China Changsha Taihe Electronic Equipment Co. Company News

The selection of load cell sensor for foreign trade exports is the most important! At least these standards must be met! Don't violate the law, your order cannot be delivered more difficult; Your quality, accuracy, and applicability are at the lowest cost. Additionally, your production costs will not decrease. Whether you are verifying with CIP locally or physically, it is highly beneficial for customers. Your team lifts under specific conditions, but if you have any questions, as long as you do not exceed your regulations, we will satisfy you. Whether purchasing for your target or assisting the sales team in completing sales, we will quickly reduce your economic benefits in one aspect.   To let us know about your order or related situation, you can decide to OST. Generally speaking, the EHT model can be shipped within 72 hours. If there is no order or no batch settlement, the delivery time refers to the situation where there is no time available for delivery in the case of new orders or packaging. If there are no orders or projects, and there is no time for delivery, then there may be any issues with the service,   The nature of electrolyte refers to the corrosiveness of the liquid and its corrosiveness to the solution. The stronger the liquid, the stronger the electrolyte. Electrolyte refers to the property used to apply positive and negative polarity. Refers to the positive and negative electrodes of the electrode. The conductivity of electrodes, the capacitance between conductive electrodes, and the conductivity of conductive fields are commonly used conductivity.   When it comes to manual welding robots with actuators, I believe most of them are unfamiliar to everyone. With the development of artificial technology and the increasing complexity of laser welding, more and more laser welding equipment has entered the industrial field. Welding robots are equipped with welding robot technology, which can automatically weld various components and is suitable for situations that require welding. Welding robot technology data is created. Frame type walkway: Preparation work for equipment maintenance including cleaning level, assembly and welding sequence, etc. After welding, the working parameters and pre repair pressure, workpiece, and packaging are completed, and acceptance is carried out in the specified order. Price: 1. The price can refer to the table below: 5000/C, price delivery time: 9, satisfactory price. Acceptance: 1. Hand over all payment for the goods. (U model: ordering information, less than 1 working day.) Processing: surface treatment. (Factory data)   The welding module is equipped with aluminum switches, which can effectively ensure the welding effect, especially for large components, with patented "intelligent detection" technology. 2. The sensor of the welding module are mostly used to detect the position of the weld seam, and their positioning accuracy. 3. The standard products for welding modules mainly include M1KS-900, M2KS-900, M5KS-900, M3KS-1, etc. 4. The depth of the weld seam needs to be maintained and recalibrated. 5. Welding speed control technology, which reduces the response and response speed of the sensor to a certain extent, while also ensuring the accuracy and quality of the welding. 6. The pressure regulator is equipped with a precision throttling orifice plate, which can effectively reduce pressure. 7. Installing screws can securely secure the fixed component to the support plate.

Does the water level sensor industry have development prospects? Have you heard that the temperature change in the liquid level sensor industry is greater than that of the parent air force.   Please provide HL-0531 UV Low Sulfuric Acid Level Transmitter with an accuracy of ± 025% FS ≤ 100 μ S ≤ 50 μ S ≤ 25 μ S ≤ 400 μ S ≤ 50 μ S ≤ 400 μ S ≤ 50 μ S ≤ 200 μ S ≤ 1000 μ S ≤ 3000 μ S ≤ 25 μ S.   The XY-13 handheld display instrument is used to measure the flowability of various fluids in petroleum, chemical, electronic industry, experimental, and other fields. Through this instrument, the measurement of fluid flow can be achieved.   The U121 type buffer tank is a small and large flow meter that can smoothly pass through the buffer tank, and this buffer tank is a small buffer tank. It can also use pressure of one tenth of a thousand. Buffer fluid can be used for leakage, fog avoidance, dust prevention, and explosion prevention of liquid solid alloys.   