PC-DEC21-PG ADV Q8:Layout 1 11/01/2022 16:40 Page 53
TECHNOLOGY IN ACTION
ADVERTORIALS
DMN-WESTINGHOUSE Sets The New Standard With MZC-II rotary valve for dry bulk industry
BFX3 Compact clamp-on Flow meters and Heat meters for liquid measurement
Quick and easy to install, the clam-shell design of the BFX3 range makes them a fast and reliable solution for non-invasive flow and/or heat measurement applications. As the sensor separation distance is fixed, there is no need for adjustment and once fitted they are not easily disturbed. Clamp on ultrasonic flow meters are ideal for
applications when system shut down is not feasible. These flow meters are non-intrusive and simply clamp on to the outside of the pipe without making contact with the internal fluid. They measure the time it takes for an ultrasonic signal transmitted, from one sensor to the other. The installation of these clamp-on flow meters is quick
and simple without the need to cut into existing pipe-work or the requirement to turn off the supply of water/liquid. It is also possible to supply this model with GPRS/GSM Data logging and remote access via cloud server.
Bellflow
www.bellflowsystems.co.uk/flow-me- ters-by-type/ultrasonic-flow- meters/compact-clamp-on-flow-and -heat-meters/
DMN-WESTINGHOUSE introduces a new rotary valve for the food processing dry bulk industry that is intended for dosing products and ingredients. With the new MZC-II rotary valve, the producer of rotary valves and diverter valves is setting a new standard in terms of functionality, hygiene, safety and maintenance. DMN-WESTINGHOUSE introduced the current MZC rotary valve 25 years ago, which has played an important role in increasing food safety in production processes of companies in the food and dairy segment, among others. With the introduction of this new rotary valve, which can be opened on two sides and thus creates optimal conditions for hygiene, safety, functionality and maintenance, DMN-WESTINGHOUSE continues a tradition of products that are characterized by high- quality engineering, durability and continuity.
DMN-WESTINGHOUSE 01249 818400
dmn.uk@
dmnwestinghouse.com
www.dmnwestinghouse.com
Components that go into EV charging stations
With the growth in electric vehicle sales, EV charging is in demand. Charging stations are appearing around the country and slowly becoming a part of new life. You may use some of the following panel components in your EV
charging stations if you are a manufacturer. It is important to have the most effective components within your EV charging station to contribute towards a user-friendly, aesthetically pleasing and highly efficient investment.
Read the full article to find out more about each component.
BEACONS / DUAL COLOUR BEACON (IMAGE 1) Dual coloured beacons are used for a visual indication of status, for example, you may use green and red to show the level of battery charge. Another example includes using the colours to indicate whether the charger is free to use and red for not in use.
CABLE ENTRY SYSTEMS (IMAGE 2) Cable entries are an ideal solution where pre assembled cables and conduits are being used in charging stations and power distribution channels, where space is restricted. Most cable entry systems consist of only 3 parts, and the feed-through openings can be adapted to your charging station requirements.
HEATERS AND FANS (IMAGE 3 AND 5) Depending on the size, location, and type of charging station, various heating and cooling components may be required. You must optimise the temperature within the system to prevent low temperatures and condensation, which could damage electrical components.
TERMINAL RAILS (IMAGE 4 AND 7) Terminal rails are the backbone of electrical control systems. These devices will secure two or more wires together and are enclosed in safe insulated housing. Terminal rails increase safety and protect other components in the charging station, making them essential for EV charging stations.
CABLE GLANDS (IMAGE 6) You would typically find cable glands inside the charging station for supply and ancillary signalling cables. The use of cable glands prevents any external interference from entering the station and disrupting any of the electronics and communications.
ENCLOSURES (IMAGE 8) Enclosures are used to protect valuable electrical components within the EV charging station from the outside elements, as well as protecting users. Choosing a high-quality, robust enclosure can improve the
aesthetics of your EV charging station. They can be made to order in a range of sizes and colours to fit with your brand image. Polycarbonate enclosures would be used for external EV charging
systems. Our panel team are on hand to answer any questions you may have
regarding EV charging or any of the components mentioned above. OEM
0116 284 9900
panel@oem.co.uk DECEMBER 2021/JANUARY 2022 | PROCESS & CONTROL 53
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