Instrumentation

Differential Pressure Transmitter Using differential capacitance as detecting principle to constitute capacitance type differential pressure transmitter, inputting pressure is 0~1.2kPa to 0~10MPa, etc. Service medium: liquid, gas and vapor. Overpressure limit: impose 0 (absolute pressure) ~6MPa pressure on either side of the transmitter.
________________________________________
Level Transmitter Level transmitters are the extension and development of pressure transmitter technology. According to the principle that the liquid with different specific gravity are in linear relation to the pressure generating at different height to realize the accurate measurement and transmission of volume, level height and weight of water, oil and paste-state matters.
________________________________________
Pressure Transmitter "Pressure transmitters, a sub-group of pressure transducers, feature additional reset and calibration options. With some sensor types it is possible, for example, to re-set the measuring span over large ranges. This calibration option is usually referred to by such terms as “scale down”, “span reset” or “turn down”. For instance, a transmitter with a measuring range of 0 to 400 psi and a range reset 1/10 can be calibrate to a measuring range of 0 - 40 psi while still giving a full output signal (4 - 20 mA, for example)."
________________________________________
Turbine flow meters Turbine flow meters utilize a proven flow measurement technology to provide exceptionally accurate and reliable digital outputs. Because of their versatility, these turbine flow meters are the solution for a wide variety of liquid and gas flow sensing applications. Turbine meters are an ideal solution when high accuracy, compact size, fast response, and high tolerance to shock and vibration are critical requirements. Turbine meter sizes range from 3/8 inch to 4 inches.
________________________________________
Ultrasonic flow meters Ultrasonic Flowmeter is one of the most powerful flowmeters available for liquid flow measurement. The utilization of our proprietary ultrasonic signal processing, transit-time measurement and signal quality tracking technologies allows the flowmeter to measure liquid flow rate from outside of a pipe reliably and accurately. You can use one hand to hold as well as to operate the flowmeter. The user interface is self-explanatory and very easy to follow. The unique clamp-on fixture design makes the installation very simple and no special skills or tools required.
________________________________________
Temperature Transmitter Temperature transmitter is to amplify the electrical signals from the sensor, to correct and depending on the model galvanically insulate them. The conditioned signal can then easily be transmitted over long distances to the in-/output sections of a process control system or controller. Since the electrical signal from the thermocouple or resistance thermometer is relatively strong, signal amplification in close proximity to the sensors is not required.
________________________________________
Metal Tube Rotameter "It operates on the principle of variable area; the fluid in the metal tube raises the float in the taper tube increasing the area of passage of fluid. by a magnetic coupling the inner float movement through a series of linkages and counter weight. the tube and the float combination determines the flow rate. The inner float magnetic field is detected by the high sensitive magnetic field detection sensor ,enable us to show the digital readout. "
________________________________________
Electro Magnetic Flowmeter Electro magnetic flowmeter is designed for accurate liquid flow measurement. It utilizes state-of-the-art technologies in digital signal processing and electromagnetic sensor design. The converter is able to measure bidirectional flow and totalize the flow in both forward and reverse directions separately. Mag 888 magnetic flowmeter has been widely used to measure the volume of conductive liquids such as water, sewage, acid, alkali, salt water as well as mixture of liquids and solids.
________________________________________
Oval Gear Flowmeter Electro magnetic flowmeter is designed for accurate liquid flow measurement. It utilizes state-of-the-art technologies in digital signal processing and electromagnetic sensor design. The converter is able to measure bidirectional flow and totalize the flow in both forward and reverse directions separately. Magnetic flowmeter has been widely used to measure the volume of conductive liquids such as water, sewage, acid, alkali, salt water as well as mixture of liquids and solids.
________________________________________
RTD Thermocouples Resistance thermometers, also called resistance temperature detectors or resistive thermal devices (RTDs), are sensors used to measure temperature by correlating the resistance of the RTD element with temperature. Most RTD elements consist of a length of fine coiled wire wrapped around a ceramic or glass core. The element is usually quite fragile, so it is often placed inside a sheathed probe to protect it. The RTD element is made from a pure material whose resistance at various temperatures has been documented. The material has a predictable change in resistance as the temperature changes; it is this predictable change that is used to determine temperature.
________________________________________
Gauges (Pressure & Temperature) We are engaged in offering a large gamut of Temperature and Pressure Gauges. Our range comprises U Tube Nano Water, Pressure Gauges, Temperature Gauges, Magnehelic Gauge and so on. We have procured our exclusive range of these gauges from some reliable and genuine vendors of the industry. these gauges are used in measurement of non-solid or non-crystal gases' positive or negative pressure at liquids.
