CPU Coolers feature pulse width modulation.
Compatible with IntelÃ-® LGA1366 type CPUs up to 85 W, Freezer 120 Series is available with pulse width modulation, with fan speed changing automatically, based on CPU loading activity. Fan speed operates within range of 800–4500 rpmÃ- with maximum airflow of 27.02 cfmÃ- and noise range of 0–39 dBA. Measuring 90 x 90 x 26.5 mm, coolers have 2 ball bearings and are rated for 12 V...
Read More »CPU Cooler features dual fan setup.
Suited for small form factor cases and HTPC environments, Model NH-L12 combines 120 mm Model NF-F12 with 92 mm Model NF-B9 and can be configured for full performance in dual fan mode or extra-low profile with top fan removed. Fans support PWM for automatic speed control, and maximum fan speed can be reduced to 1,200/1,300 rpm using supplied low noise adaptors for quieter operation. NT-H1 thermal...
Read More »Cabinet Coolers are designed for electrical enclosures.
Cabinet Coolers provide way to purge/cool electrical control panels by circulating cold air to eliminate heat damage and control shutdown. Installed through electrical knockout hole, CE-compliant, UL-listed units convert compressed air to cold, 20Ã-
Read More »Cooling System offers containment and control in datacenters.
Leveraging hot aisle/cold aisle rack configuration, SmartAisle cooling management solution contains cold aisle to prevent hot and cold air from mixing. Monitoring, control, and communications are provided by Liebert iCOM control system, which provides proper temperature, humidity, and airflow to inlet of servers. This also independently controls variable capacity compressor and fan speed of...
Read More »Key Considerations for Creating a Custom Cable
Consolidated Electronic Wire & Cable's new eBook, Creating a Custom Cable, reviews the key elements to designing your perfect custom-made cable solution.
Read More »Gate Drivers control power semiconductor applications.
Incorporating isolated power supplies and protection features required for safe operation of power stages, IGBT and SCR Gate Drivers include isolated analog feedback of critical power stage parameters, DC bus voltage, output current, and device temperature. IGBT gate drivers control 2-6 IGBTs at currents in excess of 1,400 A, while SCR gate drivers control up to 12 SCRs, making them suited for ac...
Read More »CO2-Based Cooling System minimizes overheating risk.
LINSPRAYÃ-® carbon dioxide (CO2)-based cooling system maintains correct temperature and minimizes risk of overheating when working on parts with thin walls or heat-sensitive substrate materials such as titanium, magnesium, and aluminum. Able to reduce cooling time in thermal spray process, nozzles convert CO2 to snow and enable uniform, directed, and continuous cooling results without any...
Read More »Liquid Cooling Apparatus dissipates heat away from GPU.
Reference Series quietly cool Crossfire configuration of ATI Radeon(TM) HD 2900 XT graphic cards. Use of microchannel technology for thermal management of GPU in single slot PCI-e form factor eliminates need for additional clearance space, enabling use of up to 4 cards if motherboard supports it. Factory-sealed, maintenance-free system has universally compatible compact form factor that fits in...
Read More »Rack Enclosure features integrated cooling capabilities.
Suited for small and mid-size data centers, Liebert XDK-W features nominal rating of 25 kW. Closed architecture solution utilizes air circulation internal to enclosure that is completely sealed from room air and environmental conditions. Server heat load is absorbed by rack's integrated cold water system through air-to-water heat exchanger in bottom of rack, while coolant distribution unit...
Read More »Vortex Tubes are suited for high-temperature applications.
High Temperature Vortex Tubes convert ordinary supply of compressed air into one hot stream and one cold stream for spot cooling applications in environments up to 392Ã-
Read More »Temperature Forcing System offers -90 to 200-
With airflow rate of 20 cfm, Model T-2500HFE is designed to accurately control temperatures of high power electronic components. It can control device temperatures with power consumption up to 140 W to within Ã-
Read More »Paratherm™ HR Heat Transfer Fluid: Higher Temperature Stability Leads to Longer Fluid Life
For the ultimate in heat transfer fluid performance, Paratherm offers HR Heat Transfer Fluid that is engineered specifically for closed loop liquid phase heating. When it comes to characteristics such as thermal stability and fluid degradation, Paratherm HR leads the industry in value and performance. See our video to learn how Paratherm is raising the bar for heat transfer fluids.
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