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1 Products availableWe are leaders in the market for providing best range of Flameproof Switch Socket, Push Button Station, Flameproof Hooter, Internal Ball Float Level Controllers and Micro Valve Level Controllers
| Type | Rigid Stem & Every Angle (External Zero Adjustment with Every Angle Version). |
| Nominal Size | 63mm, 100mm & 150mm. |
| Case & Bezel | SS304 Weather Proof to IP-55 & 65 as per IEC-60529, Drawn Steel Black Powder Coated. |
| Bourdon Material | Chrome-Moly Steel (STD), Stainless Steel (Optional). |
| Case & Bezel | SS304 weather Proof to IP-55 & 65 as per IEC-60529, Drawn Steel Black Powder Coated. |
| Bulb & Stem Dia | 6mm, 8mm, 10mm (STD) & 12mm (Optional) |
| Connection | 1/2" BSP/NPT Adjustable, Others Optional |
| Mounting | Direct Bottom, Direct Back, Every Angle, Flush Panel Back Entry. |
| Pointer | Micrometer zero adjuster type. |
| Standard Ranges | 0-50, 100, 120, 150, 200, 250, 300, 400, 500, 550C & Compound |
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| The position of ball float is determinded by the fluid level variation that actuates the rod through a system of levers. The instrument is based on the Archimedes Principle. Any increase in level raises the float up; it is also helped by counter weight in its upward movement. The mechanical link operates the plunger of pneumatic relay and it changes the output pressure which finally operates the control valve. The maximum span of the plug turn is 50 which is approximately a range of 300 mm in terms of level. The pneumatic relay operates at 1.1 to 2.5Kg/cm2of purified, dry natural gas or air. |
| INTERNAL BALL FLOAT LEVEL CONTROLLERS Introduction |
| This instrument is side mounted, directly to the flange on the side of oil and gas separators, vaccum towers, fractionating/distillation columns, liquid containers where a float operating inside of the tower can be used. However this instrument is not recommended in turbulent and foaming fluids. These are widely used in industries like: Refineries, Gasoline Plants, Industrial Paints, Oil and Gas Separators or any other similer installations. it consists of a Ball type Float, Float rod, Collar, Shaft & Gland housing. Pneumatic Relay is made of Brass which is weather proof and therefore enables the instrument suitable for outdoor application and even in moist conditions. |
Micro Valve Level Controllers (Model:MVLC-19)
| MICRO VALVE LEVEL CONTROLLERS |
| This is a snap-acting float operated level controller with a 3 wayMICRO VALVE. When the level rises and raises the float, it is actuated by two adjustable york-type pusher arms. The pusher arms can be adjusted to accurately control the range of level desired. The valve is in low level position when the liquid level is below the float and it remains the same until the float rises to the pre-set high level. The Micro Valve then reverses the positions until the float drops to the pre-set low level position. instrument is supplied with Flange & Grooved Coupling for mounting on to the vessel. it is mounted from side of the tank. Standard instruments are supplied with a three wayMicro Valveand three " NPT ports and the working pressure is 2 Kg/cm2. Connections to the ports also depend on the control action desired. |
| Thermocouples and RTDsmanufactured by us are available in different metallurgies like SS304, SS316, SS310, SS446, Ceramics 610, recrystalized alumina (Ceramics 710), nickel, Inconnel 600 or any other. These can be used for a wide range of temperature from 0 to 1950 deg C. The diameter starts from 1.5 mm to 22 mm and more depending upon the process requirements. Sensors are supplied with/without Thermowells. The Thermowells are made from drilled bar stock or fabricated from tube/pipe with threaded or flanged connection. The shank of Thermowell may be straight or tapered. |
| ULTRASONIC LEVEL TRANSMITTERS manufacturer, exporter and supplier |
| Ultrasonic Level Transmitterconsists of a sensor and a separate wall Mounted Programmable display unit. Sensor can be fitted on top of the tank and display can be mounted in safe area. Sensor can be provided with threaded/Flanged connection as per customers requirement. The instrument is economical, easy to install, user friendly and offers excellent non contact method to measure Level of Liquids in applications like storage tanks or where physical contact with liquid is not advisable. Transmitter has a local LCD display and a user-friendly compact programmer modulated for range calibration, relay set up, display of parameters by push buttons. Transmitter is equipped with temperature compensation through out the measuring range and gives 4 20 mA current output and optional relay outputs. With reliant performance, intellectual signal treatment technology, efficient ultrasonic wavelength, LCD display, high accuracy, and easy programming this version is all packed for excellent performance. |
