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Pumps For Befrigerant (Recovery Or Recharge)

Pressurizing medium: refrigerant;Driving medium: compressed air;Maximum output pressure: 3.32MPa;Drive air pressure range: 1bar drive air pressure 8.3bar;Maximum air consumption based on 0.7MPa driving air pressure: 1m ³/ min;Flow rate under 1g/cm standard state: 400g/s;Medium inlet and outlet interface size: RC1/2.


Key Features
  • Key Features
  • Specification

Product Parameter


Pumps For Befrigerant (Recovery Or Recharge)
Pa=driving pressure      Pi=input pressure      Po=output pressure
ModelRatioMin medium inletMax medium outletRefrigerant outlet pressure calculation formulaINOUTAt 1g/CM standard density Flow g/s
Pi(bar)Po(bar)Po
ZB054:010.133.2Pa+4PiPT1/2"PT1/2"400
ZB05D4:010.133.2Pa+4PiPT1/2"PT1/2"400
ZB05F4:010.133.2Pa+4PiPT1/2"PT1/2"400
ZB077:013.4567PaPT3/8"PT3/8"280
ZB07T7:013.4567PaPT3/8"PT3/8"280
4ZB066:013.4486Pa+PiPT3/4"PT3/4"1600
4ZB1010:013.48310Pa+PiPT3/4"PT3/4"900
D-shaped is isolated (completely isolated between the drive cavity and the boost chamber)


Installation Dimensions/(mm)
ModelDrive gas interface
(AIR IN)
ABCDEFGHIMounting HoleWeight/kg
ZB05FG1/2"43321820494172100240//4-φ12*2218
ZB05G1/2"43321820494172100240//4-φ12*2217
ZB07G1/2"43321820494172100240//4-φ12*2218
ZB05TG1/2"433218204941721002403602664-φ12*2218
ZB05DG1/2"43321820494172100240/2664-φ12*2218
ZB07TG1/2"43321820494172100240360/4-φ12*2218


Applicable Media Table
Types of
refrigerants
Chemical
name
Critical
pressure/MPa
Critical
temperature/℃
Boiling
point/℃
Types of
refrigerants
Chemical
name
Critical
pressure/MPa
Critical
temperature/℃
Boiling
point/℃
*R12二氟二氯甲烷4.14111.97-29.8R410aR410a4.9572.551.6
*R22二氟一氯甲烷4.9196.15-40.8R407C二氟甲烷4.61986.7436.1-43.4
R32二氟甲烷5.80878.52-51.7R290丙烷4.2596.6742.2
*R134a四氟乙烷4.07101.1-26.5* No. is marked as special medium and must be noted when ordering;




ZB series refrigerant booster pump is a compressed air single-drive single-acting refrigerant booster pump, which has the advantages of high safety, no medium pollution, low operating cost, portable product, continuous start and stop, and easy maintenance.

Features


1. The driving gas does not need lubrication and is completely separated from the pressurized medium to ensure that the medium is clean.
2. The gas drive makes no heat, sparks and flames generated during the liquid transmission, and the pressure is increased safely.
3. It is suitable for R22, R134A, R407C, R410A and other media, and can be used for liquid and gaseous refrigerants.
4.The ZB series is light in weight, with a total weight of 14 KG. It is easy to carry and easy to work;

Main features


1. Considering the particularity of application scenarios, ZB series refrigerant booster pumps are suitable for all-weather and continuous use;
2. The application of various media puts forward higher requirements on the versatility and stability of its parts and seals;
3. The lengthened guide design makes the refrigerant booster pump more stable;
4. ZB series standard products do not have piping, order code such as: ZB05 (series code + boost ratio);


Special piping method


ZB series can provide T-type piping, and the one-way valve is 180 piping. The order code is: ZB05-T (series code + boost ratio + direction code)
T stands for parallel piping, D stands for unilateral piping, and F stands for vertical pipin

Description of special products


About the medium: When ordering the ZB series refrigerant booster pump, the medium used must be indicated. Special models will be suffixed: such as ZB05-R22, ZB07-CO₂.
About the interface: If you need a special interface, please specify when ordering.

Application scenarios


It is often used for pressurization, transportation and recovery of refrigerants (refrigerants);

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