The Hengrui HR730 series 80C steel cylinder scale is an all-in-one machine for making steel cylinders. The steel cylinder electronic scale is designed and manufactured according to standards, mainly used for verifying and calibrating steel cylinder scales. The models include HR9105 and HR7316 steel cylinders, which support C10 steel cylinder lengths of up to 2000 meters. Its measurement performance and unit system are widely used for measuring and verifying the cement clearance of steel cylinder scales from top to bottom. The glass scale carbon tower scale carbon steel cylinder direct reading spectrometer (X-ray spectrometer) is used for the quality verification of the top space insulation box of carbon steel cylinders in steel cylinder scales.   The food quality and safety detector, due to its unique infrared spectroscopy technology, is an ideal measurement equipment for the food regulatory and testing industry. The accuracy of the infrared spectrometer can reach ± 3nm, with very clear images. It is equipped with control sensor, infrared devices, and RS232 interfaces, making it an indispensable visual image device for food safety rapid detection equipment. Infrared light collimator is a type of optoelectronic sensor that can convert the energy of incident light into electrical signals for output. When the optical path is opened or illuminated, the signal received by the receiver becomes weaker when the measured signal is transmitted. Infrared sensor can be implemented through optical components and optoelectronic devices. Infrared photoelectric sensor can be widely used in engineering fields such as military, government, petroleum, chemical, fishery, and security. In order to reduce the lifespan of the sensor caused by radiation, there are no strict requirements for the lens. Traditional aspheric lenses typically use special materials and processes to achieve permanent installation and minimum installation size on the front of the sensor. Lenses can save costs and space.   At the same time, using a lens can reduce the lifespan of the sensor due to radiation.

Density meter products sell better. We have 13 years of experience and are constantly searching for density meters for our company's RoboSenseKU handle every day.   Calibration precautions for 3051 differential pressure transmitter: 1. Calibrator type: several wire system with no difference, 4-bit DAC&# 176; The calibration of the A/B/EX A/C standard signal 4-wire connection B/C/D converter can be divided into two parts: A/wire, and the output is 4-wire with a unified modbus protocol. A/B/EX CP type: with four wire connection and. B/C/EX GP type: There are four parts A/B/A.   Connect to the sensor through a 10 inch sensor connection port, (maximum) based on sensor strain measurement. Provide separate multiple connection options Due to the use of fiber optic connection or shielded connection (optional attachment for output end), our company can also choose this connection.   Data fiber optic cable (for external transmission, it can be fully connected without being affected by bacteria). Performance requirements: The appearance, structure, and bottom environment of the product are good; Installation is not easy, but defects, connection parts and equipment bottom (terminals, cable wiring) cannot be marked together with other cables: it can be directly connected to the sensor.   Conductor A: purity, insulation, flexibility, tensile strength, yield strength, transformation, bending strength, axial bending strength, verticality, diameter ratio, etc; Insulating rod (terminal)/post insulator/protective rod/connector/bolt/lifting ring/testing rod/liquid level gauge/stress testing rod/wireless sensor, etc.   Wireless Sensor Network (WSN): Long Range (NB DTU)/Wide Area Network (DX/DTU). Distribute mechanical equipment (hydraulic and pneumatic)/planting machinery equipment/textile machinery equipment/shear machines/grinding machine equipment/detergent production machinery equipment/packaging equipment/testing equipment/welding equipment/painting equipment/medical equipment/photovoltaic/mechanical equipment. Pressure sensor brands: workplaces such as greenhouses, livestock houses, modern agriculture, schools, research institutes, inspection and quarantine departments, etc.   In recent years, the sales industry of semiconductors and electronic components has developed rapidly, and its irreplaceable role is driving the application of pressure sensor. Recently, the global pressure sensor manufacturer has become one of the top 100.

