Level Switches

Our noteworthy entity is earnestly engaged in supplying and exporting Ash Level Switch. These are widely demanded by various industries, all over the globe. We offer them at a reasonable rate.

Applications :

• Suitable for all sticky/non-sticky bulk solids & liquids
• Suitable for side as well as top mounting
• Process temperature max 600 ‚ (ceramic insulation)
• Process pressure max. 15 bars
• Minimum and maximum fail-safe field selectable

Features :

• Compact size
• Universal industrial power supply (12 to 80 VDC & 12 to 265 VAC)
• Low power consumption
• Easy calibration
• Active shield compensation against material build-up
• Static charge safe for fly-ash, acids, plastic & other
• Applications susceptible to static charge/electricity
• Customized process connection like Threaded/Flanged etc.

Due to a vast experience, we have emerged as a substantial Supplier and Exporter of Bin Level Switch in Madhya Pradesh, India. These are highly acknowledged for their excellent performance, long working life, and optimum functionality.

Applications :

• Free flowing powders and granules (size max. 10mm)
• Suitable for side as well as top mounting
• Minimum and maximum fail-safe field selectable
• Process temperature maxes 250 ‚
• Process pressure max. 15 bars 

Features :

• Compact size
• Universal industrial power supply (12 to 80 VDC & 12 to 265 VAC)
• Low power consumption
• No calibration required
• Various customized process connections
• Starting from 1" threaded size
• Settable switching delay as a standard feature

We have positioned ourselves as a prevalent Supplier and Exporter of Pump Control Level Switch. Our vendors use the top-notch materials and progressive techniques for manufacturing it. It is at par with the latest industrial standards and norms. 

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 maximum 200 ‚
• Process pressure max. 3 bars

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 Free flowing powders and granules (size max. 10mm). Suitable for side as well as top mounting. Minimum and maximum fail safe field selectable. Process temperature max 250 ºC. Process pressure max. 15 bar. Features Compact size. Universal industrial power supply. 12 to 80 VDC & 12 to 265 VAC). Low power consumption. No calibration required. Various customized process connections. Starting from 1" threaded size. Settable switching delay as a standard feature.

We are a trusted Supplier and Exporter of RF Admittance Level Switch with Ceramic Insulation. We carry out our operations from Madhya Pradesh, India. 

Applications :

• Suitable for all sticky/non-sticky bulk solids & liquids
• Suitable for the side as well as top mounting
• Process temperature max 600 (ceramic insulation)
• Process pressure max. 15 bars
• Minimum and maximum fail-safe field selectable. 

Features :

• Compact size
• Universal industrial power supply (12 to 80 VDC & 12 to 265 VAC)
• Low power consumption
• Easy calibration
• Active shield compensation against material build-up
• Static charge safe for fly-ash, acids, plastic & other
• Applications susceptible to static charge/electricity
• Customized process connection like Threaded/Flanged etc

Operating Principle :

• A Sine wave of high frequency is fed into both Sensing Rod as well as Compensation Shield.
• Voltage at shield is equal to the voltage at sense, no effective current flows between sense and shield.
• This removes shield-sense capacitance from the measurement.
• Shield-earth capacitance is simply ignored by not measuring it.
• This removes the effect of material coating on probe.
• Material is detected by measuring sense-earth capacitance.

Features :

• Fast Switching Response 2 sec
• High temperature endurable probes
• 90° Phase shifted admittance measurement
• Easy calibration with or without material
• Remote electronics with std 10 meters cable length
• Electrostatic discharge protected electronics
• Trop...

Operating Principle :

• A Sine wave of high frequency is fed into both Sensing Rod as well as Compensation Shield.
• Voltage at shield is equal to the voltage at sense, no effective current flows between sense and shield.
• This removes shield-sense capacitance from the measurement.
• Shield-earth capacitance is simply ignored by not measuring it.
• This removes the effect of material coating on probe.
• Material is detected by measuring sense-earth capacitance.

