omai风近迈克

COMPRESSED AIR PURIFICATION PRODUCT SELECTION MANUAL

China ndwd Cerication (lengss) Co. Lno

Environmental Management System Certification (Certificate number. CSCC24E10460R0S) In witness whereof

Hangzhou Oumike Power Equipment Co., Ltd.

Unified Social Credit Code: 91330185776630702T

Regiztexed addreas: No.6, Wangjia, Yizhong. Taiyang Tow,Lin' am District, Hangzhou City, Zhejisng Provincs (The entize Building 1, 101 of Building 2)
Buzinezz addrezs: No.6, Wangjia, Tizhong, Taiyang Tomm, Lin' an Diztrict, Hangzhou City, Zhejisng Prowince (The entixe Building 1, 101 of Building 2)

Management System in line: GB/T24001-2016 idt ISO14001:2015 Certification Coverage:

Environmental management activities involved in the manufacturing of industrial compressed air purification equipment, air separation equipment and refrigeration units

Date of first issue: 2024-07-24
Date of issue: 2024-07-24
Effective date: 2027-07-23

This certificate is issusd by China Standard Certification (Jlangsu) Go id and the information df the caertificate can be faund in the sebsite of Chna Slandad Ceicaton (Jangsa) Co Lad (sa pmcco) a te dcal webste a China Caerficaton and Accdtation Adniataton (e onca gov a Tis cetfcate is vaid for use wa e scpe a y od o mstatve licerses and quaicaton penis sipuleted by tuct

Hangzhou Oumike Power Equipment Co., Ltd.

Unified Saeial Credit Code: 913301857766337027 Regiztered address: No.6, Vangjia, Yizhong,Taiyang Tow, Lin' an District, Hangzhou City, Zhejiang Province(The entire Building 1, 101 of Building 2) Burinezs addrezs: No. 6, Wangjia, Yizhong, Taiyang Tom, Lin' an Diztrict, Hangzhou City, Zhejiang Province(The entire Building 1.101 of Building 2

Management System inline:GB/T45001-2020 idt ISO45001:2018 Certification Coverage:

Occupational health and safety management activities involved in the manufacturing of industrial compressed air purification equipment, air separation equipment and refrigeration units

Date of first issue: 2024-07-24
Date of issue: 2024-07-24
Effective date: 2027-07-23

CONTENTS

Equipment selection 01
ETR reqular plate heat exchanger freeze dryer 03
ATR high-efficiency plate heat exchanger freeze dryer 05
PFC variable frequency freeze-drying machine 07
GLF air-cooled shell and tube type freeze-drying machine 09
SLD water-cooled shel and tube type freeze-drying machine.1
WXF pressure swing adsorption dryer 13
FWZ combination low dew point dryer 15
GFB blast regeneration dryer. 17
YFB compression heat adsorption dryer 19
ADS modular adsorption dryer 21
GF precision filter 23
GF precision filter element.. 25
HL pre cooler 27
SAD hydrodynamic energy-saving dryer 29
Explosion-proof freeze dryer 30
YS flange gas-liquid separator -31
WS cyclone gas-liquid separator 31
GX high-efficiency oil remover 32
OFJZ self-cleaning air filter 33
FY condensate waste oil collector 34
JT industrial chiller 35

COMPANY INTRODUCTION

Hangzhou Omaiko Dynamic Equipment Co.,Ltd is a high-tech enterprise specializing in research, development, design, manufacturing, and sales of compressed gas purification equipment, gas separation equipment, and gas purification equipment. The company is located in Fengshuling Industrial Zone, Taiyang Town, Lin'an District, Hangzhou City, Zhejiang Province. It has a unique geographical advantage and is situated in the interchange area between Linjin freeway (north of Hefei Nanjing Economic Circle and south of Jiangxi) and Hangrui freeway, with convenient transportation.

The company has a professional R&D team, scientifically advanced production processes, and complete testing equipment to ensure advanced product performance and stable and reliable quality. The product performance has passed the inspection and audit of the China Quality and Technical Supervision Bureau. The company not only focuses on product performance quality, but also emphasizes the concept of people-oriented green development. It has passed environmental management system certification, quality management system certification, and occupational health and safety management system certification

The company has gone through nearly 20 years of development since its establishment, and has comprehensive compressed air purification and air separation technologies. Through lean production and 5S standardized management, it ensures the quality and reliability of each equipment leaving the factory. The company mainly produces a series of products including frozen compressed air dryers, adsorption compressed air dryers, blast regeneration adsorption dryers, waste heat regeneration adsorption dryers, industrial chillers, industrial dehumidifiers, compressed air filters and filters, as well as explosion-proof dryers, medium, high and low pressure dryers, and biogas drying equipment for special industries. Widely used in various industries such as machinery, metallurgy, chemical industry, chemical fiber, electronics, cables, medicine, hospitals, telecommunications, instruments, light industry, textiles, rubber, plastics, spray painting, blow molding, food, transportation, papermaking, electricity, etc. In order to better serve customers, the company has established offices and after-sales technical personnel in major industrial cities across the country. The products have been exported to developed countries such as Southeast Asia, South America, Africa, and Europe. Excellent performance and quality; Advocate for the humanized service concept of "thinking what users think and responding to their urgent needs"; Won unanimous praise from both new and old users.

