With in depth requirments, we can also produce your special designed solution. Moreover, all our production processes are in compliance with ISO9002 standards. Our AdvantagesProducts Big quantity in Stock, No MOQ needed We comply with all the international standards, this sort of as ISO9001 and TS16949 requirements. JZJS roots EPT established is created up of the series linked roots pump and liquid ring pump comma in which the roots pump is the primary pump and the water ring pump is used as the backing pump period
It overcomes the greatest stress distinction when using a solitary liquid ring pump lparcompared with the liquid ring pump comma the ultimate stress of the unit is greatly enhanced rpar comma and the lower pumping fee unEPTTa specific strain comma at the identical time comma reXiHu (West EPT) Dis.Hu (West EPT) Dis. the edge of the rapidly perform and larger pumping charge of the roots pump interval In specific comma it is adapt to pump a excellent quantity of condensable vapors time period
Roots h2o ring EPT method incEPTTs the adhering to sorts colon
lpar1 rpar Roots pump-water ring pump colon The liquid ring pump in this device is used to produce the fore EPT needed for the roots pump period of time EPTTly comma the ultimate EPT diploma of the single-stage drinking water ring EPT pump is not higher comma and the roots pumps need larger supreme EPT diploma comma as a result comma the solitary-phase liquid ring pump is not usually utilized as the backing pump of the roots pump period of time The two-phase drinking water ring pump with lower ultimate pressure can be utilized as the backing pump comma to minimize the supreme strain of the unit period of time
The supreme strain of 1 roots pump and one particular drinking water ring pump is 400PA comma which can satisfy the EPTT requirements of EPT period of time If mix two series linked roots pumps and the h2o ring pump comma the ultimate strain can be drastically improved lparup to 25PA rpar period For that reason comma for this variety comma the mixture of two sequence connected roots pumps with a two-stage pump as the backing pump is widespread to compose the unit time period If want a increased supreme stress comma a blend of 3 roots pumps with a liquid ring pump can be used comma which greatest stress can be up to t 1PA period of time
lpar2 rpar If the a few-phase roots liquid ring device can not fulfill the ultimate strain comma the roots pump-water ring pump pXiHu (West EPT) Dis.Hu (West EPT) Dis.lel mechanical EPT pump can be adopted semi This unit is largely for a EPTizing program which is utilised to treat a fantastic quantity of water vapor comma and requires a EPTT time and a extremely higher greatest EPT diploma comma e period G comma in the EPT drying area period of time
In the EPT technique which is used to handle a excellent sum of h2o vapor comma liquid ring pump is more suitable selection period of time Nonetheless comma its final EPT degree is not higher comma as a consequence comma the ultimate EPT degree of the complete unit is lower lparrelatively rpar period
Despite the fact that in the EPTizing program necessitating larger EPT degree comma the mechanical EPT pump of larger greatest EPT shall be utilised as the backing pump comma the fuel ballast mechanical EPT pump and drinking water-ring pump can be linked in series to act as the fore pump of the roots pump period of time In EPT drying comma first use the liquid ring pump for backing pumping right up until there is a important reduction in drinking water vapor comma and then switch on the gas ballast mechanical EPT pump comma and switch off the water ring pump period
Software
Roots pump-water ring pump method is widely used for the EPT distillation comma EPT evaporation comma dehydration and crystallization in the chemical industry semi Freeze drying in the foods market semi The EPT drying in the pharmaceutical market semi The terylene EPT reducing in the ligEPTT textile sector semi The EPTizing program in large-altitude EPTTlation take a look at comma and so on interval
