CZPT Multiphase Dry Vacuum Pump CZPT Info

 

Design five collection

MRD5320

MRD5380

MRD5480

MRD5600

MRD5750

MRD5880

Pumping Capability(50/60Hz)

mthree/hr

270/320

330/380

four hundred/460

550/650

650/780

800/950

Greatest Strain(50/60Hz)

Mbar(A)

.two/.fifteen

.fifteen/.ten

Motor Electrical power (IEC Motor)

kw

7.5

fifteen

18.5

Motor Velocity(50/60Hz)

Rpm

2960/3570

Process Connection

Inlet Flange

DIN/ASME

DN80 PN10 (3" a hundred and fifty#)

DN100 PN10 (4" one hundred fifty#)

DN150 PN10 (5" 150#)

Exhaust Flange

DIN/ASME

DN40 PN10 (1.5" Woman)

DN50 PN10 (2" Woman)

Cooling Drinking water

Max Inlet Stress

bar

4

Max Outlet Temperature

°C

70

sixty

CZPT

Gearing Oil Type

Shell T-68

Shell T-sixty eight

Seal Kind

Gearing End Seal

CZPT seal + Lip Seal

Bearing End Seal

Piston Ring Seal + Gas purge Seal

Seal Purge Seal

Nitrogen Pressure

Bar

.1-.25

Link

.25In Woman / Φ6 Tube

Noise Degree(50/60Hz)

dB

78

80

Vibration

μm

<20

<25

Fat (with motor)

Kg

385

415

435

710

760

800

Max Exhaust Fuel Temperature

°C

fifty

fifty five

60

75

80

eighty five

Max Pump Area Temperature

°C

25

twenty five

25

32

32

32 two

CZPT Multiphase Dry Vacuum Pump characteristic advantage:

 

Pump Sort	Multistage Vacuum dry Pump	Screw Vacuum   dry Pump	Scroll vacuum dry pump	Air cooled roots pump	Liquid Ring pump	Oil Rotary Vane Pumps	Oil rotary piston pump
Capacity	100-20000m3/h	80-3000mthree/h	ten-60mthree/h	one thousand-20000m3/h	20-10000mthree/h	20-1000m3/h	150-800m3/h
Pressure	.1-1013mbar	.one-1013mbar	.05-1013mbar	two hundred-1013mbar	fifty-1013mbar	.001-1013mbar	.005-1013mbar
Exhaust	√Gas	√Gas	√Gas	√Gas	(drinking water)	(Oil)	(Oil)
Energy	Lowest	Low	Low	Premier	Massivest	Center	Huge
Capacity Efficiency	Ideal	Low	Low	CZPTer	CZPTer	General	Low
Motor Velocity	>3000rpm	>3000rpm	1five hundred-3000rpm	1000-1500rpm	500-1500rpm	500-1500rpm	500-1000rpm
Rotor rotation	Concentric	Concentric	Eccentric	Concentric	Eccentric	Eccentric	Eccentric
Gas Air	√	√	√	√	√	√	√
Gas Steam	√			√	√
Gas Higher boiling					√	√	√
Gas Dust					√
Gas Corrosive
Gas explosive	√				√

CZPT Multiphase Dry Vacuum Pump structure benefit
 

Multiphase Dry Vacuum Pump Gas Way	Screw dry vacuum pump Gas Way
Airflow course radial, Corrosive method fuel does not attack the bearing and gear axially immediate	Airflow course axial, Corrosive process attack the bearing and gear axially in gear cap violent
Method gas is compressed uniformly in each and every phase of rotors. Uniform compression warmth, so reduced exhaust fuel temperature	The method fuel is compressed centrally at the conclude of screw, so large exhaust gasoline temperature and screw
Approach gas could get in touch with with more cooling jacket area, high heat dissipation efficiency	Procedure gas could get in touch with with few cooling jacket surface, reduced heat dissipation
Roots rotor is more resistant to particles and adherents, number of impacts on its functionality following its area dress in and corrosion	Screw rotor is unsuitable for particles and adherents, huge impacts on its functionality after its area wear and corrosion

CZPT Exhibitions

CZPT International Consumers:

CZPT Product CZPT:

FAQ

Q1: Are you manufacturing unit or trade organization?
 
A1: We are manufacturing facility.

A2: What the exactly handle of your manufacturing unit? 

A2: Our company is located in No. 6767, Tingfeng Rd. CZPTn District, ZheJiang  201502, China
And our factory is located in No.58,Hulu road, Xinbang Town, CZPT area, CZPTang District, ZheJiang , China

Q3: Warranty terms of your equipment? 

A3: One year warranty for the device and technological help in accordance to your requirements.

This autumn: Will you offer some spare parts of the equipment? 

A4: Yes, of course.

Q5: How long will you take to prepare manufacturing? 

A5: 380V 50HZ we can shipping and delivery the products inside 10 times. Other electricity or other color we will delivery within 22 times

Q6: Can you accept OEM orders? 

A6: Yes, with professional design team, OEM orders are highly welcome.