Omaiko keeps pace with the times and is willing to work hand in hand with new and old users to create brilliance together

Each customer can according to their own use, the compressed air system configuration. The dew point, different working situation of oil, dust and other requirements are different, so the choice of allocation methods are different, the following selection of basic information provided as follows:

2. How to choose the air dry machine

Choosing the correct specifications of a freeze dryer must take into account five factors: the actual flow rate, pressure, temperature of compressed air, as well as environmental temperature and required pressure dew point temperature. The flow rate Qs that the refrigerated dryer needs to handle is Qa ÷ C1÷C2÷C3, where QA is the actual flow rate of compressed air, where C1, C2, and C3 are correction factors

Example

The inlet air pressure of the refrigerated dryer is 0.7MPa, the inlet temperature of the refrigerated dryer is 43 C, the ambient temperature is 43 C, the actual flow rate of compressed air Qa is 10m3/min, and the required pressure dew point (P.D.P) is+5 C. Therefore, the processing capacity of the refrigerated dryer Qs=Qa ÷ C1 ÷ C2 ÷ C3. According to the following correction table, C1=0.82, C2=0.94, C3=1.0,Qs=12.97. The most suitable ATR-13FGspecification should be selected

Class C

System Recommeded Configuration

Class C

Class C

Refrigerated Dryer

Class T

Normal pneumatic machine
Construction machine
Mine & rock drill machine
Blow cleaning
Cooling

After cooler

Class A

Desiccant Dryer

Class T

Class C

Combined Dryer

Oil/Water Separator

Particle:<3μ water:L

Refrigerated Dryer

Class C

Bacterium Filter

Class A

Dew point < -40℃ Particle: < 1 μ Oil:0.01ppm

Desiccant Dryer

Vapor Filter

Electronic industry Chip manufacturing Advanced painting Film industry Precise meters Nuclear industry Aerospace industry

Dew point < -70℃ Particle: < 0.01μ Oil:0.003ppm

Class T

Food industry Pharmaceutical industry Clean room test equipment

Vapor Filter

Note:Above configurations are only for reference Customization may be needed according to the actual situation. We are sorry for late information if any further parameter changes take into effect.

Bacterium Filter

Dew point:-17℃\~-23℃Particle: < 0.01μOil:0.01ppm

Dew point: -17℃\~-23℃ Particle: < 1μ Oil:1ppm

Dew point: -17℃\~-23℃ Particle: < 0.01μ Oil:0.003ppm No peculiar smell

Pneumatic tools Valve sand blast Pneumatic mix Particle product transfer Woodworker equipments

Spray painting
pneumatic meters
Precise pneumatic components
Powder product transfer
Tobacco industry bearing Diving work
Respiratory organ packing Cosmetic
Food compond and canning

Dew point: -17℃\~-23℃ Particle: < 0.01μ Oil:0.003ppm Non-bacterium air

Pre-Cooler

Milk production Dental tools Biological engineering Food processing Pharmaceuticial

Dew point: Particle: <-40℃ Beer Wine Oil:03ppm Ferment Non-bacterium air

Exit Temp: icle:≤3μ

Oxygen separation from Air Nitrogen separation from Air

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ETR reue r lare eat exchager

The ETR standard plate heat exchanger freeze dryer utilizes an efficient plate-fin pre-cooling system to fully exchange heat, reducing the inlet temperature even further. Compared to shell-and-tube cold dryers with the same processing capacity, it achieves a maximum energy saving of25%. The temperature difference between the inlet and outlet is small, preventing secondary condensation water. The unique separationstructure separates and removes liquid water through an automatic electronic drainer. The pre-cooling heat exchanger, refrigeration evaporator, and gas-liquid separator are integrated into a three-in-one design, requiring less installation space for the entire machine.

High-efficiency plate evaporator
Intelligent controller (optional)
Thermal expansion valve
Bypass valve
Environmentally friendly refrigerant

Rated technical parameters of ETR plate heat exchanger freeze dryer

Rated intake temperature: ≤ 3 8 ^ { \circ } \mathsf { C } Maximum operating temperature: <=slant 5 0 ~ ^ { \circ } { C } Cooling method: air cooling/water cooling Environmental temperature: <=slant 4 0 ^ { \circ } \mathsf C Cooling water pressure: 0.2\~0.4Mpa Cooling water temperature: <=slant 3 2 ^ { \circ } \mathsf { C } Pressure dew point: 3 ^ { \circ } \mathsf { C } { ~ } 1 0 ^ { \circ } \mathsf { C } Rated pressure: 0.6\~1.3Mpa Refrigerant: R22/R134A/R407C (optional)

