GW Series
GW Series Smart Water-Lubricated Oil-Free Screw Air Compressor
The GW Series smart water-lubricated oil-free screw air compressors use a water-lubricated screw compression system and are designed for industrial applications requiring oil-free compressed air. The series covers a range of power ratings and air delivery capacities, allowing the appropriate model to be selected according to the required operating pressure, flow rate, and on-site installation conditions.
The GW Series is available with working pressures of 0.8 MPa, 1.0 MPa, and 1.25 MPa, with motor power ratings ranging from 7.5 to 250 kW. Different models feature different volumetric flow rates, cooling water requirements, lubricating water requirements, dimensions, weights, and piping connections, making them suitable for compressed air systems of various capacities.
For actual projects, the basic model can be selected according to the required continuous operating pressure and volumetric flow rate, followed by configuration based on cooling conditions, available installation space, and piping connections. The final equipment model and technical configuration should be determined according to the actual operating conditions and the project's technical confirmation.
Features
Product Features
- Water-lubricated screw compression design for oil-free compressed air applications.
- Available in multiple working pressure ratings: 0.8, 1.0, and 1.25 MPa.
- Power range from 7.5 to 250 kW, covering compressed air requirements for systems of various capacities.
- Product specifications include FAD, cooling water requirements, lubricating water requirements, dimensions, weight, and connection information to facilitate engineering selection.
- A broad range of models is available, allowing configurations to be selected according to pressure and flow requirements.
Technical structure
Technical Structure & Mechanical Description
The structural diagram is provided to help explain key components and load relationships within the unit. Specific structures vary by model, power, pressure, cooling method, and project configuration; refer to the corresponding technical documentation for actual details.
System flow
System Process
The system flow diagram illustrates the main stages of compression, cooling, separation, and air delivery. The actual process varies by model, cooling method, air-treatment configuration, and project requirements.
Product parameters
Specifications
| 型号Model | 最大工作压力Max pMPa | 容积流量 FADFADm³/min | 电机功率PowerkW | 噪音NoisedB | 冷却水进出口径C,W(In,Out) | 冷却水量C,W’s Qt/h | 润滑水量Lubricating WaterL | 外形尺寸DimensionL×W×H mm | 重量Weightkg | 出气管径Air outlet |
|---|---|---|---|---|---|---|---|---|---|---|
| GW08A/W | 0.81.01.25 | 1.151.020.81 | 7.5 | 58 | DN32 | 1.5 | 10 | 800×800×1200 (A) 1350×850×1250 (W) |
470 | 3/4″ / DN20 |
| GW11A/W | 0.81.01.25 | 1.651.321.01 | 11 | 60 | DN32 | 2 | 26 | 1150×755×1340 (A) 1350×850×1250 (W) |
580 | 3/4″ / DN20 |
| GW15A/W | 0.81.01.25 | 2.302.121.60 | 15 | 63 | DN32 | 3 | 26 | 1150×755×1340 (A) 1350×850×1250 (W) |
650 | 3/4″ / DN20 |
| GW18A/W | 0.81.01.25 | 3.102.622.10 | 18 | 65 | DN32 | 4 | 36 | 1400×900×1450 (A) 1350×950×1250 (W) |
705 (A) 670 (W) |
1″ / DN25 |
| GW22A/W | 0.81.01.25 | 3.423.152.62 | 22 | 65 | DN32 | 5 | 36 | 1400×900×1450 (A) 1350×950×1250 (W) |
