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Place changing information directly where the operator acts. A SmartDisplay™ switch can show operating modes, measurements, warnings or maintenance status while retaining the tactile response of a physical pushbutton. With the Single Switch Solution, repeated presses can cycle through values such as voltage, current, pressure or temperature. Color and blinking can ind...

Modern data centers are facing increasing thermal management demands as AI workloads and high-density computing continue to grow. The heat generated by high-power GPUs and CPUs is rising, requiring cooling systems that can support higher rack densities and more consistent thermal control. As a result, facility operators are evaluating alternatives to legacy cooling approaches to i...

Designed for power modules, this C11000 copper pin-fin cold plate combines precision cold forging and CNC machining with nickel plating to support efficient liquid cooling for IGBT and SiC devices.

VICFUSE Class G Fuse Blocks are DIN rail mountable fuse mounting solutions designed for use with time-delay, current-limiting Class G fuses. Rated 600V AC (1-20A) and 480V AC (25-60A), covering an overall current range of 1A to 60A, they support branch circuit protection requirements in industrial and commercial electrical panels.

Designed for AI servers, data centers and high-power electronics, this C11000/C10200 copper heat sink uses precision skiving and CNC machining to create dense fins for efficient natural or forced-air cooling.

Designed for automotive ADAS domain controllers, this AL6061 liquid-cooled housing combines CNC machining and friction stir welding to integrate structural protection, electronics mounting and efficient thermal management in one enclosure.

Designed for high-power laser systems, this AL6061 and C1020 copper-aluminum cold plate combines CNC machining, friction stir welding and tube press-fitting to provide localized liquid cooling across multiple heat-generating modules.

Designed for telecommunications equipment, this AL6063 aluminum heat sink combines extrusion and CNC machining with high-density fins for natural or fan-assisted cooling, while clear anodizing improves corrosion and wear resistance.