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ATR High-efficiency plate heat exchanger freeze dryer

The ATR high-efficiency plate heat exchanger freeze dryer adopts a three-in-one integrated design of air heat exchange, air evaporation refrigeration heat exchange, and gas-water separation. The highefficiency plate-fin heat exchanger structure maintains an air inlet and outlet temperaturedifference of less than { { ~ } } 1 0 ^ { \circ } \mathsf { C } , preventing secondary condensation water. The exhaust system of the entire machine adopts a top exhaust design, ensuring optimal heat dissipation and meeting the requirements for continuous, high-efficiency, and stable operation in tropical high-temperature environments. The refrigeration system utilizes energy-saving and high-efficiency refrigeration compressors, as well as top-tier brand bypass valves and expansion valves, to ensure the stability and longevity of the entire machine's operation.

High-efficiency plate evaporator

Intelligent controller

Thermal expansion valve

Bypass valve

Environmentally friendly refrigerant

Process flow of ATR plate freeze-drying machine

Rated technical parameters of ATR plate freeze-drying machine

Rated intake temperature: ≤ 4 5 ^ { \circ } \mathsf { C } Maximum operating temperature: <=slant 5 5 ^ { \circ } \mathsf { C } Cooling method: air cooling/water cooling Environmental temperature: <=slant 4 0 ^ { \circ } \mathsf C Cooling water pressure: 0.2\~0.4Mpa Cooling water temperature: <=slant 3 2 ^ { \circ } \mathsf { C } Pressure dew point: 2 ^ { \circ } C { ~ } 5 ^ { \circ } C Rated pressure: 0.6\~1.3Mpa Refrigerant: R22/R134A/R407C (optional)

condenser Refrigeration compressor

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PFC Variable frequency freeze-drying machine

The PFC energy-saving variable frequency freeze-drying machine is composed of main core components such as a vortex variable frequency environmentally friendly refrigeration compressor, variable frequency controller, electronic expansion valve, electronic pressure valve, and microcomputer intelligent controller. By adjusting the frequency output of the variable frequency controller through changes in pressure and temperature, changing the frequency (speed) of the refrigeration compressor, andcontrolling the opening degree of the expansion valve, different cooling requirements can be obtained to stabilize the balance between the system's cooling capacity and load, accurately ensuring that the evaporative pressure operates in the optimal state, ensuring the stability of the dew point, and the maximum energy-saving space can reach 70% to prevent ice blockage during the operation of the refrigerated dryer in low flow and low temperature environments. The matching liquid level induction electronic drainage device achieves zero gas loss during operation, enabling the entire machine to reach the optimal energy-saving state.

Air-cooled variable frequency refrigerated dryer

Electronic expansion valve

Electronic pressure valve

Variable frequency compressor

Color touch screen control

Automatic water flow regulating valve

Rated technical parameters of PFC variable frequency freeze-drying machine

Rated intake temperature: <=slant 4 5 ^ { \circ } \mathsf { C } Maximum operating temperature: <=slant 5 5 ^ { \circ } \mathsf { C } Cooling method: air cooling/water cooling Environmental temperature: <=slant 4 0 ^ { \circ } \mathsf C Cooling water pressure: 0.2\~0.4Mpa Cooling water temperature: ≤ 32 °C Pressure dew point: 3 ^ { \circ } \mathsf { C } { ~ } 1 0 ^ { \circ } \mathsf { C } Rated pressure: 0.6\~1.3Mpa Refrigerant: R410A

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Air-cooled shell and tube type

The air-cooled variable frequency refrigerated dryer GLF, an aircooled shell-and-tube refrigerated dryer, adopts a copper tube with aluminum fins for heat exchange. The model features greater flexibility in pressure design, making it more suitable for low-pressure (≤0.1 MPa) or high-pressure(1.6\~10.0 MPa)operating conditions. Additionally, the GH high-temperature model (80°C) features an integrated design with front precooling. The entire machine design utilizes international first-line brand refrigeration components to ensure reliability and longevity of use.

Cooling system shock absorber tube

Efficient and energysaving compressor

Bypass valve

Intelligent controller (optional)

Environmentally friendly refrigerant

Rated technical parameters of GLF series air-cooled dryer

Rated design operating temperature: <=slant 4 5 ^ { \circ } \mathsf { C }
G series maximum operating temperature: <=slant 5 5 ^ { \circ } \mathsf { C }
GH series maximum operating temperature: <=slant 8 0 ^ { \circ } \mathsf C
Cooling method: air cooling
Environmental temperature: <=slant 4 0 ^ { \circ } \mathsf C
Pressure dew point: 3 ^ { \circ } \mathsf { C } { ~ } 1 0 ^ { \circ } \mathsf { C }
Rated pressure: 0.6\~1.0Mpa

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SLD

Water-cooled shell and tube type freeze-drying machine

The SLD water-cooled shell and tube freeze-dryingmachine adopts a copper tube aluminum fin heat exchange form. The water-cooled model is more suitable for use in high-temperature environments, and the machine has higher stability during use. Compared to air-cooled models, it can better adapt to changes in environmental temperature. Water cooled models need to ensure industrial softened water (0.2- 0.4Mpa) and inlet water temperature (≤ 32 °C) to ensure the stability of equipment operation.

