«Eco-Potential M» Ltd. Moscow
Pump and compressor equipment
equipment for sewage treatment
plants: aeration, water treatment,
filtration, wastewater treatment
mechanical sludge dewatering
multi-line phone:
+7(495)
788-01-88
fax:735-28-04
ABOUT US
EQUIPMENT CATALOGUE
Biofilters and biological media Matala
Mechanical Screens
Air Blowing Equipment
Oil Collector (Skimmer)
Sludge Dehydrator
Air Diffusers
Dosing Pumps (Doseuro)
Distributive Valve
Vertical Mixers (Doseuro)
Submersible Mixers (Faggiolati)
Submersible Pumps (Faggiolati)
Polymer Stations
Automatic grease removal
CONTACT US
Technical characteristics

Small capacity air pump Hiblow | Air blowers Becker

Small capacity membraneous air-pumps of НР Series 10.20.30.40

Specification

Model

НР10

НР20

НР30

НР40

Voltage

V

220

Working Pressure

kPa

9,8

12,8

Capacity

l/min

10

18

30

40

Consumed Power

W

8,5

17

22

38

Noise Level

dB (1m)

30

31

31

32

Weight

kg

3,2

5,7

Characteristics
Dimensions*

Model

A

B

C

D

E

F

G

H

HP10/HP20

182

138

170

21

92

78

37

?18

HP30/HP40

208

171

190

20

120

90

37

?18

*Dimensions in mm
 

Small capacity membraneous air-pumps of НР Series 60.80.100.120
 

Specification

Model

НР60

НР80

НР80U

НР100

НР120

Voltage

V

220

Working Pressure

kPa

14,7

17,7

Capacity

l/min

60

80

80

100

120

Consumed Power

W

51

71

83

95

115

Noise Level

dB (1m)

35

36

37

38

40

Weight

kg

7

8,5

 
Characteristics
Dimensions*

Model

A

B

C

D

E

F

G

H

HP60/HP80/НР80U

235

180

196

21

130

100

37

?18

HP100/HP120

256

200

222

20

140

110

37

?18

 
*Dimensions in mm
 

Small capacity membraneous air-pumps of НР Series 150.200
 

Specification

Model

НР150

НР200

Voltage

V

220

Working Pressure

kPa

20

Capacity

l/min

150

200

Consumed Power

W

125

210

Noise Level

dB (1m)

45

46

Weight

kg

9

 
Characteristics
 
Dimensions*

*Dimensions in mm

 
Copyright © 2007 «Eco Potential» +7(495) 788-01-88, 978-59-19
All rights reserved. When using this information reference to the source.