Panel feed-through terminal blocks from Phoenix Contact feed high currents and voltages through thicknesses from 1 mm to 6 mm. With different connection methods, they offer supreme flexibility for conductor connection. For any mounting position, the panel feed-through terminal blocks provide the right solution for reliable connection technology and simple installation.
Panel feed-through terminal block, connection method: Push-lock connection, Push-in spring connection, number of positions: 5, load current: 41 A, cross section: 2.5 mm2 - 16 mm2, connection direction of the conductor to plug-in direction: 0 °, width: 74.4 mm, color: gray
Panel feed-through terminal block, connection method: Screw connection with tension sleeve, Screw connection with tension sleeve, number of positions: 1, load current: 32 A, cross section: 0.2 mm2 - 6 mm2, connection direction of the conductor to plug-in direction: 0 °, width: 8.1 mm, color: gray
Screw set for DFK-PC 16... connectors
Panel feed-through terminal block, connection method: Screw connection with tension sleeve, Cable lug connection, number of positions: 1, load current: 101 A, cross section: 6 mm2 - 35 mm2, connection direction of the conductor to plug-in direction: 0 °, width: 15 mm, color: gray
Panel feed-through terminal block, connection method: Screw connection with tension sleeve, Solder connection, number of positions: 1, load current: 32 A, cross section: 0.2 mm2 - 6 mm2, connection direction of the conductor to plug-in direction: 0 °, width: 10 mm, color: gray
Panel feed-through terminal block, connection method: Screw connection with tension sleeve, Screw connection with tension sleeve, number of positions: 1, load current: 76 A, cross section: 6 mm2 - 25 mm2, connection direction of the conductor to plug-in direction: 0 °, width: 12.1 mm, color: gray
Panel feed-through terminal block, connection method: Screw connection with tension sleeve, Screw connection with tension sleeve, number of positions: 1, load current: 101 A, cross section: 6 mm2 - 35 mm2, connection direction of the conductor to plug-in direction: -90 °, width: 15 mm, color: gray
Panel feed-through terminal block, connection method: Screw connection with tension sleeve, Solder connection, number of positions: 1, load current: 32 A, cross section: 0.2 mm2 - 6 mm2, connection direction of the conductor to plug-in direction: 0 °, width: 10 mm, color: green-yellow
Panel feed-through terminal block, connection method: Screw connection with tension sleeve, Screw connection with tension sleeve, number of positions: 1, load current: 76 A, cross section: 6 mm2 - 25 mm2, connection direction of the conductor to plug-in direction: 0 °, width: 12 mm, color: gray
Panel feed-through terminal block, connection method: Push-lock connection, Push-in spring connection, number of positions: 3, load current: 41 A, cross section: 2.5 mm2 - 16 mm2, connection direction of the conductor to plug-in direction: 0 °, width: 54.4 mm, color: gray
Transmit high currents safely and reliably through the panel with UL-approved panel feed-through terminal blocks from Phoenix Contact. As a device manufacturer, you will benefit from greater flexibility with various mounting options, versatile connection technologies, and convenience functions. This choice allows you to always use the right device connection technology for your application.
| High-current feed-through terminal blocks | |
|---|---|
| Conductor cross-sections | 4 mm² (AWG 10) to 95 mm² (AWG 3/0) |
| Currents | Up to 232 A (IEC) / 230 A (UL B, C) |
| Voltages | Up to 1000 V (IEC) / 600 V (UL B, C) |
| Connection methods | Screw, spring, and T-LOX connection for various connection directions |
| Wall thicknesses | 1 to 6 mm |
Create an individualized high-current feed-through terminal block based on standard items. Benefit from numerous customization options with respect to the block arrangement, attachment, and printing.
Quickly find clear information about PCB terminal blocks, connectors, and electronic housings for device connections. The product navigator helps you by splitting the range into the various product groups.
Gain an overview of the TW 50 and TW 95 series panel feed-through terminal blocks. T-LOX connection technology enables reliable and convenient conductor connections for conductor cross-sections of 25 to 95 mm².
With PCB and panel feed-through terminal blocks you can connect high currents quickly, easily, and safely. Benefit from high degrees of freedom when planning and implementing connection technology through the housing panel.
Connect industrial applications with high contact reliability requirements using the world’s most frequently used connection method worldwide – screw connections with tension sleeve. Very high contact force per contact surface can be achieved with the screw connection, irrespective of the conductor cross-section.
With Push-in spring connections for direct conductor connection, rigid conductors or conductors equipped with ferrules are contacted directly and without tools at the conductor connection point. The special spring profile of the Push-in connection allows the easy insertion of conductors with ferrules of 0.34 mm² and higher.
The push-lock spring enables easy and tool-free connection of solid and flexible conductors with and without ferrules. Simply insert the conductor into the open terminal point and connect it by actuating the tilting lever via the push-lock spring. Alternatively, the conductor can also be inserted into the closed terminal point using Push-in technology.
The T-LOX fast connection allows you to connect large conductor cross-sections with ease. Their operating principle is based on a spring that generates a programmed contact force. The conductors can be swiveled conveniently into the terminal point.
Terminal blocks consist of an external and internal element. They pass through the housing panel and snap together easily without the need for tools. The precise engagement mechanism ensures a tight fit, however thick the panel.
For applications involving increased mechanical stress, screw fastenings are available for the inside of the device.
For applications involving increased mechanical stress, flange fastenings are available for the outside of the device.
