24 to 1,500 V in one connection terminal block: Configurable SPT modular series PCB terminal blocks supply your industrial electronics with an electric strength of up to 1,500 V. Phoenix Contact’s product configurator guides you to your terminal block in just a few steps: With extendable color spaces and, if desired, even with cross-sections that can be combined differently, but always with 24/7 access to your configuration data.
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Configure your tailored solution for PCB terminal blocks from the SPT modular series and, at the end of the configuration process, add it directly to your cart.
You will then automatically receive a personal item number and information on the lead time. This ordering method is available in many countries. Until this method is rolled out globally, individual countries can temporarily request their solution by email at the end of the configuration process.
More than top performance – a completely new game: our GameChangers also take your applications to the next level of success.
PCB terminal blocks of the SPT modular series allow device manufacturers to create precisely fitting terminal blocks – in an end-to-end digital process chain from configuration through to production.
Discover the high degree of individualization that enables you to configure your connection block in the adjacent 3D view.
Phoenix Contact is responding to customer demand for digitalization and individualization in connection technology. Find out what makes the configurable PCB terminal blocks from the SPT modular series unique.
Configurable PCB terminal blocks from the SPT modular series enable numerous applications in industrial and semi-industrial industries. The vertical versions are aimed above all at internal wiring and are preferably positioned in the middle of PCBs.
Special pitch spacers increase the electric strength of individual terminal points to up to 1,500 V, making them of particular interest for renewable energy applications and e-mobility. This is because in these fields, higher voltages should enable lower line losses – and therefore increased energy efficiency. They are therefore also suitable for a multitude of device applications – such as the following:
