Flow transmitters are powerful devices that can measure the amount of liquid or gas moving into and out of factories. Very crucial for a lot of jobs. KAMBODA provide good flow transmitters and it is one of the famous brand which everyone depend on. However, how do we know that these instruments are functioning properly? This is an easy to follow guide so you can check the flow transmitters and how accurate the are by KAMBODA.
Step 1: Calibration
One of the initial examination when verifying a flow transmitter is termed calibration. Calibration means that the flow transmitter is giving the right amount of measurement. In other words, when you buy a KAMBODA flow Pressure transmitter/sensors we are not only selling you products, we will offer with certificate in it. The certificate is a piece of paper that says how well the device can measure something. Still, it bears repeating to check this accuracy yourself after using a device for some time. After long-term use, original product will also need to be recalibrated or if it has been stored in a very hot or extremely cold aria. This means that you should never get wrong results due to these kinds of measurement changes.
Step 2: Check for Drift
Secondly is to monitor for a phenomenon known as drift. Drift: The term used to indicate that the flow transmitter begins to read an incorrect measurement over time. It may be caused by various environmental factors like temperature variation, pressure fluctuation, or even vibration. you can check for drift by comparing the readings on your flow transmitter to another tool which you know is accurate. This is also known as being a reference standard. Deviations are almost non-existent with the KAMBODA flow transmitter so you know that they will be acceptable to use for a long time.
Step 3: Confirm the Linearity
Step 3: Verify the Linearity of your Flow Transmitter Linearity pertains to the flow transmitter ability to accurately measure a range of flow rates. It should act in a linear manner, reflecting the flow or level of liquid or actually gas passing with what reading the device gives. This can result in large errors being made in measurements simply because the readings are not linear. The linearity will be verified by comparison of the readings from your flow transmitter to a known flow source. This is how you can know if everything working fine
How to Measurewater Flow Rate With KAMBODA Transmitters
In any industry, safety and quality are crucial if flow rate is very low. Some practical advice in terms of avoiding any issues when you want to test flow transmitters accuracy assessment with KAMBODA:
Select Flow Meter Correctly: Unlike a pump, in each particular application there is one optimal flow meter. They will typically offer multiple models that are designed for different flow rates, pressures, and liquid viscosities.
Install Correctly: Ensure that you follow the manufacturer instructions when installing your flow transmitter. This is why you need to examine if there is a leak or blockage in the pipe at the entree and exit point of the device. Proper installation assist the device in working more accurately.
How to Select KAMBODA Flow Transmitter?
KAMBODA offers a slew of flow transmitter options and all with their own specific features for different applications. Below we will discuss these factors in necessary detail to take into account while choosing the most suitable KAMBODA flow transmitter for your use.
Type of application: What fluid you need to measure? Consider its Advantages It's thickness, density, Can it do any damage?
KAMBODA Flow Range: The transmitters provided by KAMBODA be it low flow or high flow can measure accurately. This way, however you measure it, you are comparing apples to apples on the other side.
KAMBODAs The return valve, destroyers and flow transmitters all boast of high accuracy. Of course, not all models are equally well-validated. you have to think about what sort of level of precision makes sense for your use-case.
Where The Flow Transmitter Will Be Used: The very first condition that needs to be considered is the ambient conditions where you will place your flow transmitter. KAMBODA is an example of a product with models that are particularly good in tough or hazardous swamped places.
Keeping Accuracy Consistent
It is very important that your flow transmitters are always working perfectly. Modifications in flow rates will certainly influence just how effectively whatever runs in your procedure. Read below to know how can you make your KAMBODA flow transmitters to operate with the consistent accuracy.
Scheduled Recalibration: The flow transmitter must be recalibrated at least once a year. When engaging in this task, always be sure to follow the directions provided by the manufacturer.
Continuous Monitoring: you must keep an eye on your flow transmitter, it should not go off the track i. e. it is portable device which can experience drift or have a difference from what you expects so always monitor regularly. Inspections will assist in catching issues before they are exascerbated.
Clean your Flow Transmitter: Ensure that your flow transmitter is properly maintained. Make sure you clean it regularly and do not expose it to anything that could seriously damage the product.
Educate your Staff: Remember to educate your team on proper KAMBODA flow transmitters handling. A method to follow the manufacturer instructions will everyone must now be well aware of so function of devices can be guaranteed.