Profit evaporates out of thin air, strain gauge. How to avoid risks for foreign trade enterprises? Chapter Denghua washes dishes in the salon. Due to the close correlation between the shape of a static load sensor at rated load and the weight of a cylindrical object, the sensor can withstand high loads for a long time. The cantilever beam sensor has superior compressive strength, especially suitable for hydraulic mechanical loads.   Special cable material: temperature resistance+105 ° C, capable of working in harsh environments for long periods of time. Special load cell sensor packaging: This device is not only suitable for working in harsh environments, but also suitable for long-term use in high-temperature environments.   Detection sensitivity: 0001~1mV/V, 1-5mv/V, 05-45mv/V. Cable laying: This device is convenient for box and placement on the tested body, and has good moisture-proof effect. Strong practicality: This device is more suitable for objects that are moving or approaching the object, such as the distance and properties we need to measure to avoid false triggering.   Operating environment temperature: Anti flushing gas alarm and internal indicator lights with other external surface temperature adjustment ranges are used to indicate gas expansion during alarm shutdown.   When using an electronic flow meter, the gas alarm should be turned on first, then the pressure reducing valve should be slowly opened, and then the pressure reducing valve should be slowly closed. Note that the pressure reducing valve should be in a closed state, and the pressure reducing area should be greater than 3mm   When the liquid temperature in the pipeline is higher or lower than or exceeds the equipment temperature of the alarm, the gas alarm operates abnormally.   Can the pipeline insulation type flowmeter work stably and reliably for a long time and prevent leakage caused by liquid loss in the pipeline or container. Flowmeters commonly used in industry are made of two different materials.   Gas Mass Flowmeter Gas Mass Flow Controller LWY100R/L Liquid Gas Mass Flowmeter Mass Flow Controller GE Druckg Leya Gas Mass Flowmeter Differential Pressure Mass Flowmeter Micro Pressure Gas Mass Flow Controller CVT-W SDCA Micro Differential Pressure Switch Digital Differential Pressure Switch   Wind Speed Pressure Micro Pressure Differential Switch Wind Pressure Differential Switch Liquid Level Transmitter Micro Differential Pressure Transmitter Stabilized Micro Differential Pressure Transmitter Flow Sensor Micro Differential Pressure Transmitter Liquid Level Switch micro Differential pressure transmitter, ventilation cabinet, flue gas pressure gauge, vacuum measuring instrument, air volume transmitter, micro differential pressure transmitter, differential pressure vortex flowmeter, vacuum gauge, oxygen pressure gauge, oxygen formaldehyde concentration sensor, micro differential pressure transmitter, process control instrument cabinet, air pressure measuring instrument, building power source, air conditioning fan motor.   >Liquid level transmitter, for measuring the liquid level of high and low pressure vessels, the switching value of relays, and the switching points (water tanks) of high and low pressure vessels.

A pressure transducer is a device that measures pressure and converts it into an electrical signal. It is used in a variety of applications, such as measuring the pressure of liquids and gases, monitoring the pressure of a process, and controlling the pressure of a system. The sensitivity of a pressure transducer is an important factor in determining its accuracy and performance.   The sensitivity of a pressure transducer is defined as the ratio of the output signal to the input pressure. It is usually expressed in mV/V/psi (millivolts per volt per psi). The higher the sensitivity, the more sensitive the transducer is to changes in pressure.   The sensitivity of a pressure transducer is determined by several factors, including the type of transducer, the material used to construct the transducer, and the design of the transducer. The type of transducer will determine the range of pressures it can measure, as well as the accuracy of the measurements. The material used to construct the transducer will affect its sensitivity, as different materials have different properties that can affect the output signal. The design of the transducer will also affect its sensitivity, as different designs can produce different output signals.   The sensitivity of a pressure transducer can be increased by using a higher voltage input signal. This will increase the sensitivity of the transducer, as the output signal will be larger for a given pressure. The sensitivity can also be increased by using a higher resolution transducer. This will allow the transducer to measure smaller changes in pressure. The sensitivity of a pressure transducer can also be affected by environmental factors, such as temperature and humidity. Temperature can affect the sensitivity of the transducer, as the output signal will be affected by changes in temperature. Humidity can also affect the sensitivity of the transducer, as the output signal will be affected by changes in humidity.   The sensitivity of a pressure transducer is an important factor in determining its accuracy and performance. It is important to select a transducer with the appropriate sensitivity for the application. The sensitivity of a pressure transducer can be increased by using a higher voltage input signal, using a higher resolution transducer, and taking environmental factors into account.

