air in railway vehicles is used not only for braking systems, but also for supplying air to a range of other pneumatic devices required for operation, such as pneumatic sirens, sand traps, current collectors, electropneumatic contactors, sanitary equipment, doors, and self-unloading wagon mechanisms. SK screw compressors are manufactured for railway applications in accordance with high quality standards to ensure a high level of safety, reliability, and operational performance. Many years of experience in designing and supplying components for traction vehicle pneumatic systems. Its offering includes both the design of new compressors and the modernization of compressors that have been used in railway rolling stock for many years.

Model	ProductID	Max overpressure [bar]	Capacity [m³/h]	Dimensions (L × W × H) [m]	Nominal electric motor power [kW]	Power supply [V/Ph/Hz]	Dryer-control supply [V]
SK 7/II T (with adsorption dryer)	0480	10	50	1.74 × 0.62 × 0.7	9.2	400/3/50	110/24
SK 7/II T (with adsorption dryer)	0481	10	50	1.74 × 0.62 × 0.7	9.2	400/3/50	24/24
SK 7/II	0482	10	60	1.74 × 0.62 × 0.7	9.2	400/3/50	110/--
SK 7/II	0483	10	60	1.74 × 0.62 × 0.7	9.2	400/3/50	24/--
SK 11/II (with adsorption dryer)	0484	10	66	1.74 × 0.62 × 0.7	11	400/3/50	110/24
SK 11/II (with adsorption dryer)	0485	10	66	1.74 × 0.62 × 0.7	11	400/3/50	24/24
SK 18	0486	10	140	1.345 × 0.858 × 0.774	18.5	400/3/50	24/--
SK 30	0487	10	288	1.59 × 0.84 × 1.355	30	400/3/50	24/--

AIR BLOWERS | ProductID:049

Roots-type blowers are widely used in applications requiring relatively high device capacities at low compression ratios. Blowers may operate as compressors with 1 bar overpressure or as vacuum pumps with up to 0.6 bar under pressure in the capacity range from 60 to 9800 m3/h.

Blowers are primarily used in:

– aeration systems in municipal and industrial wastewater treatment plants,
– water treatment stations,
– power industry: transport of ashes,
– loose material conveying systems,
– dust extraction systems,
– food industry: drying and vacuum packaging,
– gas recirculation systems to supply air for combustion processes,
– chemical and pharmaceutical industry: for conveying and separating granulates.
Blowers are configured individually depending on the required performance and pressure parameters. Please contact our specialists to find the ideal blower for your application.

PRINCIPLE OF OPERATION:

The operation of Roots blowers is based on the cooperation of two symmetrical three-wing rotors, which rotate in opposite directions. The drive shaft on which one of the impellers is mounted drives the shaft of the other impeller through a gear transmission, so that the operation of the impellers is synchronised and contactless. When the drive shaft rotates, a defined volume of air is trapped between the casing and the impellers and passes from the suction side to the discharge side of the blower. At one full revolution of the drive shaft, the blower transports six volumes of air. While one of the volumes contained between the impellers is filled with air another is connected to a port through which the air is pushed out and compressed. The blower adapts to the counter pressure in the receiving system (installation). The volumetric flow varies only slightly with changes in system pressure, the load moment at equal pressure is constant and the capacity is proportional to the number of rotor revolutions.

Compressed Air Receivers | ProductID:0410

compressed air receivers are designed for the storage, pressure stabilization, and safe management of compressed air in industrial compressed air systems. Selecting an appropriately sized receiver helps reduce pressure fluctuations, cover peak demand for end-use equipment, reduce compressor start/stop frequency, and improve overall system stability. These receivers are manufactured in compliance with the Pressure Equipment Directive (PED) 2014/68/EU, with conformity assessment based on Module G. Depending on operating conditions, the vessel body is made from high-strength low-alloy steel or stainless steel, and protected with a powder coating to enhance corrosion resistance. receivers are supplied as standard in a vertical configuration; however, horizontal versions and custom specifications are also available in terms of capacity, working pressure, vessel material, medium, surface finish/coating, and colour. Each receiver is delivered with the required technical documentation and inspection certificates, ensuring traceability and compliance within quality assurance processes.

