Conductivity Level Switch Dealers

THE CONCEPT OF UTILIZING ELECTRICAL CONDUCTIVITY OF MOST LIQUIDS AS A MEANS OF ACHIEVING FLOAT LESS LEVEL CONTROL HAS WON WIDESPREAD ACCEPTANCE AS THE MOST RELIABLEVERSATILE SYSTEM OF ITS KIND. THIS HAS BEEN SUCCESSFULLY APPLIED THROUGHOUT THE FERTILIZER, THERMAL POWER STATION, REFINERY, STEEL, CEMENT, SUGAR, CHEMICAL PROCESSING INDUSTRIES, IN MUNICIPAL WATER WORKS AND SEWAGE DISPOSAL PLANTS AND OTHER INDUSTRIAL APPLICATIONS, WHERE CLOSE, CONSTANT CONTROL LIQUIDS AND MOIST BULK MATERIALS IS AN IMPORTANT CRITICAL FACTOR.

We are offering conductivity level switch. “kabir” make top mounted magnetic level switch moves up and down on probe immersed in a liquid. The float energizes the hermetically sealed sensors, which changes from no to nc or otherwise as the float - passes them. The reed switch operates no to nc which is potential free contact. :- • height of the tank or probe length required • no. Of points to be controlled with respect to top flange • material of construction of wetted parts • top nozzle detail which is welded on tank on which you are indenting to mount level switch • housing enclosure (flame proof weather proof) :- • standard range: 100 mm to 3000 mm • temperature: up to 100º c • pressure: up to 15kgcm² • moc: ss 304, ss 316, ss 316l, pp, pvdf • connection: flange end screwed or to mention

• Range: 3 meters
• Design Temperature: 120°C
• Design Pressure: 15 Kg/cm2
• Enclosure: Weather proof as per IP 56/65 Exproof for Gr IIA & IIB/IIC

Designed to control the level of all conductive mediums, offering up to 5 different points of level control. Models are available with fixed rigid rods, with removable rigid rods, or with pendular electrodes attached to the housing with cables

• Housing: DIN Rail mounting
• Ambient temperature: 0 ° C to +60° C
• Power consumption: 1.9 VA
• Mains Voltage: 230/110 V AC (+/-15%), 50 Hz or 24 V DC (ON REQUEST)
• Output: 1 sets of potential free c/o contacts rated at 10 amps, 250 V AC for non-inductive loads.
• Response Time: 0.5 Sec
• Housing (sensor Unit): Aluminium Die Cast
• Weight (sensor Unit): 1.5 Kg Cast Al.

Salient Features : No moving part, free from maintenance. No special cable required for signal transmission, ECONOMICAL to install. Long cable connection permissible between probe and evaluation unit. AC on probes for prevention of electrolytic deterioration of electrodes. Low voltage on probe for operational safety. Variety of control functions and installation system available, beside single point switching. Two point action for automatic pump control. Two point independent switching. Three point switching, two points with pump control logic and one independent point Four point switching having two-pump control logic. Variety of probes available for various process conditions. Multi channel -4 point independent switching available for various process conditions.

• Voltage: 200VDC
• Cable Length: 3 meter
• Frequency: 50HZ, 60Hz
• Power: 0-5Amp, 10-15Amp
• Temperature: 0Dig C To + 60Dig C
• Setting Range: 0-1500pF, 1500-3000pF

Features ·         Compact size. ·         Integral version with universal power supply (12 to 80 VDC & 12 to 265 VAC). ·         Split models with controller + probe with 80 to 260VAC/12 to 60VDC. ·         Low power consumption. ·         No calibration required. ·         Various customized process connections like Threaded/Flanged. Applications ·         Suitable for conductive liquids like water. ·         Top mounting & side mounting options. ·         Minimum and maximum fail safe field selectable. ·         Single point/multipoint/pump-control switching. ·         Process temperature max 200 ºC. ·         Process pressure max. 3 bar.

