The sturdy, direct connection for extreme current and voltage requirements in all power electronics applications such as solar inverters, frequency converters, servo-controllers and power supplies.
Expect more than just PCB terminals:
High-power: 150 A / 1000 V (IEC) or 127 A / 600 V (UL)
Application-oriented scalability: connection cross-sections from 16 mm² to 50 mm²
Simple UL approval of the device up to 600 V
Zero-maintenance steel clamp for screw connections that are resistant to vibration
Our service:
Simply design your customised print terminal using the product configurator.
This PCB terminal,pitch 6.35 mm, with proven clamping yoke connection provides the following features: connections for 1000 V, 32 A, 6 mm² conductor cross-section, and off-set solder pins, 90° conductor outlet direction.
This PCB terminal provides connections for 76 A and 16 mm² conductor cross-section with proven clamping yoke connection at 10.16 mm pitch, conductor outlet direction in 90° design.
This PCB terminal provides 1000 V capacity, a test point, 76 A and 16 mm² wire cross-sections, and offset solder pins. It comes with the proven clamping yoke connection in 10.16 mm pitch and a 90° wire outlet direction.
This PCB terminal provides connections for 1000 V, 76 A and 16 mm² conductor cross-section with proven clamping yoke connection at 12.7 mm pitch, conductor outlet direction in 90° design.
High-performance PCB terminal with proven clamping yoke connection at 15.00 mm pitch, conductor outlet direction in 90° design. Version and test point.
The high-current PCB connection for more power on board: 150 A /1000 V with wires up to 50 mm², transmitted right to the PCB! The LXXX 15.0 – with its proven steel clamping-yoke technology in a compact standard housing – integrates the latest market requirements for security, power density and miniaturisation in power electronics. It connects these requirements into an efficient solution for the entire value-creation chain – including development, production, installation and maintenance. The function and form of the application's connection method plays a key role. It influences the application's design, reliability, usability and costs. It is well suited for use as a replacement for complex busbar constructions or studs – so that the circuit board can be transformed into a system platform that is both consistent and sustainable into the future – even for high-current applications. The LXXX 15.0 reduces size and complexity while at the same time improving application integration. In so doing, it fulfils the requirements of power electronics better than the established mechanisms and connection elements.