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General Instruments Consortium Gauges Bourdon India Private Limited

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Our Products

  1. Industrial Valves 18 Products available
  2. Measurement Gauges & Fittings 15 Products available
  3. Level Switches 3 Products available
  4. Valves & Valve Fittings 3 Products available
  5. Medical Accessories 3 Products available
  6. Temperature Switches

    2 Products available
  7. Thermocouple

    2 Products available
  8. Level Transmitters

    2 Products available
  9. Pipeline Accessories

    2 Products available
  10. Measuring Instruments & Equipment

    2 Products available
  11. Others Products 14 Products available

Other Products / Services

We offer the best product range of Screwed Bonnet Design Female Ends, Screwed Bonnet Design Male x Female Ends, Orifice plates assemblies, Multistage Restriction Orifice Assembly and Meter Run Assemblies.

Indicating Temperature Switch

Fast response, Combination of indication and switch, Choice of contact assembly or microswitch, High repeatability and low hysteresis, Flameproof version available, Flameproof version available
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Blind Temperature Switch

Use of inert gas (Nitrogen), Non-polluting, environment friendly, Rugged construction, Rigid stem or capillary type, Weather proof or flame proof enclosure, Fast response
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Sight Flow Indicators

  • Body CS, SS 304, SS 304L, SS 316, SS 316L, others on request
  • Retainer Flange CS, SS 304, SS 304L, SS 316, SS 316L, others on request
  • Cushion / Gasket C.A.F. / P.T.F.E. / Graphoil
Sight flow Indicator is the simplest instrument for viewing flow of different type of fluids in the process line.General Instruments Consortium offers sight flow indicators of following types: Double Window - Plain Double Window - Rotary Wheel Double Window - Flapper Double Window - Drip Tube Double Window - Ball
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Tube Skin Thermocouples

Tube Skin Thermocouples manufactured by us are reliable for measurement and control of tube sur face temperature in fire heaters. Accurate temperature measurement is impor tant for prolonging heater tube life, for ensuring safe and efficient operation. We have been supplying tube skin thermocouple assemblies in quantities to majority of the projects in India as well as expor ting to various countries. The basic thermocouple is normally of 12.7 mm OD with relatively higher sheath wall thickness, mineral insulated (compacted MgO) and in variety of sheath materials such as SS310, SS446, Inconel 600, Incoloy 800 etc. The Junction is generally grounded. However ungrounded junction also is offered, as customer requires. Mineral Insulated (MI) thermocouple is manufactured by Cold drawing and annealing (heat treatment) process in controlled atmosphere. The heat treatment (which is 0 controlled within +- 2 C) is carried out in hydrogen atmosphere to avoid sur face defects & par tial oxidation of conductor.
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Displacer Type Level Transmitters

  • Float PTFE, PP, PVDF, SS316, SS304, SS316L, SS304L, Monel, Titanium, hastealloy
  • Float stem Monel, Titanium, hastealloy
Displacer type level transmitter with application upto 100 bar and 350 deg cent application, Tight sealing versions for float sensors with level transmitter to enable correct application solutions, with sealing internals at 10(-3-4) mbarltrsec available, Durability defined on sealing and pressure and temperature application, Improved reliability with dual opposed magnet design which provides snap action, Applicable with various versions of MOC's depending on pressure and temperature, versions with Stainless and steel, hastealloy, monel, PTFE, PP, Titanium available
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Magnetic Level Transmitters

  • Mounting Orientation Top Mounted Side Mounted
  • Pressure Upto 100 kg/cm 2
  • Temperature Upto 300 C
  • CCD Max. upto 7000mm
Magnetic level gauge applicable upto 100 kgcm and upto 300 deg cent , Cryo applications upto -196 deg cent, Jacketed design applicable , For applicability in critical, acidic, cryo and high temperature zone , IBR cer tified device available, NACE, H2S service compatibility applicable , Heat tracing available , Viscous media (max upto 380 cst and upto 100 deg cent) besides other acidic, non acidic, steam water media, Device fully compatible for conductive and non conductive media , Special float design to enable to meet low critical specific gravity
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Screwed Bonnet Design Female Ends

