We present highly advanced Sanitary Flow Meters. The Precision turbines of the meter are manufactured with the use of bets quality components and raw materials to ensure efficiency. Our Sanitary Flow Meters bring a new level of reliability and performance to beverage, food and pharmaceutical. Sanitary Flow Meters is ideal for sampling and small batch applications. The Sanitary Series Precision Flow Meters are and electro-polished to eliminate cracks or crevices that can cause failure and unacceptable downtime. They are available in sizes from extremely versatile; our precision Turbine Flow Meters can be installed horizontally or vertically. These Sanitary Flow Meters deliver linerity and +/-0.1% repeatibility and handle ranges from_ 100^oF to + 450^oF and be cleaned with low-pressure steam while in line.

Sanitary Flow Meters Specifications

• Standard precision sanitary flow meters are (other materials are available to meet most) Minimum of 30 mV pp at the bottom of the 4 psi at maximum nominal rated flow range. Calibration (special calibrations available)

Features

• Special food-grade PTFE or Carbine sleeve
• In-Line cleanup with low pressure steam
• 3A certified instrument specifically designed for sanitary, food-grade applications. It is compatible with nominal diameters form one inch and with flow rates from 8 to 1, 200
• Liner : PTFE
• +/-0.2% accuracy over 10:1 range w/
• Dimension : Precision Turbine Flow Meters

Typical Applications

• Food
• Dairy (Milk)
• Broths
• Lotions
• Food
• Dairy
• Beverage
• Pharmaceutical
• Biotech

About Pickup Coil

• Operable with temperatures from_100^oF to + 450^oF
• (_37.3^oC to + 232^oC) _ High Temperature Pickup coil
• Operable from _ 100^oF to + 750^oF (_37.3^oC to + 398.9^oC)

We are the major Oil Flow Meters Manufacturer, Exporter and Supplier in Pune, Maharashtra. Our Oil Flow Meters are highly efficient as we manufacture them using high quality components and other raw materials. Our Oil Flow Meters have specialty in measuring low flows. Our Oil Flow Meters can work on any temperature, pressure or flow and provide correct readings.

Specifications

• Manufactured for all lines sizes
• Suitable for any pressure, temperature and flow rate
• Resettable/ program display
• Rs 485 data interface
• Full SS-316 Body
• SS-316L Turbine

We are listed amongst prime Industrial Thermal Mass Flow Meter Manufacturers in India. Our Thermal Mass Flow Meters are designed to measure mass flow rate and solve the problems that create confusion in the measurement of gas flow (low velocity, large diameter, flow changes in a wider area, and the temperature and pressure changes, etc. Moreover, the customers are eased with the availability of the Thermal Mass Flow Meters with all the advanced configurations. Features

• Outstanding Range Ability
• Negligible Pressure Drop
• No Moving Parts
• Cost-Effective
• Easy Installation
• Direct Mass Flow Monitoring
• Nonlinear Amendment

Applications

• Petro-chemistry
• Metallurgy
• Electricity
• Municipal
• Paper
• Pharmaceutical
• Water Treatment

PrincipleThermal sensor consists of two sensing elements-a velocity sensor and a temperature sensor that automatically corrects for velocity sensor to a constant temperature differential above the gas temperature and measures the cooling effect of the gas flow. The electrical power required to maintain a constant temperature differential is directly proportional to the gas mass flow rate.

We are instrumental in offering the finest range of Biogas Flow Meters. Our Biogas Flow Meters are known for higher accuracy in measuring flow. These Biogas Flow Meters are fabricated with the use of high quality components to ensure flawless functioning. Our Biogas Flow Meters can be obtained at the market leading prices.