Model	ProductID	Air volume (L)	Pressure [bar]	Weight [kg]	Connection	Dimensions (m)
KP-100-11	04100	100	11	61	G 1	Ø406x1.116
KP-100-16	04101	100	16	74	G 1	Ø406x1.116
KP-100-40	04102	100	40	95	G 1	ø0.406x1.14
KP-150-11	04103	150	11	70	G 1	ø0.457x1.14
KP-150-16	04104	150	16	82	G 1	ø0.457x1.35
KP-150-40	04105	150	40	110	G 1	ø0.457x1.4
KP-200-11	04106	200	11	100	G 5/4	ø0.508x1.46
KP-200-16	04107	200	16	130	G 5/4	ø0.508x1.46
KP-200-40	04108	200	40	150	G 5/4	ø0.508x1.46
KP-250-11	04109	250	11	106	G 5/4	ø0.508x1.755
KP-250-16	041010	250	16	175	G 5/4	ø0.508x1.7
KP-250-25	041011	250	25	185	G 5/4	ø0.612x1.33
KP-250-40	041012	250	40	160	G 5/4	ø0.616x1.33
KP-300-11	041013	300	11	115	G 5/4	ø0.608x1.45
KP-300-16	041014	300	16	160	G 5/4	ø0.61x1.45
KP-300-25	041015	300	25	180	G 5/4	ø0.612x1.45
KP-300-40	041016	300	40	210	G 5/4	ø0.616x1.45
KP-400-11	041017	400	11	170	G 5/4	ø0.608x1.79
KP-400-16	041018	400	16	200	G 5/4	ø0.61x1.79
KP-400-25	041019	400	25	240	G 5/4	ø0.612x1.79
KP-400-40	041020	400	40	260	G 5/4	ø0.612x1.79
KP-500-11	041021	500	11	190	G 5/4	ø0.6x2.12
KP-500-16	041022	500	16	250	G 5/4	ø0.61x2.14
KP-500-25	041023	500	25	260	G 5/4	ø0.612x2.14
KP-500-40	041024	500	40	270	G 5/4	ø0.616x2.14
KP-700-11	041025	700	11	225	G 5/4	ø0.91x1.15
KP-700-16	041026	700	16	230	G 5/4	ø0.912 x 1.51
KP-700-25	041027	700	25	295	G 5/4	ø0.916x1.15
KKP-700-40	041028	700	40	365	G 5/4	ø0.92x1.51
KP-900-11	041029	900	11	195	G 2	ø0.91x1.742
KP-1000-11	041030	1000	11	210	G 2	ø0.91x1.91
KP-1000-16	041031	1000	16	295	G 2	ø0.912x1.95
KP-1000-25	041032	1000	25	380	G 2	ø0.916x1.95
KP-1000-40	041033	1000	40	470	G 2	ø0.92x1.95
KP-1500-11	041034	1500	11	280	G 2	ø0.91x2.8
KP-1500-16	041035	1500	16	400	G 2	ø0.912x2.81
KP-1500-25	041036	1500	25	525	G 2	ø0.916x2.77
KP-1500-40	041037	1500	40	655	G 2	ø0.92x2.77
KP-2000-11/1,0	041038	2000	11	395	G 2	ø1.01 x 2.94
KP-2000-11	041039	2000	11	390	G 2	ø1.21 x 2.33
KP-2000-16	041040	2000	16	490	G 2	ø1.212x2.33
KP-2000-25	041041	2000	25	590	G 2	ø1.22x2.35
KP-2000-40	041042	2000	40	705	G 2	ø1.228x2.35
KP-2500-11	041043	2500	11	470	G 2	ø1.21x2.77
KKP-700-40	041044	700	40	365	G 5/4	ø0.92x1.51
KP-2500-16	041045	2500	16	610	G 2	ø1.216x2.81
KP-2500-25	041046	2500	25	1015	G 2	ø1.22x2.8
KP-2500-40	041047	2500	40	1220	G 2	ø1.228x2.8
KP-3000-11	041048	3000	11	535	G 2	ø0.916x1.95
KP-3000-16	041049	3000	16	690	G 2	ø1.216x3.3
KP-3000-25	041050	3000	25	1150	G 2	ø1.22x3.25
KP-3000-40	041051	3000	40	1380	G 2	ø1.228x3.25
KP-4000-9	041052	4000	9	640	G 3	ø1.41x3.15
KP-4000-11	041053	4000	11	780	G 3	ø1.616x2.55
KP-4000-12	041054	4000	12	700	G 3	ø1.412x3.16
KP-4000-14	041055	4000	14	1000	G 3	ø1.616x2.55
KP-4000-16	041056	4000	16	960	G 3	ø1.416x3.16
KP-4000-25	041057	4000	25	1450	G 3	ø1.424x3.2
KP-4000-30	041058	4000	30	1450	G 3	ø1.424x3.2
KP-4000-40	041059	4000	40	1700	G 3	ø1.432x3.2
KP-5000-9	041060	5000	9	680	G 3	ø1.41x3.83
KP-5000-11	041061	5000	11	930	G 3	ø1.616x3.05
KP-5000-12	041062	5000	12	820	G 3	ø1.412x3.83
KP-5000-14	041063	5000	14	1185	G 3	ø1.616x3.1
KP-5000-16	041064	5000	16	1090	G 3	ø1.416x3.83
KP-5000-25	041065	5000	25	1650	G 3	ø1.424x3.84
KP-5000-30	041066	5000	30	1650	G 3	ø1.424x3.84
KKP-5000-40	041067	5000	40	1900	G 3	ø1.428x3.86
KP-6000-9	041068	6000	9	900	G 3	ø2.016x2.54
KP-6000-11	041069	6000	11	1050	G 3	ø2.016x2.54
KP-6000-12	041070	6000	12	995	G 3	ø1.412 x 4.5
KP-6000-14	041071	6000	14	1350	G 3	ø1.616x3.4
KP-6000-16	041072	6000	16	1170	G 3	ø1.416x4.5
KP-6000-25	041073	6000	25	1950	G 3	ø1.424x4.5
KP-6000-30	041074	6000	30	1950	G 3	ø1.424x4.5
KP-8000-11	041075	8000	11	1620	G 3	ø1.616x4.55
KP-8000-14	041076	8000	14	1520	G 3	ø1.82x3.7
KP-8000-16	041077	8000	16	1485	G 3	ø2.02x3.25
KP-10000-8	041078	10000	8	1300	G 3	ø2.012x3.83
KP-10000-11/1,6	041079	10000	11	1985	G 3	ø1.612x5.69
KP-10000-11/1,8	041080	10000	11	1900	G 3	ø1.816x4.6
KP-10000-11	041081	10000	11	1830	G 3	ø2.016x3.9
KP-10000-14/1,8	041082	10000	14	1800	G 3	ø1.82x4.6
KP-10000-14	041083	10000	14	1830	G 3	ø2.02x3.9
KP-10000-16	041084	10000	16	1830	G 3	ø2.02x3.9
KP-12000-8	041085	12000	8	1500	G 3	ø2.012x4.5
KP-12000-11	041086	12000	11	2020	G 3	ø2.016x4.5
KP-12000-14	041087	12000	14	2020	G 3	ø2.02x4.5
KP-12000-16	041088	12000	16	2020	G 3	ø2.02x4.5
KP-15000-8	041089	15000	8	1750	G 2	ø2.012x5.4
KP-15000-11	041090	15000	11	2385	G 2	ø2.016x5.4
KP-15000-11/2,2	041091	15000	11	2500	G 2	ø2.216x4.645
KP-15000-14	041092	15000	14	2385	G 2	ø2.02x5.4
KP-15000-16	041093	15000	16	2385	G 2	ø2.02 x 5.4
KP-20000-10	041094	20000	10	2900	G 2	ø2.216x5.98
KP-20000-10	041084	20000	10	2710	G 2	ø2.416x5.1
KP-20000-11	041095	20000	11	2710	G 2	ø2.416x5.1
KP-20000-14	041096	20000	14	3400	G 2	ø2.42x5.1
KP-25000-10	041084	25000	10	3500	G 2	ø2.216x7.33
KP-25000-10	041097	25000	10	3250	G 2	ø2.416x6.18
KP-25000-11	041084	25000	11	3300	G 2	ø2.416x6.18
KP-25000-14	041098	25000	14	4065	G 2	ø2.42x6.187
KP-30000-10	041099	30000	10	4075	G 2	ø2.216x8.63
KP-30000-10	0410100	30000	10	3770	G 2	ø2.416x7.28
KP-30000-11	0410101	30000	11	3835	G 2	ø2.416x7.28
KP-30000-14	0410102	30000	14	4735	G 2	ø2.42x7.29
KP-10000-16	0410103	10000	16	1830	G 3	ø2.02x3.9

