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2 Products availableOur Complete range of products are DG Consumption Flow Meter, Turbine Flow Meter, Open Channel Flow Meter, Hydraulic Flow Meter and Gas Flow Meter.
Diesel generators are usually equipped with a flat tank, which makes fuel control using level sensors problematic and less accurate. At the same time, fuel monitoring with flow meter provides accurate data on instant, total and differential fuel consumption, and also allows calculating level in a tank and ensures timely refueling.
flowmeters monitor engine operation time in Idling, Optimal, Overload modes and allow accurate accounting of engine hours.
Reporting on fuel consumption and engine operating conditions helps to identify need for replacement of consumables in a timely manner, which optimizes and reduces repair and maintenance costs.
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A turbine flow meter is an instrument used to measure the flow rate and volume of a liquid or gaseous fluid. It works on the principle of turbine rotation. A turbine flow meter consists of a pipe or fluid channel with turbine blades inside, and as the fluid passes through the channel, the kinetic energy of the fluid pushes the turbine blades and causes them to rotate.
The measurement accuracy of a turbine flow meter usually depends on several factors, including the following:
Open Channel Flow Meter is a high accuracy flow instrument which is used the principle of ultrasonic measuring Venturi canal or Parshall flume. It measure the time of reflected back after sound wave contact to channel water , then according to the formula figure out channel flow, it can provide flow output, display flow velocity and total flow.
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A flow meter is a method of measuring the volume of a liquid as it passes a fixed point on a pipe or tube. Measurements are taken in liters per minute or gallons per minute. They measure linear, nonlinear, mass, or volume of a liquid’s flow rate. The key factors that hydraulic engineers watch are flow and pressure to get an accurate and precise measurement of a system. The main function of a hydraulic flow meter is to determine the efficiency and accuracy of the systems operation and performance.
The term hydraulic flow meter is a generic method for describing a hydraulic flow measuring device. Since hydraulic fluids come in different viscosities and with different flow rates, hydraulic flow meters are adjusted and produced to fit the conditions of the type of fluid they are measuring. A hydraulic flow meter can be positioned in any part of a hydraulic line to identify the flow rate. Since not every hydraulic system is the same, there are flow meters with varying port sizes to fit different systems. The meter itself has three main parts, which are the device, a transducer, and transmitter.
The transducer on a hydraulic flow meter measures the velocity of the liquid. They can calculate the flow level or the amount of flow. The transducer senses the passage of the flow through the measuring device and sends a signal to the transmitter. The volume of the flow is proportional to the cross sectional area and the fluid velocity with the mass flow being proportional to the density and volume of the fluid. The data from the calculations appears on the hydraulic flow meter gauge.
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A flow meter is a precision instrument that measures a pipe's gas flow rate (or liquid flow). While there are four main meter styles for flow measurement, here are three characteristics to determine flow: Positive displacement meters collect a fixed fluid volume, then release and refill the gas or liquid
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Delivery Time : 1 week
Mechanical Diesel Flow Meter are used for flow measurement of low, medium viscosity fluids such as diesel, fuel, lubricant oil and other special fluids compatible with the constructions material.
Oval gear flow meters are a type of positive displacement meter. As liquid through the meter, pair of oval shaped gears is forced to rotate by the flow of the liquid. These gears mesh together & force a finite amount of liquid through the meter. A sensor or mechanical drive detects the rotation of the gears to determine the displaced volume of liquid. The faster the flow rate, the faster the gear turns.
The Oval fear flow meter comprises oval - shaped, geared rotors which rotate within a housing of specified geometry. Fluid differential pressure causes the inter-meshing gears to rotate, trapping a ''pocket'' of fluid between the gear and the outer housing and subsequently emp-tying the fluid pocket into the downstream flow. Capillary action of the metered fluid forms a liquid seal. Each pocket holds a precise and known volume of fluid so counting the pocket frequency gives a mea-surement of the volumetric flow rate. This is typically achieved by embedding magnets in the rotors, which then actuate a reed switch or provide a pulse output as they rotate and thus flow is measured elec-tronically.
LFIA developed and produced Digital Water Flow Meter specially for Liquid dispensing industries, water dispensing industries use plastic turbines flow meter its k factor change with flow rate so for solution we developer helical rotor plastic flow meter with same pulse k factor for full range also provide very good accuracy and repeatability in full range of measurement, Helical flow meters are positive displacement meters with very fa-vourable low pressure drop behaviour, therefore perfectly suited for the flow measurement of very high viscosity fluids. Due to which measuring range, high accuracy and resolution he-lical flow meters are an excellent choice for adhesive dispense systems, as well as batching systems for various fluids.FeaturesHigh Accuracy, Pressure up to 25 bar, compared with other positive displacement meters, High resolution, Resistant to corrosion by advanced materials and bearings
ApplicationLight and heavy fuel oil, Petrochemical products, Fat and oils with varying viscosities and fluids, Water / glycol mixtures, Water dispensing, tea /coffee/juice and other food liquid measurement
one amidst the forefront Dry Type Removable DOMESTIC MULTIJET Water Meter Manufacturer, Exporter & Supplier, based in India. The Woltmann Water Meter is widely demanded in the market due to the unmatched quality and unsurpassable performance. Further to meet the specific requirements of the application, we also provide Horizontal Woltmann Water Meter loaded with advance configurations.
