Pumps For Befrigerant (Recovery Or Recharge)

Pumps For Befrigerant (Recovery Or Recharge)

Pa=driving pressure      Pi=input pressure      Po=output pressure

Model

Ratio

Min medium inlet

Max medium outlet

Refrigerant outlet pressure calculation formula

IN

OUT

At 1g/CM standard density Flow g/s

Pi(bar)

Po(bar)

Po

ZB05

4:01

0.1

33.2

Pa+4Pi

PT1/2"

PT1/2"

400

ZB05D

4:01

0.1

33.2

Pa+4Pi

PT1/2"

PT1/2"

400

ZB05F

4:01

0.1

33.2

Pa+4Pi

PT1/2"

PT1/2"

400

ZB07

7:01

3.4

56

7Pa

PT3/8"

PT3/8"

280

ZB07T

7:01

3.4

56

7Pa

PT3/8"

PT3/8"

280

4ZB06

6:01

3.4

48

6Pa+Pi

PT3/4"

PT3/4"

1600

4ZB10

10:01

3.4

83

10Pa+Pi

PT3/4"

PT3/4"

900

D-shaped is isolated (completely isolated between the drive cavity and the boost chamber)

Installation Dimensions/（mm）

Model

Drive gas interface（AIR IN）

A

B

C

D

E

F

G

H

I

Mounting Hole

Weight/kg

ZB05F

G1/2"

433

218

204

94

172

100

240

/

/

4-φ12*22

18

ZB05

G1/2"

433

218

204

94

172

100

240

/

/

4-φ12*22

17

ZB07

G1/2"

433

218

204

94

172

100

240

/

/

4-φ12*22

18

ZB05T

G1/2"

433

218

204

94

172

100

240

360

266

4-φ12*22

18

ZB05D

G1/2"

433

218

204

94

172

100

240

/

266

4-φ12*22

18

ZB07T

G1/2"

433

218

204

94

172

100

240

360

/

4-φ12*22

18

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

CCL2F2

4.14

111.97

-29.8

R410a

R410a

4.95

72.5

51.6

*R22

CHCLF2

4.91

96.15

-40.8

R407C

CH2F2

4.619

86.74

36.1-43.4

R32

CH2F2

5.808

78.52

-51.7

R290

C3H3

4.25

96.67

42.2

*R134a

CH2FCF3

4.07

101.1

-26.5

* No. is marked as special medium and must be noted when ordering;