Efficient screw refrigerant compressor

Siemens controller (optional)

Danfoss liquid shut-off valve

Liquid display mirror

Water volume control valve (optional)

The characteristics of water-cooled freeze dryer

The cooling water used is industrial softened water, which is more adaptable to changes in environmental temperature compared to air-cooled types

The constant water temperature and flow rate can ensure the stable, reliable, and efficient operation of the refrigeration system of the cold drying mechanism

The heat exchange per unit volume of shell and tube water coolers is many times larger than that of finned air coolers, so the volume of water-cooled chillers is much smaller than that of air-cooled dryers

Rated technical parameters of SLD series water-cooled dryer

Rated intake temperature: <=slant 4 5 ^ { \circ } \mathsf { C } Maximum operating temperature: <=slant 5 5 ^ { \circ } \mathsf { C } Cooling method: water cooling Cooling water pressure: 0.2\~0.4Mpa Cooling water temperature: ≤ 32 °C Cooling water: Industrial circulating water Environmental temperature: <=slant 4 0 ^ { \circ } \mathsf C Pressure dew point: 3 ^ { \circ } \mathsf { C } { ~ } 1 0 ^ { \circ } \mathsf { C } Rated pressure: 0.6\~1.0Mpa

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WXF Pressure swing adsorption dryer

The WXF pressure swing adsorption dryer adopts a double tower structure design, which has good air diffusion effect, low pressure loss, increases the contact area of the adsorbent, improves adsorption efficiency, and ensures dew point stability. Adopting high-performance pneumatic valves, intelligent control, the controller has the characteristics of fault display, fault alarm, dew point display, remote communication function, and simple and convenient interface operation.

Heatless adsorption dryer

High quality pneumatic butterfly valve

Efficient silencer
Micro-heat adsorption dryer

Yadeke solenoid valve

Efficient molecular sieve
Explosion-proof adsorption dryer

Activated alumina

Working process of non heat adsorption dryer

Working process of micro heat adsorbent dryer

Rated technical parameters of WXF non heat adsorption dryer

Rated intake temperature: 4 0 ~ ^ { \circ } \mathsf { C } Environmental temperature: <=slant 4 5 ^ { \circ } \mathsf { C } Pressure dew point: { } - 2 0 ^ { \circ } \mathsf { C } { ~ } - 4 0 ^ { \circ } \mathsf { C } Rated pressure: 0.6\~1.0Mpa Gas consumption rate: 12%\~15% Working power supply: 220V/50Hz Adsorbent: Activated alumina

Rated technical parameters of WXF micro heat adsorption dryer

Rated intake temperature: 4 0 ~ ^ { \circ } \mathsf { C } Environmentaltemperature: <=slant 4 5 ^ { \circ } \mathsf { C } Pressure dew point: { } - 2 0 ^ { \circ } \mathsf { C } ~ - 4 0 ^ { \circ } \mathsf { C } Rated pressure: 0.6\~1.0Mpa Intake oil content: ≤ 0.1ppm Gas consumption rate: 5%\~8% Working power supply:3Φ380V/50Hz Adsorbent: Activated alumina/molecularsieve

Pre-cooling and cold drying combination mach

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FWZ

Combination low dew point dryer

The FWZ combineddryer is an energy-saving and efficient compressed air drying device, which is composedof a frozen dryer, a high-efficiency oil removal filter, and a regenerative adsorption dryer in an orderly manner. The intelligent control system makes the operation of the entire machine more convenient, with functions such as remote communication, fault display, and alarm. It has the characteristics of low dew point, low energy consumption, compact structure, and stable operation. Its outlet pressure dew point temperature can reach as low as -40 °℃\~-70 ℃.

Variable frequency blower zero air consumption combination machine
Combined cold-dry and micro-heat machine

Thermal expansion valve

Bypass valve

Intelligent controller (optional)

Efficient and energysaving compressor

High temperature resistant pneumatic butterfly valve

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GFB Blast regeneration dryer

GFB blower regeneration dryer is an energy-saving compressed air drying device that adopts the process of environmental air blower regeneration, thus saving a large amount of compressed air required for traditional process regeneration. The basic principle of adsorption in a blast regeneration dryer is similar to that of traditional adsorption processes. But its regeneration method is the process of air blowing regeneration, and the process steps include heating and blowing cooling. When heating, the regeneration gas source comes from the ambient air boosted by the blower, which is heated by the heater to the regeneration temperature as the regeneration gas for adsorption bed analysis. During the regeneration operation, the regenerationheating gas is used to heat and analyze the adsorption bed layer, and the extracted water vapor is carried by the regeneration gas and taken out of the adsorber. Regenerative cooling or taken from its own dry air, which is depressurizedand used as regenerativecooling gas,or separated by air circulation cooling as regenerative cooling gas, is usedtoblow and cool the bed layer to meet the needs of the next stage of adsorption work and avoid unstable dew points at the air outlet due to the presence of bed temperature.