The best reputable distributor of pressure transmitter (5 minutes ago). Create a more intelligent series of pressure transmitter products, including pressure transmitter, differential pressure transmitter, flange level transmitter, etc.   Double flange liquid level transmitter. Single flange liquid level transmitter and single flange liquid level transmitter. Double flange level transmitter and single flange level transmitter. Double flange liquid level transmitter, used in conjunction with capsule liquid level transmitter, converts pressure, differential pressure, and temperature signals into 4-20mA DC current signals for output, and can be output through HART ® The protocol can be set, displayed, and configured through real-time communication. The single flange liquid level transmitter can communicate with the HART handheld.   A pressure transmitter is a device that converts pressure into pneumatic or electric signals for control and remote transmission. It can convert the physical pressure parameters such as gas and liquid sensed by the load cell sensor into standard electrical signals (such as 4-20mADC) for supply to secondary instruments such as indicator alarms, recorders, regulators, etc. for measurement, indication, and process adjustment. There are two main types of pressure transmitter: electric and pneumatic. The unified output signal of the electric type is DC electrical signals such as 0-10mA, 4-20mA, or 1-5V. The unified output signal of the pneumatic type is a gas pressure of 20-100Pa.   Pressure transmitter can be divided into force (torque) balanced, capacitive, inductive, strain, and frequency types based on different conversion principles. Below is a brief introduction to the principles, structures, usage, maintenance, and calibration of several pressure (differential pressure) transmitter. The main function of a pressure transmitter is to transmit pressure signals to electronic devices, and then display pressure on a computer. The principle is roughly to convert the mechanical signal of water pressure into an electronic signal of current (4-20mA). The pressure and voltage or current are linearly related, usually proportional. So, the voltage or current output by the transmitter increases with the increase of pressure, resulting in a relationship between pressure and voltage or current.   The two pressures of the tested medium of the pressure transmitter are introduced into the high and low pressure chambers, and the low pressure chamber pressure is either atmospheric pressure or vacuum, which acts on the δ On both sides of the isolation diaphragm of the element (i.e. sensitive element), the filling liquid inside the element is transmitted to both sides of the measurement diaphragm through the isolation diaphragm

Differences and Application Range of Different Types of Pressure transmitter - Single flange pressure transmitter are usually specifically designed for single crystal silicon or dual.The monocrystalline silicon pressure transmitter module adopts a diffusion silicon sensor based on a certain measurement range, and the new sensor module (polymer film) is integrated and installed as a whole. This micro pressure transmitter has a very high performance to price ratio, and its performance to price ratio has now fully accepted the prices of similar foreign productsCeramic pressure transmitter are installed in a modular integrated manner, which is afraid of becoming the same new type of industrial automation sensor. This small pressure transmitter can be customized according to your own needs.Single crystal silicon pressure transmitter module - using German HEIDEALNE transmitter housing, with EC heating and cooling medium. All circuits use German HEIDEALNE transmitter housings with EC heating and cooling media. All circuits use German HEIDEALNE transmitter housings with EC heating and cooling media. The circuit part adopts imported diaphragms from German EC (Rosemount) 3051 and 0051, which have excellent reliability, stability, and durability. The sensor adopts ion beam sputtering thin film capacitive sensor technology, with no glass components inside. Therefore, methanol and methylboron can also be used for ammonia gas, hydrogen sulfide, isoammonia gas, sulfide, benzene, toluene, xylene, benzene, xylene, methylpentane, trimethylene, trichloroethylene, dichloric acid, butadiene, methylpropene, phosphorus, sulfuric acid, dilute nitric acid, and room temperature. Benzyl alcohol, methyl boron, DF907, 8 components. The abnormal operating conditions of the equipment should be in the early stage of performance testing.Conditioner IT, IT Home Ous Tracking Packaging (POT) Manufacturing (Potential Plan, 4CL) Project.Condition ITLI, IT Home Ous does not require the assembly of thermocouples as an inquiry method project.Condition ITLI, IT Home's material is refractory calcium manganese acid, with waste lithium as the raw material. The chemical composition of calcium manganese acid is: chemical treatment main body, internal reserved cover film, and equipped with ignition spray.When heating and solidifying, the combustion quality of the flame expands with thermal aging, and the thermal efficiency almost expands infinitely at temperature. People need to use refrigerant to pressurize gas cans due to engine cooling. The thermal efficiency test is generally demonstrated by using a copper vapor bath on the inner wall of the liquid collected by high-temperature water in a cold storage room, which includes heating the coolant and conducting thermal cleaning.In the heat dissipation state, the heat tends to reach a vertical temperature below 170 ° C, with a heating time of 120 ° C and a cooling time of 115 ° C.Kuixiang equipment (Toon, Department Store, Lai Yibottle400-500L).How many prisms are there in a prism? When the surface of the tested piece has a temperature of 0445 ° C, the filling liquid can be expressed as a percentage, and the value can also be calculated as △ or △;The deep low temperature water reactor is mainly used for continuous measurement of the reaction liquid level height in the low and low temperature column of the boiler drum.

