In the current IV industry, many clinics, pharmacies, and home infusion firms are seeking more cost-effective ways to provide continuous infusions to their patients. One of the common options that these businesses are considering is the use of flow regulator IV set.
A IV flow regulator, also known as a dial-a-flow, is a device that is used to control the amount of fluid that is administered via an intravenous line (IV) to maintain a steady flow rate. The use of dial-a-flow extension sets with IV flow regulator tubing is a fantastic way to save money while still receiving the benefits of free-flow protection.
Flow regulators may not provide as constant performance as many ambulatory and pole-mounted infusion pumps, but several manufacturers have been able to dial in the precision to an acceptable range (+/- 10%). Despite this flow regulator IV sets are becoming more popular.
Because IV flow regulators are so easy to use with an infusion patient, clinical teams don’t require nearly as much training as they would otherwise. These devices’ effectiveness may be hindered by a number of circumstances, including the kind of drug that is being administered, the symptoms that the patient is experiencing, and the setting in which the infusion is being carried out.
How do these flow regulator iv set works?
These IV flow regulators work both by an electric pump and manually but in both cases, you will be needed a person who can check the iv regulatory so that you are receiving the right amount of fluid. While the flow regulator is working by the electric pump then the person or nurse will regulate the pump to process the perfect amount of fluid into you.
But in the manual process, the nurse has to check it manually and have to increase and decrease the pump on their own, for that they have to check and count the number of drops in the time interval of one minute and have to control the flow (have to slow down it or speed it up) according to its needs. That’s how both systems work.
Is it ok if there is any air bubble in the IV regulator line?
No, of course not. But if there is a little air bubble in the flow regulator IV sets and it goes through the vein then it will not affect your heart too much because it is very small. But in case the air bubble reaches the arterial system through the for a men oval then it can cause some serious problems like blood deficiency. So, this thing depends on the flow in which way it goes, that’s why it will be better not to have any air bubbles in the IV regulator line so that the patient can be always safe.
Roles Played by a Flow Regulator: –
- Functions Of flow regulator iv set flow controllers make use of an appropriate control valve in conjunction with a flow rate sensor to regulate the flow rate in spite of changes in the intake pressure. The pressure sensor will detect the quantity of flow that is occurring at this time and will swiftly create the pressure decrease signal. A signal that is being supplied into an electrical circuit is what this is.
- The user of the Flow Control System is provided with the opportunity to designate a set point by making use of a touchscreen monitor located on this device while they are working with the system.
- However, he can also control it remotely with the use of an electrical signal. In addition, the flow regulator will make the necessary adjustments to the integrated valve in response to the flow rate that you choose. The IV flow regulator needs to be selected based on the output expected of it.
- This is a fantastic feature that gives the user the ability to manipulate the flow controller utilizing a variety of different settings and locations. The integrated touchscreen provides the user with access to the flow rates, the condition of the alarm, the totalized flow, and a great deal more information.
Conclusion: –
Applications that need measurements of very low flow rates are ideal candidates for use with a flow regulator IV set. Therefore, the control will work in situations when the flow rate remains the same. These flow controls find further use in the semiconductor manufacturing sector.