Features :

• Fast Switching Response 2 sec
• High temperature endurable probes
• 90° Phase shifted admittance measurement
• Easy calibration with or without material
• Remote electronics with std 10 meters cable length
• Electrostatic discharge protected electronics
• Tropicalized & potted electronics module
• Threaded & Flanged Mountings
• Electronic Inserts support all requirements
• Ingress protection : IP 68/66 (as per IS-13947)
• Ex-proof (Ex d T6 IP-66 IIC )
  
  • Flameproof as per IS/IEC 60079-1:2007
  • Weatherproof (IP-66) as per IS/IEC 60529:2001
  • Suitable for Gas Group : IIC
  • Suitable for Zone 1 & 2 atmospheres

• Compact size
• Vibration complied as per IEC 60068 part 2-6
• Low power consumption
• Active shield compensation against material build-up

Applications :

• Suitable for all sticky/non-sticky bulk solids & liquids
• Suitable for side as well as top mounting
• Minimum and maximum failsafe field selectable
• Process temperature max 600°C (ceramic insulation)
• Process pressure max. 15 bar

Operating Principle :

• Earth Extension (body) Sensing Rod
• The capacitance is formed by the sense rod and earth extension.
• When no material is present, the capacitance is analogically a multiple of probe dimension and dielectric constant of air {ε(air) ≈ 1}.
• When material is present, the capacitance gets multiplied by dielectric constant of the material.
• This variation in capacitance is then translated into switching output by the device.

Features :

• Fast Switching Response
• High temperature endurable probes
• Single sensor allows pump-control & multi-point switching
• Easy calibration with or without material
• Remote electronics with std 10 meters cable length
• External indication LED available
• Threaded &...

Operating Principle :

• Earth Extension (body) Sensing Rod
• The capacitance is formed by the sense rod and earth extension.
• When no material is present, the capacitance is analogically a multiple of probe dimension and dielectric constant of air {ε(air) ≈ 1}.
• When material is present, the capacitance gets multiplied by dielectric constant of the material.
• This variation in capacitance is then translated into switching output by the device.

Features :

• Fast Switching Response
• High temperature endurable probes
• Single sensor allows pump-control & multi-point switching
• Easy calibration with or without material
• Remote electronics with std 10 meters cable length
• External indication LED available
• Threaded & Flanged Mountings
• Electronic Inserts support all requirements
• Ingress protection : IP 68/65 (as per IS-13947)
• Ex-proof (Ex d T6 IP-66 IIC )
  
  • Flameproof as per IS/IEC 60079-1:2007
  • Weatherproof (IP-66) as per IS/IEC 60529:2001
  • Suitable for Gas Group : IIC
  • Suitable for Zone 1 & 2 atmospheres

• Vibration complied as per IEC 60068 part 2-6

Applications :

• Capacitance type level limit switch used as a full, empty and demand alarm in containers, hoppers, silos containing bulks and powders of various types.
• Typical applications - water, waste water, cereals, beans, edible oil process, animal feed, rice plants, soya plants, dye powder, chalk, gypsum, fly-ash, cement, sand, plastic granules, spices, milk powder.

Operating Principle :

• Electronics of LFV excites the piezo-electric-crystals inside tuning fork, which makes the fork tines vibrate at their natural resonance frequency in free air.
• When fork tines are immersed in liquid, the frequency of fork vibration falls due to the density of liquid.
• This change in frequency is detected by electronic circuit.
• Liquid presence is thus detected.

Features :

• Fast Switching Response 1 sec
• Minimum ½" (LFV12) process connections
• High pressure 15 bar bar
• High Tempreture up-to 150°C available
• No Calibration Required
• Integral LED indication
• Threaded & Hygienic process connections
• External magnetic key test point for simulation
• IP-65/67 Stainless Steel Enclosure as pe...

Operating Principle :

• Electronics of LFV excites the piezo-electric-crystals inside tuning fork, which makes the fork tines vibrate at their natural resonance frequency in free air.
• When fork tines are immersed in liquid, the frequency of fork vibration falls due to the density of liquid.
• This change in frequency is detected by electronic circuit.
• Liquid presence is thus detected.