Compressed air drying - Refrigeration air dryers | ProductID:0411

The refrigeration air dryer is an ideal component of a pneumatic installation which removes water and water vapor from compressed air and ensures drying at the pressure dew point temperature of +3ºC. The pressure dew point defines the temperature to which compressed air can be cooled without condensation of the contained water. The atmospheric air sucked in by the compressor contains water vapor and solid impurities. After compression, the exhaust air has a temperature about 10 degrees higher than the ambient temperature (screw compressor). As a result of the contact with ambient conditions and the resulting temperature difference, the air cools and condensate are precipitated from it, which can cause corrosion, accelerate wear and tear on pipelines and installed equipment and tools, and thus disrupt the production process. A perfect solution that can minimize the risk of these adverse effects is the use of a refrigeration air dryer together with compressed air filters. They allow to obtain air dried and free from impurities.

Model	ProductID	Air flow [m³/h]	Dryer pressure dew point [°C]	Max working pressure [bar]	Dimensions (L×W×H) [m]
OPA 10	04110	50	+3	16	0.372 × 0.404 × 0.38
OPA 20	04111	72	+3	16	0.372 × 0.404 × 0.38
OPA 30	04112	110	+3	16	0.372 × 0.424× 0.446
OPA 40	04113	140	+3	16	0.46 × 0.44 × 0.5
OPA 50	04114	180	+3	16	0.52 × 0.54 × 0.55
OPA 60	04115	216	+3	16	0.47 × 0.51 × 0.81
OP 65	04116	246	+3	14	0.46 × 575 × 0.79
OP 70	04117	312	+3	14	0.46 × 0.575 × 0.79
OP 80	04118	390	+3	14	0.58 × 0.587 × 0.9
OP 90	04119	462	+3	14	0.58 × 0.587 × 0.9
OP 100	041110	600	+3	14	0.805 × 1.07 × 0.962
OP 110	041111	720	+3	14	0.805 × 1.07 × 0.962
OP 120	041112	900	+3	14	0.805 × 1.07 × 0.962
OP 130	041113	1080	+3	14	0.805 × 1.07 × 0.962
OP 140	041114	1440	+3	14	1.132 × 1.005 × 1.399
OP 150	041115	1800	+3	14	1.271 × 1.005 × 1.596
OP 160	041116	2100	+3	14	1.271 × 1.005 × 1.596
OP 170	041117	3000	+3	14	1.652 × 1.005 × 1.826
OP 180	041118	4200	+3	14	1.652 × 1.005 × 1.826
OP 190	041119	5040	+3	14	1.979 × 1.455 × 1.826

Compressed air drying - Cold Regenerated Adsportion Dryears | productID: 0412

Adsorption dryers are used in cases where compressed air systems are exposed to freezing or where very dry air is required in specific applications; for example, process air in the electronics, chemical, food and pharmaceutical industries or instrumentation air. The purpose of using this equipment is to separate moisture from the compressed air stream and achieve the desired degree of dryness based on the pressure dew point temperature. Designed cold regenerated adsorption dryers guarantee achieving the highest quality of compressed air with a super dry dew point up to -70°C in the standard version. In addition, the installed compressed air filters (on the device), which are an integral part of adsorption dryers, guarantee complete purification of the air from solid particles and oil mist. By treating compressed air with adsorption dryers, it can be ensured that the compressed air used will be a completely stable, safe and contamination-free medium.