745 (A) 710 (W) |
3/4″ / DN20 1″ / DN25 |
| GW30A/W | 0.81.01.25 | 5.054.203.18 | 30 | 67 | DN32 | 7.5 | 40 | 1550×1150×1500 (A) 1500×1150×1300 (W) |
1100 (A) 900 (W) |
1-1/4″ / DN32 |
| GW37A/W | 0.81.01.25 | 6.105.805.00 | 37 | 67 | DN32 | 9 | 40 | 1550×1150×1500 (A) 1500×1150×1300 (W) |
1150 (A) 950 (W) |
1-1/4″ / DN32 |
| GW45A/W | 0.81.01.25 | 7.806.155.65 | 45 | 70 | DN50 | 10 | 90 | 1980×1300×1760 (A) 1800×1300×1670 (W) |
1390 (A) 1180 (W) |
2″ / DN50 |
| GW55A/W | 0.81.01.25 | 9.608.557.45 | 55 | 70 | DN50 | 13 | 90 | 1980×1300×1760 (A) 1800×1300×1670 (W) |
1470 (A) 1220 (W) |
1-1/4″ / DN32 2″ / DN50 |
| GW75A/W | 0.81.01.25 | 12.6011.429.85 | 75 | 73 | DN50 | 18 | 120 | 2100×1600×1880 (A) 1800×1300×1670 (W) |
1750 (A) 1320 (W) |
2″ / DN50 |
| GW90A/W | 0.81.01.25 | 14.8013.0512.10 | 90 | 73 | DN50 | 20 | 120 | 2400×1600×1760 (A) 1800×1300×1670 (W) |
1850 (A) 1360 (W) |
2″ / DN50 |
| GW110A/W | 0.81.01.25 | 19.5016.8015.15 | 110 | 78 | DN50 | 22 | 180 | 3000×1700×2250 (A) 2200×1550×1800 (W) |
2450 (A) 2200 (W) |
2-1/2″ / DN65 |
| GW132A/W | 0.81.01.25 | 22.5220.3018.25 | 132 | 78 | DN50 | 26 | 180 | 3000×1700×2250 (A) 2200×1550×1800 (W) |
2650 (A) 2240 (W) |
2-1/2″ / DN65 |
| GW160W | 0.81.01.25 | 28.1124.5022.15 | 160 | 80 | DN50 | 33 | 300 | 2700×1800×2050 2400×1750×1800 |
2750 2500 |
DN80 DN65 |
| GW185W | 0.81.01.25 | 33.6528.5024.50 | 185 | 80 | DN50 | 38 | 300 | 2700×1800×2050 2400×1750×1800 |
2970 2600 |
DN80 DN65 |
| GW200W | 0.81.01.25 | 36.6532.7527.50 | 200 | 82 | DN50 | 44 | 360 | 2700×1800×2050 | 3000 | DN100 |
| GW220W | 0.81.01.25 | 39.5035.8029.50 | 220 | 82 | DN50 | 48 | 360 | 2700×1800×2050 | 3150 | DN100 |
| GW250W | 0.81.01.25 | 41.0036.3034.50 | 250 | 82 | DN65DN50DN65 | 585063 | 360 | 2700×1800×2050 | 3300 | DN100 |
Note: This table has been reconstructed based on the visual structure of the original material, with one model per row. For each model, the 0.8 / 1.0 / 1.25 MPa pressure ratings and their corresponding FAD values are arranged vertically within the same cell. The rowspan attribute is no longer used, eliminating gaps in horizontal borders caused by row-spanning cells.
Selection Guide
When selecting a GW Series model, the actual working pressure and required volumetric flow rate should be determined first. The FAD of the same model varies at different operating pressures. Therefore, the flow rate corresponding to the continuous operating pressure should be used as the primary basis for model selection, rather than selecting a model based solely on motor power.
After determining the required pressure and flow rate, the motor power, cooling water inlet and outlet connection sizes, cooling water requirements, lubricating water requirements, overall dimensions, weight, and air outlet connection size should also be checked.
For systems operating continuously or with significant fluctuations in air demand, the required capacity should be determined by c
Industry application
Industry Applications
The following links cover typical industry applications. Product suitability for a specific operating condition should be confirmed based on the medium, pressure, flow, air quality, cooling conditions, and project safety requirements.