  • Material A 105, A 479 304, A 479 316, A182 GR F 316, Monel, Hastelloy, Duplex
  • Test Pressure @ 25°C Room Temperature
  • Gland Packing PTFE: Standard
Designed for use in purpose applications for throttling and straight shut off of liquids, gas or vapour service. These needle valves are available with a variety of end connections and stem packing.
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Screwed Bonnet Design Male X Female Ends

  • Material A 105, A 479 304, A 479 316, A182 GR F 316, Monel, Hastelloy, Duplex
  • Finish CS zinc plated. SS Natural
Designed for use in applications for throttling purpose and straight shut off of liquids, gas or vapour service. These needle valves are available with a variety of end connections and stem packing.
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Flow Switches

  • Displacer SS316, SS304, SS316L, SS304L, Monel, Titanium, hastealloy,
  • Flapper PTFE lined SS, PP lined SS, PVDF lined SS, SS316, SS304, SS316L, SS304L,
Flow control designed for upto 5000 LPM with process connection upto 2, Applications upto 40 bar and upto 250 deg cent available, Flow switch with options of special bellows to cater to high flows, high pressure and high temperature, Bellows with better hysteresis for the overall flow switch accuracy, Applicable for H2S, NACE, certified, Switch is CCOE approved and certified for IP67, IP65
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Orifice Plates

General Instruments orifice plate is a device used for measuring flow rate. Either a volumetric or mass flow rate may be determined, depending on the calculation associated with the it. It uses the same principle, namely Bernoulli's principle which states that there is a relationship between the pressure of the fluid and the velocity of the fluid. When the velocity increases, the pressure decreases and vice versa.
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Orifice Plates Assemblies

1.The weldneck flange assembly is designed to transfer stresses to the pipe, thereby reducing high stress concentrations at the base of the flange. The pressure tappings are provided through the flange which are at a distance of 25.4mm (1") from the relevant face of the plate. Weldneck flanges are prefered since the joint between flange and pipe can be subjected to radiography, to ensure quality of welding joint.2.The slip on flange has a low hub because the pipe slips into the flange prior to the welding. It is welded both from inside and out to provide sufficient strength and prevent leakage. The slip on flanges are bored slightly larger than the OD of the matching flange. SORF flanges are not preferred where pressure tapping through flange is required, since after welding in line blocks the tapping holes which need to be redrilled at site after welding in line.3. Orifice assembly with carrier raing and flange union is provided to facilitate pressure tapping, by means of corner tappings. This construction is generally used for lower sizes (less than 2"). However carrier rings can be used for higher line sizes also.
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Multistage Restriction Orifice Assembly

The restriction orifices are used for reducing fluid pressure and are designed somewhat different from the orifice plates that are used for measuring flow rates. They are designed to slip between the piping flanges.While single restriction orifices are often sufficient to meet the requirements, there are situations where limitations arise due to process conditions making the single restriction orifices unacceptable. In such situations, use of multiple restriction in series is a better solution.The foremost consideration for the case of multiple restriction is the pressure drop. This applies whether or not the fluid is liquid or vaporgas.Higher pressure drop implies higher velocities resulting in vibration and noise problems.
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Meter Run Assemblies

  • Line size assemblies 1/2 to 2" for integral meter run assemblies and till 40" for meter run
  • Material of construction of pipe chamber SS316, SS316L, A106, SS304, SS304L, Monel, Hastalloy, PP, PTFE
  • Material of orifice plate SS316, SS316L, SS304, SS304L, Monel, Hastalloy, PP, PTFE
General Instruments Manufactured Integral Orifice Assemblies are another type of measuring flow device, which caters to the principle of maintaining constant reynolds number through out the process of media entering and processed and finally out of the assembly. This is possible with the precision manufactured device wherein the input flange, with pipe chamber, the orifice assembly and the outlet pipe chamber and the subsequent flange for the flange end connection, all shall be attributed to constant reynolds number.
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Compact Orifice Flow Meter

  • Line sizes : 1/2” to 12”
  • Orifice plate design: Square Edged Concentric
  • Beta ratio : 0.4 / 0.65
Fully integrated solution eliminates the need of fittings, tubing, valve, adaptors, manifold & mounting brackets, Unique design ensures the proper alignment within pipe, resulting in higher accuracy., Unique wafer body allows for installation in any flange location
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Venturi Tubes

Can be used on slurries and dirty fluids, Lower susceptibility to erosion, Low permanent pressure loss, Extended product life with no moving parts, Vertical or horizontal installation
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Averaging Pitot Tube

