Flow Meter Dealers in Alandi, Pune

• Brand Name: Mass Flow
• Accuracy: ±0.5%
• Material: Steel - 10mm,15mm, 20mm, 32mm, 40mm, 50mm, 65mm, 80mm, 100mm, 125mm, 150mm, 200mm, 250mm, 300mm, 400mm, 500mm, 600mm, 800mm, 1000mm
• Place of Origin: Pune, Maharasthra
• Plastic: 1", 2", 3", 1/2", 1/4", 4", 6"
• Condition: Good

We are a major Electromagnetic Flow Meter Manufacturer, Exporter and Supplier in Pune, Maharashtra. Our Electromagnetic Flow Meters are the new battery powered electromagnetic flow meter. These Electromagnetic Flow Meters offer an accuracy of ±0.5% of actual value for sizes up to 150mm and ±1% for bigger sizes, making it possible to install a reliable flow meter virtually anywhere without sacrificing accuracy or performance if mains power is not available. Electromagnetic Flow Meter is powered by 2×3.6v lithium batteries placed inside the transmitter. Battery life of these Electromagnetic Flow Meters is up to 5 years. Communication is done via USB using MODBUS RTU protocol. This communication module allows the user to be in contact with his/her flow meter from any place in the world, via GPRS or just getting an SMS in the telephone number.About Differential Pressure Flow Meters -     Compact and remote versions are available (cable length limited to 6 meters for remote version)     Battery powered by 2×3.6v batteries placed inside the transmitter     Battery life up to 5 years battery conservation when the pipe is empty     Optional GPRS/GSM-SMS communication module     Baud - 19200operating systems- quad band 820/900/1800/1900 Mhz. multi-slot 10(4rx / 2tx / 5 sum) external antenna included  Material Used -     Steel - 10mm,15mm, 20mm, 32mm, 40mm, 50mm, 65mm, 80mm, 100mm, 125mm, 150mm, 200mm, 250mm, 300mm, 400mm, 500mm, 600mm, 800mm, 1000mm     Plastic - 1", 2", 3", 1/2", 1/4", 4", 6"

within the working range of the meter the rotor spins proportional to the actual velocity of gaseous material flowing. a pick-up coil produces an electrical signal as each blade crosses through its low magnetic or rf field. this signal is amplified and conditioned by a transmitter or fed directly into a rate/totalizer, and represents the actual cubic feet per minute (acfm) flowing through the meter. the k-factor is stenciled on the meter body in pulses per actual cubic feet (p/acf). because gases are compressible, most people desire to measure the equivalent amount of gas corrected for the line pressure and temperature to standard cubic feet per minute (scfm at 60°f, 14.69 psia). if the flow temperature and pressure are relatively constant, then a simple correction can be calculated to shift the k-factor from p/acf to p/scf and a simple totalizer (measurement systems india make ) may be used. when flow temperature and pressure are not constant, a flow computer. specifications linearity 1 ±1.0%/0.5% repeatability 1 ±0.25% maximum over-range 125% of flow rate for intermittent periods frequency output 0 to 1,100 hz voltage output approximately 100 mv@ 100 hz to 1.5 v (rms)@ 1,000 hz. pressure drop 0.5 psi at 100% of flow range pressure rating we manufacture flowmeters for most pressures. installation vertical or horizontal (any direction). materials of construction body: 316 l stainless steel. flanges: 316 stainless steel rotor: 431 stainless steel. rotor shaft/bearings: standard: tungsten carbide v-cup cartridge frame retainer: 302 stainless steel cartridge frame: 316 l stainless steel. temperature range:meter with bearing structure of: standard: tungsten carbide: -40°f to 300°f (-40°c to 149°c). for other temperatures consult factory.

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 Standards A 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 Meter A 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 Method This 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 Method In 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-Factor �K� is a letter used to denote the pulses per gallon factor of a flow meter. Repeatability The maximum deviation from the corresponding data points taken from repeated tests under identical conditions Positive Displacement Calibrators Some 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 meter�s 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 Standards Unlike 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 meter�s computer to align the measurement with the current flow calibration data. Typical Calibration Techniques Most 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 Number The 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 Meters Once 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 DetailsPayment TermsL/C (Letter of Credit)FOB Price100000 INRPort of DispatchAt Ex.Factory Works Production Capacity1000 Units per WeekDelivery TimeImmidiate if Required

• Weight: 4.6 kg
• Material: SS
• Repeatability: +/- 0.05 %

The SFMc-150 Compact steam flow meter system is engineered to suit your requirement. It has no moving parts and no wiring connections are required during installation. The mass flow rate of Saturated and Superheated steam is calculated by measuring the differential pressure across the orifice plate and instantaneous density. Online density compensation is possible because of the online pressure and temperature measurement. In conventional system of measurement, the differential pressure generated by orifice plate is measured by DP transmitter. The output of from DP transmitter after square rooting is accepted as proportional to flow rate. This assumption is true only when the density is constant.

