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Top mounted Magnetic float Level transmitters are Made for continuous Level measurement of liquids. Transmitter consists of array of magnetic sensors enclosed Inside a sealed stem. A magnetic float traverses up and down Between the operating range with the rise and fall of liquid Level. The magnetic float actuates the magnetic sensor Circuitry inside the stem. The output value of array changes In corresponds to rise and fall of liquid Level, this output Value of array is sensed by a transmitter circuitry which Converts the signals into 4-20mA current output proportional To the liquid Level inside tank. The transmitters are made in Various lengths in SS or PP construction. Due to its easy mounting, Different material of construction & reliable operation these Transmitters are widely used for Level measurement of various Liquids, including liquids having foam or fumes inside their storage Tanks
Features
> Continuous liquid level transmitter
> Suitable for liquid with foam & fumes
> Reliable maintenance free
> SS construction or PP version for acids
> Resolution of 15mm
> Easy to install & operate
Specification
| Pipe: | SS304, SS316 |
| Enclosure: | Aluminum |
| Float : | SS304/SS316 |
| Operating Pressure: | Upto20bar |
| Operating Temperature: | 100⁰C |
| Output: | 4 to 20mA (2wire) |
| Float: | SS304/SS316 |
| Mounting: | Top |
| Flange Details: | 2”x150# std. (as per requirement) |
| Flange Material: | carbon steel/SS304/SS316 |
| Pipe Length: | Upto3000mm |
Frequently Asked Questions (FAQs)
In order to precisely monitor and communicate liquid level data in tanks, vessels, and industrial process systems, a magnetic level transmitter is a continuous level monitoring device that makes use of magnetic float technology.
A magnetic float that moves in tandem with the liquid level powers a magnetic level transmitter. Reed switches or magnetostrictive sensors are activated as the float moves along the guide tube, producing a continuous level signal for control and monitoring.
- Continuous and precise level measuring
- dependable performance with little upkeep
- Appropriate for situations involving high temperatures and pressure
- Long service life and exceptional durability
- Simple automation system integration
Oil and gas, petrochemical plants, chemical industries, water treatment facilities, power plants, pharmaceuticals, and storage tank applications all make extensive use of magnetic level transmitters.
Depending on material compatibility and application needs, these transmitters can measure water, chemicals, oils, fuels, solvents, acids, alkalis, and other industrial liquids.
Indeed, Magnetic Level Transmitters are appropriate for challenging industrial operations since they are built to function dependably in high-pressure and high-temperature settings.
For smooth integration with control systems, the majority of magnetic level transmitters offer standard output signals like 4–20 mA, HART, Modbus, and other communication protocols.
A magnetic level transmitter transforms the liquid level into an electrical signal for remote monitoring, automation, and process control, whereas a magnetic level gauge shows the level visually.
Indeed, in order to offer both local visual indication and remote level monitoring, magnetic level transmitters are frequently coupled with magnetic level gauges.
Indeed, PTFE-lined parts, Hastelloy, stainless steel, and other corrosion-resistant materials for harsh chemical applications can be used to make these transmitters.
Magnetic level transmitters are appropriate for crucial industrial level measurement and process control applications due to their excellent accuracy and repeatability.
There is little upkeep needed for magnetic level transmitters. To guarantee long-term dependable performance, the float, guide tube, and electrical connections should be inspected on a regular basis.
A magnetic level transmitter is a popular choice for industrial automation because it offers consistent, precise, and dependable level monitoring as well as simple integration with PLC, DCS, and SCADA systems.
Indeed, tank height, process circumstances, pressure rating, temperature range, output signal requirements, and material parameters may all be used to build magnetic level transmitters.
Magnetic level transmitters are widely used for accurate level measurement in a variety of industries, including oil and gas, chemical processing, petrochemicals, pharmaceuticals, food and beverage, water treatment, maritime, and power production.
Indeed, Magnetic Level Transmitters that are both fundamentally safe and explosion-proof can be used in dangerous and potentially explosive situations.
Continuous level measurement, high precision, robust construction, corrosion resistance, remote monitoring capability, minimal maintenance requirements, and interoperability with contemporary industrial automation systems are some of the key advantages.
