Flow Meter Catalogue Pdf

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Hightemperature flowmeter for process applications with a compact, easily accessible transmitter.

Dedicated to chemical and process applications with corrosive liquids and high medium temperatures.

The robust design and versatility of the G2 flow meter make it the perfect solution for multiple flow measurement applications across different liquids, including water, fuels, solvents, and petroleum-based chemicals.

You want to take the diameter of the meter times 10 on the inlet and times 5 on the outlet. For a 1 in. meter this would be 10 in. of straight 1 ft pipe going in and 5 in. of straight 1 ft pipe coming out. If you cannot do this you will not make the meter worthless, but you cut into the accuracy.

Turbine meters can not tell the difference between air and liquid. It just knows the turbine is spinning, so any reading will be inaccurate if air is going through the turbine. Another reason to not put air through a turbine is potential damage. The air will make it spin extra fast, with no liquid for lubrication damage can occur. When the liquid gets there it can hit the turbine like a hammer. It is recommended to slowly bleed the air out of the lines then reset the meter total.

In general you can expect a turbine meter to keep counting below its minimum range, but it will lose some of its accuracy. Normally it will completely stop at of its published minimum flow. For example a in. meter that reads between 1 and 10 LPM will be able to stretch down to around 1/2 a litre per minute. Keep in mind that nothing below the published minimum flow is guaranteed, and not all turbines will give this much extra performance.

The G Series, G2 Series and A1 Series Meters all come with a calibration report. This report is the data of the output of the meter at several flowrate points and will meet or exceed the advertised accuracy of the meter over the recommended flow range. This report should not be confused with a calibration certificate. (If a certificate is needed, request one from GPI.)

Yes, you can purchase a FM Approved Remote Kit (part # 113275-1). You can take the existing display off of your TM, A1 or G2 series meters, and put the remote kit in its place. At the other end of the remote kit is a box that is designed to be panel mounted. The existing display can then be installed on the remote box.

Chat to our team of applications engineers to see how we can design and adapt our flow measurement equipment to meet your requirements.

As a manufacturer, we have a long history of working closely with system designers and OEM's alike to develop custom flow measurement equipment to cater to a wide range of applications.

We are a leading Australian manufacturer of positive displacement oval gear, insertion, turbine, ultrasonic, and electromagnetic flow measurement technology, as well as ancillary hardware and dedicated electronic instrumentation such as rate totalisers and batch controllers.

Macnaught M Series Mechanical Register Flow Meters are Non-Powered Industrial Grade Mechanical Display totalizing flow devices. Well suited for registering totals in most fluid applications. Designed for clean process fluid, this meter is not for measuring air or liquids laden with solids.

Process flow meters are integral to processes that contain liquids, gases or steam. Without the ability to monitor fluid flow, operators are often unable to control the throughput. Ultrasonic flow meters enable our customers to accurately measure the volume and velocity of various process liquids, whether polluted or ultra-pure.

Panametrics, is a leader in flare gas, steam, chilled and portable metering applications. Our portfolio offers both inline and clamp-on flow meters capable of delivering digital insights directly to your plant or for remote monitoring, using wireless adapters for HART communications. While clamp-on flow meters are an excellent portable solution, our inline flow meters are better suited for permanent pipeline installations where accurate, reliable measurements are required.

PanaFlow FLI is a robust and reliable ultrasonic flow measurement system for monitoring wide ranging gas flow in challenging conditions. PanaFlow FLI is available in either a flowcell (spoolpiece) or nozzle only design providing flexibility to your existing or new flow requirements.

The PanaFlow XMT1000 is an ultrasonic flow transmitter for liquids that can be installed right at the process measurement point, providing users with accurate and reliable flow measurement.

The PanaFlow HT is ideal for delayed coker units, fluidic catalytic cracking, vacuum distillation, crackers, hydrotreaters, visbreakers, crude oil, and LNG, and is rated for hazardous areas and extreme processes with temperatures from -200C to 600C.

The meter includes wide-range transducers that block obstructions and, because of its design, eliminates pressure drop. This accurate ultrasonic meter ensures reliable gas flow that requires little or no maintenance.