| ULTRASONIC LEVEL TRANSMITTERS Principle |
| It functions on the principle of measuring Liquid Level by ultrasonic waves. Transmitter generates and launches a continuous band of powerful ultrasonic waves aimed towards the surface of liquid. These ultrasonic waves of certain wavelength hit the liquid surface and get reflected back towards the transmitters receiver sensor. Reflected signals are received by trans-receiver of the sensor, which processes them to interpret the liquid level on the basis of generation, reflection and time receiving of ultrasonic waves. |
| ULTRASONIC LEVEL TRANSMITTERS Features |
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| CLT2 | |||
| Relay | Power Supply | Range in Meters | Version |
| 1R-1 SPST,1Amp 2R-2 SPST,1Amp |
A- 230 V A C | 4/ 6/ 8/ 12/ 20/ 30 | S- Split Type |
| The sensor element consists of a Bimetal combination having different thermal expansion coefficient. This difference in their thermal expansion coefficient produces a mechanical motion. The sensing element of the Controller is installed directly in the process vessel. The temperature changes inside the process will result in the following |
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| PNEUMATIC TEMPERATURE CONTROLLERS Introduction |
| The instrument is provided with two adjustments (a) temperature set Point control and (b) Proportionality control. The temperature can be adjusted and where between - 50 F to + 750 F. The proportionality control is given to set the desirable temperature span. The proportionality control, calibrated from 5 to 60 F corresponds to produce 0.2 - 1 Kg / cm2output. The orifice in the seat is eccentrically drilled so that while rotating the seat it moves the rifice with respect to the adjusting serew. This regulates the orifice opening with respect to temperature changes. |
Industrial Grade Manometershave Alluminium casing from three sides with transparent acrylic front. The metering Tube is uniform bore, thick walled Borosilicate glass and the meter body is powder coated. Scale is Alluminium Anodized/PVC engraved with PVC/PP/SS304 wetted parts. The end connections may be " BSP, " BSP OR Nozzle type. Mounting available is wall/Panel/Stand type. All manometers are supplied with Zero adjusting screw, drain plug. Instrument accuracy is better than +/- 0.5% of F.S.D.
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| We are experiencedLevel Switch manufacturer in India. We preffered asLevel Switch Manufacturer in India. InPADDLE TYPE LEVEL SWITCHES, a small electric motor drives the paddle, which rotates freely in the absence of material. When it is impeded by material the motor will be turned within the housing thus loading a spring and triggering two switches. One of them is a dry electric contact of control and alarm functions while the other is to cut off the power of motor. When the material level drops, the loaded stretched tension spring returns the motor to its original position and the unit is reactivated. OurRotary Paddle Switchesare heavy duty and suitable for level detection of dust granules and free flowing solids upto the size of 10 mm. These can be mounted in bins, hoppers and silos and are useful to control level, filling and emptying. Applications areas include Agriculture industries, chemical industries, Food industries etc.
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| We are experiencedMagnetic Level Indicator Manufacturer In India. We preffered asMagnetic Level Indicator manufacturer in India. TheseLevel Indicatorsare flanged to the tank for indicating level of liquids and liquefied gases in open or closed tanks. These can be used in high temperature and pressure applications or if sight glasses and similar indicating glass parts cannot be used for safety reasons. This instrument is preferred because there is a safe pressure and gas tight separation between measuring and indicating parts. Thus theMAGNETIC LEVEL INDICATORis suitable for a wide range of applications for the chemicals, pharmaceutical industries, petrochemical industries, refineries, oil and fuel tanks etc. The cage is flanged to the tank & the level is indicated on a Strip which consists of magnetic bi-colour rollers. The floats are available in various metallurgies like SS316, Titanium, PVDF, Polypropylene and PVC. | ||
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| Transparent Level Gauge (TPLG-19) | ||||||
