An example of the conditioning of the pump: h2>
ND 1.0 E 1.6/63 K13 mA (c): h2>
nd -a single-plune pump
1.0 -dosage accuracy index < Br Style = "Box-Sizing: Border-Box;" />
1.6 -pump supply in liters At the hour
E -automatic supply regulation
63 -Max pressure. In kgf/cm²
to -material of the prototype steel 12x18N9T < Br Style = "Box-Sizing: Border-Box;" />
1 -the absence of a heating shirt (cooling) The running part
4 -the presence of a flushing camera 3 -lack of
M -the Reducer Modernization Index
a -a general-industrial electric motor
(c) -an explosion-proof electric motor < /p>
1. Made in the following performance:
-with a shirt of heating (cooling) of the running part
-with a flushing camera
-with a set of ZIP
-with a pulsation quencher (air cap)
2. In the execution of “E” can be equipped with frequency converters to adjust the pump supply by changing the number of passages of the plunger (change in the speed of rotation of the electric motor).
Feed, l/h | Ru max, kgf/cm² | Limits of supply regulation, l/hour | Drive power, kW | TR>|
"> ">"> ">"> ">"> ">"> ">"> ">"> ">"> ND E 2.5/400 K13 MA (B) TD> | 2.5 | 400 | 0.63-2.5 | 0.25 | TR>
1.6 | 63 | 0.4-1.6 | 0.25 | TR>|
"> ">"> ">"> ">"> ">"> ">"> ">"> ">"> ND 1.0 E 6.3/160 K13 mA (c) | 6.3 | 160 | 1.6-6.3 | 0.25 | TR>
16 | 63 | 4-16 | 0.25 | TR>|
"> ">"> ">"> ">"> ">"> ">"> ">"> ">"> ND 1.0 E 25/40 K13 MA (B) TD> | 25 | 40 | 6.3-25 | 0.25 | TR>
40 | 25 | 10-40 | 0.25 | TR>|
"> ">"> ">"> ">"> ">"> ">"> ">"> ">"> ND 0.5 E 63/16 K13 MA (B) TD> | 63 | 16 | 16-63 | 0.25 | TR>
100 | 10 | 25-100 | 0.25 | TR>|
"> ">"> ">"> ">"> ">"> ">"> ">"> ">"> ND 1.0 E 10/100 K13 mA (c) |
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