Description
♦ Lead Fluid DMD25-Tperistaltic pump head flow range 0.58~4200mL/min, It mainly meets higher requirements such as high precision filling and large flow and low pulsation.
♦ The transmission smoothness is greatly improved by the double line pulsation complementary method.
♦ Elastic upper block structure reduces flow attenuation rate and greatly prolongs the service life of pump tube.
♦ Three pump heads can cascade to form three channels,increase productivity.
♦ The overall uses of aluminum alloy and SS304 material, excellent mechanical properties.
Pump Head Material
|
Shell
|
Aluminum alloy
|
|
Roller
|
SS304
|
|
Roller Axis
|
SS304
|
|
upper block
|
Aluminum alloy
|
Flow Rate Parameters
|
Tube material : Silicone, Pharmed, Viton, Norprene A-60-G/F Wall thickness 2.4mm
|
|||||||
|
ID（mm)
|
1.6
|
2.4
|
3.2 | 4.8 |
6.4
|
7.9
|
9.6
|
|
Tube
|
114#
|
119#
|
116#
|
15#
|
24#
|
35#
|
36#
|
|
mL/rpm
|
0.58
|
1.2
|
2.1
|
4.0
|
7.0
|
9.0
|
12.0
|
|
mL/min (continuous working maximum 350rpm)
|
201
|
426
|
752
|
1400
|
2450
|
3150
|
4200
|
The above flow data wer e obtained from the tests using a silicone tube to transfer pure water
under normal temperature and pressure conditions in the Leif labor atory. This data is f or
reference only.
Tube Installation
Specifications
|
Speed Range
|
0.1~350rpm
|
|
Flow Range
|
0.058~4200mL/min
|
|
Tube
|
114#,119#,116#,15#,24#,35#,36#
|
|
Channel
|
1
|
|
Roller
|
6
|
|
Pressure tube Structure
|
Elastic self-adaptation
|
|
Transmission Pressure
|
≤0.12MPa
|
|
Dimension
|
187x105x125mm
|
|
Net Weight
|
2.8kg
|
Pulsation Complementare Schematic Diagram
Pulsation Curve Simulation Diagram
When DMD25 is an A+B dual pipeline, under the same environmenta l conditions, compare the flow pulsation curve of the mixed pipeline with that of a single pipeline with the same flow rate.
Dimension
Tube Lifetime Comparision Table
Notes:
The above data are all test results obtained by Lead Fluid laboratory under normal temperature and
pressure for the transmission of pure water, which are for reference only; the actual service life may
be affected by specific factors such as pressure, temperature, medium characteristics, tube batch
and wall thickness; for specific problems, please contact Lead Fluid engineers to get better technical support.
Statement：The final explanation right of above information belongs to Lead Fluid.
