WTT100 Head Mounted Smart Temperature transmitter can be used with multiple sensor type [Resistance Thermometer(RTD),
Thermocouple (TC)] inputs, is simple to install with improved measurement accuracy over wire-direct solutions.
Sensors is a mineral insulated resistance thermometers. Generally, electric resistance of metallic varies, relying at the temperature. Platinum mainly is extra linear and has a bigger temperature coefficient,
Thermocouple wires are encased in a sheath made of heat-resistant steel or stainless steel and encircled by compacted mineral insulation (MgO) in thermocouples sensors with mineral insulation construction.
PT900TSeries pressure transmitter is kind of device based on pressure layer, which inside expert integrate circuit can transform sensor milli-volt signal to standard far distance transmission current signal,
PT900C Series pressure transmitter is kind of device based on pressure layer, which inside expert integrate circuit can transform sensor milli-volt signal to standard far distance transmission current signal,
PT700 Series pressure transmitter is kind of device based on pressure layer, which inside expert integrate circuit can transform sensor milli-volt signal to standard far distance transmission current signal,
PT1502 Transmitter for Differential Pressure Differential pressure, liquid level, and flow rate may all be precisely measured with high-performance single crystal silicon differential pressure technology.
The tank body height is measured using the PT1502F Flange-mounted Differential Pressure Transmitter in accordance with The idea that there is a linear relationship between the pressure produced by a liquid
The ultrasonic level transmitter is a universal device with a fully digitalized and humanized design that leverages the benefits of several level measurement equipment. Its man-machine communication, data transfer, and level monitoring are flawless.
An device for measuring liquid or material level that is non-contact, highly reliable, affordable, and simple to install and maintain is the ultrasonic level transmitter. Without coming into touch with the measured medium, it may satisfy the majority of liquid level.
The radar level meter may be fitted in a variety of metal and non-metal containers and pipes due to its large detection range and low beam energy. It works well in situations where there is steam, inert gas, dust, and water mist.
The radar level meter may be fitted in a variety of metal and non-metal containers and pipes due to its large detection range and low beam energy. It works well in situations where there is steam, inert gas, dust, and water mist.
The radar level meter is safe for both the environment and humans to use. Its benefits include not requiring on-site calibration, being unaffected by changes in the dielectric constant, and not being impacted
The ultrasonic level transmitter is a universal device with a fully digitalized and humanized design that leverages the benefits of several level measurement equipment. Its man-machine communication, data transfer, and level monitoring are flawless.
Level meters, which have a standard accuracy of 0.5%FS and can measure water level, well depth, groundwater level, and other variables, are fully sealed to withstand submersion in liquid. They may also be used with voltage or 4–20 mA output signals.
Electromagnetic flow meter does not contain any moving parts, rotting gears or turbines, or bearings. Instead, it relies on two electrodes to measure the density of the induced magnet
Liquid velocity is measured using magnetic flow meters using the concept of Faraday’s Law of Electromagnetic Induction. Magnetic flowmeters detect the velocity of conductive liquids in pipes,
The only liquid that an electromagnetic flowmeter can detect is the flow of conductive liquid, which is widely employed in industrial chemical measurement, sewage water measurement,
Vortex flowmeters, which are specifically designed to detect lower viscosity gases, liquids, and steam, operate based on the theory of Karman and Strouhal, which establishes the relationship between flow and vortex generation.
Vortex flowmeters, which are specifically designed to detect lower viscosity gases, liquids, and steam, operate based on the theory of Karman and Strouhal, which establishes the relationship between flow and vortex generation.
Vortex flowmeters, which are specifically designed to detect lower viscosity gases, liquids, and steam, operate based on the theory of Karman and Strouhal, which establishes the relationship between flow and vortex generation.
A type of speed instrument, the series liquid turbine flowmeter offers the following benefits: minimal pressure loss, easy maintenance, high accuracy, strong repeatability, and a straightforward construction.
A type of speed instrument, the series liquid turbine flowmeter offers the following benefits: minimal pressure loss, easy maintenance, high accuracy, strong repeatability, and a straightforward construction.
pH/ORP transmitters are widely used in various industries for process control and quality assurance.
EC/TDS transmitters are essential instruments in various industries for monitoring water quality by measuring electrical conductivity
MF monitor is essential to maintain accuracy in measuring various parameters such as voltage, current, temperature, or other signals.
These sensors are widely used in various industries, including water treatment, agriculture, food and beverage production, and laboratory research.
This sensor is commonly used in water treatment, aquaculture, and environmental monitoring to assess the quality of water by measuring its oxidizing or reducing properties.
These sensors are widely used in water treatment, agriculture, hydroponics, and environmental monitoring.which indicates water quality. Represents the total concentration
A color paperless recorder with a fixed point or program segment uses a differential control method beforehand. When changed, the proportional band P, integral time I, and derivative time D have no effect on one another and are mutually independent.
A color paperless recorder with a fixed point or program segment uses a differential control method beforehand. When changed, the proportional band P, integral time I, and derivative time D have no effect on one another and are mutually independent.
A color paperless recorder with a fixed point or program segment uses a differential control method beforehand. When changed, the proportional band P, integral time I, and derivative time D have no effect on one another and are mutually independent.
The 1100 is an easy-to-use, single-circuit digital panel meter with a double, four-digit LED display. It can measure a variety of industrial process quantifiers, such as temperature, pressure, flow, liquid level,
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