New Conduction Cooled System
with the TCI Series

The new Traco Power TCI power supply series, deliver fanless conduction cooled power supplies by utilizing an innovative hybrid case design, part encased and part encapsulated. By combining the best aspects of both case types, the TCI series has superior thermal capabilities and can reach much higher power levels without the need of a fan within the same form factor compared to traditional power supply designs. When used in a conduction cooled setup the TCI series is able to deliver 80 to 100% of the rated maximum output power, making it an ideal solution for fanless application setups.

 

TCI 130

The TCI 130 is a 130 Watt conduction cooled AC/DC encased power supply series with a 4250 VAC reinforced isolation system.

Buy Now Find Stock
 

TCI 240

The TCI 240 is a 240 Watt conduction cooled AC/DC encased power supply series with a 4250 VAC reinforced isolation system.

TCI 500U

The TCI 500U is a 500 Watt conduction cooled AC/DC encased power supply series with a 4250 VAC reinforced isolation system.

TCI 500

The TCI 500 is a 500 Watt forced air cooled AC/DC encased power supply series with a 4250 VAC reinforced isolation system.

Fans for Electronic Systems & Other Cooling Systems

Fans for Electronic Systems

Fans have long been the go-to method for efficiently cooling electronic systems and power supplies due to their affordability and effectiveness in dissipating heat from electronic components. And although fans are a proven method, they also come with some drawbacks:
  • noise generation
  • wear and tear from dust and particles
  • the need for airflow-optimized designs
  • risk of failures if the fan becomes blocked or damaged
Baseplate Cooling
Heat Pipes
Liquid Cooling
Thermoelecttric Cooling

New Conduction Cooled System with the TCI Seriess

To meet the growing customer demands for fanless designs while simultaneously eliminating the limiting factors of conduction-cooled power supplies, Traco Power has been working on a novel power supply design that aims to maximize the potential of conduction-cooled systems.