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  What is Diaphragm Seal? Diaphragm seal system consists of a Pressure Instruments, Fill fluid and Diaphragm seal direct mounting type or capillary type. In process a flexible diaphragm and filling fluid separate the pressure instruments from process media, temperature or service. When process pressure acts on diaphragm, diaphragm displacement transfers the measured pressure through the filled system. This transferred pressure displaces the pressure sensing element of Pressure Instruments. Diaphragm seal is used to seal and safeguard instrument from the process medium. The flexibility of the seal is as such that, the diaphragm, seals the contents safely at the same time permeating the instrument to measure the pressure accurately. Diaphragms seals are in general used with other devices and instruments including pressure gauges, transmitters and switches. This combination can be used in extreme and harsh environmental conditions. The fact that they can isolate instruments from any kind

 WPS Open Front Process Pressure Gauge Description WPS Process Pressure Gauge Size 63mm, 100mm, 115mm, 150mm, 250mm Accuracy 1 % , optional 0.5 % (150mm, 250mm) Range Vac to 36000 psi, Vac to 2500 bar Material SS316, SS316L, Monel, Ni Span Application: Chemical & petrochemical industry, Refineries , fertilizer plants, Thermal & nuclear power generation, Machine & construction apparatus, etc. Features : Dry, liquid filled Socket and case welded External Zero Adjustments Overload protection 130 % Optional electric contacts Optional Oxygen Cleaned Measuring system SS316L, Monel or Ni Span OEM & Machine Apparatus This Product Compliance to Standard ASME B40.100 / EN 837-1 / IS-3624 GFS Industrial Pressure Gauges Description GFS Heavy duty Industrial Pressure Gauges welded design for Hydraulic. Variety of OEM applications. Size 63 mm, 100 mm Accuracy 1.6 % (63 mm) and 1 % (100 mm) Range Vac to 23000 psi, Vac to 1600 bar Material SS316, SS316L Applications : Power packs, Hydr

  What is a Pressure Transmitter? Pressure transmitters, also known as pressure transducers, are used in industrial and process applications to measure the pressure of liquids, fluids, and gases in different working equipment. These transmitters are a vital component in process industries, especially the oil & gas industry which deals with a variety of fluids and gases. They are commonly used to create a liquid interface detector to monitor the level of liquid in different connected pipelines of a system. Measurement and maintenance of the pressure level of different components in these industries are vital for their smooth functioning as any variation above or below the prescribed pressure can cause disasters. Pressure transmitters are often used in conjunction with other devices to ensure the proper functioning of any system. These transmitters are made very robust to withstand extreme environment which enhances their applicability in a range of industries. Pressure and Different

  A digital pressure gauge is an instrument used to measure the pressure of liquids and gases and then digitally display it. The transducer installed in the gauge converts the obtained pressure value into a digital reading. Pressure gauges find extensive application in industrial and automaton industries. Their application is gaining traction in new areas of healthcare and energy production. The display may be backlit and include various pressure related data collection and display functions, including data logging, min/max display, peak alarms, unit’s selection, tare function and more. Pressure gauge manufacturers are incorporating new and advanced technologies to gain a market edge. With the market brimming with a variety of pressure gauges, selecting any one gauge is very difficult. When the gauge is to be used in a hazardous environment, intrinsically safe certifications are available. We are laying out a list of steps that can help you in selecting the best digital pressure gauge:

  Pressure Transmitters are used to sense pressure and convert it into electrical signal. The conversion of Pressure in to electrical signal is achieved by change in resistance of the Wheatstone circuit of the strain gauge bonded on the diaphragm. The pressure applied causes deflection of the diaphragm which induces strain in the circuit. The resistance caused is proportional to the applied pressure and further converted in to Voltage or Current configurations. The term Transducer or Transmitters are often confused. Transducer is a term generally used where the analog output of the sensor is voltage, whereas the word Transmitter is used where the output of the sensor is current. Voltage configurations are conditioned outputs and are preferred to use on equipment and test stands due to their stability and Current configurations are preferred to use where the signal has to be transmitted to long distances. Pressure Transmitters are reliable and durable instruments and have wide usage acr

                                  What is Thermocouple and How Does it Work? What is Thermocouple? The thermocouple is a kind of temperature sensor that is made by joining two different types of metals at one end. The heat is applied to the junction of the metals after which a voltage develops across the metals which is in correlation with the temperature. One end of the thermocouple is connected to the measuring junction, the body whose temperature is to be measured. The other junction is connected to the reference junction, the body with an unknown temperature. The thermocouple takes reference from the measuring junction to measure the temperature of the unknown body. The robustness and cost-effectiveness of thermocouples make them applicable across a wide range of temperature measurements. A thermocouple is available in many shapes and forms. Some of the commonly used styles are thermocouple probes, bare wire thermocouple, and infrared thermocouple. Determining the right kind of