ifm electronic’s latest efector gwr microwave sensors are distinguished by better performance and extended application possibilities. The three new versions of the level sensor feature flexible and easy mounting, and they can be used in aqueous media, coolants, cleaning solutions or oils. ifm electronic offers the efector gwr with two (LR700) or four (LR8000) switching outputs or with switching and analogue output (LR3000).
The modular sensor system consists of the sensing head, probe and optionally, the coaxial pipe. The microwave pulses are transmitted by the sensor head and guided along the probe. If the microwave pulse hits the medium to be detected, it is reflected and evaluated by the sensor. The sensor is installed in the tank and users can shorten the probes and thus adapt them individually between 100 and 1600 mm. The coaxial pipe is required for the unit to function correctly in low dielectric media.
Setting is done via a convenient parameter menu and the 4-digit alphanumeric display continuously shows the latest level.
For more information contact Chris Cronje, ifm electronic SA, +27 (0)12 450 0370, www.ifm.com/za
Easy parameter setting of vision sensors ifm - South Africa
Sensors & Transducers
Contour verification and object inspection are two of the most important functionalities in industrial imaging. With the new O2D5xx series, ifm now offers a solution that perfectly masters both functionalities
Read more...Keeping an eye on oil consumption with moneo ifm - South Africa
IT in Manufacturing
Manufacturing companies in the metal industry need oils and other fluids that are consumed by their machines. To make this consumption transparent and to establish a link to the ERP system, Arnold Umformtechnik relies on the IIoT platform, moneo, in combination with the SAP-based software solution Shop Floor Integration (SFI) – both from ifm.
Read more...A fresh approach to dairy processing VEGA Controls SA
Level Measurement & Control
Ensuring the quality and safety of milk throughout the production process is of the utmost importance in the dairy industry. The VEGABAR pressure transmitters are suitable for hygienic applications. They are an asset in the dairy industry and have been used with success for measuring the milk level and the process pressure in storage tanks.
Read more...Proven indicators monitored in three dimensions ifm - South Africa
Temperature Measurement
The VVB30x continuously detects vibrations in three measurement axes and uses them to calculate proven indicators for evaluating machine condition.
Read more...Magnetic-inductive flow sensor ifm - South Africa
Flow Measurement & Control
The SMF magnetic-inductive flow sensor revolutionises liquid and creamy flow measurement. With IO-Link, it enables digital data transmission, eliminating blind spots in production.
Read more...Hygienic flow measurement for the food industry ifm - South Africa
Flow Measurement & Control
With the SMF magnetic-inductive flow meter, ifm offers a solution for the hygienic flow measurement of media with variable flow rates through a pipe, such as beer, milk or fruit juice.
Read more...Vibration monitoring with IO-Link ifm - South Africa
Sensors & Transducers
Machine vibrations are important indicators when it comes to assessing the current condition of a machine. fm’s new and smart IO-Link vibration sensor helps to implement a simple and scalable condition monitoring approach using only a single device.
Read more...Level measurement of an acid dosing tank at a WWTP
Level Measurement & Control
Ferric chloride and other acids are essential chemical substances in water and wastewater treatment. To control the dosing of acid solutions, an Australian wastewater treatment plant uses a special container to store, mix and add these chemicals. The company opted in favour of KROHNE’s OPTIWAVE 1540 radar level transmitter
Read more...Level measurement of leachate from sewage sludge humification
Level Measurement & Control
A municipal utility in eastern Germany operates a state-of-the-art wastewater treatment plant with sustainable sludge treatment. The ultrasonic signal was being partially deflected by the wind, leading to frequent false measurements and inefficient process workflows. The problem was solved by replaced the ultrasonic level sensor with KROHNE’s OPTIWAVE 1540 non-contact radar.
printer friendly version