Blower-cooled zero air consumption dryer
Air-blast, water-cooled, zero air consumption dryer

Siemens controller

High temperature resistant pneumatic butterfly valve

LCD display PLC controller
Efficient blower

Tower insulation (optional)

Dew point detector (optional)
Rated intake temperature: 40 °C Environmental temperature: ≤45°C (water cooling) <=slant 3 5 ^ { \circ } \mathsf { C } (air cooling)

Rated technical parameters of GFB blower regeneration dryer

Pressure dew point: { \bf - } 2 0 ^ { \circ } { \bf C } ~ { \bf - } 4 0 ^ { \circ } { \bf C }
Rated pressure: 0.6\~1.0Mpa
Maximum operating pressure:≤ 1.0Mpa
Intake oil content: ≤ 0.1ppm
Gas consumption rate: 2%/0% (optional)
Working power supply: 3Φ380V/50Hz
Adsorbent: Activated alumina/molecular sieve

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YFB Compression heat adsorption dryer

The YFB compressed heat dryer is an energy-saving dryer that uses the hightemperature heat of compressed air for heating and regeneration to reduce heating energy consumption. As the high-temperature compressed air directly enters the adsorbent regeneration adsorption bed, its high-temperature heat is absorbed by the adsorbent, reducing the heat load of the rear cooler and correspondingly reducing the cooling water consumption. In the heating stage, high-temperature compressed air is used to heat the adsorbent, which is then cooled by the rear cooler, The entire heating regeneration does not require the consumption of finished gas, achieving energy-saving effects

High performance double core butterfly valve

Siemens PLC control

Yadeke solenoid valve

Tower insulation (optional)

Dew point detector (optional)

Rated technical parameters of YFB waste heat regeneration dryer

Rated intake temperature: { >=slant } 1 1 0 ^ { \circ } \mathsf C Environmental temperature: <=slant 4 5 ~ ^ { \circ } \mathsf { C } Pressure dew point: { \bf - } 2 0 ^ { \circ } { \bf C } { \bf ~ } { \bf - } 4 0 ^ { \circ } { \bf C } Rated pressure: 0.6\~1.0Mpa Maximum operating pressure: ≤ 1.0Mpa Gas consumption rate: 2%/0% (optional) Working power supply: 220V/50Hz Cooling water: ≤ 32 °℃ Adsorbent: Activated alumina

Characteristics of YFB series products

Adopting a 4-hour long cycle switching method, the overall performance of the entire machine is good.

By adopting a complete regeneration process and using high flow rate high-temperature compressed air for regeneration heating, the adsorbent can be regenerated very thoroughly.

No need to set up a regeneration heater, no need to consume electricity, and save the required regeneration energy consumption.

Increase the cooling step sequence to stabilize the dew point of the outlet air and effectively ensure the quality of the gas source

0.6-1.0Mpa high-displacement model

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ADS Modular adsorption dryer

The ADS modular adsorption dryer adopts a large capacity design to ensure a stable outlet dew point at the device outlet, which can adapt to the aging of the adsorbent and changes in operating load; The main key components are selected from well-known domestic and foreign brands to ensure continuous and reliable operation; Complete assembly before leaving the factory, making the installation of the device simple; PIC microprocessor control technology is adopted to make the device progressiveness.

Portable small-displacement model
1.3-1.6Mpa laser-specific model

Rated technical parameters of modular adsorption dryer

Rated intake temperature: 4 0 ~ ^ { \circ } \mathsf { C } Environmental temperature: <=slant 4 5 ^ { \circ } \mathsf { C } Pressure dew point: { \bf - } 2 0 ^ { \circ } { \bf C } { \bf ~ } { \bf - } 4 0 ^ { \circ } { \bf C } Rated pressure: 0.6\~1.0Mpa Gas consumption rate: 5%\~8% Working power supply: 220V/50Hz Adsorbent: Activated alumina

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GF Precision filter

Product Features of GF Series Precision Filters: Made of aluminum alloy through die-casting, capable of withstanding a maximum pressure of 1.6MPa. The inner wall undergoes electrophoresis anticorrosion treatment, ensuring a cleaner surface and preventing secondary air pollution. It reduces air pressure loss. The filter element adopts a plug-in structure, and the shell features a latch-type design, allowing for easy disassembly without the need for specialized tools. Maintenance is convenient as the filter element can be easily replaced. The GL Series flange-type filters meet low pressure loss design requirements, offering high flow rate, high pressure, and suitable for low pressure special scenarios.