Features :

• Fast Switching Response 1 sec
• Minimum ½" (LFV12) process connections
• High pressure 15 bar bar
• High Tempreture up-to 150°C available
• No Calibration Required
• Integral LED indication
• Threaded & Hygienic process connections
• External magnetic key test point for simulation
• IP-65/67 Stainless Steel Enclosure as per IS-13947
• Vibration complied as per IEC 60068 part 2-6
• Low power consumption

Applications :

• Vibrating fork level limit switch used as a full, empty and demand alarm in fluid containers, tanks containing liquids of various types, including milk & milk products, edible oil, fuel oil, lube oil, brewery, pharmaceutical fluids etc. LFV11 can be used in solid also.
• Also for Flow-No-Flow/Empty Pipe Detection.

Operating Principle :

• Electronics of LFV excites the piezo-electric-crystals inside tuning fork, which makes the fork tines vibrate at their natural resonance frequency in free air.
• When fork tines are immersed in liquid, the frequency of fork vibration falls due to the density of liquid.
• This change in frequency is detected by electronic circuit.
• Liquid presence is thus detected.

Features :

• Fast Switching Response 1 sec
• Minimum ½" (LFV12) process connections
• High pressure 15 bar bar
• High Tempreture up-to 150°C available
• No Calibration Required
• Integral LED indication
• Threaded & Hygienic process connections
• External magnetic key test point for simulation
• IP-65/67 Stainless Steel Enclosure as pe...

Operating Principle :

• Electronics of LFV excites the piezo-electric-crystals inside tuning fork, which makes the fork tines vibrate at their natural resonance frequency in free air.
• When fork tines are immersed in liquid, the frequency of fork vibration falls due to the density of liquid.
• This change in frequency is detected by electronic circuit.
• Liquid presence is thus detected.

Features :

• Fast Switching Response 1 sec
• Minimum ½" (LFV12) process connections
• High pressure 15 bar bar
• High Tempreture up-to 150°C available
• No Calibration Required
• Integral LED indication
• Threaded & Hygienic process connections
• External magnetic key test point for simulation
• IP-65/67 Stainless Steel Enclosure as per IS-13947
• Vibration complied as per IEC 60068 part 2-6
• Low power consumption

Applications :

• Vibrating fork level limit switch used as a full, empty and demand alarm in fluid containers, tanks containing liquids of various types, including milk & milk products, edible oil, fuel oil, lube oil, brewery, pharmaceutical fluids etc. LFV11 can be used in solid also.
• Also for Flow-No-Flow/Empty Pipe Detection.

Features :

• Fast Switching Response
• High temperature endurable probes
• High sensitivity selection for low conductivity liquids
• Calibration less operation
• Remote electronics requires ordinary shielded cable
• Threaded & Flanged Mountings
• Electronic Inserts support all requirements
• Ingress protection : IP 68/65 (as per IS-13947)
• Ex-proof (Ex d T6 IP-66 IIC )
  
  • Flameproof as per IS/IEC 60079-1:2007
  • Weatherproof (IP-66) as per IS/IEC 60529:2001
  • Suitable for Gas Group : IIC
  • Suitable for Zone 1 & 2 atmospheres

• Compact size
• Integral version with universal power supply (15 to 80 VDC & 15 to 265 VAC)
• Split models with controller+probe with 80 to 260 VAC / 15 to 80 VDC
• Vibration complied a...

Features :

• Fast Switching Response
• High temperature endurable probes
• High sensitivity selection for low conductivity liquids
• Calibration less operation
• Remote electronics requires ordinary shielded cable
• Threaded & Flanged Mountings
• Electronic Inserts support all requirements
• Ingress protection : IP 68/65 (as per IS-13947)
• Ex-proof (Ex d T6 IP-66 IIC )
  
  • Flameproof as per IS/IEC 60079-1:2007
  • Weatherproof (IP-66) as per IS/IEC 60529:2001
  • Suitable for Gas Group : IIC
  • Suitable for Zone 1 & 2 atmospheres

• Compact size
• Integral version with universal power supply (15 to 80 VDC & 15 to 265 VAC)
• Split models with controller+probe with 80 to 260 VAC / 15 to 80 VDC
• Vibration complied as per IEC 60068 part 2-6
• Low power consumption

Applications :

• Suitable for conductive liquids like water
• Top mounting & side mounting options
• Minimum and maximum failsafe field selectable
• Single point/multipoint/pump-control switching
• Process temperature max. 200°C
• Process pressure max. 3 bar

Operating Principle :

• Trumen rotating paddle level switches are spring loaded eccentricaly driven rotating vanes or blades, which rotate at a slow roational speed of 3rpm maximum, using a geared motor.
• When material is absent, rotating vanes are free to move and motor is held to its normal position by a spring.
• When material level reaches the rotating vanes, it tries to stop the rotation. This causes motor move in reverse as the spring can no longer hold it in its normal position.
• When motor rotates to a suffient degree, a limit switch gets triggered. This stops the power supply to the motor and another limit switch provides potential free output.

