In this article, we will review the liquid analysis transmitter, stay with us. The liquid evaluation process is carried out in order to measure pH, concentration and measure all types of liquids containing chlorine dioxide, ammonia, chlorine, ozone and oxygen.

Information about the transmitter

The transmitter has different types that are made pneumatically and electrically, the output of the pneumatic transmitter is at least 3 psi, this value may change based on the input changes, the electric transmitter is at least 4 milliamps. In all transmitters, there are two parts: converter and amplifier.

Analyzer components

In order to maintain the environment and the quality of products, it is necessary to improve the process by using a liquid analysis transmitter, there are many liquids that need to be analyzed, this is done with the help of conventional models and the most advanced technologies, in general, the analyzer contains 3 parts of the transmitter with screen, measuring sensor and wire to communicate between the sensor and the transmitter, the transmitter part in some accessories has a controller to adjust the variable, these accessories are used to issue information about protocols that have the power to communicate and are intelligent are used.

The advantage of using a liquid analysis transmitter

With the help of liquid analysis transmitter, various parameters of liquids can be evaluated. The accurate analysis of liquids makes the quality of products and the safety of the process to a higher level, in addition, the products have a large production. Communicating development protocols help users to seamlessly integrate their equipment into a series creation, trading, and asset control system.In analyzers, the transfer of information from the sensor to the transmitter is very important, when you measure ph, the current decreases, but the internal strength of the sensor increases, note that high impedance is required when communicating with the transmitter. The moisture that is present in the connection of the sensor causes changes in the measured value, in addition, it is possible that the signal transmission is not measured correctly. The transfer of information from the sensor to the transmitter can be done without physical connection through memosens technology, the result of this action is as follows;

• It is highly resistant to corrosion.
• The presence of moisture does not cause any problems in the connections.
• It has great strength in changes in the amount of measurement compared to humidity or water.

Information about level transmitters

The transmitter is a very accurate device that calculates the electrical output based on the measurement of the level without change. The level transmitter is used to measure the level of a fluid. This tool is used to determine the level of the fluid at a precise time. It is made in such a way that the level of liquids and solids can be measured with its help, this widely used device is used in various industrial fields. Any container that needs to be measured, the liquid analysis transmitter is used to do this accurately, this tool is used in various fields such as: food products, beverages and chemicals.

The difference between a level transmitter and a level switch

As mentioned, the liquid transmitter is used to measure the fluid level at a certain time, this instrument can measure various fluids and solids at any time and it is different from the level switch, the switch is made in such a way that only the current fluid level which reaches a specified level to give an alarm, so that the system goes out of the circuit, but the liquid transmitter can measure the fluid level and announce it at the same time.

Liquid analysis transmitter measurement method

The liquid analysis transmitter has a sensor or sensors so that through this device it can send the measurement report to the converter, then the converter converts the information into digital form, based on the fact that there are different types of this device, the way each one works is different. But the general steps of the measurement are that the changes in the fluid level cause the exchange of the conditions of the sensor, so it is possible that there is a physical float on the arm, in addition, in some cases it is in the form of a radio transmitter or receiver for radar waves. And finally, the converter of the device undergoes transformations, the data created in the form of current stored in the converter are changed to digital information by the transducer and transferred to the operator on the screen.

Level transmitter in terms of measurement method

Liquid analysis transmitters are divided into the following types in terms of measurement methods;

• Mechanical fluid transmitter
• Radar fluid transmitter
• Ultrasonic liquid transmitter
• Transmitted microwave surface
• Chambered liquid transmitter
• Magnetic fluid transmitter
• Hydrostatic fluid transmitter

The measuring method of liquid analysis transmitter is different in each of the above types.

Knowing some points when buying liquid transmitters

If you intend to buy Liquid analysis transmitter you have, you should pay attention to various things in order to be satisfied with your purchase, some of these factors are as follows; The measurement environment, the measurement situation, the size of the transmitter, and the type of fluid, which you must specify in advance, then proceed to purchase. If you intend to use a capacitive transmitter, you must prepare the type of electric fluid, because the size is large. and is used to measure the surface,Therefore, it is not possible to use non-dielectric fluids in this type of transmitter. The mechanical transmitter can reach the surface of the fluid with the help of a cylinder or a rope. If this is not possible for any reason, you cannot use the mechanical transmitter. Note that in the hydrostatic transmitter, the density of the liquid must be unchangeable. Therefore, if the density is mixed, choosing this type of transmitter is not suitable. In the end, thank you to all those who read this article.