Model	ProductID	Air flow [m3/h]	Dryer pressure dew point [°C]	Quality class in accordance with ISO 8573.1	Max working pressure [bar]	Dimensions (LxWxH) [m]
NDA 0005/NDA 0005 SP	04120	5	+20	1.3.1	10	0.72 × 0.5 × 0.92
NDA 0010/NDA 0010 SP	04121	10	+20	1.3.1	10	0.72 × 0.5 × 0.92
NDA 0015/NDA 0015 SP	04122	15	+20	1.3.1	10	0.72 × 0.5 × 0.92
NDA 0025/NDA 0025 SP	04123	25	+20	1.3.1	10	0.72 × 0.54 × 1.34
NDA 0035/NDA 0035 SP	04124	35	+20	1.3.1	10	0.72 × 0.54 × 1.34
NDA 0050/NDA 0050 SP	04125	50	+20	1.3.1	10	0.72 × 0.55 × 1.39
NDA 0080/NDA 0080 SP	04126	80	+20	1.3.1	10	0.72 × 0.55 × 1.39
NDA 0100/NDA 0100 SP	04127	100	+20	1.3.1	10	0.85 × 0.59 × 1.5
NDA 0150/NDA 0150 SP	04128	150	+20	1.3.1	10	0.85 × 0.66 × 1.82
NDA 0175/NDA 0175 SP	04129	175	+20	1.3.1	10	0.85 × 0.66 × 1.82
NDA 0225/NDA 0225 SP	041210	225	+20	1.3.1	10	0.85 × 0.66 × 1.82
NDA 0300/NDA 0300 SP	041211	300	+20	1.3.1	10	1 × 0.7 × 1.72
NDA 0375/NDA 0375 SP	041213	375	+20	1.3.1	10	1 × 0.7 × 1.72
NDA 0550/NDA 0550 SP	041214	550	+20	1.3.1	10	1.15 × 0.78 × 1.81
NDA 0650/NDA 0650 SP	041215	650	+20	1.3.1	10	1.15 × 0.78 × 1.81
NDA 0850/NDA 0850 SP	041216	850	+20	1.3.1	10	1.25 × 0.735 × 2.13
NDA 1000/NDA 1000 SP	041217	1000	+20	1.3.1	10	1.25 × 0.735 × 2.13
NDA 1350/NDA 1350 SP	041218	1350	+20	1.3.1	10	1.92 × 0.915 × 2.28
NDA 1650/NDA 1650 SP	041219	1650	+20	1.3.1	10	1.8 × 1.12 × 2.17
NDA 1950/NDA 1950 SP	041220	1950	+20	1.3.1	10	1.8 × 1.12 × 2.17
NDA 2250/NDA 2250 SP	041221	2250	+20	1.3.1	10	1.9 × 1.29 × 2.6
NDA 2750/NDA 2750 SP	041222	2750	+20	1.3.1	10	2.2 × 1.5 × 2.7
NDA 3500/NDA 3500 SP	041223	3500	+20	1.3.1	10	2.2 × 1.5 × 2.7
NDA 4000/NDA 4000 SP	041224	4000	+20	1.3.1	10	2.45 × 1.65 × 3
OAD 0005/OAD 0005 SP	041225	5	+40	1.2.1	10	0.72 × 0.5 × 0.92
OAD 0010/OAD 0010 SP	041226	10	+40	1.2.1	10	0.72 × 0.5 × 0.92
OAD 0015/OAD 0015 SP	041227	15	+40	1.2.1	10	0.72 × 0.5 × 0.92
OAD 0025/OAD 0025 SP	041228	25	+40	1.2.1	10	1.34 × 0.54 × 0.72
OAD 0035/OAD 0035 SP	041229	35	+40	1.2.1	10	1.34 × 0.54 × 0.72
OAD 0050/OAD 0050 SP	041230	50	+40	1.2.1	10	1.39 × 0.55 × 0.72
OAD 0080/OAD 0080 SP	041231	80	+40	1.2.1	10	1.39 × 0.55 × 0.72
OAD 0100/OAD 0100 SP	041232	100	+40	1.2.1	10	0.85 × 0.59 × 1.5
OAD 0150/OAD 0150 SP	041233	150	+40	1.2.1	10	0.85 × 0.59 × 1.5
OAD 0175/OAD 0175 SP	041234	175	+40	1.2.1	10	1.82 × 0.66 × 0.85
OAD 0225/OAD 0225 SP	041235	225	+40	1.2.1	10	1.82 × 0.66 × 0.85
OAD 0300/OAD 0300 SP	041236	300	+40	1.2.1	10	1 × 0.7 × 1.72
OAD 0375/OAD 0375 SP	041237	375	+40	1.2.1	10	1 × 0.7 × 1.72
OAD 0550/OAD 0550 SP	041238	550	+40	1.2.1	10	1.15 × 0.78 × 1.81
OAD 0650/OAD 0650 SP	041239	650	+40	1.2.1	10	1.15 × 0.78 × 1.81
OAD 0850/OAD 0850 SP	041240	850	+40	1.2.1	10	1.25 × 0.735 × 2.13
OAD 1000/OAD 1000 SP	041241	1000	+40	1.2.1	10	1.25 × 0.735 × 2.13
OAD 1350/OAD 1350 SP	041242	1350	+40	1.2.1	10	1.92 × 0.915 × 2.28
OAD 1650/OAD 1650 SP	041243	1650	+40	1.2.1	10	1.8 × 1.12 × 2.17
OAD 1950/OAD 1950 SP	041244	1950	+40	1.2.1	10	1.8 × 1.12 × 2.17
OAD 2250/OAD 2250 SP	041245	2250	+40	1.2.1	10	1.9 × 1.29 × 2.6
OAD 2750/OAD 2750 SP	041246	2750	+40	1.2.1	10	2.2 × 1.5 × 2.7
OAD 3500/OAD 3500 SP	041247	3500	+40	1.2.1	10	2.2 × 1.5 × 2.7
OAD 4000/OAD 4000 SP	041248	4000	20-	1.3.1	10	2.45 × 1.65 × 3
ADU 0005/ADU 0005 SP	041249	5	-70	1.1.1	10	0.92 × 0.5 × 0.72
ADU 0010/ADU 0010 SP	041250	10	-70	1.1.1	10	0.92 × 0.5 × 0.72
ADU 0015/ADU 0015 SP	041251	15	-70	1.1.1	10	0.92 × 0.5 × 0.72
ADU 0025/ADU 0025 SP	041252	25	-70	1.1.1	10	1.34 × 0.54 × 0.72
ADU 0035/ADU 0035 SP	041253	35	-70	1.1.1	10	1.34 × 0.54 × 0.72
ADU 0050/ADU 0050 SP	041254	50	-70	1.1.1	10	1.39 × 0.55 × 0.72
ADU 0080/ADU 0080 SP	041255	80	-70	1.1.1	10	1.39 × 0.55 × 0.72
ADU 0100/ADU 0100 SP	041256	100	-70	1.1.1	10	0.85 × 0.59 × 1.5
ADU 0150/ADU 0150 SP	041257	150	-70	1.1.1	10	1.82 × 0.66 × 0.85
ADU 0175/ADU 0175 SP	041258	175	-70	1.1.1	10	1.82 × 0.66 × 0.85
ADU 0225/ADU 0225 SP	041259	225	-70	1.1.1	10	1.82 × 0.66 × 0.85
ADU 0300/ADU 0300 SP	041260	300	-70	1.1.1	10	1 × 0.7 × 1.72
ADU 0375/ADU 0375 SP	041261	375	-70	1.1.1	10	1 × 0.7 × 1.72
ADU 0550/ADU 0550 SP	041262	550	-70	1.1.1	10	1.15 × 0.78 × 1.81
ADU 0650/ADU 0650 SP	041263	650	-70	1.1.1	10	1.15 × 0.78 × 1.81
ADU 0850/ADU 0850 SP	041264	850	-70	1.1.1	10	1.25 × 0.735 × 2.13
ADU 1000/ADU 1000 SP	041265	1000	-70	1.1.1	10	1.25 × 0.735 × 2.13
ADU 1350/ADU 1350 SP	041266	1350	-70	1.1.1	10	1.92 × 0.915 × 2.28
ADU 1650/ADU 1650 SP	041267	1650	-70	1.1.1	10	1.8 × 1.12 × 2.17
ADU 1950/ADU 1950 SP	041268	1950	-70	1.1.1	10	1.8 × 1.12 × 2.17
ADU 2250/ADU 2250 SP	041269	2250	-70	1.1.1	10	1.9 × 1.29 × 2.6
ADU 2750/ADU 2750 SP	041270	2750	-70	1.1.1	10	2.2 × 1.5 × 2.7
ADU 3500/ADU 3500 SP	041271	3500	-70	1.1.1	10	2.2 × 1.5 × 2.7
ADU 4000/ADU 4000 SP	041271	4000	-70	1.1.1	10	2.45 × 1.65 × 3