Features :

• Rugged construction and design along with proper
• sealing to prevent dust penetration.
• No calibration requ...

Operating Principle :

• Trumen rotating paddle level switches are spring loaded eccentricaly driven rotating vanes or blades, which rotate at a slow roational speed of 3rpm maximum, using a geared motor.
• When material is absent, rotating vanes are free to move and motor is held to its normal position by a spring.
• When material level reaches the rotating vanes, it tries to stop the rotation. This causes motor move in reverse as the spring can no longer hold it in its normal position.
• When motor rotates to a suffient degree, a limit switch gets triggered. This stops the power supply to the motor and another limit switch provides potential free output.

Features :

• Rugged construction and design along with proper
• sealing to prevent dust penetration.
• No calibration required.
• Extensible length model available
• Different types of blades (vanes) available.
• Stable and reliable performace

Applications : LSR is suitable for applications in free-flowing solid powders and grainules, for example in cement industries, plastics, pharmaceuticals, chemicals and fertilizers, powder, food and breweries, etc.

Side Mounted Level Switch is based on buoyancy principle .It is used for controlling the liquid level in underground & overhead tanks.

Operating Principle :

• It consists of a pivoted float assembly & a switch enclosure. A magnet that is built into the float actuates rough the wall of a guide stem. The float buoys up along with the level rise and actuates the magnetic switch which is kept inside the stem. The magnetic transmission is glandless, leaving no scope for leakages from vessel into switch housing.
• These switches are manufactured in various materials, enclosures & special features to suit broad range of media / applications.

Features :

• Reliable & low cost
• PC/PLC/DCS, Alarm Annunciator configurable
• Available with External Chamber

A reliable technique in industry for single / multiple liquid level sensing and control in open or pressurized vessels.

Operating Principle : It operates on the basic buoyancy principle .It uses float that glides on the surface of liquids. This level switch consists of - Terminal Enclosure, Float Stem with Hermetically sealed Reed Switches and Float with magnets assembled inside. As the float rises or falls with liquid level, the internal magnet moves in or out of the field of the switch resulting in its opening or closing. A non-magnetic barrier tube containing the reed switch isolates it from the process.These type level controls are available for controlling level at up to four different preset locations and can virtually be made of any length. This switch is highly effective and cost shedding and also finds use in a wide range of industries.

...

A reliable technique in industry for single / multiple liquid level sensing and control in open or pressurized vessels.

Operating Principle : It operates on the basic buoyancy principle .It uses float that glides on the surface of liquids. This level switch consists of - Terminal Enclosure, Float Stem with Hermetically sealed Reed Switches and Float with magnets assembled inside. As the float rises or falls with liquid level, the internal magnet moves in or out of the field of the switch resulting in its opening or closing. A non-magnetic barrier tube containing the reed switch isolates it from the process.These type level controls are available for controlling level at up to four different preset locations and can virtually be made of any length. This switch is highly effective and cost shedding and also finds use in a wide range of industries.

Features :

• Reliable & low cost
• PC/PLC/DCS, Alarm Annunciator configurable
• Available with External Chamber

Applications : Fuel oil tank control, Boiler feed water drum control, cooling tower lubrication/cooling/filtration systems, paint shops, water/waste water treatment etc.

Operating Principle :

• Electronics of LFV excites the piezo-electric-crystals inside tuning fork, which makes the fork tines vibrate at their natural resonance frequency in free air.
• When fork tines are immersed in liquid, the frequency of fork vibration falls due to the density of liquid.
• This change in frequency is detected by electronic circuit of LFV.
• Presence of liquid is thus detected.

