Gurugram, Haryana, India
Our Products
MagFlux Flowmeters are developed for measurements in all types of conductive liquids, including measurement of flow in drinking water, wastewater, sludge and process water. MagFlux Flowmeters are manufactured with carbon steel and stainless steel for flange or wafer connections and lining in hard or soft rubber and PTFE/PFA.
MagFlux Flowmeters are designed with the latest microprocessor technology to ensure accurate measurements.
The Display is unique in its design in which it can be mounted in three different ways: locally on the sensor, remotely on a wall or mounted in a panel door. Furthermore, a single Display can operate up to 4 Flow Converters and Sensors.MagFlux Flowmeter has a very userfriendly menu structure with all instructions in clear text - no symbols or codes are used.
MagFlux Flowmeters, Converters and Displays are supplied with a technically advanced enclosure made of glass reinforced polycarbonate giving maximum protection against harsh industrial environments.
MID Certified sensors from DN 25 to 400
Advantages using MagFlux FlowmetersMagFlux electromagnetic flow meters are using one of the basic rules of the electro physics for measurement.
MagFlux measures the velocity of the fluid through the flow sensor. Since the sensor is manufactured as a pipe, it is easy to calculate the flow when the dimension of the pipe is known
Q = (DN/2)2 x x v , where
Q is the flow rate DN is the pipe inner diameter is 3.14 V Is the velocity the fluid moves through the pipe
MagFlux Features
The Global Water FM500 ultrasonic flow meters provide accurate and trouble free flow metering for a wide range full pipe applications including: potable water, raw wastewater, effluent, well water, slurries, or virtually any sound conducting liquid. The FM500 ultrasonic flow meter incorporates the latest ultrasonic technology to give you an accurate, easy to use hybrid flow meter with selectable Doppler or transit-time operating modes
With its quick and easy clamp-on transducer installation, factory pre-configuration and user programmable menu driven interface, the ultrasonic flow meters are a snap to commission in the field. The reliable FM500 ultrasonic flow meters use custom algorithms and DSP technology to ensure high accuracy flow metering, and the proprietary AGC (Automatic Gain Control) algorithm eliminates the need for manual gain adjustments.
Ultrasonic Flow Meter's Great FeaturesLoaded with the features, the FM500 ultrasonic flow meters include: five programmable and password protected configurations for multiple user and portable applications, an easy to read 320 x 240 pixel backlit LCD display, data logging to standard SD Card format (user configurable to time interval, flow rate and total set-point triggers), isolated 4-20mA analog and 0-1000Hz pulse outputs.
Ultrasonic Flow Meter's Optional FeaturesOptional features include: three configurable relay outputs and a communications package that allows the ultrasonic flow meter to connect to your computer via RS-232, RS-485, USB or Ethernet. The ultrasonic flow meter's communication package also permits remote access and control of all functions including real-time display, system configuration, data logging, remote data capture and process control functions. The software included with the ultrasonic flow meter's communication package allows remote internet access through a local network set-up.
Custom Configured Ultrasonic Flow MetersThe FM500 ultrasonic flow meters can be configured for your specific pipe and process liquid application so that it is ready to go out of the box. We will need the following information for configuration purposes:
How The Ultrasonic Flow Meters WorkThe Sonic-Pro series Hybrid Ultrasonic Flow Meters can measure fluid flow in virtually any fluid in which sound waves can travel. The Ultrasonic Flow Meters are considered "hybrid" because they can measure fluid flow using either the Doppler or Transit Time methods. The Sonic-Pro ultrasonic flow meter's sound transducers are clamped to the outside of the pipe wall and include no moving parts. This method of flow measurement is safe, non-intrusive and very easy to service.
The Ultrasonic Flow Meter's Doppler measurement method requires particles be present in the flow stream to "reflect" the sound waves. The ultrasonic flow meter may not read flow correctly when using the Doppler mode if the fluid contains no particles. For best results 0.02% to 15% (200 to 150, 00 ppm) particles should be present in the flow stream.
The Ultrasonic Flow Meter's Transit Time measuring method requires relatively "clean" fluid to enable the sound waves to complete their circuit. The Ultrasonic Flow Meters may be operated in the Transit-Time mode when the fluid contains 0% to 10% (0 to 100, 000 ppm) of particles. To allow for changes in the fluid's particle count, the Sonic-Pro Ultrasonic Flow Meters monitor the signal gain and employ an Automatic Gain Control (AGC) algorithm that periodically adjusts the gain to maintain the optimum power level.
The speed at which sound travels in the fluid must be known. The factory will configure the ultrasonic flow meter for a known fluid during the initial configuration. The Sonic-Pro Ultrasonic Flow Meters include a 5-button user interface that can be used to configure the meter. Many common fluids are listed in The Ultrasonic Flow Meter's software and can be selected directly from the menu. Provided the speed of sound in the fluid is known, custom "unknown" fluids can be input into the ultrasonic flow meters manually by the user. A list of various fluids and their sound speeds are provided in the ultrasonic flow meter's user manual.
The MJK MagFlux Q (8200 series) Electromagnetic Flow Meter, created in ABS plastic, designed with an optimized construction which secures optimal performance.MagFlux Q provides very stable and highly accurate flow measurements in conductive liquids, especially at low flow velocity.
The MJK MagFlux Q (8200 series) flow measurement made completely corrosion free. This electromagnetic flow meter is specifically created to match the harsh conditions in for instance salt water applications.
MagFlux Q provides high precision measurement even with very short build-in lengths.
This is a perfect solution when tracing water loss, measuring conductive fluids with high content of chemicals, salt water, even heated salt water and waste water in general, without providing your application any issues on the weight of the construction.
With MagFlux Q you can achieve high precision measurement even at 0.1 m/s, and installation of the MagFlux Q in a network with classic MagFlux flowmeters, converters or displays.
The inoLab family: Advanced measuring technology offers new functions includingautomatic AutoRead or CMC (Continuous Measurement Control) making measurementsmore convenient and reliable than ever.The user interface, large display and keypad with tactile feedback provide an exceptionaluser experience and error-free operation.All benchtop meters are available in application oriented sets including sensors and accessories.
Measuring pH securely.
. with the innovative inoLab Multi 9310 IDS
The new inoLab Multi 9310 IDS is ideal for pH measurements in the laboratory. The IDS technology enables exceptional measuring quality and efficient documentation in the easiest way.
Measuring safety
Available as single, dual and multiple wavelength derivatives not only covering the visible spectrum, the ADP600 Series of Peltier temperature controlled polarimeters are capable of measuring optical rotation to four decimal places in the highly sensitive ultra-violet region. This capability makes the instrument particularly suited for use by scientists wishing to measure chiral compounds and other optically active substances in the chemical, pharmaceutical and food sectors as well as for use in academic research.
Sample Tubes & Peltier ControlPeltier technology is intelligently applied to the sample chamber of the new polarimeters so that measurement can be accurately made without the need of an external device such as a waterbath to control sample temperature. The ADP600 Series Polarimeters have two preset operating temperatures being 20 and 25 C in accordance with European and United States Pharmacopoeia respectively and other user temperatures between 20 and 30C may be configured via the instrument user interface.ADP600 Series Polarimeters accept standard glass or special low volume leur taper polarimeter tubes facilitating measurement across optical path lengths between 5 and 200m with tube diameters from 3 to 8mm being readable. Optional lids may be easily be fitted to the ADP600 Series Polarimeters, facilitating sample tube entry and exit.