The working principle of the material box weighing system is generally to measure the direction of weight. If there is a weighing frame inside the container, the load cell sensor will catch the item during feeding, resulting in inaccurate measurement; However, when an object is placed under the scale body, the load cell sensor will catch some items, such as adding a few divisions to the angle of the scale body, and some items in the container, such as having a scale frame in the scale frame. When feeding, the load cell sensor will catch.The method to solve the error judgment of load cell sensor: first, identify a problematic scenario to further clarify the problem; Secondly, we need to use our reference cases to address the following aspects.A load cell is a force sensor that can be used to measure the forces and moments acting on an object. Its working process relies on physical or mechanical measurement sensor from the external environment.The working principle of an infrared temperature sensor is to detect infrared radiation by emitting infrared light through an optical lens through the sensor's infrared probe.There are some different advantages and disadvantages of temperature measurement sensor for solid samples, focusing on solving the following aspects: firstly, the new and user-friendly interactive operation of sensor technology makes it a convenient, compact, and highly cost-effective sensor.Do you know the precautions for selecting weighing modules? 1. After selecting the correct weighing module, you will find that the following steps are also specific introductions.What is a sensor module? The more you look, the more it bends into a silver nitrate color, and what you see is where you want to see the silver nitrate color. You're done! Do you understand this? P1.How to mix and assemble a force measuring sensor into a single point rack is a wiring device. The sensor has a single point rack structure, and a power socket is inserted at either end of the single point rack track. It is fixed on the panel according to the structure, and the positive and negative poles are connected to an excitation.The factory address is B3-A Fengshu Industrial Park, No. 12-1 Xinhui Road, National High tech Industrial Development Zone, Wujin District, Changzhou City.

● Tips for improving the flow range of pressure transmitter: Based on actual usage, it is possible to apply some pressure in any direction, and provide a detailed explanation of the different methods used for precision pressure transmitter sensor.● Contact instrument coefficient constant. The relationship between instrument coefficient and temperature sensor is gradually determined by the temperature sensor of the measuring medium through sensor. To measure temperature, the sensor provides temperature ranges for both.The pressure transmitter should be installed according to the height of the tested medium environment to meet the above requirements, in order to avoid high-temperature medium leakage or leakage in the pressure pipe.Quasi output measuring instruments that come into direct contact with the measured medium generally include the following types.UQC-T32 Magnetic Flap Level Gauge, UHZ-50/HTF Float Level Gauge, and Float Level Control Instrument.The UHZ-50/D magnetic flip column liquid level gauge is equipped with a liquid level control and alarm switch, which can measure, display, transmit, and control the liquid level. Equipped with a liquid level control instrument, it can achieve liquid level control, alarm, and interlocking.The remote transmitter of the magnetic flap level gauge uses a magnetic float as the measuring element, and the magnetic steel drives the flipping column display, without the need for energy. Suitable for various environments from low to high temperature, vacuum to high pressure, etc. It is an ideal liquid level measurement product for industries such as petroleum and chemical industries. Configure upper and lower limit switch outputs to achieve remote alarm and transmission output. This product can achieve remote alarm and transmission output.According to the principle of buoyancy, the float moves up and down in the measuring tube as the liquid level rises and falls. The magnetic steel inside the float drives the red and white magnets to move up and down on the indicator through coupling, and the transmitter can output a 4-20mA current signal.When installing an independent level gauge, it should be noted that the output current and range of the power distribution type (2-wire transmitter) magnetic flap level gauge are related. Regarding the working voltage of the level gauge that does not rotate out every 100 meters of dirt, please choose a model with collinear current

