High-Current Terminals for PCB Connections by ADAM TECH
Excellent Corrosion Resistance
ADAM TECH’s high-current terminals provide reliable and durable electrical connections between wires and printed circuit boards. With both press-fit and through-hole mounting options, they can be used flexibly across a wide range of power applications. Manufactured from C3604 brass and phosphor bronze and finished with a tin plating, they offer excellent corrosion resistance and optimal conductivity.
Press-Fit Technology
Rated for currents up to 250A, these contacts are ideal for thicker PCBs with high copper content. The press-fit technology enables gas-tight, mechanically robust connections without thermal processing, eliminating risks such as cold solder joints and significantly enhancing long-term reliability.
Double-Sided PCB Mounting
Their rugged construction supports double-sided PCB mounting and enables compact, high-density layouts – an advantage for demanding applications in industrial, automotive, and power electronics. The terminals are available in four screw sizes, providing the flexibility and stability needed for modern power designs. More about Board & Wire Connectors.
Features
- Available in M3, M4, M5, and M6 screw sizes
- Internal and external thread options
- Made from C3604 brass or phosphor bronze
- Matte tin or tin-plated for corrosion resistance and conductivity
- Rated for currents up to 250A
- Tightening torque options: 0.5N 1.2N, 2.2N, or 3.9N
- Insertion force: 40N per pin
- Withdrawal force: 30N per pin
Areas of Application
- Power supply units
- Battery management systems
- Electric vehicles and hybrids
- Motor drives and controllers
- Industrial automation
- Solar and energy storage systems
- UPS and backup power
- Telecom power distribution
How Do ADAM TECH High-Current Contacts Ensure Secure PCB Connections?
ADAM TECH high-current contacts provide reliable, long-lasting connections for PCBs and wires up to 250 A. Press-fit and THT mounting ensure gas-tight, mechanically stable connections without thermal stress. Corrosion-resistant materials, double-sided mounting, and flexible screw sizes make them ideal for industrial, automotive, battery management, and energy storage applications.
Your Contact Person
For further advice on high-current terminals, please contact Julia Reiterer.
