Viscosity

| 0

Here you can find a diagramm for the flow rate behaviour of the mp6 micropump with viscosity over frequency.

Pressure inlet-outlet

| 0

The mp6-series micropumps always work corresponding to the pump curve, which is based on the maximum flowrate (at zero pressure) and the maximum pressure (at zero flowrate). The curve of pressure and flowrate combinations that are directly achievable with the … Weiter

Vacuum

| 0

Pumps in series connection can be used in order to create underpressures on the inlet side. The underpressure that can be reached follows an exponential curve with multiple pumps, at a certain point further pumps cannot build up further underpressure. … Weiter

Inner volumes of mp6

| 0

The approximate volumes are the following:   mp6 max. pump stroke (100 Hz, 250 V, SRS) ~ 1.6 µl dead volume (100 Hz, 250 V, SRS) ~ 3.5 µl total inner volume ~ 27 µl

Material in contact with fluids

| 0

All wetted materials inside the standard mp6 are PPSU.. Please note that the mp6 is made with material of two grades of PPSU; natural-transparent and black. The lid is black. Radel R-5000 NT is the natural-transparent material and Radel R-5100 … Weiter

Pump efficiency for mp6

| 0

Liquids: The maximum fluidic power is generated by a pump when operating it at half of the maximum flow rate and half of the maximum back pressure. Therefore, these operating conditions will be considered in the following: Operating the mp6 … Weiter

Flow without pulsation

| 0

Due to the functional principle of the piezoelectric diaphragm pumps a pulsation free flow can’t be generated with just the pump. We would recommend to use a damper, for example our developed mp-damper. However, as the displaced volumes are very … Weiter

Sterilization

| 0

Please consider our TechNote of the sterilization methods of the mp6 micropumps. For ebeam and gamma sterilization we had a customer project where a system with the pump was tested before and after the sterilization processes. No impact of the … Weiter