Advanced Thermal Solutions POLARVrTX High-Capacity Active Cooling Heat Sinks

Advanced Thermal Solutions POLARVrTX™ High-Capacity Active Cooling Heat Sinks deliver superior active cooling performance that outperforms liquid cooling options, making them a cost-effective thermal solution. When deployed in high-power systems that would normally be cooled with water, these POLARVrTX heat sinks provide thermal resistance to water using air. Added benefits of air cooling versus liquid cooling include low maintenance, uniform cooling, and ease of installation. The high-efficiency fin field design of these POLARVrTX heat sinks enables them to cool high-output devices in various applications. Typical applications include UV-C LED cooling, laser cooling, medical diagnostic equipment, electronics cooling, industrial cooling, HVAC, food and beverage processing, and imaging equipment.

The POLARVrTX™ high-capacity active cooling heat sinks come with preinstalled PWM-enabled fans for dynamic control. The cool air is pulled through the heat sink base and the resulting hot air is pulled through the duct by the fans. These heat sinks use removable air filters to keep the heat sink fin field free of debris to ensure long-term performance and low maintenance.

Features

Active cooling:
- High-capacity active cooling outperforms liquid cooling options
- Air cooling provides the added benefits of less maintenance, uniform cooling, and easy installation
Fans:
- Comes with preinstalled PWM-enabled fans for dynamic control
- Provided space for attaching the PWM fan controller
Heat sink design:
- High-efficiency and high-density fin design
Low thermal resistance makes POLARVrTX ideal for varied applications

Removable air filters:
- Polyurethane filters keep the heat sink fin field clear of debris for consistent cooling performance
- Removable filters keep heat sink fins clean for low maintenance
Ideal for cooling high-power applications
Greater performance than liquid cooling
Plug and play:
- Easy set-up allows for quick implementation into the system
- Customizable for specific applications