Compressed air drying – Heat Regenerated Adsorption Dryers | ProductID: 0413

SGR series heat regenerated adsorption dryers are specially designed for applications where very high flow rates and volumes of dried compressed air are required. The function of these units is to separate moisture from compressed air in order to achieve the required degree of dryness, expressed by the pressure dew point temperature. SGR series heat regenerated adsorption dryers, in their standard version, are capable of supplying high-quality compressed air with a pressure dew point of -40°C. In the case of more stringent quality requirements, these dryers can also be manufactured in special versions to improve the system pressure dew point to -70°C at high flow rates. The distinguishing feature in selecting these units is that, in SGR dryers, the regeneration and moisture removal of the adsorbent material inside the towers are carried out by blowing heated ambient air through the beds; this engineering innovation allows the losses and waste of compressed air in the system to be minimized.

Model	ProductID	Air flow [m3/h]	Dryer pressure dew point [°C]	Quality class in accordance with ISO 8573.1	Max working pressure [bar]	Dimensions (LxWxH) [m]
SGR 0300	04130	300	-40	1.2.1	10	1.2 × 1.44 × 2.19
SGR 0375	04131	375	-40	1.2.1	10	1.2 × 1.44 × 2.19
SGR 0550	04132	550	-40	1.2.1	10	1.35 × 1.26 × 2.29
SGR 0650	04133	650	-40	1.2.1	10	1.35 × 1.26 × 2.29
SGR 0850	04134	850	-40	1.2.1	10	1.6 × 1.35 × 2.2
SGR 1000	04135	1000	-40	1.2.1	10	1.6 × 1.35 × 2.2
NDA 0080/NDA 0080 SP	04136	80	-20	1.3.1	10	0.72 × 0.55 × 1.39
SGR 1350	04137	1350	-40	1.2.1	10	1.9 × 1.59 × 2.3
NDA 0150/NDA 0150 SP	04138	150	-20	1.3.1	10	0.85 × 0.66 × 1.82
SGR 1650	04139	1650	-40	1.2.1	10	1.9 × 1.59 × 2.3
SGR 1950	041310	1950	-40	1.2.1	10	2.25 × 1.66 × 2.69
SGR 2250	041311	2250	-40	1.2.1	10	2.25 × 1.66 × 2.69
SGR 2750	041311	2750	-40	1.2.1	10	2.25 × 1.87 × 2.87
SGR 3500	041311	3500	-40	1.2.1	10	3 × 2.2 × 3.2
SGR 4000	041311	4000	-40	1.2.1	10	3 × 2.2 × 3.2

Compressed Air Drying - Medical Air Dryers | ProductID: 0414

Ultrapure Smart dryers are designed based on adsorption technology, and their function is to remove moisture from compressed air. These units supply compressed, clean, and dry breathing air in compliance with the standards and requirements defined for medical applications. Ultrapure Smart dryers are offered as complete air treatment packages and include an adsorption dryer, a CO, CO2, NOx, and SO2 scavenger, a pre-filter, a post-filter, and an automatic condensate drain. Despite being complete units, they have a compact and space-saving design. The adsorbent material is placed inside replaceable cartridges. In addition, a special indicator informs the user when the cartridges and filter elements should be replaced. This timing is determined by the manufacturer in such a way that device operating safety and the required air quality are maintained throughout the entire service life. Ultrapure Smart dryers are available in two versions: Standard and Super-plus. The Super-plus models are additionally equipped with an automatic diagnostic system that operates based on monitoring regenerated air flow parameters through sensors. These models also feature load-dependent control, meaning that the operating cycle of the unit is automatically adjusted according to the moisture level of the inlet air. This feature results in regeneration air savings and lower operating costs.