Characteristics

• Flow meters for natural pressures
• Inbuilt battery powered totaliser which makes it a portable one
• For almost from 3mm to 12 inch
• Biogas flow meter works for scrubbed biogas which contains CO₂, moisture, and H₂S
• Electronics display
• High accuracy
• Full stainless steel flow meter
• Patented design
• Vertical and horizontal both mounting available
• Hazardous proof certifications, calibration certifications with each flow meter

Features

• Electronics Readouts
• Specailly Caliberated on Biogas itself
• Govt. certifications or comp. authority
• Data portablity for data storage facility
• For all sizes & all low pressures
• Gurantee of one year

Applications

• Including measurement
• Plant cost alocation
• Energy consumption/conservation
• Accounting for various purposes
• Distribution & other vast purposes
• Gas production
• Primary metals
• Fertilizer Manufacturing & vehicale fueling

Typical Gases Measured

Acetylene Carbon Dioxide Hydrogen Nitrous Oxide Air Carbon Monoxide Methane Oxygen

Ammonia Ethane Natural Gas Propane Argon Helium Nitrogen Sulfur Dioxide

Specifications

Accuracy	Typically 5% (improved accuracy available as an option)
Temperature Range	As per Requirement
Pressure Ratings	ANSI flanges 150# through 2500#. DIN flanges upon request.
Over range	150% of maximum flow (intermittently)
End Fittings	As per Requirements

Construction Materials

Body	316 Stainless steel standard
Rotor	SS316L
Bearings	Self-lubricated ceramic hybrid ball bearings
Flangs	As per Requirements
Special	Custom Materials of Construction available upon request

We are the prominent Air Flow Meters Manufacturer, Exporter and Supplier in Pune, Maharashtra. Our Air Flow Meters are highly reliable in giving accurate readings of air flow in different situations. Our Air Flow Meters are suitable for long term usage due to the use of the best quality components in the production process. We offer our Air Flow Meters at affordable prices.

Suitable For

• All Line Sizes
• All Pressures
• All Temperatures

In Volumetric and Mass Flow Versions Types Available

• Venturi
• Turbine
• Differential Pressure

Specifications

• Accuracy of +/-0.3% Full Scale
• Portablity Options Available
• Computer connectivity through RS-485, RS-232 or others on request

Features

• Customised (Tailor Made) Flowmeters
• For all Pressures, Line Sizes, Temperatures
• Certification From Govt. Competant Authorities
• High Accuracy & Electronics Display
• Flow Rate/Total Flow Display
• 100% Import Substitute Flowmeters
• Special Computer Data Interface For Data Compatiblity

Technical Specifications

Bore Size			Flow Range m3/h	Face of Face mm	Weight
2"	dn50	ms-egfm g40	6 - 65	100	3. 6 kg
2"	dn50	ms-egfm g65	10 - 100	100	3. 6 kg
2.5"	dn65	ms-egfm g65	5 - 100	120	5. 3 kg
2.5"	dn65	ms-egfm g100	10 - 160	120	5. 3 kg
3"	dn80	ms-egfm g100	8 - 160	120	5. 3 kg
3"	dn80	ms-egfm g160	13 - 250	120	5. 3 kg
3"	dn80	ms-egfm g250	20 - 400	120	5. 3 kg
4"	dn100	ms-egfm g160	13 - 250	150	7. 4 kg
4"	dn100	ms-egfm g250	20 - 400	150	7. 4 kg
4"	dn100	ms-egfm g400	32 - 650	150	7. 4 kg
6"	dn150	ms-egfm g400	32 - 650	180	11. 6 kg
6"	dn150	ms-egfm g650	50 - 1000	180	11. 6 kg
6"	dn150	ms-egfm g1000	80-1600	180	11. 6 kg

Other Details

One Flowmeter With Electronics In One Wooden Box.Packing.2 Compartments Per Box.One For Flowmeter and Other For Electronics and Accessories.

Payment Terms	T/T (Bank Transfer), Other
FOB Price	40000 INR
Port of Dispatch	Nhava Seva
Production Capacity	10 Pcs Per Day
Delivery Time	10 Days
Packaging Details

We have a strong security system that helps us to make online transactions possible without getting worried about the security. You need to share your details with us and we make sure that the details are kept confidential. Engaged in the industry as a prominent Supplier of electronic mass flow meters, we present the finest range of products.

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We are the main supplier of this product.

We are the main supplier of this product.