• Size: Multisizes
• Type: Water Flow Meter
• Material: Aluminum
• Color: Available in Many Colors
• Feature: Accuracy
• Voltage: 110V
• Application: Industrial, Residential
• Operating Temperature: 10-50D/C

The company is located in Pune(India) and caters to the diverse requirements of the buyers. Delivering the orders on time is one of our specialties for which we are highly admired by the clients.

flow meter for water /alcohol/fermented wash/molasses.

• Driven Type: Electric
• Automatic Grade: Automatic
• Application: Industrial

Compressed Air flow meter for high flow rates like 200 to 1000cfm.

• Brand Name: USIS
• Display: Digital
• Voltage: 110 VAC,230 VAC,240 VDC
• Size: 15 mm to 450 MM
• Material: SS316L
• Usage/Application: ETP
• Frequency: 50 Hz
• Protection Class for Sensor: IP65

• Input : 0-10 VDC / 4-20 mA / pulses
• Output : 4-20 mA to 0-10 VDC Optional ( isolated )
• Indication: 4, 5, 6 digit LED Display for flow rate 6 digit for totalisation
• Power Supply: 230 / 110 VAC , 24 VDC
• Accuracy : Better than + 2% Of F.S.
• Alarm: 2 Nos.
• Batch: 2 Nos. ( optional )
• Interface: RS 485 / MODBUS RTU / ASCII
• Mounting : Panel / field

Use our GFM series flow meter for measuring flow rates of bio-gas, LPG, compressed air, steam (saturated & superheated) in closed pipes. The flow meter is suited for wide range of applications where affordability, reliability and ruggedness are of prime importance. In conventional system of measurement, the differential pressure generated by orifice plate is measured by D.P. transmitter. The output from D.P. transmitter after square rooting is accepted as proportional to flow - rate. This assumption is true only when density is constant. Unfortunately, density of compressible fluid is never constant. The density of compressible fluid changes with line pressure & line temperature. Thus, introducing errors in flow rate measurement.

• Color: White

Full stainless steel construction with PTFE Liner. Suitable for any type of Dairy Fluids like milk, cream etc. Also suitable for Pharma liquids, juices of various fruits. Available in two types of end connections; SMS or DIN Union and Tri-Clover clamps. Sizes available from DN25 to DN100. Lower Sizes on Request. Highly Accurate and Linear. Isolated Analog and digital Output.

• Accuracy: +- 2.5% of actual reading
• MOC of flow element: SS 316
• DPT: With display
• Data logging: 4900 readings by default or extended 9800
• Comm port: RS485, RS232 (Optional)
• Comm Protocol: MODBUS, RTU
• Design standard: BS: 1042/ISO: 5167
• Typical turndown: 10:3, 10:1 (Optional)
• Density compensation: Online monitoring and compensation of density
• Gas Temperature: Upto 70 deg C
• Power supply: 85 to 265 V AC @ 50 Hz
• Type of flow element: Differential flow element
• End connection: Sorf flange
• MOC of flanges: MS/CS/SS

We are offering continuous flow measurement using rotor flow meter. protocontrol take this opportunity to introduce ourselves as representative of one of the largest global manufacturer of process control instrumentation products. gems sensor & control, designs and manufactures a broad portfolio of liquid level flow switches, pressure switches, miniature solenoid valves, and pre-assembled fluidic systems. gems sensors & controls has manufacturing facilities in usa, uk, and china. rotorflow® flow sensors 1. Provide visual indication, continuous sensing and accurate switching 2. Bright, visual indication with choice of pulsed dc output, or adjustable 1 amp switched output. 3. Flow ranges from .1 gpm to 60.0 gpm 4. Compact inline housings available in high performance plastic, brass or stainless steel housings. The rf-2500 series flow switch, has been totally re-engineered with a one piece composite rotor, stronger unibody construction, ceramic shaft and better sealing. the results are greater durability with broader chemical, temperature and pressure capabilities. switch types for specific flow setpoint switching, rotorflow® rfs type flow stitchesare one of the most reliable flow switches available. setpoints are fully adjustable over the specified flow range. the dynamic operation of the rotor guards against jamming and false actuation. output types for flow rate monitoring or metering applications. rotorflow® rfo type flow sensors provide a pulsed dc voltage output that is proportional to the rate of flow. the operating range of 4.5 to 24 vdc pulsed output is easily integrated into most digital logic units. rfa type rotorflow® sensors provide a continuous 0-10 vdc analog output.