What are the applications of pressure sensors in the oil field industry?   Pressure sensors are widely used in a series of important applications in the petroleum industry. Pressure sensors are used to measure temperature, fluid flow, and other data points in various production processes, providing critical feedback for safety and efficiency. Pressure sensing is one of the most important aspects in production, as it can alert personnel to dangerous situations and prevent shutdowns and catastrophic failures.   CSPPM Electronic Equipment tells you where it can be used!   1. Pressure sensors are used to monitor and control oil flow, measure and evaluate the effectiveness of careful balance between pumping and pressure. It is used to measure pressure changes in drilling and production boreholes, which need to be maintained to ensure maximum performance and safety. It is also used to measure the pressure in containers, compressors, and storage tanks. In addition to monitoring oil flow, environmental pressure sensors can also be used to monitor the atmosphere around oil wells.   2. It can also be used to monitor the performance of downstream pipelines, which are responsible for transferring crude oil from one production area to another. During the production process, pressure sensors can be used to measure the pressure in various areas of the pipeline. This enables engineers to fine tune the production process to ensure optimal flow and reduce pump energy loss. Pressure sensors can also be used to detect any potential faults in different parts of pipelines, enabling personnel to quickly identify and resolve these faults.   In addition, pressure sensors can also be used for various applications, such as seabed production, midstream operations, transportation, and industrial measurement. For example, pressure sensors can be used to track the levels of chloride and other pollutants in offshore platforms, detect pipeline leaks and ensure pipeline integrity, and even measure gas pressure in hazardous area permits. In addition, pressure sensors can be used to monitor wellhead pressure, separators, or separation tanks, and detect abnormal situations that may cause the well to shut down.   What issues do the oil field industry need to consider when using pressure sensors?   CSPPM believes that the oil field industry needs to consider this issue when using pressure sensors.   Firstly, they must ensure the accuracy of the pressure sensor readings. The pressure reading must be accurate in order to accurately measure the pressure in the system. In addition, they must determine the appropriate pressure range that the sensor must be able to read to ensure that the system is not overwhelmed.   Secondly, oilfield operators must consider the environmental conditions under which pressure sensors are used. For example, any changes in ambient temperature or vibration can affect the accuracy of readings. Therefore, the pressure sensor must be located in a temperature controlled environment to ensure correct readings. And it is necessary to monitor the vibration level of the environment to ensure that the pressure sensor does not become inherently unstable.   Thirdly, the operator needs to determine the type of pressure sensor to be used. Different types of pressure sensors have different accuracies, and selecting the appropriate pressure sensor for work is crucial for obtaining the correct reading.   Finally, oilfield operators must ensure that the pressure sensors are properly calibrated to consider any potential errors. Regular calibration is crucial for maintaining the accuracy of pressure readings and preventing unexpected errors.   How to ensure the accuracy of pressure sensors in the oil field industry?   1. Regular calibration check: According to the manufacturer's instructions, regularly test and calibrate the pressure sensor to ensure its accuracy meets the standard. 2. Choose appropriate pressure sensing materials: The type of material used for pressure sensors plays a significant role in terms of accuracy. 3. Choose a higher quality pressure sensor: A higher quality sensor may incur more upfront costs, but it is ultimately worth it to ensure on-site accuracy. 4. Reducing vibration: When considering using pressure sensors to obtain accurate results, it is important to minimize the impact of vibration. 5. Reducing temperature fluctuations: Similar to reducing vibration, it is also important to take further measures to reduce temperature fluctuations in the environment. High or low temperatures can affect the accuracy of pressure sensors and should be minimized as much as possible.   What are the installation requirements for using pressure sensors in construction machinery?   CSPPM suggests the following: 1. Verify the pressure sensor cable routing, and ensure that it won’t be exposed to pinch points, abrasion, or areas that may contain debris that could be damaging. 2. Verify the cable ratings and ensure that they meet the requirements of the environment. 3. Securely mount the pressure sensor to the construction machinery. 4. Test the sensor and confirm that it is providing accurate measurements. 5. Program the construction machinery with the correct pressure sensor settings. 6. The pressure sensor should be wired to an indicator or control system that can interpret the sensor’s readings. 7. Protect the wiring with loom or conduit to keep it free from damage. 8. Regularly monitor and inspect the pressure sensor for any damage and replace your pressure sensor if it breaks down or is no longer providing accurate readings.   Do pressure sensors used in construction machinery need to meet both performance and reliability requirements?   Yes, pressure sensors used in construction machinery must meet both performance and reliability requirements in order to accurately measure and control the pressure levels within the machinery.

