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  • Ultra-low temperature rise design, which allows the compressor running at ultra-low frequency for a long time.
  • Closed-loop vector control system for faster control and more precise speed control.
  • The compressor unit can still operate efficiently when the frequency is reduced by more than 50%.
  • The pressure is stable and the pressure fluctuation is accurately controlled within 0.1 bar.
  • The figure shows a comparison of several starting methods. It can be seen that the frequency converter is slowly accelerated to start, the starting is more stable, and the current peak is completely avoided.
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  • More stable, no mechanical transmission failure: high-efficiency permanent magnet synchronous motor and screw male rotor adopt embedded-integrated shaft direct connection structure, no gear transmission, completely eliminate gear pitting or broken teeth; Two independent permanent magnet motors are integrated directly drive two air ends, no coupling failures.
  • More energy efficient, the air end is always running at energy-saving speed.
  • More efficient and efficient permanent magnet motor + no transmission efficiency loss.
  • More comfortable, low running noise, eliminating three sources of noise: no-click bearing noise, no gear meshing noise, no coupling drive noise.
  • More compact: The permanent magnet motor is small in size and the integrated structure saves space.
  • Under the set frequency conversion pressure, the unit will automatically adjust to keep the output pressure within ± 0.1 bar, reducing unnecessary waste (the power consumption increases by 7% for every 1 bar of pressure increase)
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  • High efficiency: Eliminates excitation system losses and improves efficiency.
  • It is still efficient under low load conditions: the energy efficiency of a permanent magnet motor is more than 9% higher than that of a conventional asynchronous motor at full load operation, and its energy efficiency remains unchanged as the speed decreases.
  • Large overdrive torque: The ratio of the maximum starting torque of the permanent magnet synchronous motor to the rated torque can be more than 3 times, while the general asynchronous motor is only 1.6 times.
  • The control is more stable: the corresponding time of the permanent magnet motor is <50ms, and the gas production can be adjusted in a large range in an instant, so that the gas pressure is truly stable.
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  • The piping arrangement is simple and beautiful. Stainless steel piping design to effectively prevent rust in the pipeline, and avoid safety accidents caused by leakage of the pipeline.
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  • The standard equipment is equipped with a high-frequency reactor to reduce the high frequency generated by the inverter.
  • The soft start of the inverter reduces the peak current at startup, resulting in a smooth start and greatly reduced power costs.
  • Forced cooling of the inverter to prevent high temperature shutdown in Summer.
  • Standard equipment dust screen, circuit board surface coating treatment, high efficiency and durability against dirt, dust, moisture.
  • The special design of the heat dissipation area of the inverter ensures stable operation of the inverter under high temperature environment.
  • No idling occurs under any load conditions to achieve the desired power saving effect.
  • Quickly track changes in pressure, control pressure fluctuations within ±0.1 bar, and optimize the use of the power to accurately provide the right amount of air as needed.
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  • The imported brand is used to reliably filter the dirt particles in the lubricating oil to ensure the smoothness and lubrication of the oil system at 0.1 micron.
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  • The imported brand is used to reliably remove dirt from the air. The dust particles in the air are controlled below 0.3 microns and the filtration accuracy is as high as 99.99%.