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Ultrasonic Clamp On Flow Meter utilizes two transducers that function as both ultrasonic transmitters and receivers. The transducers are clamped on the outside of a closed pipe at a distance from each other. The transducers can be mounted in V method in which case the ultrasound transverses the pipe twice, or W method in which case the ultrasound transverses the pipe four times, or in Z method in which case the transducer are mounted on opposite sides of the pipe and the ultrasound transverses the pipe only once. The selection of mounting method depends on pipe and liquid characteristics. When flow meter works, two transducers transmit and receive the ultrasonic signal which travels firstly downstream and then travels upstream. Because ultra sound travels faster downstream than upstream, there will be a difference of time of flight (delta t). When the flow is still, the time difference (delta t) is zero. Therefore, as long as we know the time of flight both downstream and upstream, we can work out the time difference and the flow velocity (V) and flow v (Q) the follow-ing formula.
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Advantages:
No moving parts
Sensor clamp outside the pipe, no need to cut the lines
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Transmitter and receivers roles are constantly switched by electronics. Ultrasonic pulses travelling in the direction of the flow, travel path between transducer in a shorter period of time than pulses travelling against the flow. This is because the flow speeds up pulses travelling downstream but slows down pulses travelling upstream.
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Delivery Time : 1-2 DAYS
Electromagnetic flow meters (or magmeters) are a type of velocity or volumetric flow meter that operate pursuant to Faraday’s law of electromagnetic induction – which states that a voltage will be induced when a conductor moves through a magnetic field. Magmeters can detect the flow rate of conductive fluids only. Early magmeter designs required a minimum fluidic conductivity of 1-5 microsiemens per centimeter for their operation. The newer designs have reduced that requirement a hundredfold to between 0.05 and 0.1.
An electromagnetic flowmeter consists of a non-magnetic pipe that is lined with an insulating material. A pair of magnetic coils is situated as shown in Figure 1, and a pair of electrodes penetrates the pipe and its lining.
If a conductive fluid flows through a pipe of diameter (D) through a magnetic field density (B) generated by the coils, the amount of voltage (E) developed across the electrodes--as predicted by Faraday's law--will be proportional to the velocity (V) of the liquid. Because the magnetic field density and the pipe diameter are fixed values, they can be combined into a calibration factor (K) and the equation reduces to:
E = KV
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Electromagnetic flow meters (also called mag meters, electromag meters or magnetic flow meters), are volumetric flow meters that use electromagnetic induction to measure liquid velocity. This method of measurement is highly accurate at measuring water-based fluids as they pass through a pipe.
Electromagnetic flow meters feature an obstruction-free design which eliminates flow impediment and operate with electrodes embedded on opposite sides of the flow tube or sensor to pick up the signal. Mag meters perform extremely well in many municipal and processing applications and have become the meter of choice for measuring conductive liquids such as water or slurry.
Finally, mag meters do not have any moving parts, so there is minimal need for maintenance or replacement. Accuracy over a wide flow range can be as good as ± 0.5% of flow rate or better.
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Digital Diesel Flow Meter are used for flow measurement of low, medium viscosity fluids such as diesel, fuel, lubricant oil and other special fluids compatible with the constructions materi-al. Electronic card with microprocessor enables accurate LCD dis-play and working calibration of the flow meter.
Oval gear flow meters are a type of positive displacement meter. As liquid through the meter, pair of oval shaped gears is forced to rotate by the flow of the liquid. These gears mesh together & force a finite amount of liquid through the meter. A sensor or mechanical drive detects the rotation of the gears to determine the displaced volume of liquid. The faster the flow rate, the faster the gear turns.
The Oval fear flow meter comprises oval - shaped, geared rotors which rotate within a housing of specified geometry. Fluid differential pressure causes the inter-meshing gears to rotate, trapping a `pocket' of fluid between the gear and the outer housing and subsequently emp-tying the fluid pocket into the downstream flow. Capillary action of the metered fluid forms a liquid seal.
Each pocket holds a precise and known volume of fluid so counting the pocket frequency gives a measurement of the volumetric flow rate. This is typically achieved by embed-ding magnets in the rotors, which then actu-ate a reed switch or provide a pulse output as they rotate and thus flow is measured electronically.
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Mr. Sushank Verma (Level & Flow Industrial Automation)
A-59/1, First Floor, Old No.: 3A, Naresh Park Extension, New Delhi - 110041, Udyog Nagar - 110087, India
https://www.buyflowmeters.com
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