General Instruments Consortium Gauges Bourdon India Private Limited Mahim, Mumbai, Maharashtra

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

Two valve manifold is designed in a single block with female screwed inlet and outlet ports combining isolation valve and calibration vent valve. Generally used on static pressure transmitters, switches and gauges.

Material : A 105, A 479 304, A 479 316, A182 GR F 316, Monel, Hastelloy, Duplex

Two valve manifold is designed in a single block with female screwed inlet and outlet port combining isolation valve and calibration vent valve. Generally used on static pressure transmitters, switches or gauges.

Material : A 105, A 182 / A 479 GR F 304, A 182 / A 479 GR F316, Monel, Hastelloy, Duplex

Two valve manifold is designed in a single block with female screwed inlet and outlet port combining isolation valve and vent calibration valve . Generally used on static pressure transmitters, switches or gauges.

Material : A 105, A 182 / A 479 GR F 304, A 182 / A 479 GR F316, Monel, Hastelloy, Duplex

Tubular level gauge applicable upto 25kg and upto 250 deg cent, Toughened borosilicate glass with designs to suit pressure and, For applicability in critical acidic, steam water, non acidic, and in, Available with C Channel options with SS, CS, MS with, Special isolation offset construction available with both screwed and bolted

Transparent level guage applicable upto 200 kg and upto 400deg cent, Cryo applications upto-196 deg cent, Toughened glass and borosilicate glass, For applicability in critical, acidic, cryo and high temperature zone, IBR certified device available. Applicable for refinery, petrochemical, chemical, power, radioactive, fertilizer, food, pharma, metal industry applications, Viscous media (max upto 380 cst and upto 100 deg cent) besides other acidic, non acidic, steam water media

Designed for applications to facilitate remote mounting of differential pressure instruments. Dimensions shown above are for the standard 54 mm or 2 18 inch instrument connection. Centre distance found in majority of instruments. The manifold is also available for instruments with other centre distances for instrument connections (as 55 mm, 56 mm and 57 mm) but dimensions shown will vary. Please consult us for these dimensions. Useful for installations in remote fields eliminating conventional method of piping.

Material : A 105, A 182 GR F 304, A 182 GR F 316, Monel, Hastelloy, Duplex

Designed for direct mounting on to standard differential pressure transmitters. This manifold block incorporates three valves, two main process isolation valves and one equalising valve. Dimensions shown above are for the standard 54 mm or 2 18 inch instrument connection centre distance found in majority of instruments. The manifold is also available for instruments with other centre distances for instrument connections (as 55 mm, 56 mm and 57 mm) but dimensions shown will vary. Please consult us for these dimensions.

Material : A 105, A 182 GR F 304, A 182 GR F 316, Monel, Hastelloy, Duplex

Designed as a new series of process instrument manifold for particular transmitter models. The coplanar manifold when assembled to transmitter has the advantage of compact size with ease for operation in minimum space, thereby eliminating several components in integrating the manifold to the transmitter. The coplanar manifold has two isolating valves, one equalizer valve. The manifold dimensions illustrated are for standard 33 mm instrument centres but available for other centres. The direct mounting facility to the base of the differential pressure transmitter results in less leakage points and more accurate measurements.

Material : A 105, A 182 GR F 304, A 182 GR F 316, Monel, Hastelloy, Duplex

Designed for direct mounting on to standard differential pressure transmitters. This manifold block incorporates three valves, two main process isolation valves and one equalising valve. This design is suitable where the straight valve may foul with the instrument and to provide ease of operation. Dimensions shown above are for the standard 54 mm or 2 18 inch instrument connection Centre distance found in majority of instruments. The manifold is also available for instruments with other centre distances for instrument connections (as 55 mm, 56 mm and 57 mm) but dimensions shown will vary. Please consult factory for these dimensions.

Material : A 105, A 182 / A 479 GR F 304, A 182 / A 479 GR F316, Monel, Hastelloy, Duplex

Corrosion resistant Phenolic Case makes it suitable for corrosive environment, These Gauges have been provided with a solid baffle wall and blow out back which immediately releases the pressur in the enclosure in the event of an accidental rupture of the sensing element.

Designed to fulfill most industrial requirements as well as commercial, Small dial Pressure Gauges are developed for OEM applications in compressed gases, lubricating circuits, air filter fegulators, gas cylinders, etc.

Accuracy : ± 2%FSD

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.

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.

Needle Valve with down stream vent for usage with Static Pressure Gauge and instrument installation for isolation and venting.

Material : A 105, A 479 304, A 479 316, A182 GR F 316, Monel, Hastelloy, Duplex

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

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.

Material : A 105, A 479 304, A 479 316, A182 GR F 316, Monel, Hastelloy, Duplex

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.

Material : A 105, A 479 304, A 479 316, A182 GR F 316, Monel, Hastelloy, Duplex

These pressure Gauges are well suited for the process industries such as chemicals, petro chemicals, energy or gas industries, food processing, nuclear, etc,These Gauges have been provided with a solid baffle wall and blow out back which immediately releases the pressure in the enclosure in the event of an accidental rupture of the sensing element

Reflex level guage applicable upto 200 kgcm and upto 400 deg cent,Cryo applications upto -196 deg cent,Toughened borosilicate glass with serrations,For applicability in critical, acidic, cryo and temperature zone,Applicable for refinery, petrochemical, chemical, power, radioactive, fertilizer, food, pharma, metal industry applications

Gauge Design as per EN-837 standard,Local Indication & signal transmission to the control room,Easy-to-read, analogue on-site display. No need of external power supply,"Plug and play" with no configuration necessary,Signal transmission as per NAMUR

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.

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.

Designed for use with tubes through built in Double ferrule compression fittings 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.

Material : A 105, A 479 304, A 479 316, A182 GR F 316, Monel, Hastelloy