| Transparent Level Gaugeis designed for measurement of liquid level in tanks under high pressure and temperature conditions. It consists of double flat glass mounted opposite to each other on a chamber. The glasses are held together by studs through cover plates. It is used for interface services or when the process is dirty or viscous. The chamber is available in a variety of metallurgy i.e. PP, CS, MS, SS304, SS316, SS 316L etc. The isolation valves can also be supplied in different metallurgy depending upon process fluid. | ||||||
| Features | ||||||
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| A | SITE CONDITIONS | |
| 01 | Ambient Temperature (Max/Min) | |
| 02 | Relative Humidity | |
| 03 | General Climate | |
| B | PROCESS CONDITIONS | |
| 01 | Fluid | Liquid |
| 02 | Normal/Max Pressure (Design Pressure) | Please specify |
| 03 | Temperature / Design Temp.) | 150 Deg C/350 Deg C |
| 04 | Density of Fluid | - |
| C | TECHNICAL PARTICULARS | |
| 01 | Type | |
| 02 | Indication | Local on tank side |
| 03 | Mounting | Side - Side |
| 04 | C.C. Distance | |
| 05 | Scale Width | 25 mm |
| 06 | Scale Graduations | In mm |
| 07 | Minimum Graduations | 5 mm |
| 08 | Letter Height | 10 mm |
| 09 | Process Connection | |
| 10 | Deg of Prot of Enclosure | Not applicable |
| 11 | Max. Working Temperature | |
| 12 | Max Working Pressure | 10 Kg/cm2 |
| 13 | Hydraulic Test Pressure | |
| 14 | Vent & Drain Connection | ½” BSP plug |
| D | MATERIAL OF CONST | |
| 01 | Main Body | Machined from 40 x 40 mm square bar |
| 02 | Cover Plate MOC | CS/SS 304/PP |
| 03 | Flanges | |
| 04 | Packing | |
| 05 | Hardware | Borosilicate Glass,19 mm OD |
| 06 | Reflex Glass | Toughened Borosilicate with reflex grooves |
| 07 | Scale | Anodized Alluminium |
| 08 | Finish | Mat Finish |
| 09 | Finish Shade | Black for Cover Plates |
| 10 | Accessories | |
| 11 | Tag Plate | Provided |
| E | MANUFACTURER’S DETAILS | |
| 01 | Manufacturer | Veksler |
| 02 | Model No | |
| 03 | Product Catalogue |
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| SWITCHING DIFFRENTIAL VALUE: WEATHERPROOF / FLAMEPROOF PRESSURE SWITCH | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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[ Pneumatic Level Controllers (Model: PLC-19) ]
| PNEUMATIC LEVEL CONTROLLER(Pneumatic Controller) works on the buoyancy principle. The force applied is propotional to the volume of liquid displaced. Change in the liquid level produces a change in the position of flex tube end. This causes movement of the flex tube shaft to which carrier assembly is connected. Carrier assembly opens or closes the nozzle to give pneumatic output from the pilot valve. | ||||||||||||||||||||||||||||||||||||
| PNEUMATIC CONTROLLER Introduction | ||||||||||||||||||||||||||||||||||||
| Pneumatic Level Controllerconsists of a displacer mounted to the flex tube. The Pilot Valve and carrier assembly are housed in weather proof IP65 housing. The exhaust gas is vented inside the enclosure and then to the atmosphere through a vent hole. The instrument is known for its simplicity, reliability and ease of maintenance. Reverse action can be obtained Nozzle assembly by 180.
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Interface Level Controllers (Model: ILC-19)
| Like most of the level instruments, Liquid interface controller also works on the buoyancy principle. The force applied by the float/displacer is proportional to the volume of liquid displaced. Change in the liquid level causes a change in the position of flex tube end. This causes movement of the flex tube shaft and aflapper is connected to the shaft. A booster relay placed to control the speed and response time helps to remove heavier liquid (Water at a fast speed. The relay is enclosed in a pressure light housing that allows remole release of vented gases and also protects the pilot and pressure gauges from the field disturbances and during cleaning. It operates pneumatically in direct as well as reverse direction. Reverse action can be obtained by rotating the nozzle assembly by 180. | |||||||||||||||||||||||||||||||||
| INTERFACE LEVEL CONTROLLERS Introduction | |||||||||||||||||||||||||||||||||
| TheInterface Level Controllerconsists of a nozzle, flapper and an amplifying relay which operate on dry air supply or gas. It also has a displacer mounted to the flex tube which is attached to a standard flange. A carrier assembly is mounted on the reverse side of the flange with adjusting screw, nozzle and relay with an orifice. A cleaning device is also provided to clean clogged orifice. The flex tube permits vertical motion only and transmits the displacer motion from within the shaft to the nozzle. The displacer is speciallt designed to sence Specific Gravity difference of even 0.05. | |||||||||||||||||||||||||||||||||
| Specifications
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