Clients can avail from us cutting-edge Differential Pressure Flow Meters. These Differential Pressure Flow Meters are made as per the international quality norms and are highly reliable. In these Differential Pressure Flow Meters, there is a turbine meter that consists of a practically friction-free rotor pivoted along the axis of the meter tube and designed in such a way that the rate of rotation of the rotor is proportional to the rate of flow of fluid through the meter. This rotational speed is sensed by means of an electric pick-off coil fitted to the outside of the meter housing. The only moving component in the meter is the rotor, and the only component subject to wear is the rotor bearing assembly. However, with careful choice of materials (e.g., tungsten carbide for bearings) the meter should be capable of operating for up to five years without failure. There are several characteristics of turbine flow meters that make them an excellent choice for some applications. The flow sensing element is very compact and light weight compared to various other technologies. This can be advantageous in applications where space is a premium.

Primary Vs. Secondary StandardsA primary standard calibration is one that is based on measurements of natural physical parameters (i.e., mass, distance, and time). This calibration procedure assures the best possible precision error, and through traceability, minimizes bias or systematic error. A secondary standard calibration is not based on natural, physical measurements. It often involves calibrating the user's flow meter against another flow meter, known as a "master meter, " that has been calibrated itself on a primary standard. Calibration"To calibrate" means "to standardize (as a measuring instrument) by determining the deviation from a standard so as to determine the proper correction factors." There are two key elements to this definition: determining the deviation from a standard, and ascertaining the proper correction factors. Flow meters need periodic calibration. This can be done by using another calibrated meter as a reference or by using a known flow rate. Accuracy can vary over the range of the instrument and with temperature and specific weight changes in the fluid, which may all have to be taken into account. Thus, the meter should be calibrated over temperature as well as range, so that the appropriate corrections can be made to the readings. A turbine meter should be calibrated at the same kinematic viscosity at which it will be operated in service. This is true for fluid states, liquid and gas. Master MeterA master meter is a flow meter that has been calibrated to a very high degree of accuracy. Types of flow meters used as master meters include turbine meters, positive displacement meters, venturi meters, and Coriolis meters. The meter to be calibrated and the master meter are connected in series and are therefore subject to the same flow regime. To ensure consistent accurate calibration, the master meter itself must be subject to periodic recalibration Gravimetric MethodThis is the weight method, where the flow of liquid through the meter being calibrated is diverted into a vessel that can be weighed either continuously or after a predetermined time. The weight is usually measured with the help of load cells. The weight of the liquid is then compared with the registered reading of the flow meter being calibrated Volumetric MethodIn this technique, flow of liquid through the meter being calibrated is diverted into a tank of known volume. The time to displace the known volume is recorded to get the volumetric flow rate eg gallons per minute. This flow rate can then be compared to the turbine flow meter readings K-FactorK is a letter used to denote the pulses per gallon factor of a flow meter. RepeatabilityThe maximum deviation from the corresponding data points taken from repeated tests under identical conditions Positive Displacement CalibratorsSome of the most dramatic improvements in flow calibrator technology involve the evolution of Positive Displacement calibrators. PD systems are Primary Standard calibrators, which take into account the varying conditions under which flow meters operate. These calibrators are able to compensate for temperature, density, viscosity and other variables that can shift a meters output. It utilizes a precision machined measurement chamber, or flow tube, that houses a piston. This piston acts as a moving barrier between the calibration fluid and the pressurizing media used to move the piston. Attached to the piston is a shaft that keeps the piston moving in a true path and provides the link between the piston and the translator. The translator converts the linear movement of the piston through the precision flow chamber into electrical pulses that are directly related to the displaced volume. Calibrators of this style can be directly traceable to the National Institute of Standards and Technology via water draw validation. Total accuracy of this type of calibrator is conservatively specified at 0.05%. Flow Transfer StandardsUnlike primary flow standards, whose most important characteristics are their traceability to primary physical measurements (resulting in the minimization of absolute uncertainties, with less concern for usability or cost issues), the key criteria for secondary Flow Transfer Standards are portability, low cost and the ability to calibrate the flow meter in the physical piping configuration it lives in. Instead of removing flow meters from service for recalibration, FTS devices allow users to bring the calibrator to the flow meter. These portable, documenting field flow calibrators are intended for in-line calibration and validation of meters using the actual process conditions for gas or liquid. Advanced FTS systems incorporate hand-held electronics with built-in signal conditioners, thus eliminating bulky interface boxes and the need to carry a laptop computer into the field. High-quality Flow Transfer Standards also have the capability of measuring and correcting the influences of line pressure and temperature effects on flow. Operation of a portable Flow Transfer Standard requires that a master meter be installed in series with the flow meter under test. The readings from these instruments are compared at various flow rates or flow totals. A technician can install the master meter in the same system as the test meter, perform the calibration, and note any changes in performance. New calibration data might cause rescaling or new data points to be programmed into a flow meters computer to align the measurement with the current flow calibration data. Typical Calibration TechniquesMost Differential Pressure Flow Meters calibration service suppliers provide a choice of calibration techniques to accommodate different applications and flow measurement requirements. One of the most common techniques is the single-viscosity calibration, which consists of running 10 evenly spaced calibration points at a specified liquid viscosity. Single-viscosity calibrations are recommended when the viscosity of the liquid being measured is constant. If a higher degree of accuracy is needed, again, the more data points taken the better defined the meter calibration curve will be Strouhal Number/Roshko NumberThe best, and only completely correct way to present the data for a Turbine Meter is Strouhal Number as a function of Roshko Number, i.e., through the use of two dimensionless parameters. The St vs. Ro presentation takes into account, all of the secondary effects to which the meter is sensitive. This presentation or correlation is correct for both liquids and gases. It is almost a must for gas calibrations since the density and kinematic viscosity are a function of both temperature and pressure Calibrated Differential Pressure Flow MetersOnce the Differential Pressure Flow Meter is calibrated, it may still read exactly the same under the same flow conditions as it did before it was calibrated. The difference is that you will know exactly how close those values are to the true values, and you will have a formula to use to calculate the true values from the actual values read by your flow meter. You can have a correction factor obtained from calibratiob which you can apply to the flow meter readings to obtain the correct or true flow meter readings. K-factor ignores the effects of changing temperature on the meter body since the meter will change diameter when the temperature changes. The use of Strouhal Number instead of simple K-Factor will account for this temperature effect.