Operate Product |
lparL solS rpar EPTingSpeed |
lpar lePa rpar EPT Pressure |
EPT Technique | lparkw rpar TotalEPTT |
lparmm rpar Inlet |
lparmm rpar Outletr |
lparkg rpar | |||
MainEPT | EPTTwo | EPTOne | BackingEPT | |||||||
JZJS30-1 | 30 | 400 | ZJ30 | 2SK-one period5 | four period75 | Phi50 | Phi40 | three hundred | ||
JZJS70-2 | 70 | four hundred | ZJ70 | 2SK-one period5 | five period5 | Phi80 | Phi40 | 325 | ||
JZJS70-one | 70 | four hundred | ZJ70 | 2SK-three | 9 | Phi80 | Phi40 | 420 | ||
JZJS150-two | a hundred and fifty | four hundred | ZJ150A | 2SK-3 | 10 period5 | Phi100 | Phi40 | 525 | ||
JZJS150-2A | one hundred fifty | 400 | ZJ150A | SZ-250 | fourteen | Phi100 | Phi100 | 610 | ||
JZJS150-1 | 150 | 400 | ZJ150A | 2SK-6 | eighteen | Phi100 | Phi50 | 650 | ||
JZJS300-two | three hundred | 400 | ZJ300 | 2SK-6 | 19 | Phi150 | Phi50 | 985 | ||
JZJS300-2A | three hundred | 400 | ZJ300 | SZ-360 | 19 | Phi150 | Phi100 | 1015 | ||
JZJS300-one | three hundred | four hundred | ZJ300 | 2SK-twelve | 26 | Phi150 | Phi100 | 1485 | ||
JZJS600-two | 600 | four hundred | ZJ600 | 2SK-twelve | 29 period5 | Phi150 | Phi100 | 1520 | ||
JZJS600-2A | 600 | 400 | ZJ600 | 2SK-twenty | 44 period5 | Phi150 | Phi125 | 2630 | ||
JZJS1200-2 | 1200 | four hundred | ZJ1200 | 2SK-thirty | 66 | Phi300 | Phi125 | 4070 | ||
JZJS30-eleven | 30 | 25 | ZJ30 | ZJ30 | 2SK-one period5 | 5 period5 | Phi50 | Phi40 | 380 | |
JZJS70-21 | 70 | 25 | ZJ70 | ZJ30 | 2SK-1 period5 | six period25 | Phi80 | Phi40 | 420 | |
JZJS70-twelve | 70 | 25 | ZJ70 | ZJ70 | 2SK-one period5 | seven | Phi80 | Phi40 | 440 | |
JZJS70-11 | 70 | 25 | ZJ70 | ZJ70 | 2SK-three | 10 period5 | Phi80 | Phi40 | 535 | |
JZJS150-21 | a hundred and fifty | 25 | ZJ150A | ZJ70 | 2SK-three | twelve | Phi100 | Phi40 | 600 | |
JZJS150-twelve | 150 | twenty five | ZJ150A | ZJ150A | 2SK-three | 13 period5 | Phi100 | Phi40 | 710 | |
JZJS150-eleven | a hundred and fifty | 25 | ZJ150A | ZJ150A | 2SK-six | 21 | Phi100 | Phi50 | 920 | |
JZJS300-22 | three hundred | 25 | ZJ300 | ZJ150A | 2SK-three | 14 period5 | Phi150 | Phi40 | 1150 | |
JZJS300-21 | 300 | 25 | ZJ300 | ZJ150A | 2SK-6 | 22 | Phi150 | Phi50 | 1350 | |
JZJS300-12 | 300 | twenty five | ZJ300 | ZJ150A | 2SK-six | 23 | Phi150 | Phi50 | 1510 | |
JZJS300-eleven | 300 | twenty five | ZJ300 | ZJ300 | 2SK-12 | thirty | Phi150 | Phi100 | 1880 | |
JZJS600-22 | 600 | twenty five | ZJ600 | ZJ300 | 2SK-6 | 26 period5 | Phi150 | Phi50 | 1665 | |
JZJS600-21 | 600 | 25 | ZJ600 | ZJ300 | 2SK-12 | 33 period5 | Phi150 | Phi100 | 1980 | |
JZJS1200-22 | 1200 | 25 | ZJ1200 | ZJ300 | 2SK-twelve | 40 period5 | Phi300 | Phi100 | 3200 | |
JZJS1200-22A | 1200 | twenty five | ZJ1200 | ZJ600 | 2SK-20 | fifty five period5 | Phi300 | Phi125 | 4270 | |
JZJS1200-21 | 1200 | twenty five | ZJ1200 | ZJ600 | 2SK-thirty | seventy three period5 | Phi300 | Phi125 | 4670 | |
JZJS30-111 | thirty | one | ZJ30 | ZJ30 | ZJ30 | 2SK-1 period5 | six period25 | Phi50 | Phi40 | |
JZJS70-211 | 70 | 1 | ZJ70 | ZJ30 | ZJ30 | 2SK-1 period5 | seven | Phi80 | Phi40 | |
JZJS150-211 | one hundred fifty | 1 | ZJ150A | ZJ70 | ZJ70 | 2SK-3 | thirteen period5 | Phi100 | Phi40 | |
JZJS300-411 | 300 | 1 | ZJ300 | ZJ70 | ZJ70 | 2SK-three | 14 period5 | Phi150 | Phi40 | |
JZJS300-221 | three hundred | one | ZJ300 | ZJ150A | ZJ70 | 2SK-three | 16 | Phi150 | Phi40 | |
JZJS300-211 | 300 | one | ZJ300 | ZJ150A | ZJ150A | 2SK-6 | 25 | Phi150 | Phi50 | |
JZJS600-411 | 600 | 1 | ZJ600 | ZJ150A | ZJ150A | 2SK-six | 28 period5 | Phi150 | Phi50 | |
JZJS600-221 | 600 | 1 | ZJ600 | ZJ300 | ZJ150A | 2SK-six | 29 period5 | Phi150 | Phi50 | |
JZJS1200-221 | 1200 | 1 | ZJ1200 | ZJ600 | ZJ300 | 2SK-12 | forty four period5 | Phi300 | Phi100 | |
JZJS2500-222 | 2500 | 1 | ZJ2500 | ZJ600 | ZJ600 | 2SK-twenty | 74 | Phi300 | Phi125 |