Unique profile shape enables high flow rate turn down, Dual averaging for better accuracy, Suitable for Liquid, gas and steam flow measurement, Repeatability of measurement 0.1 %, Short upstream and downstream straight pipe lengths, Long term accuracy unaffected by wear. Averaging pitot tubes are generally used for large line sizes or ducts where other primary devices become relatively expensive. Averaging Pitot tube comprises of following components:
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Flow Nozzles

  • Feature Extended product life with no moving par ts, Lower susceptibility to erosion
General flow nozzle is used in typically high-velocity, non- viscous, erosive flow. They are suitable for determining the flow rates of fluids at high temperature and high pressure. General flow nozzles are erosion-resistant, consistently accurate and vir tually maintenance-free. They per form a wide variety of applications that include air, water, steam, gas, chemical substances and high temperature applications. The rounded design provides a more effective sweep-through of par ticles in the flow stream, which extends product life by reducing wear and potential damage. Flow nozzles are manufactured in strict accordance with asme mfc-3m, bs-1042 and iso-5167 standards. For critical measurement applications, wet calibration at reputed flow laboratories can be offered. Also we have an ibr approval for our manufacturing unit hence we can provide ibr form iiic cer tificate for flow nozzles. Flow nozzles have a smooth elliptical inlet leading to a throat section with a sharp outlet. Restriction in the fluid flow causes a pressure drop, which relates to the flow rate by applying bernoullis equation.the smooth inlet of the flow nozzle results in a higher coefficient of discharge than most other differential meters. This higher efficiency means greater flow capacity when compared to most other differential meters of the same size.
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Condensate Pot

We manufacture complete range of condensate pots which requires in many process industries condensate pots are generally used for measurement of steam vapor which condense to liquid state at the ambient temperature. These are also used to cool down very high temperature liquids and to maintain a constant liquid head above the instrument. These can be installed in both horizontal & vertical position. We manufacture these condensate pots as per customer's requirement and design in various sizes 2, 3 and 4 etc. Condensate pots are manufactured in various grades of Carbon steel, Alloy steel & stainless steel. IBR Form IIIC certificate can be provided for condensate pots.
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Flow Calibration Test Bench

The orifice assembly or the flow control element, valve, is calibrated under fluid mechanics standards of ISO 5167 and IEC 60534 standards. The process and the procedure of the measuring flow calibration of the device and the design is as per the international standards applicable for volumetric and gravimetric conditions. The flow calibration bench for upto 12 size, is applicable for pressure 2 rating upto 3 kg cm g and for all ambient conditions. The testing media is water. The calibration unit is under free length or straight length as per the ISO standards for mounting in such conditions applicable for orifice assemblies with water as media and with calculated beta value to decide the free length for calibration of sensors. For valves, the condition is kept at ambient conditions with water and based on IEC 60534 standard the flow coefficient value of the valve is matched with desired flow rate applicable under differential pressure conditions, under applicable and available free or straight lengths. The bench gets the water from an underground tank with an overall capacity of m3 which is having a magnetic level gauge mounted to check the level of water. The level in turn helps to clear the pressure applicable under the centrifugal pump which is mounted to the side to generate the desired and the requisite pressure for the flow assembly, either valve or orifice.
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Integral Bonnet Screwed Ends - FNVN-IB

  • Material A 105, A 479 304, A 479 316, A182 GR F 316, Monel, Hastelloy, Duplex
  • Test Pressure @ 25°C Room Temperature, Hydrostatic: Body - 415 bar(g)
  • Gland Packing PTFE: Standard, Graphoil: Temperatures Above 200°C
A compact needle type valve for isolation of lines, sampling, throttling & similar applications. The valve has screwed ends to be used with pipes & tubes for panel mounting.These needle valves are available with a variety of end connections and stem packing.
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MI Thickwall Thermocouple

The conventional thermocouple is used with an outer protecting tube or thermowell to protect it from aggressive and corrosive process condition. This improves longevity of the thermocouple. However, response time is poor. To overcome above problem, has desi gned MI Thi ckwal l Thermocouple having thicker wall with relatively larger conductor diameters. This construction enable the user to inser t the thermocouple directly in the process without a protecting tube or thermowell, improving response time considerably.
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