Flange-type filter
Aluminum alloy filter
Stainless steel filter
Stainless steel sterilization filter
Medium and high pressure filter

Anodizing treatment of inner wall

Plug and play installation structure

Safety buckle

Filter multiple sets of connectors

Differential pressure indicator (optional)

Product advantages

① Shell design uses a working pressure of (GF)1.6Mpa, (GL)1.0Mpa

② The design of the condensate level mirror is used to monitor the discharge status of the condensate

③Manual locking design, no need to borrow tools for disassembly, convenient replacement of filter element

④Unique intake channel design reduces intake resistance

⑤The filter element adopts a plug-in design without screw fixation, which is more time-saving and convenient to replace. The filter element is made of imported filtering material with guaranteed quality

⑥The inner and outer walls of the shell are treated with anodized anti-corrosion, making the inner wall cleaner and not causing secondary air pollution. The outer surface is treated with sandblasting and high-temperature baking paint, which is durable and long-lasting

Technical parameters of GF precision filter (threaded interface)

Model(PF、AO、AA、AX、AC)	Flow(m³/min)	Interfacediameter	L × W(mm)	Filter element(number of pieces)	working pressure(Mpa)	Weight(kg)	External dimensions
		ZG1	X95		1.0	1.0
GF-0025	2.5	ZG1”	282×95	1	1.6	1.5
GF-0035	3.8	ZG1.5”	332×120	1	1.6	2.5
GF-0065	6.8	ZG1.5"	432×120	1	1.6	3.0
GF-0085	8.5	ZG1.5”	432×120	1	1.6	3.0
GF-0115	11.5	ZG2"	566×150	1	1.6	5.0
GF-0135	13.5	ZG2”	566×150	1	1.6	5.0
GF-0150	17	ZG2.5”	620×205	1	1.6	6.9
GF-0180	18.5	ZG2.5"	620×205	1	1.6	7.2
GF-0200	23	ZG2.5"	620×205	1	1.6	10.8
GF-0250	27	ZG3”	620×205	1	1.6	11.0
GF-0300	34	ZG3”	810×205	1	1.6	12.8
GF-0350	37	ZG3”	810×205	1	1.6	13.2
GF-0450	45	ZG4"	830×220	1	1.3	10.0
GF-0550	55	ZG4”	910×220	1	1.3	11.6

Technical parameters of GL precision filter (flange interface)

Model(C、T、A、F、H)	Flow(m³/min)	Interfacediameter	L× W(mm)	Filter element(number of pieces)	working pressure(Mpa)	Weight(kg)	External dimensions
GL-015E	17	DN65	870×380	1	1.0	27
GL-020E	23	DN80	1050×380	1	1.0	36
GL-025E	27	DN80	1050×380	1	1.0	37
GL-030E	34	DN100	1150×380	1	1.0	39
GL-040E	45	DN100	1240×455	2	1.0	65
GL-050E	55	DN100	1240×455	2	1.0	67
GL-060E	65	DN125	1450×530	3	1.0	92
GL-080E	87	DN125	1450×530	3	1.0	95
GL-100E	110	DN150	1450×625	4	1.0	130
GL-150E	165	DN200	1450×760	7	1.0	172
GL-200E	210	DN200	1450×760	10	1.0	180
GL-250E	260	DN250	1520×780	12	1.0	210
GL-300E	320	DN250	1520×780	15	1.0	230
GL-350E	360	DN300	1750×950	17	1.0	280
GL-400E	410	DN300	1750×980	20	1.0	340

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GF Precision ilter element

The GF filter element adopts American Rand filter material, which has good insulation, strong heat resistance, good corrosion resistance, and high mechanical strength. The external condensation layer of the filter element is made of sprayed plastic material, which has the advantages of high temperature resistance and corrosion resistance. The inner lining support of the filter element is made of 304 stainless steel material to prevent rust, air pollution, and pressure drop after use. The end cover of the filter element is made of pure nylon material, which is corrosion-resistant and anti-aging! The filter element structure adopts a plug-in design, and the after-sales service is quick and convenient to replace the filter element.

Mechanical zero gas consumption drain

Liquid level sensing zero gas consumption drain

Floating ball automatic drain

Electronic automatic drain

Main Pipe Dust Filter PF/M-5

Applicable to filter out mass of liquid and condensed
matter > 3gm(5 ppmw/w maximum remain oil)
Two Levels of Fillering
Lv.1-two stainless steel pipes with holes mechanically
separates > 10gm particles
Lv.2-Deep fabric medium filters >3gm solid and liquid particles

Main Pipe Oil/Water Filler AO/M-4

Applicable to filter out liquid water and oil and > 1μ m solid
particles(1.0 ppmw/w maximum remain oi)
\*Both inner and outer filters are corrosion proof
Two Levels of Filtering
Lv.1-Mixed layer fabric medium and medium filter filters out bigger particles
Lv.2-Epoxy pasted mixed fabric medium gathers the oil moisture and filters solid particles