The XGM868i is accurate over a wide range of flows and compositions such as dirty flow streams and all gases. This gas flow meter has no pressure drop, no moving parts and is maintenance-free.

The DigitalFlow XGS868i steam flow transmitter is a complete ultrasonic flow metering system designed to measure the mass flow rate of saturated or superheated steam. The XGS868i offers a combination of rangeability, ease of installation, low maintenance and accuracy in a low-cost transmitter.

The Z1G provides a one-path configuration gas flow meter, while the Z2G is a two-path gas flow meter. Both offer a broad range that is accurate and reliable, and available in robust, sleek designs.

The IZMS magnetic flowmeter is the ideal choice conductive fluids and slurries. Measurement accuracy is unaffected by product viscosity, density, temperature and the presence of suspended particulates and solids.

This electromagnetic flowmeter allows the creation of a two-wire system between the instrument room and the field. It can be replaced with various two-wire flowmeters. In addition, it uses much less energy than four-wire electromagnetic flowmeters.

ifm's product range of flow sensors offer different measuring principles, materials, and displays to meet the requirements of different industrial manufacturing plant operations across the United States. Commonly, manufacturing facilities rely on flow sensors to monitor varied types of liquid, from water, oils, and coolants, to gases like compressed air, argon, nitrogen, or other aggressive media. Electronic flow sensors can prevent damage or downtime caused by wear and tear of mechanical moving parts, offering a longer lifecycle than traditional sensors that have critical failure points. Their application areas range from simple monitoring tasks as an on/off switch to precise digital flow rate measurements.

Flow rate is the amount of fluid flowing per unit of time, measured in units of gallons per minute, liters per minute, or cubic feet per minute. It is the most common flow measurement used in manufacturing. ifm offers several product families of flow meters, such as:

Total flow volume is the amount of fluid that has flowed in a given period of time. It is measured in gallons, liters, or cubic feet. Common applications include measuring fluids for process recipes or for monitoring usage of a particular machine, production line, or business unit. The flow sensors with this totalization function include:

ifm's flow sensors and switches are solid state alternatives to mechanical flow switches for sensing the flow velocity of liquids and gases. Because there are no moving parts to jam or break, these products eliminate the maintenance headache of mechanical switches. They use thermal sensing principle and they can be inserted in pipes as large as 16" in diameter. They are ideal for flow/no flow applications such as preventing your pump from run dry conditions. The product families for these applications include:

Explore our extensive catalog of top-notch flow measurement products and instruments, available in one place. At the heart of our offerings are industrial flow meters, ensuring precision and reliability in diverse applications. Choose from a variety of specialized instruments, including turbine flow meters, positive displacement flow meters, and variable area flow meters, tailored to meet your specific needs.

The PIUSI K33 and K44 are mechanical flow meters suitable for the monitoring of diesel. PIUSI K33 as a mechanical flow meter has a partial indicator with 3 digits (max. 999 litres), total 6 digits, while PIUSI K44 has a partial indicator with 4 digits (max. 9999 litres), with a total of 7 digits.

The K33 and K44 mechanical diesel flow meters have been designed for precise measurement of the quantity of fuels dispensed for non-commercial use. Easy to calibrate and install, the K33 and K44 flow meters can monitor the quantity dispensed for a maximum flow rate of 20-120 l/min and with a maximum working pressure of the pump of 10 bar. In addition, they can guarantee a burst pressure of 30 bar with a metering accuracy of +/- 1%.

The K33 and K44 mechanical flow meter for diesel is easy to calibrate at the place of installation and is suitable for installation on pumps or service stations for diesel, for those who want to keep the amount of dispensed fluid monitored without special needs for storage.

K33 and K44 are reliable and economic mechanical flow meters that can also be used by gravity, thanks to the low resistance to flow. It is also available a pulser version of the meter which includes:

The ModMAG M5000 Electromagnetic flow meter is designed, developed and manufactured under strict quality standards. It is user-friendly, conveniently powered by a battery and built for field verification testing.

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