Other Details

Payment Terms	L/C (Letter of Credit)
FOB Price	100000 INR
Port of Dispatch	At Ex.Factory Works
Production Capacity	1000 Units per Week
Delivery Time	Immidiate if Required

Ours is a well-established organization based in Pune(India) and in proximity to valuable resources. The offered assortment of products is sternly checked, examined by the quality experts to maintain the set industrial standards.

We have come up with reliable LPG Flow Meters. The LPG Flow Meters that we offer are manufactured with the use of best quality components that impart strength and endurance. Our LPG Flow Meters provide accurate readings of the flow with an absolute ease. Our LPG Flow Meters are sophisticated and work with utmost precision. Principle of Operation LPG Flow Meters

• The operation of the International Gas Turbine Meter is based on the measurement of the velocity of gas.
• The flowing gas is accelerated and conditioned by the meters straightening section. The straightening vanes prepare the gas flow profile by removing undesired swirl, turbulence and asymmetry before the gas flows to the turbine wheel.
• The Dynamic Forces of the Flowing Fluid/Gas cause the rotor to rotate. The turbine wheel is mounted on the main shaft, with special high precision, low friction ball bearings.
• The turbine wheel has helical blades that have a known angle relative to the gas flow. The conditioned and accelerated gas drives the turbine wheel with an angular velocity that is proportional with the gas velocity.
• The rotating turbine wheel drives the index head with the eight digit mechanical counter via shafts and gears.
• The volume and flow rate can also be indicated electronically. A proximity probe generates a signal at each passing blade of the turbine wheel. With the device-specific K-factor and the number of pulses, the passed volume can be calculated. With the measured frequency the flow rate can be determined.
• The rotating turbine wheel can also generate pulses directly by proximity sensors that create a pulse for each passing turbine blade. By accumulating the pulses the total passed volume and gas flow rate can be calculated.

GeneralThis is a highly accurate flow meter, approved for custody transfer measurement, equipped with electronic pulse outputs and a mechanical counter. This document explains the dimensions, ranges, performance, calibration and outputs of the instrument. It details the installation, safety requirements and material specifications. The Gas Turbine Flow Meter measures gas volume flowing through an annular passage in the meter. The flowing gas volume is totalized on a local mechanical counter. In addition, low or high frequency pulse signals are generated to infer the gas flow and volume. The indicated gas volume is the actual volume flowing through the meter at the actual temperature and pressure.

