7 Popular Precision Flow Control Technologies for Medical Equipment

13 May.,2024

 

1. Pilot Operated Regulator

Step 1: Understand the function

The pilot operated regulator is designed to maintain a consistent flow rate by controlling the pressure across the regulator.

Step 2: Installation

Install the pilot operated regulator in the desired location in the medical equipment system.

Step 3: Adjust the set point

Set the desired flow rate by adjusting the set point on the regulator.

2. Proportional Solenoid Valves

Step 1: Determine the required flow rate

Calculate the necessary flow rate for the medical equipment application.

Step 2: Select the appropriate valve

Choose a proportional solenoid valve that can provide the required flow rate.

Step 3: Install and calibrate

Install the proportional solenoid valve and calibrate it to ensure precise flow control.

3. Mass Flow Controllers

Step 1: Configure the controller

Set the required flow rate and configure the mass flow controller accordingly.

Step 2: Install the controller

Place the mass flow controller in the appropriate location in the medical equipment system.

Step 3: Monitor and adjust

Regularly monitor the flow rate and adjust the controller as needed to maintain precision.

4. Proportional Control Valves

Step 1: Determine the control parameters

Identify the necessary control parameters for the medical equipment application.

Step 2: Select the appropriate valve

Choose a proportional control valve that can accurately regulate the flow based on the control parameters.

Step 3: Install and test

Install the proportional control valve and test it to ensure it functions correctly.

5. Electronic Pressure Regulators

Step 1: Set the pressure range

Define the required pressure range for the medical equipment system.

Step 2: Program the regulator

Program the electronic pressure regulator to maintain the specified pressure range.

Step 3: Monitor and adjust as needed

Regularly monitor the pressure and make adjustments to the regulator to ensure precise control.

6. Variable Area Flow Meters

Step 1: Determine the flow rate range

Calculate the minimum and maximum flow rates required for the medical equipment.

Step 2: Install the flow meter

Install the variable area flow meter in the system to accurately measure the flow rate.

Step 3: Calibrate the flow meter

Calibrate the flow meter to ensure accurate readings and precise flow control.

7. Diaphragm Valves

Step 1: Choose the appropriate valve size

Select a diaphragm valve that matches the flow requirements of the medical equipment application.

Step 2: Install the valve

Properly install the diaphragm valve in the system to control the flow of fluids.

Step 3: Check for leaks and test

Verify that the valve is leak-free and conduct tests to ensure it functions as intended for precise flow control.

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