Vacuum Pump
|
Design |
Pump speed (m3/h) |
Ultimate vacuum (Pa) |
Motor Electricity (KW) |
Inlet Diam (inch) |
Rotaryspeed (rpm) |
Oil Capacity (L) |
G.W (kg) |
Sounds dB (A) |
Dimensions (mm) |
|
|
50HZ |
60HZ |
|||||||||
|
YB-008 |
eight |
nine.six |
150 |
.55(1ph) .37(3ph) |
G3/eight |
2800 |
.25 |
eleven |
68 |
330*a hundred sixty five*152 |
|
YB-571 |
ten |
twelve |
150 |
.55(1ph) .37(3ph) |
G1/two |
2800 |
.three |
18 |
sixty nine |
340*210*205 |
|
YB-016 |
16 |
19.two |
150 |
.75(3ph) .90(1ph) |
G1/two |
2800 |
.three |
eighteen |
sixty nine |
340*210*205 |
|
YB-571 |
twenty |
24 |
150 |
.seventy five(3ph) .ninety(1ph) |
G1/2 |
2800 |
.five |
twenty |
sixty four |
405*253*210 |
|
YB-571 |
twenty five |
thirty |
a hundred and fifty |
.75(3ph) .ninety(1ph) |
G3/four |
2800 |
.five |
twenty |
sixty four |
405*253*210 |
|
YB-040 |
forty |
48 |
fifty |
one.five |
G11/four |
1400 |
one. |
48 |
sixty seven |
660*300*270 |
|
YB-063 |
sixty three |
seventy five |
50 |
2.2 |
G11/4 |
1400 |
two. |
81 |
68 |
695*420*295 |
|
YB-a hundred |
100 |
120 |
fifty |
3. |
G11/four |
1400 |
2. |
85 |
seventy two |
735*420*295 |
|
YB-160 |
a hundred and sixty |
192 |
fifty |
four. |
G2 |
1400 |
4.5 |
152 |
74 |
805*520*410 |
|
YB-two hundred |
200 |
240 |
fifty |
5.five |
G2 |
1400 |
4.five |
159 |
76 |
825*520*410 |
|
YB-250 |
250 |
300 |
50 |
5.5 |
G2 |
1400 |
7. |
230 |
76 |
one thousand*550*410 |
|
YB-three hundred |
three hundred |
360 |
50 |
seven.five |
G2'' |
1400 |
seven. |
236 |
seventy six |
1200*550*410 |
|
YB-630 |
630 |
750 |
10 |
15 |
DN100 |
960 |
35 |
620 |
seventy five |
1630*1300*980 |
|
YB-750 |
750 |
900 |
ten |
18.five |
DN100 |
1150 |
35 |
640 |
seventy six |
1630*1300*980 |
Basic principle of Vacuum:
Inside the round pump entire body with sucking and exhausting valves, there installed a centrifugal rotor trough with 3 vanes pushed by centrifugal electrical power. The vanes separate the pump interior room into a few areas and the respective volume changes periodically even though the rotor turns. The sucking, compressing and exhausting stages get rid of the air at the inlet and obtain the state of vacuum.
Features:
one. Large utmost vacuum , it can be considerably less than .5mbar
two. Higher deflating velocity
three. Lower noise while working, reduce than 67db
4. Powerful potential in deflating the vapor
five. Protecting environment an oil fog clearer is set in the vacuum pump, and no oil fog in the exhaust air
six. Compact framework, scientific and reasonable layout, and it is straightforward to install in the business system Application Assortment of Solitary-stage Rotary Vane Vacuum Pump:
CZPT, Sticking
--CZPT employed by vacuum or inert gases for assorted meals, metal items and electronic factors
--Sticking for photographs and advertisement sheets CZPT, Transportation, Sticking, Loading/Unloading: --CZPT of glass plate
--Sticking of board, plastic plank
--Loading/Unloading of non-magnetism product
--Loading/Unloading and transportation of paper sheets and paper boards in paper producing and printing market --Transportation of powder components Drying, Air-removing, Dripping
--Air-reducing of moulds, dopes and vacuum furnaceOthers
--Vacuum Warmth Remedy
--Dipping and drying of digital components
--Air-removing of moulds, dopes and vacuum furnaceOthers.