• The Gas Turbine Flow Meter is available in two models.
• The Gas Turbine Flow Meter is used for high accuracy and custody transfer applications. The Gas Turbine Flow Meter is an economically priced meter with a good accuracy.
• Gas Types
• The Gas Turbine Flow Meter in its standard design can be used for all non-aggressive gases, such as natural gas, methane, propane, butane, city gas and fabricated gas, air, nitrogen, etc. For aggressive gases, like sour gas, biogas and oxygen, special designs are available with Teflon coating, special lubrication or special purging. See table 1, for detailed requirements or different type of gases.

Temperature RangesAs standard The Gas Turbine Flow Meter is designed to operate at temperatures between -10^oC to 60^oC. Special low and high temperature designs are available on request. Standard accuracy limits for Custody Transfer models are in accordance with the EC directives and many foreign regulations :

• 0.5% for 0.2 Qmax to Qmax
• 0.5% for Qmin to 0.2 Qmax

As an option for the Custody Transfer model the accuracy limits can be improved to :

• 0.2% for 0.2 Qmax to Qmax
• 0.3% for Qmin to 0.2 Qmax

These limits are valid for the meter performance in ambient air. Usually, the performance is better at high-pressure applications. On request we can offer meters according to your accuracy specification.

• The repeatability of the LPG Flow Meters is better than 0.1%
• Material of Construction:Material of Construction Gas Turbine Flow Meter Regularly Stainless Steel 316 L.

Principle of Operation:As Above.

• Nameplate Detail: Measurement systems group.
• Index head and pulse transmitters:stainless steel measurement systems group make. Fully intrinsic free hazardous free, potential free
• Maximum operating pressure:manufactured as per requirement
• Required upstream and downstream length:as required.
• Lubrication system:without bearings.
• Lubrication before start-up:without bearings.
• Regular lubrication:without bearings.
• Volume conversion:mass flow meter direct calibration on appl.gas.
• Flow direction and orientation:as indicated on flow meter.
• Connection pressure transmitter:NA for volumetric/mass flow meter ss316 l pressure transmitter. Pressure compensated.
• Temperature Measurement:Temperature compensated.

Warranty :One Year Warranty.

• 7-digit total flow display
• Flow Rate 3 %1/2 digits display
• Programmable
• External battery backup
• Programming lock
• 4-20 ma Output
• RS-485 Port for interfacing with computer
• Flow Rate, total flow one touch switching mode
• Digital switching outputs have LED status indicators
• Front panel environmental protection to IP65 (IP40 for rear of unit)
• Compact Design
• Specialized for measurement systems sensors

Specifications

• Supply voltage : 230V AC
• Supply current : NA
• Max output load current : NA
• Max output load voltage : NA
• Internal voltage drop : NA
• Display units - rate : l/min, US gal/min
• Display units volume : liters, US gallons
• Repeatability : 0.5% FS or less
• Linearity : 1.0% FS or less
• Response time : 1 second max
• Temperature range : 0 to 80^oC
• IP rating - front panel : IP65
• IP rating - enclosure : IP40
• Weight : 245 g

Flow Rates

• Flow Rate measurement range : NA
• K Factor : NA

The Systems RS-485 to USB is a USB to RS485 converter. It allows easy serial port expansion without requiring IRQ, DMA, or I/O port resources. The converter allows the user to easily and economically connect RS485 devices to a host using USB. The RS485 communications standard is used by Measurement Systems Pickoff Sensor based data acquisition modules and many industrial control devices. The converter is based on a single chip USB UART for transferring serial data over the Universal Serial Bus without the need for card-slots. The converter has an internal 128 byte transmit buffer and a 384 byte receive buffer. It supports baud rates of up to 230K. External power is not required since takes its power from the bus. Connection to USB is via a 3-foot detachable cable. Connection to RS485 is thru the converters DB-9 male connector. The converter is housed in a plastic enclosure designed for rugged applications. The converter can interface RS485 modules to a host using a USB connection, when using the Measurement Systems RS-485 to USB with a module or any RS485 device that requires wiring, recommends its CA-3 cable. The CA-3 is a 3-foot serial cable with a female DB-9 connector and tinned wires ready for connection to RS485. We Have Recently Developed a Portable Flow meter. The Portable Flow meter Works on the Inbuilt Battery of the Totalizer.