Gardner Denver ENVS 2-37kW Oil-Free Scroll Air Compressor

Gardner Denver ENVS 2-37kW Oil-Free Scroll Air Compressor

Gardner Denver ENVS 2-37kW Oil-Free Scroll Air Compressor

Advantages of Scroll Compressor:

  • Smaller Space Occupancy — Less floor area required.
  • Fewer Components — Higher reliability, longer lifespan, and less maintenance.
  • Lower Noise Level — Creates a healthier working environment.
  • 100% Oil - free — Suitable for any industry.
  • Fewer Consumables — Longer maintenance intervals and service life.
  • No Metal - to - Metal Friction — Less maintenance.
  • Zero Emissions — Complies with sustainable development goals.
  • Fewer Moving Spare Parts — Less vibration.
  • 100% Oil - free Air — The scroll compressor features a simple tip - seal design, ensuring that there is no metal - to - metal contact at any position. Therefore, this technology does not require lubrication, ensuring the production of high - quality oil - free air.

Gardner Denver ENVS 2-37kW Oil-Free Scroll Air Compressor

High - efficiency Design and Control

Our scroll compressors offer a higher flow rate per kilowatt, with a single - stage compression pressure reaching up to 10 barg. We achieve such high efficiency through the following design features:

  • Start/Stop Control: Reduces energy waste during no - load operation.
  • Dual - inlet Compressor Design: Enables stable and efficient compression.
  • Aluminum Housing: Reduces the overall weight of the product.

Modular Design

The multi - circuit design improves efficiency under low - load conditions. This means you can precisely control the number of operating compressors to match your requirements.

Cool Operation

A large - sized fan is used to ensure low - temperature operation and extend the lifespan of components.

Microprocessor Control

Manages the discharge pressure to meet your air requirements. Meanwhile, it measures key operating parameters to reduce unexpected downtime.

Lower Discharge Temperature

The after - cooler with a lower CTD (Cold - Terminal Difference) value enables a lower discharge temperature. This decreases the inlet temperature of post - treatment. By choosing a smaller - sized post - treatment device, the investment cost of post - treatment can be reduced.


barg


kW


m³/min


BSPT

(LxWxH)
mm


kg


dB(A)

8

2.2

0.24

1/2*

830×740×910

204

58

10

2.2

0.21

1/2*

204

58

8

3.7

0.40

1/2*

231

58

8

5.5

0.60

1/2*

240

59

10

5.5

0.53

1/2*

240

59

8

7.7

0.84

1*

1445×800×1000

438

62

10

7.7

0.74

1*

438

62

8

11

1.20

1*

495

64

10

11

1.06

1*

495

64

8

16.5

1.89

R1

1280×770×1480

515

61

10

16.5

1.50

R1

515

61

8

22

2.52

R1

1330×880×1900

720

61

10

22

2.00

R1

720

61

8

33

3.78

R1.5

1360×1030×1670

1000

63

10

33

3.00

R1.5

1000

63