ADI's Dia-Vac® Pumps can Pass Your Gas at the Speed of Need! Due to an increased
interest in reducing the pressure, vacuum and/or flow on the Dia-Vac® pumps, our engineers
designed a modified eccentric design. This allows you to customize your Dia-Vac® pump to
meet your application requirements while at the same time increasing the diaphragm and
bearing life. The normal eccentric size is 0.160 on the Micro Dia-Vac® Pump. Please
see How to Specify and Order Pumps at ADI or call the
factory direct for more information.
Please note that the chart below is not meant to be read as a combination of pressure and
vacuum at the same time, only pressure or vacuum.
Micro Dia-Vac®
Performance
(Please click on individual Model # for actual performance curves)
|
Model #
|
PSIG
(Max Pressure)
|
Bar
(Max Pressure)
|
InHg
(Ultimate Vacuum)
|
Mbar
(Ultimate Vacuum)
|
CFM
(Max Flow)
|
LPM
(Max Flow)
|
|
B081 |
8.5
|
0.59
|
14.9
|
505
|
0.138
|
3.9
|
|
B101 |
12.9
|
0.89
|
17.4
|
589
|
0.155
|
4.4
|
|
B121 |
18.1
|
1.25
|
20.2
|
684
|
0.2
|
5.7
|
|
B141 |
23.4
|
1.61
|
21.4
|
725
|
0.24
|
6.8
|
|
B161 (std.) |
29.2
|
2.01
|
23.0
|
778
|
0.268
|
7.6
|
|
B162 (Double) |
34.3
|
2.36
|
22.2
|
752
|
0.45
|
12.6
|
|
Notes:
- Test results are averaged, and therefore should be considered approximate.
- Tests performed with 316ss head, Teflon® diaphragm, 1/4 inch diameter hose x 5 ft. line at 75° F, using a std. 3000 rpm motor at 60 Hz.
- These test results are for reference only, and are intended to help provide information to the user when determining which pump to buy. Actual pump performance will depend upon the users' applications.
- For 50 Hz operation, reduce output by 17%
|