Peristaltic Dosing Pumps Characteristic :
1 Clean and pollution-free: fluid only passes through and touches the Peristaltic Pump hose.
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3. Low shear force: It is an ideal tool for conveying shear-sensitive and corrosive fluids.
4. Corrosion resistance: it can transport various fluids, such as organic solvents and corrosive liquids.
5. Idling and dry operation: air or gas-liquid-solid three-phase mixed transportation can also be transported.
6. Possess self-priming ability: self-priming, no need to fill the pump, no need to empty.
7. It has the function of a shut-off valve, does not siphon, has no seals, and has the functions of a shut-off valve and a check valve.
8. Two-way conveying function: reverse pumping and back-suction functions can be realized by changing the direction of the pump runner.
9. Simple maintenance: only need to replace the peristaltic pump hose, no valve and seal replacement.
The selection of metering pump parameters and the main advantages of electromagnetic metering pump
First, the selection of metering pump parameters: 1. Is the measurement of liquid flow. 2. Measured the main characteristics of the liquid, such as chemical corrosion, viscosity and specific gravity. System back pressure. 4 suitable suction height. 5. Other options required, such as analog control, pulse control, flow monitoring and timer. Second, what are the main advantages of electromagnetic drive metering pump? Electromagnetic drive metering pump only one moving parts - armature shaft. Generally, the less moving parts, the more reliable the metering pump works. Metering pump is ideal for low-flow, low-pressure workplaces, and good compensation in the supply voltage fluctuations. What are the advantages of metering pumps with fixed stroke length and varying frequency compared to metering pumps with fixed frequency and varying stroke length? With this correction, the dosing amount per stroke is known. The total dosage can therefore be calculated (dosing = dosing per stroke * frequency). The total dosage is linear with frequency (50% frequency = 50% dosing). Through external pulse or analog control, dosage can be transferred from minimum to maximum in one second. In addition, it is much less costly than motor-driven stroke length adjustment. Third, how to use the metering pump performance curve? 1. Find the selected metering pump performance curve. 2. Indicate the current back pressure in the chart below. 3. Determine the correction factor, taking the backpressure value in bar, up to the curve, and read the correction factor vertically left at the intersection. 4. Divide the required dosage value by the correction factor to give the value in ml / min. Or L / h. Put the calculation result in the middle of the dosage scale. 6. When placing this value on the dosing scale, use a ruler to find the stroke length setting and stroke frequency setting.