Standard VSD pussy in porn Technical Parameters:
Model Maxinmum working
pressure
Capacity(FAD) Installed motor
power
Driving mode&
Cooling method
Noise
level**
Dimensions(mm) Weight Air outlet
pipe diameter
50Hz 60Hz
bar(e) psig Min. Max. Min. Max. Min. Max. Min. Max. kw hp dB(A) L W H kg
m3/min cfm m3/min cfm
DVA-5 7.5 109 0.40 0.80 14 28 0.40 0.80 14 28 5.5 7.5 Belt
Driven
62 900 600 860 315 G3/4"
8.5 123 0.39 0.78 14 28 0.39 0.78 14 27 5.5 7.5
DVA-7 7.5 109 0.55 1.09 19 39 0.55 1.09 19 39 7.5 10 62 900 600 860 315 G3/4"
8.5 123 0.54 1.07 19 38 0.54 1.07 19 38 7.5 10
10.5 152 0.46 0.92 16 32 0.46 0.91 16 32 7.5 10
13 189 0.36 0.73 13 26 0.36 0.72 13 26 7.5 10
DVA-11 7.5 109 0.83 1.66 29 59 0.83 1.66 29 59 11 15 62 1230 650 900 324 G3/4"
8.5 123 0.82 1.64 29 58 0.82 1.64 29 58 11 15
10.5 152 0.73 1.45 26 51 0.72 1.45 26 51 11 15
13 189 0.56 1.13 20 40 0.56 1.12 20 40 11 15
DVA-15 7.5 109 1.27 2.54 45 90 1.27 2.53 45 89 15 20 Direct
Driven
Air
Cooling
64 1465 990 1345 453 G1-1/4"
8.5 123 1.25 2.51 44 88 1.25 2.50 44 88 15 20
10.5 152 0.98 1.97 35 70 0.93 1.86 33 66 15 20
13 189 0.95 1.91 34 67 0.91 1.83 32 65 15 20
DVA-18 7.5 109 1.52 3.04 54 107 1.82 3.63 64 128 18.5 25 64 1465 990 1345 453 G1-1/4"
8.5 123 1.52 3.03 54 107 1.77 3.54 63 125 18.5 25
10.5 152 1.43 2.85 50 101 1.19 3.37 42 119 18.5 25
13 189 0.95 1.91 34 67 1.17 2.34 41 83 18.5 25
DVA-22 7.5 109 1.78 3.57 63 126 1.85 3.70 65 131 22 30 66 1465 990 1345 477 G1-1/4"
8.5 123 1.77 3.55 63 125 1.81 3.61 64 127 22 30
10.5 152 1.50 3.00 53 106 1.76 3.52 62 124 22 30
13 189 1.48 2.97 52 105 1.19 2.38 42 84 22 30
DVA-30 7.5 109 2.64 5.28 93 187 2.25 4.49 79 159 30 40 66 1600 1250 1550 682 G1-1/2"
8.5 123 2.63 5.26 93 186 2.24 4.48 79 158 30 40
10.5 152 2.26 4.52 80 160 2.24 4.47 79 158 30 40
13 189 1.73 3.45 61 122 1.79 3.58 63 126 30 40
DVA-37 7.5 109 3.27 6.54 115 231 3.17 6.33 112 224 37 50 66 1600 1250 1550 728 G1-1/2"
8.5 123 3.26 6.52 115 230 3.15 6.30 111 222 37 50
10.5 152 2.61 5.21 92 184 2.24 4.47 79 158 37 50
13 189 2.58 5.16 91 182 2.22 4.43 78 156 37 50
DVA-45 7.5 109 3.84 7.67 135 271 3.90 7.79 138 275 45 60 69 1600 1250 1550 728 G1-1/2"
8.5 123 3.81 7.62 135 269 3.88 7.76 137 274 45 60
10.5 152 3.23 6.46 114 228 3.12 6.24 110 220 45 60
13 189 3.21 6.41 113 226 2.22 4.44 78 157 45 60
DVA-55 7.5 109 4.88 9.76 172 345 4.57 9.14 161 323 55 75 69 1876 1326 1700 1310 G2"
8.5 123 4.84 9.67 171 342 4.53 9.06 160 320 55 75
10.5 152 3.76 7.53 133 266 3.87 7.74 137 273 55 75
13 189 3.70 7.40 131 261 3.15 6.30 111 222 55 75
DVA-75 7.5 109 7.11 14.21 251 502 5.86 11.72 207 414 75 100 69 1876 1326 1700 1325 G2"
8.5 123 6.27 12.55 222 443 5.82 11.63 205 411 75 100
10.5 152 4.75 9.51 168 336 5.72 11.43 202 404 75 100
13 189 4.62 9.23 163 326 4.37 8.75 154 309 75 100
DVA-90 7.5 109 8.31 16.62 293 587 8.51 17.01 300 601 90 120 72 2450 1800 1700 2450 DN80
8.5 123 8.18 16.37 289 578 8.41 16.82 297 594 90 120
10.5 152 7.11 14.21 251 502 7.43 14.87 262 525 90 120
13 189 5.88 11.77 208 416 5.63 11.27 199 398 90 120
DVA-110 7.5 109 10.06 20.13 355 711 9.55 19.10 337 674 110 150 75 2450 1800 1700 2500 DN80
8.5 123 10.03 20.05 354 708 9.53 19.06 336 673 110 150
10.5 152 8.16 16.33 288 576 8.51 17.01 300 601 110 150