Model	ProductID	Air flow [m3/h]	Dryer pressure dew point [°C]	Max working pressure [bar]	Dimensions (LxWxH) [m]
Ultrapure Smart 0005 Standard	04140	5	-40	14	0.314 × 0.172 × 0.49
Ultrapure Smart 0005 Superplus	04141	5	-40	14	0.3147 × 0.191 × 0.49
Ultrapure Smart 0010 Standard	04142	10	-40	14	0.314 × 0.172 × 0.757
Ultrapure Smart 0010 Superplus	04143	10	-40	14	0.314 × 0.191 × 0.764
Ultrapure Smart 0015 Standard	04144	15	-40	14	0.314 × 0.172 × 1.024
Ultrapure Smart 0015 Superplus	04145	15	-40	14	0.314 × 0.191 × 1.031
Ultrapure Smart 0020 Standard	04146	20	-40	14	0.314 × 0.172 × 1.291
Ultrapure Smart 0020 Superplus	04147	20	-40	14	0.314 × 0.191 × 1.298
Ultrapure Smart 0025 Standard	04148	25	-40	14	0.314 × 0.172 × 1.558
Ultrapure Smart 0025 Superplus	04149	25	-40	14	0.314 × 0.191 × 1.565
Ultrapure Smart 0035 Standard	041410	35	-40	12	0.464 × 0.276 × 0.849
Ultrapure Smart 0035 Superplus	041411	35	-40	12	0.464 × 0.291 × 0.866
Ultrapure Smart 0050 Standard	041412	50	-40	12	0.464 × 0.276 × 1.113
Ultrapure Smart 0050 Superplus	041413	50	-40	12	0.464 × 0.291 × 1.130
Ultrapure Smart 0065 Standard	041414	65	-40	12	0.464 × 0.276 × 1.377
Ultrapure Smart 0065 Superplus	041415	65	-40	12	0.464 × 0.291 × 1.394
Ultrapure Smart 0080 Standard	041416	80	-40	12	0.464 × 0.276 × 1.641
Ultrapure Smart 0080 Superplus	041417	80	-40	12	0.464 × 0.291 × 1.658
Ultrapure Smart 0100 Standard	041418	100	-40	12	0.464 × 0.276 × 1.905
Ultrapure Smart 0100 Superplus	041419	100	-40	12	0.464 × 0.291 × 1.922

Compressed Air Drying – Refrigertion Air Dryers (40 Bar) | ProductID: 0415

OP HP high-pressure units are used for drying air compressed to a pressure of max 45 bar. They belong to the group of refrigerated air dryers in which the incoming compressed air is initially cooled in a heat exchanger (air-air) and then flows through a heat exchanger (refrigerant-air), where it is further cooled to the required pressure dew point of +3ºC. Moisture from the compressed air is condensed and removed automatically via an electronic condensate drain. In the final stage, the cold air is reheated by the compressed air entering the dryer. This technology saves energy and protects the compressed air system against moisture condensation upstream of the dryer. Condensate precipitated from the compressed air could cause corrosion and accelerate the wear of pipelines and installed equipment, thereby disrupting the production process. The use of an OP HP refrigerated air dryer will help to prevent these adverse effects and save the user from additional costs.

Model	ProductID	Air flow (m³/h)	Dryer pressure dew point (°C)	Max. working pressure (bar)	Dimensions (L×W×H) (m)
OP 100 HP	04150	100	+3	45	0.499 × 0.485 × 0.352
OP 140 HP	04151	140	+3	45	0.684 × 0.552 × 0.356
OP 180 HP	04152	180	+3	45	0.684 × 0.552 × 0.356
OP 235 HP	04153	235	+3	45	0.684 × 0.552 × 0.356
OP 300 HP	04154	300	+3	45	0.684 × 0.552 × 0.356
OP 380 HP	04155	380	+3	45	0.684 × 0.552 × 0.356
OP 480 HP	04156	480	+3	45	0.827 × 0.589 × 0.495
OP 600 HP	04157	600	+3	45	0.827 × 0.589 × 0.495
OP 750 HP	04158	750	+3	45	0.973 × 0.708 × 0.491
OP 950 HP	04159	950	+3	45	0.973 × 0.708 × 0.491
OP 1500 HP	041510	1500	+3	45	1.047 × 1.337 × 0.72
OP 1900 HP	041511	1900	+3	45	1.047 × 1.337 × 0.72
OP 2250 HP	041512	2250	+3	45	1.187 × 1.394 × 0.855
OP 2850 HP	041513	2850	+3	45	1.187 × 1.394 × 0.855
OP 3800 HP	041514	3800	+3	45	1.493 × 1.493 × 1.162
OP 4750 HP	041515	4750	+3	45	1.237 × 1.544 × 1.268

Compressed air filtering | ProductID: 0416

Models:
1) COMPRESSED AIR FILTERS (16 BAR)
2) COMPRESSED AIR FILTERS (40 BAR)
3) STERILE FILTERS
4) CYCLONE SEPARATORS

COMPRESSED AIR FILTERS (16 BAR)

Compressed air filters are an indispensable element of the air treatment system whose task is to improve air quality by removing particulate matter and oil. Care for proper treatment of compressed air increases the reliability of machines and the entire process. Consequently, proper compressed air treatment is essential to reduce equipment downtime and to cut maintenance and energy costs. Proper selection of compressed air filters is a compilation of three key factors: desired air purity, required flow rate and air pressure.

Model	ProductID	Air flow (m³/h)	Dryer pressure dew point (°C)	Max. working pressure (bar)	Connection	Cartridge
BFP 78	04160	78	1.3	16	½G	Q, P, S, C
FP 120	04161	120	2	16	¾G	Q, P, S, C
FP 335	04162	335	5.6	16	G1	Q, P, S, C
FP 510	04163	510	8.5	16	½G1	Q, P, S, C
FP 780	04164	780	13	16	½G1	Q, P, S, C
FP 996	04165	1000	16.6	16	G2	Q, P, S, C
FP 1500	04166	1500	25	16	G2	Q, P, S, C
FP 2400	2760	40	16	16	G3	Q, P, S, C
FP 1680	04168	1680	28	16	DN 80	Q, P, S, C
FP 3150	04169	3150	52.5	16	DN 100	Q, P, S, C
FP 4700	041610	4700	78.3	16	DN 125	Q, P, S, C
FP 6300	041611	6300	105	16	DN 150	Q, P, S, C
FP 9400	041612	9400	156.7	16	DN 150	Q, P, S, C
FP 12550	041613	12550	209.2	16	DN 200	Q, P, S, C
DF 0035 ST/SP	041614	35	0.58	16	½G	V, M, S, A
DF 0070 ST/SP	041615	70	1.17	16	⅜G	V, M, S, A
DF 0120 ST/SP	041616	120	2	16	½G	V, M, S, A
DF 0210 ST/SP	041617	210	3.5	16	¾G	V, M, S, A
DF 0320 ST/SP	041618	320	5.33	16	G1	V, M, S, A
DF 0450 ST/SP	041619	450	7.5	16	¼G1	V, M, S, A
DF 0600 ST/SP	041620	600	10	16	½G1	V, M, S, A
DF 0750 ST/SP	041621	750	12.5	16	G2	V, M, S, A
DF 1100 ST/SP	041622	1100	18.33	16	G2	V, M, S, A

COMPRESSED AIR FILTERS (40 BAR)

HP series compressed air filters are used as part of compressed air treatment systems up to 40 bar. Their purpose is to improve air quality by removing solid particles and oil. Care for proper treatment of compressed air increases the reliability of machines and the entire process. Consequently, proper compressed air treatment is essential to reduce equipment downtime and to cut maintenance and energy costs. Proper selection of compressed air filters is a compilation of three key factors: desired air purity, required flow rate and air pressure.

