'general specifications'

NRG GLOBAL MAKE Displacer type level switches offers the industrial user a wide choice of alarm and control configuration. DLS works on a simple buoyancy principle and is well suited for simple or complex applications, such as forming surging liquids or agitated fluids, and usually costs less than other types of level switches. CONSTRUCTION & OPERATION Operation is based on simple buoyancy principle. As the liquid level rises and progressively immerses the displacer elements, the effective weight suspended on the spring reduces and the consequent length of the spring change is used to provide magnet movement and operate the switch. The spring movement causes the magnetic sleeve to attract a pivoted magnet actuating a switch mechanism located outside the barrier tube. Built-in limit stops, prevent over stroking under level surge conditions. FEATURES: • Wide choice of switching functions • Suitable for large tanks up to 15 meters • Site adjustable switch points • Customized for high temp, high pressure & vaccum applications. • Reliable performance in turbulent liquids even without still pipes. • Easy transportation of longer length switches. • Enclosure : Weather proof-IP-65 Ex-proof-Gr. IIA & IIB or IIC GENERAL SPECIFICATIONS: Enclosure : Cast ALUMINIUM, Weather Proof-IP 65, Cast AL Ex-proof Gr. IIA & IIB or IIC Conduit Connection : ¾ ” ET or ½” NPT Measuring Range : 200 mm~15000 mm Operating Differential : 40±5 mm / Adjustable / 65 ±5 mm Switch Type : Micro switch Switch Contacts : 2 SPDT (2 NO + 2 NC) @ 5A, 230 VAC (Resistive) Switch Action : Bistable Terminals : To suit 1.5 mm2 conductor Flexible Rope : SS304, SS316, PP, PTFE Displacer : SS304, SS316, PP, PTFE Spring Housing : SS316, PP, PTFE Spring Material : SS316, SS316L Process Connection Flanged : MS, SS304, SS316, PP (SS clad), PTFE (SS clad) Perforated still well : MS, SS304, SS316, PP (65 NB) External Cage : MS, SS304, SS316, PP (80 NB) Max. Temperature : 0-200°C (without cooling fins) 0-300°C (with cooling fins) (Contact factory for temperature more than 300°C) Max. Test Pressure : Vaccum to 40 Kg/cm2 (Contact factory for pressure more than 40 Kg/cm2) Min. Sp. Gravity : 0.7 (Contact factory for Sp. Gr. less than 0.7)

NRG GLOBALDOMESTIC WATER METER SPECIFICATIONS (15MM, 20MM AND 25MM SIZES) 1.1 GENERAL LAYOUT The complete water meter is to consist of (5) components:  Above ground extruded water meter box and extended lid with slider.  A water meter (Plastic bodied 15mm, 20mm and 25mm) class C volumetric rotary piston liquid sealed register) with unique meter serial number where first two digits indicate year of manufacture Additional Information: Production Capacity: 100 Delivery Time: WEEK Packaging Details: CORUGATED BOX

NRG GLOBAL OFFER WATERMETERDOMESTIC WATER METER SPECIFICATIONS (15MM, 20MM AND 25MM SIZES) 1.1 GENERAL LAYOUT The complete water meter is to consist of (5) components:  Above ground extruded water meter box and extended lid with slider.  A water meter (Plastic bodied 15mm, 20mm and 25mm) class C volumetric rotary piston liquid sealed register) with unique meter serial number where first two digits indicate year of manufacture.  3 way concentric restrictor valve.  SABS (Blue) lever type consumer ball valve.  Fusion welded PPR pipe assembly tested to 25 bar Additional Information: Production Capacity: 100 Delivery Time: WEEK Packaging Details: CORUGATED BOX

NRG MAKE Float level transmitter provides continuous level measurement up to 2 m (6.5') with a 4 to 20 mA signal output, and is factory configured to your selected dimension. This stainless steel liquid level sensor is well suited for high temperature or pressure tank level applications with relatively clean liquids such as water, diluted chemicals and light weight oils. Typical application examples include boilers and process vessels. Specifications Range: 41 to 1222 cm (16 to 48") Accuracy: 0.25% span in water Configuration: None, fixed span Orientation: ±20° from vertical Specific Gravity: 0.55 min Supply Voltage: 10 to 30 Vdc Loop Resistance: 600 Ω @ 24 Vdc Signal Output: 4 to 20 mA, two-wire Process Temp: -40 to 85°C (-40 to 185°F) Ambient Temp: -40 to 60°C (-40 to 140°F) Pressure: 200 psi (13.8 bar) Enclosure Rating: NEMA 4X (IP65) Enclosure Material: PP Conduit Entrance: Single, 1/2 NPT Process Mount: 2 NPT Guide-Float Material: 316 SS Classification: General purpose Additional Information: Item Code: flt Production Capacity: 50 Delivery Time: week Packaging Details: Export worthy packing