Features :

• Fast Switching Response 1 sec
• ½" screw mountings available
• High pressure 15 bar forks
• High Tempreture up-to 250°C available
• Calibration-less operation
• Remote electronics with std 10 meters cable length
• External indication LED available
• Threaded & Flanged Mountings
• NAMUR (L-H / H-L) as per IEC-6094...

Operating Principle :

• Electronics of LFV excites the piezo-electric-crystals inside tuning fork, which makes the fork tines vibrate at their natural resonance frequency in free air.
• When fork tines are immersed in liquid, the frequency of fork vibration falls due to the density of liquid.
• This change in frequency is detected by electronic circuit of LFV.
• Presence of liquid is thus detected.

Features :

• Fast Switching Response 1 sec
• ½" screw mountings available
• High pressure 15 bar forks
• High Tempreture up-to 250°C available
• Calibration-less operation
• Remote electronics with std 10 meters cable length
• External indication LED available
• Threaded & Flanged Mountings
• NAMUR (L-H / H-L) as per IEC-60947-5-6
• Ingress protection : IP 68/65 (as per IS-13947)
• Ex-proof (Ex d T6 IP-66 IIC )
  
  • Flameproof as per IS/IEC 60079-1:2007
  • Weatherproof (IP-66) as per IS/IEC 60529:2001
  • Suitable for Gas Group - IIC
  • Suitable for Zone 1 & 2 atmospheres

• Compact size
• Vibration complied as per IEC 60068 part 2-6
• Low power consumption

Applications :

• Free flowing liquids
• Suitable for side as well as top mounting
• Minimum and maximum failsafe field selectable
• Process temperature max 200°C
• Process pressure max.15 bar
• Flow/no-flow detection in pipe-lines

Operating Principle :

• Electronics of LSV excites the piezo-electric-crystals inside tuning fork, which makes the fork tines vibrate at their natural resonance frequency in free air.
• Amplitudes of vibration are above threshold when tines are free to vibrate.
• When material touches fork tines, vibration stops as resonance gets disturbed.
• Amplitudes of vibration, as seen by electronics falls below the thresholdstrength, material presence is thus detected.

Fast Switching Response :

• 0.8 second on Request
• 1.5 second on Request
• 2.0 second as Standard

Operating Principle :

• Electronics of LSV-R excites the piezo-electriccrystals inside tuning rod, which makes the rod vibrate at it's natural resonance frequency in free air.
• Amplitudes of vibration are above threshold when rod is free to vibrate.
• When material touches rod, vibration stops as resonance gets disturbed.
• Amplitudes of vibration, as seen by electronics falls below the thresholdstrength, material presence is thus detected.

Features :

• Fast Switching Response
• 1" screw mountings available
• High pressure 15 bar
• High Tempreture up-to 250°C available
• Calibration-less operation
• Remote electronics with std 10 meters cable length
• Tropicalized & potted electronics module
• Threaded & Flanged Mountings
<...

Operating Principle :

• Electronics of LSV-R excites the piezo-electriccrystals inside tuning rod, which makes the rod vibrate at it's natural resonance frequency in free air.
• Amplitudes of vibration are above threshold when rod is free to vibrate.
• When material touches rod, vibration stops as resonance gets disturbed.
• Amplitudes of vibration, as seen by electronics falls below the thresholdstrength, material presence is thus detected.

Features :

• Fast Switching Response
• 1" screw mountings available
• High pressure 15 bar
• High Tempreture up-to 250°C available
• Calibration-less operation
• Remote electronics with std 10 meters cable length
• Tropicalized & potted electronics module
• Threaded & Flanged Mountings
• Electronic Inserts support all requirements
• Ingress protection : IP 68/66 (as per IS-13947)
• Ex-proof (Ex d T6 IP-66 IIC )
  
  • Flameproof as per IS/IEC 60079-1:2007
  • Weatherproof (IP-66) as per IS/IEC 60529:2001
  • Suitable for Gas Group : IIC
  • Suitable for Zone 1 & 2 atmospheres

• Compact size
• Low power consumption (0.5 to 0.7 VA)
• Vibration complied as per IEC 60068 part 2-6
• Settable switching delay as a standard feature

Applications :

• Free flowing powders and granules
• Suitable for side as well as top mounting
• Minimum and maximum failsafe field selectable
• Process temperature max 200°C
• Process pressure max. 15 bar