Cable Float Level Switch is made from resistant polypropylene. It is durable, economical, maintenance free & easy to install. And spe-cially designed for multiple point level detection in liquids. Its hermetic sealed, polypropylene body makes it suitable for sewage application. The switching ON or OFF differential is adjusted by a counterweight on the cable. The switches will transmit an ON or OFF contact signal output when the float rises and turns upwards. The switch contains a metal ball that can side as the float position changes.

Application:

Magnetic Level Indicator float moves with level in external chamber (cage) which is coupled with the tank. Indication display mechanism does not come in direct contact with the liquid media. Special designed cylindrical magnetic float as per density of liquid. Magnetically coupled follower capsule or roller or ball indicates the liquid level externally. Indicator system is consists of bi-colour rollers equipped with magnets mounted on rail inside the housing. As the level starts rising or falling magnetic float also travels with liquid level in non-magnetic chamber. The magnetic interaction between magnets in float and bi-colour rollers causes each roller to rotate 180o. These red / white rollers are visible from long distance, giving a good visual indication visibility. Models are available with side & top mounting designs.
 
Application

Liquid, Acids, machines, food, Diesel, Oil, Condensate, Chemicals, Beverages, etc.

Features

Visible level changes are shown by the flag display.

Compact & easy to install.

Rugged, Life long, good visibility.

Optional - Level switches for alarm or controlling.

Optional - Level transmitters with 4 - 20 mA signal output.

SS304, SS 316 & PP version for acid applications.

Magnetic Flow Meter is based on Faraday's law of electromagnetism to measure the flow of conductive liq-uids. This flow meter micro-processor based processing electronic unit. LCD unit to display flow rate & total-ized.

Magnetic flow meters works based on faraday's law of electromag-netic induction. According to this principle, when a conductive medium passes through a magnetic field B, a voltage E is generat-ed which is proportional to the velocity V of the medium, the den-sity of the magnetic field and the length of the conductor.

In a magnetic flow meter, a current is applied to wire coils mounted within or outside the meter body to generate a magnetic fields. The liquid flowing through the pipe acts as the conductor and this in-duces a voltage which is proportional to the average flow velocity. . This voltage is detected by sensing electrodes mounted in the mag-flow meter body and sent to a transmitter which calculates the vol-umetric flow rate based in the pipe dimensions.

To apply this principle to flow measurement with a magnetic flow meter, it is necessary first to state that the fluid being measured must be electrically conductive for the Faraday principle to apply. As applied to the design of magnetic flow meters, Faraday's Law in-dicates that signal voltage (E) is dependent on the average liquid velocity (V) the magnetic field strength (B) and the length of the conductor (D) (which in this instance is the distance between the electrodes)

The Obstruction to the flow is almost nil and therefore this type of meters can be used for measuring suspensions, including mud, sewage, pulp, etc. They are not very much affected by upstream flow disturbances. These meters can be used as bidirectional meters. They are practically unaffected by variation in density, viscosity, pressure & temperature.

Features:

Magnetic Bi-Colour Level Gauge float moves with level in external chamber (cage) which is coupled with the tank. Indication display mechanism does not come in direct con-tact with the liquid media. Special designed cylindrical magnetic float as per density of liquid. Magnetically cou-pled follower capsule or roller or ball indicates the liquid level externally. Indicator system is consists of bi-colour rollers equipped with magnets mounted on rail inside the housing. As the level starts rising or falling magnetic float also travels with liquid level in non-magnetic chamber. The magnetic in-teraction between magnets in float and Ed-colour rollers causes each roller to rotate 180o. These red / white rollers are visible from long distance, giving a good visual indi-cation visibility. Models are available with side & top mounting designs.
 
Level transmitter (Optiona): Transmitter units are available with 4 - 20 mA output. Transmitter rod is clamped outside the chamber.
 
Level Switch: Level switches are available for con-trolling & alarm. Level switches are adjustable, mounted outside the chamber by adjustable clamp arrangement
 
Application:

LFIA make offering wide range of Temperature Transmitter for general purpose to demanding Application these are available in 2 wire or 3 wire Configuration, the variety of sheathing makes it Suitable for most critical appli-cations. The transmitter is a two wire device, and is fully configurable by the user, over a wide temperature range, with the aid of a simple push button. The trans-mitters advanced circuitry guaranties high stability over the wide operating ambient temperature ranges experienced by head mounted devices.

Application:

Water, Air, Diesel, Power, Steel, Chemical, Automobile, Food and beverages industries etc

Features:

Connecting Head

Protecting Tube

Sensing Element

Product available:RTD (PT-100/500/1000)

LEVEL AND FLOW INDUSTRIAL AUTOMATION is one  of the leading manufacturer and supplier of MAGNETIC LEVEL GAUGES