Electric.ie November/December 2021 Edition

CTRIC.IE • The Magazine & Website for the Irish Electrical Industry • ELECTRIC.IE • The Magazine & Website for the Irish Electrical Industry • 19 CTRIC.IE • The Magazine & Website for the Irish Electrical Industry • Phoenix Contact Narrow protection for 3-conductor applications T his means that narrow protective devices for 3-conductor applications with an overall width of 6 mm are available with immediate effect. These products fit seamlessly into the TERMITRAB complete product range, and also feature advantages such as the pluggable design and the advantages of optional visual remote signaling. There is also a new, pluggable solution for intrinsically safe areas: the new TTC-6P-3 surge protective devices have a much higher rated current, Unmanaged switches with IP67 degree of protection T he new unmanaged switches for field installation expand the product range of Ethernet switches from Phoenix Contact. The new 1608 and 1708 variants of the FL Switch 1000 product family feature the IP65/IP66/IP67 degrees of protection and make it easier to integrate distributed sensors, actuators, cameras, and I/O stations into the network. The rugged housing design provides nearly unlimited options for choosing a mounting at 5 A, than the HF variants. The new protective devices for 3-conductor applications are typically used in temperature measurements, for example. The position. The exible M12 connection technology lets the user choose between using classic M12 connectors with screw connection and the M12 PUSH-PULL fast locking system from Phoenix Contact. The unmanaged switches support the Quality of Service (QoS) functionalities of the FL Switch 1000 product series for customary use of automation protocol prioritization. ‒ Phoenix Contact is adding a customized solution for impedance-sensitive signal circuits with more than two signal wires to its Termitrab complete range of narrow surge protective devices for MCR technology. lack of resistors in the protective circuit means there is no fundamental attenuation. There is no impact on the measuring signals.