With several years’ encounter in this line, we will be trustworthy by our rewards in aggressive value, one-time supply, prompt response, on-hand engineering assistance and very good after-revenue services.Furthermore, all our generation techniques are in compliance with ISO9001 standards. EPG has been efficiently licensed by ISO9002 High quality Administration Program, ISO9001 Quality Management Technique, API certificate, ISO/TS16949:2002 and ISO10012 measurement administration system. Our products are used in many fields. JZJS Roots-Drinking water Ring Vacuum EPT Method is made up of the series linked roots pump and liquid ring pump, exactly where the roots pump is the primary pump and the drinking water ring pump is utilised as the backing pump.
It overcomes the final force distinction when making use of a single liquid ring pump (compared with the liquid ring pump, the ultimate stress of the device is significantly improved), and the reduced pumping fee unEPTTa specific stress, at the identical time, reXiHu (West EPT) Dis.Hu (West EPT) Dis. the benefit of the fast operate and greater pumping rate of the roots pump. In specific, it is adapt to pump a great volume of condensable vapors.
Roots drinking water ring EPT technique incEPTTs the adhering to types:
(one) Roots pump-drinking water ring pump: The liquid ring pump in this unit is utilised to generate the fore EPT necessary for the roots pump. EPTTly, the final EPT degree of the one-stage water ring EPT pump is not large, and the roots pumps demand higher supreme EPT degree, as a result, the single-stage liquid ring pump is not usually utilized as the backing pump of the roots pump. The two-phase drinking water ring pump with decrease greatest strain can be used as the backing pump, to minimize the supreme force of the device.
The final stress of one roots pump and 1 drinking water ring pump is 400PA, which can meet the EPTT demands of EPT. If blend two series related roots pumps and the drinking water ring pump, the ultimate pressure can be significantly improved (up to 25PA). Therefore, for this type, the mix of two series connected roots pumps with a two-stage pump as the backing pump is common to compose the device. If need a larger greatest force, a combination of three roots pumps with a liquid ring pump can be employed, which supreme pressure can be up to t 1PA.
(two) If the 3-phase roots liquid ring unit can not meet the final stress, the roots pump-drinking water ring pump pXiHu (West EPT) Dis.Hu (West EPT) Dis.lel mechanical EPT pump can be adopted This unit is mostly for a EPTizing system which is utilised to treat a wonderful sum of drinking water vapor, and demands a EPTT time and a quite high final EPT diploma, e. G, in the EPT drying location.
In the EPT method which is utilized to take care of a wonderful volume of water vapor, liquid ring pump is much more suitable choice. Nevertheless, its supreme EPT diploma is not higher, as a result, the ultimate EPT degree of the complete device is reduce (fairly).
Though in the EPTizing program necessitating larger EPT diploma, the mechanical EPT pump of increased final EPT shall be utilised as the backing pump, the gas ballast mechanical EPT pump and drinking water-ring pump can be connected in series to act as the fore pump of the roots pump. In EPT drying, first use the liquid ring pump for backing pumping right up until there is a significant reduction in water vapor, and then switch on the fuel ballast mechanical EPT pump, and change off the drinking water ring pump.
Application
Roots pump-drinking water ring pump technique is broadly utilized for the EPT distillation, EPT evaporation, dehydration and crystallization in the chemical sector Freeze drying in the food market The EPT drying in the pharmaceutical business The terylene EPT reducing in the ligEPTT textile market The EPTizing system in high-altitude EPTTlation take a look at, and so on.