Model	ProductID	Air flow (m³/h)	Dryer pressure dew point (°C)	Max. working pressure (bar)	Connection	Cartridge
HP 500 MF	041623	500	8.3	40	3.4	05/20 MF
HP 500 SMF	041624	500	8.3	40	3.4	05/20 MF
HP 500 AK	041625	500	8.3	40	3.4	05/20 AK
HP 900 MF	041626	900	15	40	5.4	05/25 MF
HP 900 SMF	041627	900	15	40	5.4	05/25 SMF
HP 900 AK	041628	900	15	40	5.4	05/25 AK

STERILE FILTERS

P-SRF sterile filters have been developed for effective removal of bacterial and viral contaminants contained in compressed air and process air. They provide a retention rate of > 99.99998% referenced to 0.2 μm. High quality robust stainless-steel construction ensures excellent mechanical stability, chemical inertness and resistance to temperatures up to 200oC. The filters are suitable for over 100 possible sterilization cycles under specific conditions (steam and autoclave). They are used in industries with the most stringent requirements for compressed air purity, such as food and beverage, pharmaceutical, chemical, healthcare and biotechnology.

Model	ProductID	Air flow [m³/h]	Air flow [m³/min]	Max pressure [bar]	Connection	Cartridge
P-SRF N 0006	041629	60	1	16	G1/4	03/10
P-SRF N 0009	041630	90	1.5	16	G3/8	04/10
P-SRF N 0012	041631	120	2	16	G1/2	04/20
P-SRF N 0018	041632	180	3	16	G3/4	05/20
P-SRF N 0027	041633	270	4.5	16	G1	05/25
P-SRF N 0036	041634	360	6	16	G1 1/4	07/25
P-SRF N 0048	041635	480	8	16	G1 1/2	07/30
P-SRF N 0072	041636	720	12	16	G2	10/30
P-SRF N 0108	041637	1,080	18	16	G2	15/30
P-SRF N 0144	041638	1440	24	16	G2 1/2	20/30
P-SRF N 0192	041639	1920	32	16	G3	30/30

CYCLONE SEPARATORS

The cyclone separator is an ideal initial treatment device for removing oil-water condensate from the compressed air in order to relieve further drying stages. As a result of strong swirling of the compressed air, condensate is secreted, which, rejected on the separator walls, flows to the bottom of the tank, from where it is discharged outside by means of a drainage valve. The special design of the separator, including the use of a baffle above the tank bottom, prevents the condensate from being swept away again by the centrally rising compressed air stream. To ensure automatic correct operation, the separator should be equipped with a mechanical or electronic condensate drain.

Model	ProductID	Air flow [m³/min]	Max working pressure [bar]	Working temperature [°C]	Compressed air connection	Weight (kg)
ASC 001	041640	2	16	65+÷1+	⅜G	0.7
ASC 002	041641	2.6	16	65+÷1+	½G	0.7
ASC 003	041642	3.9	16	65+÷1+	¾G	0.8
ASC 004	041643	6	16	65+÷1+	G1	1.8
ASC 005	041644	13	16	65+÷1+	½G1	2.5
ASC 006	041645	21	16	65+÷1+	G2	5.1
ASC 007	041646	41	16	65+÷1+	½G2	12.9
ASC 008	041647	48	16	65+÷1+	G3	1.6
DF-C 0120 ST/SP	041648	2	16	65+÷1+	½G	1.6
DF-C 0210 ST/SP	041649	3.5	16	65+÷1+	¾G	2.7
DF-C 0320 ST/SP	041650	5.3	16	65+÷1+	G1	2.7
DF-C 0450 ST/SP	041651	7.5	16	65+÷1+	½G1	2.9
DF-C 0750 ST/SP	041652	12.5	16	65+÷1+	G2	2.9
DF-C 1100 ST/SP	041653	18.3	16	65+÷1+	G2	2.9

Drains | ProductID: 0417

Models:
1) OIL/WATER SEPARATORS
2) CONDENSATE DRAINS

OIL/WATER SEPARATORS

SEPREMIUM oil/water separators are used to treat compressed air condensate. Their function is to separate the compressor oil from the condensate, thus enabling the remaining water (treated in an activated carbon bed) to be discharged directly into the sewerage system. The use of a separator is not only environmentally friendly, but also a major improvement in the disposal of compressed air condensate.

Model	ProductID	Max compressor capacity [m³/h]	Max oil adsorption [L]	Connection inlet-outlet	Dimension [m]	Residual oil content after separation
SEPREMIUM 2i	04170	120	2	"1/2 - "1/2	0.249 × 0.27 × 0.24	<5 ppm
SEPREMIUM 4.5i	04171	270	5	"1 - "1.2	0.596 × 0.392 × 0.191	<5 ppm
SEPREMIUM 10i	04172	600	10	"1 - "1.2	0.793 × 0.67 × 0.26	<5 ppm
SEPREMIUM 20i	04173	1200	15	"1 - "1.2	0.9 × 0.8 × 0.325	<5 ppm
SEPREMIUM 30i	04174	1800	25	"1 - "1.2	0.9 × 0.99 × 0.4	<5 ppm
SEPREMIUM 60i	04175	3600	50	"1 - "1.2	1.04 × 1.16 × 0.48	<5 ppm

CONDENSATE DRAINS

Condensate drains are designed for draining condensate from compressed air system components. They are installed underneath a pressure vessel, filter, dryer, cyclone separator or similar element of the system under pressure. Three types of condensate drains are offered:
• Mechanical (float) - in this type, the valve opens as the condensate level rises and the float is lifted.
• Time-controlled - in this type, the solenoid valve opens at specific time intervals set on an electronic timer.
• Electronic condensate level-controlled - this type minimizes compressed air loss and is known for very quiet operation.