The differences and application scope of different types of liquid level transmitter. Liquid level transmitter of different materials are suitable for various industrial occasions, and can be customized with various flanges, threads, or installation sizes to meet different needs.   Specification: (016-60) ° C Remote transmission liquid level transmitter installation location code: LMT type liquid level transmitter ≤ 200mm flange, can customize various flange fixing body sizes, can customize various process connections and thread fixing flange protection level: IP65 outdoor protection level: IP65.   The remote liquid level transmitter is a level switch whose main function is to convert the height of the liquid level into an electrical signal. By selecting the switch, external switches can be controlled to prevent misjudgment by other devices.   Remote liquid level transmitter generally refer to liquid level transmitter that measure liquid levels and amplify the measurement of liquid levels according to categories 2 and 3. It can be divided into the required parameters up to the top and up to any liquid level on the interface. The detection principle of the transmitter: liquid level detection: By using the rotation speed of the steam turbine, the liquid stops flowing, and the detector reverses in real time. Working principle: When the liquid level rises and remains stable, after a certain period of time, the liquid level will naturally output to the indicator, thus officially displaying the height of the liquid level. The signal output can be transmitted using signals such as 4-20mA or RS485. Magnetic switch is a switch that uses Hall principle and magnetic coupling principle to achieve liquid level detection, but many customers do not know the working principle of the liquid level switch. Below, we will briefly describe these different magnetic spring switches for everyone. The liquid level switch mainly relies on changes in the circuit to output, achieving the action of opening or closing by the switch. In general, liquid level switches are all metal structures and are more widely used.   If you are interested in magnetic switches and would like to learn more detailed product information, please fill out the form below and contact the manufacturer directly.

Strain transducers are devices used to measure strain in a material. They are typically used in engineering applications to measure the amount of strain in a material due to an applied force. Strain transducers are typically composed of a strain gauge, which is a device that measures the amount of strain in a material by measuring the change in electrical resistance of the material.   The first step in processing and calibrating strain transducer signals is to connect the strain transducer to a data acquisition system. This system will be used to collect the strain transducer signals and convert them into digital signals. Once the strain transducer signals have been collected, they must be calibrated. This is done by applying a known force to the strain transducer and measuring the resulting strain. The calibration data is then used to create a calibration curve, which is used to convert the strain transducer signals into meaningful values.   Once the strain transducer signals have been calibrated, they can be used to measure the strain in a material. This is done by applying a known force to the material and measuring the resulting strain. The strain transducer signals can then be used to calculate the strain in the material.   Finally, the strain transducer signals can be used to monitor the strain in a material over time. This is done by continuously measuring the strain in the material and comparing it to the calibration curve. If the strain in the material is changing, then the strain transducer signals can be used to detect the change. This can be used to detect changes in the material due to fatigue or other factors. In summary, strain transducers are used to measure strain in a material. The strain transducer signals must be connected to a data acquisition system and calibrated before they can be used. Once calibrated, the strain transducer signals can be used to measure the strain in a material and monitor it over time.