High Efficient Oil Filter AA/M-3

Applicable to micro condensed water vapor and oil moisture and
filter out > 0.01gm solid particles(0.01 ppmw/w maximum remain oil)
\*Both inner and outer filters are corrosion proof
Two Levels of Filtering
Lv.1-Multi-layer fabric medium and medium filter out bigger particles and pre-filters the air before entering the 2nd lever
Lv.2-Multi-layer pasted mixed fabric medium filters out smaller condensed particles
\*External attached membrane closed bubble sleeve

Super High Efficient Oil Filter AX/M-2

Applicable to super micro condensed water vapor and oil moisture and
filter out > 0.01gm solid particles (0.001 ppmw/w maximum remain oil)
\*Both inner and outer filters are corrosion proof
Two Levels of Filtering
Lv.1-External attached membrance closed bubble sleeve pre-filters and disperses the air
Lv.2-Multi-layer matrix mixed fabric medium filters out smaller condensed particles
\*External attached membrance closed bubble sleeve

Activated Carbon Micro Oil Moisture Filler AC/M-1

Applicable to filter out oil moisture and hydrocarbon which can be
absorbed by the activated carbon and >0.01gm solid particles
(0.003 ppmw/w maximum remain oil)
\*Both inner and outer filters are corrosion proof
Two Levels of Filltering
Lv.1-Super precise activated carbon powder stable layer filters out most of the oil moisture
Lv.2-Multi-layer fabric medium pasted with super precise activated carbon powder filters out remain oil moisture
\*Multi-layer super precise medium prevents the pollution moving
\*External attached membrane closed bubble sleeve prevents the
fabric moving

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The HL pre cooler adopts high-efficiency heat exchange tubes, which can increase the heat exchange efficiency by more than 30%, reduce the operating load of the rear drying equipment, increase the operating efficiency and service life of the dryer, and improve the energy-saving of the entire drying system. It is recommended to use air-cooled models with an ambient temperature of <=slant 3 8 ^ { \circ } \mathsf C and watercooled models with a cooling water temperature of <=slant 3 2 ^ { \circ } \mathsf C .

HL air-cooled pre cooler

HL water-cooled pre cooler

Product features

By adopting temperature sensing control, the start and stop of the cooling fan can be controlled according to the environmental changes of the on-site working conditions, achieving energy conservation and environmental protection

The air-cooled model is equipped with a random dust blower, which facilitates users to regularly blow and sweep the dust from the heat sink, keeping the machine in optimal working condition

Rated technical parameters of the pre cooler

Rated intake temperature: <=slant 8 0 ^ { \circ } \mathsf C (air-cooled) <=slant 1 2 0 ^ { \circ } \mathsf C (water-cooled) Environmental temperature: <=slant 3 8 ^ { \circ } \mathsf C (air-cooled) Inlet water temperature: <=slant 3 2 ^ { \circ } \mathsf { C } Rated pressure: ≤ 0.6\~1.0Mpa Cooling water pressure: 0.2\~0.4Mpa

The air-cooled type adopts a top exhaust design to achieve the best exhaust effect

The air-cooled radiator adopts hydrophilic aluminum foil to achieve better heat dissipation and play a certain anti-corrosion role

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SAD Hydrodynamic energy-saving dryer

The SAD hydrodynamic low-pressure loss dryer utilizes a circulating water pump to force low-temperature cooling water through a shelland-tube heat exchanger, where it exchanges heat with hightemperature saturated compressed air, reducing the temperature of the compressed air and precipitating condensate water. Afterwards, through two-stage filtration, liquid water, oilmist, and dust particles are removed, resulting in dry compressed air with lower moisture content. The compressed air processed by the hydrodynamic low-pressure loss dryer can fully meet the process requirements of certain specific industries.

Efficient cooling tower

Working conditions

Inlet temperature ≤ 85 °C Working pressure: 0.3-1.0Mpa Cooling water pressure: 0.2-0.4Mpa

Cooling method: water coolingCooling water inlet temperature ≤ 32 °CCooling water: Industrial circulating water

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Explosion-proof freeze dryer

The Oumike explosion-proof freeze dryer is suitable for use in flammable and explosive environments such as dusty areas, chemical industries, and coal mining, as well as for the dehydration, drying, and cooling of flammable and explosive gases like hydrogen and acetylene. It is manufactured in strict accordance with the corresponding explosion-proof grades and standards.

explosion-proof cabinet

Explosion-proof refrigeration compressor

Professional explosion-proof accessories

Explosion-proof fan

Rated technical parameters of gas-liquid separator

Rated intake temperature: <=slant 8 0 ^ { \circ } \mathsf C
Rated pressure: 0.6\~1.0Mpa
Pressure loss: 0.05Mpa
Filter aperture: 5 microns
Air oil content: ≤ 10ppm
Dehydration rate (liquid water): ≥ 99%

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Introduction to high-efficiency oil remover