Model	ProductID	Type	Max compressor capacity [m³/h]	Working pressure min–max [bar]	Temperature min–max [°C]	Inlet-outlet connection	Feed voltage [V]
G 1/2	04176	mechanical float drain	5400	1.6 ÷ 1.5	65+ ÷ 1.5+	G 1/2 - G 1/2	-----
G 1/2	04177	electronic timer-controlled drain	9000	1.6 ÷ 1.5	65+ ÷ 1.5+	G 1/2 - G 1/2	24–230 V
G 1/2 - 50 bar	04178	electronic timer-controlled drain	9000	4.0 ÷ 1.5	65+ ÷ 1.5+	G 1/2 - G 1/2	24–230 V
UFM D05	04179	electronic water level-controlled drain	300	1.6 ÷ 0.8	60+ ÷ 1.0+	G 1/2 - G 1/4	24–230 V
UFM D10	041710	electronic water level-controlled drain	600	1.6 ÷ 0.8	60+ ÷ 1.0+	G 1/2 - G 1/2	24–230 V
UFM D30	041711	electronic water level-controlled drain	1800	1.6 ÷ 0.8	60+ ÷ 1.0+	G 1/2 - G 1/2	24–230 V
UFM D130	041712	electronic water level-controlled drain	7800	1.6 ÷ 0.8	60+ ÷ 1.0+	G 3/4 - G 1/2	24–230 V
UFM D30HP (40 bar)	041713	electronic water level-controlled drain	1800	4.0 ÷ 1.2	60+ ÷ 1.0+	G 3/4 - G 1	24–230 V

Nitrogen Generators | ProductID: 0418

Models:
1) Membrane Nitrogen Generators
2) ADSORPTION NITROGEN GENERATORS

Membrane Nitrogen Generators

The NGS-M series generators use membrane technology to produce nitrogen. Their purpose is to separate nitrogen from the other components of air, which, in simple terms, is composed of 78% nitrogen, 21% oxygen, and other gases, including 0.9% argon.
The NGS-M nitrogen generators are designed according to each customer’s specific requirements, both in terms of nitrogen purity and installation location (with the possibility of containerized installation). This allows you to optimize investment costs while effectively replacing traditional nitrogen supply methods, such as cylinders or liquid nitrogen. Nitrogen generators are used in various industries, laboratories, R&D departments, pharmaceuticals, and medicine, as well as for inflating tires with nitrogen

ADSORPTION NITROGEN GENERATORS

The NGS-A series adsorption nitrogen generators utilize adsorption technology on a carbon bed that fills the generator’s columns. These modern nitrogen generators are durable and highly efficient devices. Investing in a dedicated nitrogen generator makes you independent of external suppliers and completely eliminates the need for logistics and cylinder storage. Nitrogen generators are widely used in various industries, laboratories, R&D departments, pharmaceuticals, and medicine, as well as for inflating tires with nitrogen.

کمپرسورهای هوای فشرده
شناسه محصول: 041 کمپرسور هوای فشرده اسکرو کوپل تسمه ای از 3 تا 55 کیلووات کوپل مستقیم از 30 تا 315 کیلووات ظرفیت: تا 4000 بطری در تامین هوای فشرده تا 10 برابر امکان تجهیز با اینورتر جهت کاهش مصرف انرژی امکان نصب مبدل حرارتی جهت بازیافت انرژی گرمایی
شناسه محصول: 042 کمپرسور هوای فشرده بدون روغن بدون آلودگی روغن در هوا جهت استفاده در صنایع غذایی و دارویی کمپرسور بدون روغن دومرحله ای از 55 تا 315 کیلووات با فشار نهایی 10 برابر ظرفیت: تا 4000 بطری در کمپرسور بدون روغن تک مرحله ای از 55 تا 315 کیلووات با فشار نهایی 3 برابر
شناسه محصول: 043 بوستر کمپرسور پیستونی دارای تابلو برق و کنترل کننده هوشمند فشار کاری تا 40 بار با خروجی 5 مترمکعب در دقیقه ظرفیت: تا 4000 بطری در موتور 22 کیلووات ظرفیت: تا 4000 بطری در دو سیلندر ظرفیت: تا 4000 بطری در مجهز به پمپ جهت روانکاری
شناسه محصول: 044 خشک کن تبریدی فشار ضعیف فشار کاری تا 10 برابر خنک کاری هوای فشرده ظرفیت: تا 4000 بطری در حذف رطوبت هوای فشرده ظرفیت: تا 4000 بطری در خروجی از 36 تا 5040 متر مکعب در ساعت
شناسه محصول: 045 خشک کن تبریدی فشار قوی فشار کاری تا 40 برابر خنک کاری هوای فشرده ظرفیت: تا 4000 بطری در حذف رطوبت هوای فشرده ظرفیت: تا 4000 بطری در خروجی از 25 تا 2010 متر مکعب در ساعت
شناسه محصول: 046 فیلتراسیون هوای فشرده سپراتور آب از هوا با فشار کاری تا 10 برابر از 120 تا 2850 متر مکعب در ساعت میکروفیلتر با فشار کاری تا 10 برابر با قابلیت جذب ذرات معلق بزرگتر 3 میکرون، 1 میکرون و 0.1 میکرون در هوای فشرده ظرفیت: تا 4000 بطری در میکروفیلترهای کربن فعال با فشار کاری تا 10 بار با قابلیت جذب باقیمانده روغن تا 0.01 میلیگرم در هر متر مکعب ظرفیت: تا 4000 بطری در میکروفیلتر با فشار کاری تا 40 بار با قابلیت جذب باقیمانده روغن تا 0.003 میلیگرم در هر متر مکعب