We are one of the leading names engaged in offering Pelton Wheel Flow Indicators. These FI-PW series Wheel Flow Indicators offered by us are of MTD make and are also known as visual flow indicators. Simple in construction, the Wheel Flow Indicators range is suitable for transparent liquids and non hazardous gases. Widely used to prove flow of coolant, lubricants and fuel lines, the Wheel Flow Indicators are also used in turbines, engines, compressors, and other large machinery. These indicators are suitable for monitoring filter efficiency, pump operation, and flow direction.   Technical Specifications : Body Material : Brass / Stainless SteelSight Window : Polycarbonate TubeO-Ring : SiliconRotor : Delrin PlasticMax. Temperature : 212oF / 100oCMax. Pressure : 230 PSIG / ~ 15 barsPressure Drop : 0.25 bar at max. Flow Click Here For More Details

• Accuracy: Upto ±0.5%
• Size Range: 15 NB to 900 NB
• Measuring Range: As per requirement
• Temperature Range: Upto to 400 Deg.C
• Case Protection: IP 65/IP 66/IP 67
• Materials: Stainless Steel
• Process Connection: Flanged as per ASME B16.5

• Material: Brass
• Usage: Industrial
• Suitable Gas: Oxygen

• Measuring range, flow: 10 … 400 cm/s
• Measuring range, temperature: -25 … 150 °C
• Max. measuring error: ± 2 % FSR , flow measurement, ± 8 cm/s , flow measurement, ± 1 °C , temperature measurement @ flow > 0 cm/s
• Step response time: 25 °C , adjustable
• Repeatability: < 5 s
• Down time at temperature step: < 10 s
• Wetted parts material: AISI 316L (1.4404)
• Surface roughness wetted parts: Ra ≤ 0.8 µm
• Degree of protection (EN 60529): IP 67,IP 68 , 30 min. @ 1 mH2O, IP 69K , with appropriate cable
• Shock (EN 60068-2-27): 30 g / 11 ms, 6 impulses per axis and direction
• Vibration (sinusoidal) (EN 60068-2-6): 5 g (10 ... 2000 Hz)
• Current output: 4 … 20 mA
• Voltage output: 0 … 10 V
• Output type: Digital (push-pull), NPN, PNP
• Switching logic: Active high, Active low, Normally closed (NC), Normally open (NO)
• Interface: IO-Link 1.1
• Hygiene: FDA compliant , EHEDG EL Class I
• Model: PF20H

• Weight: 0.82 kg
• Accuracy: +/- 0.5 percent
• Repeatability: +/- 0.15 percent
• Display Type: Digital
• Usage/Application: Industrial
• Flow Range: 1.9 to 57 lpm
• Maximum Pressure: 34kPa,0.3 bar
• Flow Range: 1.9 to 57 lpm
• Maximum working pressure: 10.3 MPa, 103
• Minimum working pressure: 34kPa, 0.3 bar
• Operating temperature range: -20°C to 50°C
• Storage temperature range: -25°C to 50°C
• Wetted parts: Stainless steel, PBT (polybutylene terephthalate) nickel, nitrile rubber
• Batteries: 2 AA alkaline
• Expected battery life: 6 to 12 months

• Application Media: Water
• Power Supply: 24 V DC
• Range Ability: 10:1
• Process Temperature: 250 TO 325 Degree Celsius
• Process Pressure: 120 - 200 Kg/cm square
• Humidity Limit: 0 to 100% RH
• Body Material: SS 316

FLOW COMPUTING UNIT (Steam Flow Totalizer) Series mCS 3100 Features Built-in Temperature Pressure Compensation Suitable for Saturated / Superheated Steam or for any Gas Indication of Compensated / Uncompensated Flow and other Parameters Two Batches on Totalized Flow Programmable Two Set-points on Flow Rate Programmable Isolated Retransmission Communication Port RS 485 (MODBUS RTU Protocol)

• Material: Stainless Steel
• Packaging Type: Single
• Color: Silver / Yellow
• Accuracy: +- 0.5% of FS
• Voltage: 24VDC
• Country of Origin: Made in India
• Brand: FORMONIX
• Application Media: Natural Gas, N2, Ar, CO2, H2, LPG, CNG, PNG, Biogas, Coal Gas, Clean Water, Liquid Paraffin, Diesel
• Usage/Application: Food, Pharma, Industry & Piping Industry
• Power Supply: 24VDC
• Electronics Enclosure: IP65, FLAME PROOF, EXPLOSION PROOF, WEATHER PROOF
• Flow Range: 0 TO 140 METERS PER SECOND (M/S)

• Features: Precise , Compact design, Reliable.

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