10 ELECTRIC.IE • The Magazine & Website for the Irish Electrical Industry • HEPA Filter 0203 564 9164 – sales@atc.ie – atcelec.co.uk ATC Tiger ECO High Speed Hand Dryer Ultra Modern Design Ecosun Low Temp Ceiling Heaters ATC Pacific Unvented Water Heaters For Wash Stations ATC Dahlia Hand Santiser Station Wash—Dry—Sanitise • Automatic No Touch Operation • Hygienic • 36,000 Operation Battery Life • Battery Powered: 6 x AA batteries • Wall mounted in Minutes • Free Standing Station • No Power Required • Sturdy yet Portable • Adjustable Heights • For use with Dahlia Hand Sanitiser Dispenser • Hygienic No Touch Operation • Dries hands in 15 Seconds • Low Energy (550/1200W) • Super Silent—70dB @ 1m • Optional HEPA Filter – removes 99.97% of bacteria particles • Two panel sizes 600mm x 600mm and 1200mm x 600mm • Energy efficient low energy costs • Draught and Noise free • Ceiling mounting allows flexible use of floor and wall space • Designed for quick and easy installation to suspended ceilings • 3 Sizes: 5, 10, 14 Litres • ERP Rated B • New Safety Valve • Glass lined tank • External adjustable • Thermostat control • Quick recovery element • Wall & Floor Mounted ATC Dahlia Hand Santiser Dispenser Wash—Dry—Sanitise Wash – Dry – Sanitise Restaurants Schools Sports Facilities Universities Stadia Hotels Experience Unique • Soap Dispenser • Automation Water Tap • High Speed Hand Dryer ATC Eco Tap Wash Room System Phoenix Contact Ethernet connection can be used. Type D1 overvoltage protection equipment would then be recommended to protect this connection (Figure 4). Charging park and charging station designs can be signi cantly more complex than in the example above. Therefore, all lines and equipment where a hazard due to overvoltages can be expected must be included in the risk assessment. This includes the following components: • If it has its own transformer, then there is always a low voltage switching device. • In more complex charging devices and charging parks, there are always control li e for energy management. • DC fast-charging devices can be equipped with additional central cooling equipment or with cooling equipment in the harging stations. • DC storage with buffer batteries and DC/DC or DC/AC converters Additional information: www.phoenixcontact-emobility.com/en/ www.phoenixcontact.com/sec www.phoenixcontact.com Figure 4: SPD type D1: The DT-LAN-CAT.6+ device from Phoenix Contact protects the Ethernet cables (from previous page) Overvoltage safety equipment increases the availability of the charging infrastructure and also protects the connected electric vehicles. Phoenix Contact provides suitable solutions for all application cases with AC or DC charging in the fields of electrical energy technology, measurement and control technology, as well as for data technology and information technology equipment. First type 2 Push-in surge protection If the distance between the upstream surge protection and the components to be protected is greater than 10 meters, the IEC standard 60364-5-53 recommends additional surge protection. It is now significantly easier to realize this recomm ndation by installing the VAL-MS PT surge protective device. This protective device is available both with and without remote indication contact. Push-in connection technology enables fast installation and uniform connection technology in the entire control cabinet. Testing the recommended nominal tightening torque is a thing of the past. The protective device features two terminal points per position, enabling user-friendly through-wiring of the feed-in lines. This also saves additional installation material. Both exible rigid conductors up to a maximum cross-section of 10 mm can be connected. A voltage test can be performed directly on the test point on each position. The protective device also features an optical status indicator integrated into the plug that displays the operational readiness of the product to the user. ‒The VAL-MS PT surge protective device from Phoenix Contact is the first type 2 protective device with Push-in connection technology in the world. It is available for the globally widespread voltage level of 230/400 V,and is therefore particularly well-suited for protecting pow r distribution in subdistribution systems.
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