General Specifications:  RTD Pt100 DIN Standard Element  Temperature ranges from -190 to +260ºC  Sheath Material 316SS  Sheath Diameters from 3.3 mm to 6.4 mm  Various Lead Insulation Materials (PVC, Teflon, Silicone Rubber)  Various RTD transmitters are also available to suit your particular application RTD Pt100 DIN standard element  Temperature range from -190 to +260ºC  Sheath materials 304SS and 316SS  Various terminal heads, (Bakelite, Aluminium, Stainless Steel, Polypropylene)  Optional head-mount transmitter

NRG GLOBAL INSTRUMENTS MAKE Electromagnetic Flow Meters, simply known as mag flow meter is a volumetric flow meter which is ideally used for waste water applications and other applications that experience low pressure drop and with appropriate liquid conductivity required.The device doesn’t have any moving parts and cannot work with hydrocarbons and distilled water. Mag flow meters are also easy to maintain.Electromagnetic Flow Meters Principle of Magnetic Flow Meter Based on Faraday’s LawMagnetic flow meters works based on Faraday’s Law of Electromagnetic Induction. According to this principle, when a conductive medium passes through a magnetic field B, a voltage E is generated which is proportional to the velocity v of the medium, the density of the magnetic field and the length of the conductor. [E is the voltage generated in a conductor, V is the velocity of the conductor, B is the magnetic field strength and L is the length of the conductor].It is very important that the liquid flow that is to be measured using the magnetic flow meter must be electrically conductive. The Faraday’s Law indicates that the signal voltage (E) is dependent on the average liquid velocity (V), the length of the conductor (D) and the magnetic field strength (B). The magnetic field will thus be established in the cross-section of the tubeBasically when the conductive liquid flows through the magnetic field, voltage is induced. To measure this generated voltage (which is proportional to the velocity of the flowing liquid), two stainless steel electrodes are used which are mounted opposite each other.The two electrodes which are placed inside the flow meter are then connected to an advanced electronic circuit that has the ability to process the signal. The processed signal is fed into the microprocessor that calculates the volumetric flow of the liquid.Electromagnetic Flow Meters Formula:Electromagnetic flow meters use Faraday’s law of electromagnetic induction for making a flow measurement. Faraday’s law states that, whenever a conductor of length ‘l’ moves with a velocity ‘v’ perpendicular to a magnetic field ‘B’, an emf ‘e’ is induced in a mutually perpendicular direction which is given byThus the volume flow rate is proportional to the induced emf. In Practical applications we have to enter the meter constant ‘K’ value in magnetic flow meter which is available in vendor catalog/manual.Applications of Magnetic Flow MetersThis electromagnetic flow meter being non intrusive type, can be used in general for any fluid which is having a reasonable electrical conductivity above 10 microsiemens/cm.Fluids like sand water slurry, coal powder, slurry, sewage, wood pulp, chemicals, water other than distilled water in large pipe lines, hot fluids, high viscous fluids specially in food processing industries, cryogenic fluids can be metered by the electromagnetic flow meter Additional Information: Production Capacity: 100 Delivery Time: EX STOCK Packaging Details: EXPORT WORTHY PACKING

Pressure Gauges Specifications ; Type: · Absolute. Differential. Gauge. Compound. Sealed. Vacuum. Other ; Display: · Analog. Digital ; Mount / Connection Location:.Working Pressure Range: The maximum allow...Vacuum Range: Vacuum range is the span of ...Dial Size: The diameter of the gauge. The dial ...Operating Temperature: Additional Information: Production Capacity: 100 Delivery Time: EX STOCK Packaging Details: CORUGATED BOX

Product Description We are among the largest producers of sight glass; toughen glass, borosilicate glassware in the Indian market. We manufacture this glassware of various specifications, sizes, and dimensions. Being of high quality, they find large spread use in labs, handicrafts industries, solar evacuated collector tubes etc. This glassware is made with the help of sophisticated technology and specialized procedures which have evolved after years of research efforts. • Triangle tube • Square tube • Stripe tube • Oval tube • Glass rod Features: • High temperature resistance • High transparency • Available in different sizes and shapes Additional Information: Item Code: ftsg Production Capacity: 15 Delivery Time: 10 Packaging Details: Export Worthy Packing

NRG GLOBAL INSTRUMENTS MAKE Glass Tube Variable Area Flow Meters (Rotameters) are intended for general in line and ByPass metering applications (i.e. for Gas & Liquid) where operating conditions are with the limitations of Glass metering tubes. These are the principle of Variable Area. The float moves freely up and down tapered borosilicate glass with fluid flow from bottom to top. The float takes up a position where buoyancy forces and the float weight are balanced in proportion to flow rate. The Vertical position of the float as indicated by scale is the measure of the instantaneous flow rate. 2. Principal of Operation When fluid or gas flows through a taper tube containing a float, a pressure difference of P1 and P2 is created between upper and lower side of the float. The float moves upwards by a force obtained by multiplying the pressure differential by the maximum cross-sectional area of the float. Due to taper tube, as the float moves upwards, the fluid passing area increases as a result of which the differential pressure decreases. Upward movement of float stops when the dead load is dynamically balanced by the differential pressure.