Requirements
Operate Design |
(L/S) EPTingSpeed |
( lePa) EPT Stress |
EPT Method | (kw) TotalEPTT |
(mm) Inlet |
(mm) Outletr |
(kg) | |||
MainEPT | EPTTwo | EPTOne | BackingEPT | |||||||
JZJS30-one | thirty | four hundred | ZJ30 | 2SK-one.five | 4.seventy five | Phi50 | Phi40 | 300 | ||
JZJS70-2 | 70 | 400 | ZJ70 | 2SK-1.5 | 5.five | Phi80 | Phi40 | 325 | ||
JZJS70-one | 70 | 400 | ZJ70 | 2SK-three | nine | Phi80 | Phi40 | 420 | ||
JZJS150-two | one hundred fifty | 400 | ZJ150A | 2SK-three | ten.five | Phi100 | Phi40 | 525 | ||
JZJS150-2A | 150 | four hundred | ZJ150A | SZ-250 | fourteen | Phi100 | Phi100 | 610 | ||
JZJS150-1 | 150 | 400 | ZJ150A | 2SK-6 | 18 | Phi100 | Phi50 | 650 | ||
JZJS300-two | three hundred | 400 | ZJ300 | 2SK-6 | 19 | Phi150 | Phi50 | 985 | ||
JZJS300-2A | 300 | four hundred | ZJ300 | SZ-360 | 19 | Phi150 | Phi100 | 1015 | ||
JZJS300-one | 300 | 400 | ZJ300 | 2SK-twelve | 26 | Phi150 | Phi100 | 1485 | ||
JZJS600-2 | 600 | four hundred | ZJ600 | 2SK-twelve | 29.five | Phi150 | Phi100 | 1520 | ||
JZJS600-2A | 600 | 400 | ZJ600 | 2SK-20 | forty four.5 | Phi150 | Phi125 | 2630 | ||
JZJS1200-two | 1200 | 400 | ZJ1200 | 2SK-30 | sixty six | Phi300 | Phi125 | 4070 | ||
JZJS30-eleven | thirty | twenty five | ZJ30 | ZJ30 | 2SK-one.5 | five.five | Phi50 | Phi40 | 380 | |
JZJS70-21 | 70 | twenty five | ZJ70 | ZJ30 | 2SK-one.5 | 6.twenty five | Phi80 | Phi40 | 420 | |
JZJS70-12 | 70 | 25 | ZJ70 | ZJ70 | 2SK-1.5 | 7 | Phi80 | Phi40 | 440 | |
JZJS70-11 | 70 | twenty five | ZJ70 | ZJ70 | 2SK-three | ten.5 | Phi80 | Phi40 | 535 | |
JZJS150-21 | one hundred fifty | 25 | ZJ150A | ZJ70 | 2SK-three | twelve | Phi100 | Phi40 | 600 | |
JZJS150-twelve | one hundred fifty | 25 | ZJ150A | ZJ150A | 2SK-three | 13.5 | Phi100 | Phi40 | 710 | |
JZJS150-11 | 150 | twenty five | ZJ150A | ZJ150A | 2SK-6 | 21 | Phi100 | Phi50 | 920 | |
JZJS300-22 | 300 | 25 | ZJ300 | ZJ150A | 2SK-3 | 14.5 | Phi150 | Phi40 | 1150 | |
JZJS300-21 | 300 | twenty five | ZJ300 | ZJ150A | 2SK-6 | 22 | Phi150 | Phi50 | 1350 | |
JZJS300-12 | three hundred | 25 | ZJ300 | ZJ150A | 2SK-6 | 23 | Phi150 | Phi50 | 1510 | |
JZJS300-11 | three hundred | twenty five | ZJ300 | ZJ300 | 2SK-12 | 30 | Phi150 | Phi100 | 1880 | |
JZJS600-22 | 600 | 25 | ZJ600 | ZJ300 | 2SK-6 | 26.5 | Phi150 | Phi50 | 1665 | |
JZJS600-21 | 600 | 25 | ZJ600 | ZJ300 | 2SK-12 | 33.5 | Phi150 | Phi100 | 1980 | |
JZJS1200-22 | 1200 | twenty five | ZJ1200 | ZJ300 | 2SK-12 | forty.five | Phi300 | Phi100 | 3200 | |
JZJS1200-22A | 1200 | 25 | ZJ1200 | ZJ600 | 2SK-twenty | fifty five.5 | Phi300 | Phi125 | 4270 | |
JZJS1200-21 | 1200 | twenty five | ZJ1200 | ZJ600 | 2SK-30 | seventy three.five | Phi300 | Phi125 | 4670 | |
JZJS30-111 | 30 | one | ZJ30 | ZJ30 | ZJ30 | 2SK-one.five | six.25 | Phi50 | Phi40 | |
JZJS70-211 | 70 | one | ZJ70 | ZJ30 | ZJ30 | 2SK-1.five | seven | Phi80 | Phi40 | |
JZJS150-211 | a hundred and fifty | one | ZJ150A | ZJ70 | ZJ70 | 2SK-three | 13.5 | Phi100 | Phi40 | |
JZJS300-411 | 300 | 1 | ZJ300 | ZJ70 | ZJ70 | 2SK-three | 14.five | Phi150 | Phi40 | |
JZJS300-221 | three hundred | one | ZJ300 | ZJ150A | ZJ70 | 2SK-3 | 16 | Phi150 | Phi40 | |
JZJS300-211 | three hundred | one | ZJ300 | ZJ150A | ZJ150A | 2SK-six | twenty five | Phi150 | Phi50 | |
JZJS600-411 | 600 | one | ZJ600 | ZJ150A | ZJ150A | 2SK-6 | 28.five | Phi150 | Phi50 | |
JZJS600-221 | 600 | one | ZJ600 | ZJ300 | ZJ150A | 2SK-six | 29.five | Phi150 | Phi50 | |
JZJS1200-221 | 1200 | 1 | ZJ1200 | ZJ600 | ZJ300 | 2SK-twelve | forty four.5 | Phi300 | Phi100 | |
JZJS2500-222 | 2500 | 1 | ZJ2500 | ZJ600 | ZJ600 | 2SK-20 | seventy four | Phi300 | Phi125 |