![]() Type 8036 is available with: – 2 configurable outputs: one transistor output (NPN) and one 4…20 mA current output (2-wire) – 3 configurable outputs: two transistor outputs (NPN/PNP) and one 4…20 mA current output (2-wire) – 4 configurable outputs: two transistor outputs (NPN/PNP) and two 4…20 mA current outputs (3-wire). The flowmeter Type 8036 is a compact device, specially designed for measuring the flow rate in solid-free liquids, in a variety of applications (water, waste water monitoring, chemical processing, etc.). Get in touch with BM Engineering on 01 or email. An ideal solution for pharmaceutical, food, drink and cosmetic sectors, this flow measurement solution is not only ultra-hygienic but enables complete connectivity through digital interfaces.īM Engineering are the UK experts in this class-leading device and will be able to offer advice and guidance in the selection of the ideal Bürkert FLOWave configuration to suit your requirements. The FLOWave flow meter from Bürkert is game-changing, particularly in industries where accuracy is essential, and cleanliness is critical. It is easy to install, and weighing only 4kg can be done by an individual.It provides temperature readings as well as volumetric flow measurement. ![]() It consumes much less energy than other flowmeters.It can be mounted in any position, horizontal or vertical.It doesn’t create pressure drops within the system.It does not interfere with critical cleaning processes, including CIP and SIP.It is more hygienic than other flow measurement options.The key benefits of the design of the Bürkert FLOWave are: The overall effect of these design features is that the Bürkert FLOWave is incredibly hygienic, perfect for food and drink or pharmaceutical applications. The Bürkert FLOWave will be identical to every other straight pipe within the system, and the internal finish can be made to match those of the rest of the system to ensure consistency. Additionally, no contact is made between the sensor elements and the medium, so that the liquid cannot impact the sensors in any way other than that intended, and the sensor elements will not contaminate the liquid. This means that there are no installed fittings or constrictions inside the tube where the liquid passes through, as well as no empty spaces in the measurement tube. The key advantage of the FLOWave flow meter is that because of the SAW process employed as the flow measurement technique the sensors are placed on the outside of the measurement tube. As well as flow measurement, the Bürkert FLOWave also measures temperature, reducing the need for an additional sensor in a PUR system. The measurement of volume flow is accurate to a precision of ☐.4% of the measured valve. This flow measurement technique is based on wave propagation, similar to that seen in seismic activity, whereby they start from a single point and spread along a surface of a solid material.ĭesigned for use with liquid media, the FLOWave flow meter can be used regardless of whether fluids are immobile, flowing quickly, or are seeing variable flow rates. The Bürkert FLOWave Flowmeter uses the patented Surface Acoustic Waves (SAW) technology, which enables a sensor to measure mass and mechanical properties. The innovative flow meter from Bürkert uses technology developed for other industries, such as mobile phones, geophysics and televisions. What is the Bürkert FLOWave, and how does it work? We take a closer look at the advantages of Bürkert FLOWave flow meters and how they are being used across the industry. The FLOWave flow meter from Bürkert overcomes many of these drawbacks. Unfortunately, many of the available flow meters also have drawbacks. ![]() It is also essential to measure flow where it impacts the quality of the final product the right fluid must be at the correct point in the process at the right time.įlow meters are the solution employed by the processing industry for flow measurement, and there is a whole range of devices on the market, each designed with a specific application in mind. Flow measurement is a critical parameter in many processes using gases or liquids, particularly where safety is paramount due to the flow rate or type of fluid.
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