This series of products uses ultra glass fiber as the main filter material, and adopts cyclone separation, pre filter, and coagulation three-stage purification. When used in conjunction with oil compressors, it can achieve accuracy with lower oil content than oil-free lubricated air compressors and certain dehumidification and drying capabilities. Widely used in pneumatic control, pneumatic instruments, pneumatic components, and industries such as chemical, light industry, telecommunications, petroleum, pharmaceuticals, textiles, metallurgy, food, spray painting, rubber, etc

Rated technical parameters of high-efficiency oil remover

Rated intake temperature: ≤ 80 °C Rated pressure: 0.6\~1.0Mpa Pressure loss: 0.05Mpa Air oil content: 0.1\~0.01ppm

Technical parameters of GX high-efficiency oil remover

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Self-cleaning air filter

The OFJZ self-cleaning air filter adopts two-stage filtration, which has high accuracy, small resistance loss, and long service life of high-efficiency filtering elements. The first level filtration adopts a frame plate coarse filter, which can prevent rain, snow, and sandstorms from directly entering the high-efficiency filter cylinder. It can be repeatedly washed and reused, with obvious effects. The dust removal efficiency can reach about 30%, and the weight ratio can reach about 50%. The high-efficiency filter cartridge filter material adopts high-precision and moisture resistant filter materials. Reasonable outlet pipe design, without any bends, can reduce resistance loss by 20-30pa compared to filters with bends. The pulse electromagnetic valve adopts imported components and is a dedicated dust removal valve with a lifespan of over 1 million times. Withstands a safe negative pressure of -5kpa. The small cube (1000m3/min) of this product is an independent integral structure, while the large cube adopts a modular building block structure. For special situations, our company can design non-standard designs according to customer requirements to meet customer requirementsfor any processing capacity and special spatial shapes.

Technical Parameter

Air filtration capacity: 10-10000 m³/min
Working temperature: -40 °C\~+80 °C
Relative humidity: < 100%
Filter particle size:>99%
Filter out resistance: < 150pa
Operating resistance: 150\~650pa
Alarm resistance: 1000pa (adjustable)
Final resistance: 1200pa (adjustable)
Self cleaning gas source pressure: 0.4\~0.8Mpa
Equipment noise: ≤ 75dB (A)
Power supply: 200V/50Hz
Self cleaning methods: program self-cleaning, differential pressure self-cleaning, manual self-cleaning

① Condensate inlet ② Air expansion chamber ③ Oil water separation chamber
④ Oil discharge port ⑤ Water filtration room 6 Drainage outlet
⑦ Waste oil collection bucket

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Condensate waste oil collector

Condensate waste oil collection processor

The FY type condensate waste oil collector utilizes the principle of centrifugal separation and gravity separation based on the different densities of oil and water. The waste oil and water enter the gas-liquid separator at the upper part of the box in a tangential direction, and rely on centrifugal action to sink the oil and water into the box. After being stationary for a period of time, gravity separation is performed, and then regularly discharged outside the box. Widely used for collecting waste oil and water discharged from various levels of coolers and post-treatment equipment in air compressors.

The FY Il condensate waste oil collection processor is a new type of product made of all stainless steel materials, in accordance with national environmental protection requirements and referring to the working principles of domestic and foreign waste oil collection boxes. FY stainless steel waste oil collection box, widely used in air compression stations, compressed air source purification systems for collecting waste oil and water discharge. The discharged waste oil and water liquid containsasmall amount of gas, which is filtered by swirling flow and separated and precipitated by gravity. The oil and water are discharged separately in different channels to protect the surrounding environment from pollution caused by waste oil discharge

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Industrial chiller

The JT series industrial chiller utilizes microcomputer temperature control, allowing for adjustable and precise temperature regulation with minimal temperature fluctuations. It employs renowned brand compressors, delivering high cooling capacity, low energy consumption, and stable operation. The entire unit is equipped with comprehensive operational protections, including high and low pressure, water shortage, overload, antifreeze, and delayed start-up safeguards. Easy to install, it can be put intouse immediately after connecting the pipes. It features air cooling without the need for a cooling tower, making maintenance simple. The water circuit is constructed from stainless steel/anti-corrosion materials, making it resistant to scaling and rusting. It is primarily suitable for use in the plastic industry, laser industry, machining, CNC machine tools, chemical and pharmaceutical industries, electroplating and oxidation, electronic new energy, and other industries.

Efficient screw refrigerant compressor

Siemens controller (optional)

Danfoss liquid shut-off valve

Liquid display mirror

Water volume control valve (optional)

HANGZHOU LINAN OMAIKO DYNAMIC EQUIPMENT CO.,LTD

AddreSS: ADD: NO.6, YIZHONGWANGJIA, TAIYANG TOWN ,LINAN CITY,

ZHEJIANG PROVINCE, CHINA

Tel: +8657163866217 Fax: +8657163866291

http://www.omaiko.com