For conductive liquids, having low densities, high viscosities, containing solid particles and interface between non conductive and conductive liquids. Available in Solid and Suspended probes. Enclosure : Cast Al, W.proof IP- 66, Ex- proof Gr. IIA & IIB or IIC. Option – Auto / Manual mode thro’ toggle switch can be provided in controller if reuired.

We offer conductivity type level switch. The electronic circuit of a level control unit is connected to one electrode and to the wall of metal or steel container. Once the liquid in the container has reached the level of electrode, the control circuit between electrode and container wall is closed via the electrically conductive liquid there by activating the output relay. The control circuit is galvanically isolated from the mains by an isolating transformer and thus the use of an additional electrode is eliminated.

We offer Conductivity Level Switches. Backed by a dedicated team of professionals, we are engaged in supplying conductivity level switches. The conductivity level switches provided by us are extensively used in various industries to control level of the conductive fluids. The conductivity level switches offered by us are available in variety of control and installation functions along with single point switching. We make them available to the client in any quantity that is required at very nominal price. features maintenance freeeasy to installcost effectiveprevents electrolytic deterioration of electrodesoffers operational safety control functions and installation system available with two point action for automatic pump controltwo point independent switchingthree point switching, two points with pump control logic and one independent pointfour point switching having two-pump control logic.

We are listed amongst the most trusted manufacturer, exporter and suppliers of Conductivity Type Level Liquid Switch in Maharashtra, India. This simple and low cost point level controller is widely used for detection of conductive liquids which remains unaffected by liquid density or viscosity. This level liquid switch is suitable for interface level measurement between conductive and non-conductive liquid. This product is used in Process Industry, Sump, Reservoir, Cooling Tower, Water Treatment, and Building Automation & Filtration Systems.   Details : Simple, low cost point level controller for detection of conductive liquids, unaffected by liquid density or viscosity. Suitable for interface level measurement between conductive and non-conductive liquid. Range - 100 to 10000 mm Liquid Conductivity - ≥25 us Wtd Parts - SS304/316 Max Temp - 100oC Max Pressure - 5 Kg/cm2 Contacts - 5A, 250VAC x SPDT Enclosure - Cast Al x IP66, Ex-P IIB Applications : Process Industry, Sump, Reservoir, Cooling Tower, Water Treatment, Building Automation & Filtration Systems

• Features: Sturdy Construction,Excellent Finish,High Durability

This water level sensor is conducive for liquids that have a conductivity of equal to or more than 25m Siemens. It is your best choice for a water level switch. The system is economical to install as no special cable is required for signal transmission. The level probe and the evaluation unit can be connected using a long cable. The AC is provided on the probe for preventing electrode deterioration. You can choose from among a variety of level control and installation systems such as:- Two point sensors for independent switching and automatic control of pump. Four point switching with two pump control logic. Three point switching: two for pump control logic and one independent point with or without a settable delay(for probe covered or uncovered). A variety of probes is available for your specific process.

• Mounting Options: Side Mount
• Switch Type: Conductivity
• Media Type: Liquid
• Country of Origin: Made in India
• Material/Body: Stainless Steel
• AC Voltage: 260 V
• Max Temperature: 200 Degree Celsius

• Power Supply: 24V AC/DC 110,230V AC
• Process Temperature: Max +200 deg celsius
• Features: Adjustable sensitivity,Adjustable time delay,v
• Pressure: Mx 16 bar
• Switch Rating: 250V AC,16A or 8A
• Ambient Temperature: -20 - +50 deg celsius
• Process Connection: 3/8,1.5 inch
• Protection: IP66,IP20

A level switch used for detection of minimum, maximum and any intermediate level of conductive liquid stored in closed or open containers. It can reliably control the liquid between two predetermined levels by controlling the pump operation.

SLW conductivity level switch is based on the principle of measuring level through the electrical properties of the process material. As the name suggests, conductivity based level switches and sensors sense the level of water or other conductive liquids that have free ions. These switches are successfully used in processing plants for conductive liquids of conductivity not less than 25μ Siemens. Applications of SLW Conductivity Level Switch To avoid overflow For maintaining a constant level to avoid material wastage For switching off pumps when running dry and indicating an empty tank to avoid  wear and tear and production stoppage