Safe DC connector with ArcZero technology
DC connectors with ArcZero technology from Phoenix Contact safely and reliably protect the operator against hazardous electric arcs.
Feed-in terminal for N busbars with Push-in connection
With the new PTI-16-NLS-FI feed-in terminals from Phoenix Contact, neutral busbars are contacted easily and without tools. The 3 x 10 mm busbar is mechanically secured by a locking tab. At the side, the busbar has a cover protecting it from touching.
Multi-level terminal blocks for building installation save space
The installation terminal blocks from Phoenix Contact impress by their low and compact design. Using them, building installations can be set up in a quick and space-saving way. The new UTI 6 multi-level terminal blocks are suitable for conductors up to 10 mm².
Plastic DIN rail mounting frames for pre-assembled contact inserts
The new HC-CIF DIN rail mounting frames from Phoenix Contact can be used to install pre-assembled contact inserts quickly and easily directly on the DIN rail in the control cabinet. As a result, entire marshalling levels can be eliminated for the user.
M12 connector with connection technology for all applications
The M12 connectors for assembly from Phoenix Contact have now been equipped with push-in connection technology.
New PCB connectors in miniature format
Phoenix Contact has expanded its PTSM product range for LED applications.
Compact connectors for LED PCBs
With the new connectors from the PTF series from Phoenix Contact, you can quickly and easily connect flexible LED PCBs.
High connection density in the smallest of spaces
With the new DFMC 0,5 PCB connector from Phoenix Contact, up to 32 conductors can be connected on an overall height of just 10.5 mm.
GL approval for the QPD installation system
The QPD installation system with Quickon IDC fast connection technology from Phoenix Contact now has GL approval for the complete QPD product portfolio. Use in very harsh and aggressive environments, such as on ships or in offshore wind power plants, is therefore possible.