________________________________________
Digital Gauges and Calibrtors We can supply comprehensive range of Pressure and Temp Gauge-Digital Type. Made using the best quality material, these gauges are used for various applications in industries like oil & petroleum, chemical and pharmaceutical among others. Our diverse array of products includes a qualitative range of Pressure Calibrators. Manufactured in compliance with the prevailing industrial standards, these calibrators are used for matching and comparison of test instruments with standard master reference instruments.
________________________________________
Level Gauges Tubular Level gauge for visual liquid level observation is very common in process industry. It is a simple and reliable device for direct reading in atmospheric or pressurized tank applications. It is mounted parallel, along the side of tank. As the process level fluctuates, the level in the transparent glass tube changes accordingly and gives local liquid indication.
________________________________________
Level Swithces We are offering level switch, liquid level switches are electromechanical devices that open or close an electrical circuit in response to a change in the level of a liquid in storage areas such as tanks, reservoirs, sumps and wells. they are widely used throughout many industries and applications that use liquid process systems such as drinking water systems and the oil and gas industry.
________________________________________
Water Meter and Water flow meter We offer water meters threaded type and flanged type for various application and of various types. From our range of wter meters and water flow meters, we hag single jet, multi jet and woltman type. These positive displacement magnetic drive sealed register water flow meters are avaible in various sizes, high temperature 90~ 130 degree centigrade.
________________________________________
Totalizer Flow Totalizer Universal input, can be used with various types of sensors, transmitters used in conjunction, without compensation to achieve a liquid (such as water, oil) flow parameters measured display, alarm control, instantaneous flow transmission and cumulative flow totalizer; can receive orifice differential input or vortex flowmeter, turbine flowmeter, electromagnetic flow meter and other flow meter input signal; a prescription, small-signal removal and multi line input correction function; can achieve 4-bit 8-bit instantaneous flow and cumulative flow with the screen display. Through the serial communication port can be implemented in the host computer to read and write all parameters. By setting the instrument parameters can be quantitatively (volume) control.
________________________________________
Coriolis Mass flow meter Coriolis flow meters are instruments that, using the Coriolis principle, me. The structure of our Coriolis Mass Flow Meters was consisted of a pair of bended tubes. The principle is to detect Coriolis force forced a pair of tubes from inner mass flow by fluid. Coriolis meter artificially introduces a positive and negative Coriolis acceleration to the process. As illustrated in the diagram below, the entire process is split and re-directed through two curved tubes. The tubes are vibrated at a multiple of their natural resonant frequency. Miniature velocity transducers comprising of a coil & a magnet are each mounted on one of the tubes as shown. When no flow is present the tubes vibrate and the sine wave output of each velocity transducer is in phase. When flow is initiated the tubes will begin to twist due to the Coriolis acceleration induced by the moving mass. This causes the sine waves to shift in relation to one another (either lead or lag depending on the flows' direction) and a measurement is made.
________________________________________
Battery Supply Ultrasonic Water Meter Battery Supply Ultrasonic Water Meter is an innovative flow meter with static flow sensor based on the ultrasonic measuring principle. RBBW Ultrasonic Water Meter utilizes ultrasonic measuring methodology and microprocessor technology. All calculation and flow measuring circuits are designed on one single board, thus offering exceptional accuracy and reliability.
________________________________________
Insertion Density Meter Insertion Density Meter operates on the vibrating element principle, the element in this case being a tuning fork structure that is immersed in the liquid being measured. The tuning fork is excited into oscillation by a piezoelectric device internally, secured at the root of one tine. The frequency of vibration is detected by a second piezoelectric device, which is secured in the root of the other tine.
________________________________________
Remote Pressure Transmitter Normally, imitate signal with digital signal need go through A/D device, Most of capacitor smart transmitter adopts the electric circuit of signal .Change capacitor signal to imitate signal, to get the digital signal through high precision A/D electric circuit's design normally it's complex, it's easily been disturb by noise .SST transmitter embed the board of line on the sensor ,signal circuit and sensor capacitor ,constitute the electric circuit of vibration .and also sending out the frequency signal. Because of separately unit may test directly to signal of frequency ,Thus get the digital signal directly ,So eliminated the A/D link ,also convert to the better way can be more simple reliable and the ability of interference rejection is strong.
________________________________________
Absolute Pressure Transmitter Normally, imitate signal with digital signal need go through A/D device, Most of capacitor smart transmitter adopts the electric circuit of signal .Change capacitor signal to imitate signal, to get the digital signal through high precision A/D electric circuit's design normally it's complex, it's easily been disturb by noise .SST transmitter embed the board of line on the sensor ,signal circuit and sensor capacitor ,constitute the electric circuit of vibration .and also sending out the frequency signal. Because of separately unit may test directly to signal of frequency ,Thus get the digital signal directly ,So eliminated the A/D link ,also convert to the better way can be more simple reliable and the ability of interference rejection is strong.