13 189 7.05 14.11 249 498 7.34 14.68 259 518 110 150
DVA-132 7.5 109 11.43 22.85 403 807 12.19 24.37 430 861 132 175 75 2450 1800 1700 2600 DN80
8.5 123 11.36 22.73 401 802 12.12 24.23 428 856 132 175
10.5 152 9.94 19.88 351 702 9.48 18.95 335 669 132 175
13 189 8.25 16.51 291 583 8.41 16.82 297 594 132 175
DVA-160 7.5 109 13.46 26.92 475 950 13.95 27.90 493 985 160 215 75 2650 1700 1850 3200 DN80
8.5 123 13.43 26.86 474 949 13.88 27.76 490 980 160 215
10.5 152 11.22 22.44 396 792 11.99 23.97 423 846 160 215
13 189 9.82 19.63 347 693 9.41 18.82 332 664 160 215
DVA-185(W) 7.5 109 14.45 28.89 510 1020 15.27 30.53 539 1078 185 250 Direct
Driven
Air
Cooling
W-Water
Cooling
75 2650 1700 1850 3300 DN80
8.5 123 14.42 28.84 509 1018 15.22 30.44 537 1075 185 250
10.5 152 12.55 25.11 443 886 13.73 27.46 485 970 185 250
13 189 11.04 22.08 390 780 11.84 23.69 418 836 185 250
DVA-200(W) 7.5 109 15.94 31.88 563 1126 15.27 30.53 539 1078 200 270 78 3000 1950 2030 4750 DN100
8.5 123 15.91 31.82 562 1124 15.22 30.44 537 1075 200 270
10.5 152 14.24 28.48 503 1006 15.11 30.22 534 1067 200 270
13 189 12.50 25.00 441 883 13.53 27.07 478 956 200 270
DVA-220(W) 7.5 109 18.10 36.20 639 1278 18.61 37.22 657 1314 220 300 78 3000 1950 2030 4800 DN100
8.5 123 18.07 36.15 638 1276 18.59 37.17 656 1312 220 300
10.5 152 15.85 31.71 560 1120 16.63 33.25 587 1174 220 300
13 189 14.24 28.48 503 1006 13.53 27.07 478 956 220 300
DVA-250(W) 7.5 109 21.65 43.31 765 1529 21.44 42.87 757 1514 250 350 78 3000 1950 2030 4850 DN100
8.5 123 21.62 43.24 763 1527 20.65 41.30 729 1458 250 350
10.5 152 18.02 36.03 636 1272 18.52 37.04 654 1308 250 350
13 189 15.77 31.55 557 1114 16.57 33.15 585 1170 250 350
DVA-280(W) 7.5 109 23.29 46.59 823 1645 23.58 47.16 833 1665 280 375 78 3700 2300 2450 5200 DN125
8.5 123 23.26 46.53 821 1643 22.82 45.64 806 1612 280 375
10.5 152 21.47 42.95 758 1516 21.28 42.56 751 1503 280 375
13 189 17.95 35.89 634 1267 18.47 36.95 652 1305 280 375
DVA-315(W) 7.5 109 26.58 53.16 939 1877 25.44 50.88 898 1797 315 425 80 3700 2300 2450 6000 DN125
8.5 123 26.32 52.63 929 1858 25.42 50.83 897 1795 315 425
10.5 152 21.53 43.05 760 1520 23.14 46.27 817 1634 315 425
13 189 21.46 42.93 758 1516 20.16 40.32 712 1424 315 425
DVA-355(W) 7.5 109 31.69 63.37 1119 2238 29.06 58.12 1026 2052 355 475 80 4500 2500 2450 7000 DN125
8.5 123 31.58 63.16 1115 2230 28.27 56.54 998 1997 355 475
10.5 152 26.32 52.63 929 1858 25.78 51.57 910 1821 355 475
13 189 21.90 43.79 773 1546 22.67 45.35 801 1601 355 475
DVA-400(W) 7.5 109 35.50 70.99 1254 2507 30.86 61.72 1090 2179 400 550 80 4500 2500 2450 8000 DN125
8.5 123 35.32 70.64 1247 2494 29.86 59.72 1054 2109 400 550
10.5 152 26.32 52.63 929 1858 28.26 56.52 998 1996 400 550
13 189 23.17 46.34 818 1636 25.67 51.35 906 1813 400 550

*) FAD in accordance with ISO 1217 : 2009, Annex C: Absolute intake pressure 1 bar (a), cooling and air intake temperature 20 °C
**) Noise level as per ISO 2151 and the basic standard ISO 9614-2, operation at maximum operating pressure and maximum speed; tolerance: ± 3 dB(A)
Specifications are subject to change without prior notice

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