Forced air cooling doubles heat dissipation

Ogura's larger series of magnetic particle clutches and brakes (starting at 9lbs-ft up to 150 lbs-ft) are available with forced air cooling for increased heat dissipation. All units come standard with input and output connections so shop air can be easily used to help cool units to increase life and performance

FEATURES

RELIABLE AND STABLE TORQUE The OGURA PC/PB series clutches and brakes utilize premium magnetic particles and the optimum magnetic circuit. The relationship between torque and exciting current is directly proportional, offering constant torque independent of slip speed.

HIGH CYCLE CAPABILITY AND LONG LIFE The use of high wear resistant particles assures long operational life in high cycle applications.

DESIGNED FOR CONTINUOUS SLIP The OGURA PC/PB series clutches and brakes have been designed to maintain high performance in continuous slip applications through maximum and continuous heat dissipation.

Cameron's three stage, air cooled, oil free, plant air compressors, the Turbo Air Cooled 2000 Series, brings you lower maintenance costs with greater reliability, lower power costs with greater efficiency, and all the advantages of oil-free compressed air.

TAC 2000 Performance Range

• Power Rating: 150-350 HP / 112-260 kW
• Discharge Pressure: 80-150 PSIG / 5.5-10.3 BAR
• Flow Capacity: 550-1770 CFM / 15.6-47.9 m3/min

Innovative, Cost-Effective, Efficient, Reliable, and Oil-Free.

Oil-free air. 100% oil-free air means higher product quality and lower operating costs. The exclusive atmospheric air space between our air and oil seals was pioneered by Cameron, giving you unmatched peace of mind.

Air-Cooled Cameron's Turbo Air Cooled 2000 centrifugal compressor is designed for applications where there is a limited supply or no water available for cooling. It features innovative air to air cooling technology in a reliable centrifugal design. High ambient and sub-zero ambient packages are

Easy to install. Featuring a complete package with the lowest installation cost, and preprogrammed plug-and-play controls, the Turbo Air Cooled 2000 will get your operation up to speed in the most economical fashion.

Reliable, efficient operation. Turbo Air Cooled 2000's superior design is based on Cameron's led innovations, including the latest high efficiency backward leaning impellers, thrust collars on the bull gear to transfer thrust loads to the low speed bearings, and the use of all aerospace grade materials. These performance features, and more, result in lower operating costs and higher reliability.

Best specific power of any three-stage compressor. The Turbo Air Cooled 2000 beats out every other competitor in its class, delivering lower power costs.

Lifecycle savings. The bottom line to your operation is profit. Solid performance with no wearing parts, non-contacting and non-wearing labyrinth seals, and Compression Systems patented hydrostatic squeeze film bearings deliver maximum uptime. And don't forget, state-of-the-art, energy saving controls. The more you use it, the faster the pay-back.

The only 10kW Air-Cooled Solution on the Market

By evenly distributing 55° building supply air to the intake of all rack-mounted computer equipment, the "Tower of Cool" allows equipment to run at lower temperatures resulting in increased hardware reliability. High Delta Temperature Cooling (HDTC) efficiency ultimately reduces the total airflow by 50%, thus reducing 50% of ACUs required, and a broad range of operating, maintenance, installation, and electrical load costs.

• Thermally manage up to 10kW per rack utilizing the existing cooling infrastructure
• Thermal solution designed for front-to-rear airflow of servers
• Increase thermal capacity while protecting the initial investment
• Accepted ASHRAE [TC 9.9] cooling practice
• Reduced complexity leading to lower service and maintenance cost
• Optional variable fan speed control for reduced operating cost
• Supports an unprecedented 2,200 lbs [998 kg] of equipment weight

Vortex Tubes are an effective, low cost solution to a wide variety of industrial spot and process cooling needs. With no moving parts, a vortex tube spins compressed air to separate the air into cold and hot air streams. French physicist Georges Ranque is credited with inventing the vortex tube in 1930, Vortec was the first company to develop and apply this phenomenon into practical and effective cooling solutions for industrial use.

Applications:
Vortex Tubes have a very wide range of application for industrial spot cooling on machines, assembly lines and processes.

• Cool Machining Operations
• Set solders and adhesives
• Cool plastic injection molds
• Dry ink on labels and bottles
• Dehumidify gas operations
• Cool heat seal operations
• Thermal test sensors and choke units
• Cool cutter blades
• Temperature cycle parts

Features and Benefits

To learn more about how vortex tubes work and what they can do to address your address your cooling needs click on the product details weblink on the right

SAUGET, IL – Trends in technology continue to demand smaller and faster electronics that require high-performance equipment. Shrinking electronics have allowed Universal Air Filter, a leading designer and producer of commercial air filters, to offer its clients a multi-cooling chamber air filter designed for directional control of cool air from a single fan source to specific locations within the machine needing heat dissipation.

Previously, smaller electronic devices promoted an increased use of multiple circuit packs in a single enclosure, and multiple functions that were incorporated into a single, integrated chassis made thermal management more complex. The advanced multi-cooling chamber approach now allows the product to isolate specific areas for cooling, permitting a one-piece assembly to have several different areas that require cool air and that can be offset two-dimensionally. Also, if multiple vents require filtration, this design's one-frame piece allows for easy installation and the multi-chamber cooling ports permit clean, cool air to be channeled to specific areas.

"The innovation of the multi-cooling chamber air filter provides an alternative solution to using one continuous filter," said Mike Miano, engineering and sales manager at UAF. "If an engineer was to purchase an off-the-shelf filter, the media would be continuous throughout the surface area, making it an obstacle for surface-mount applications. UAF's media inside the multi-chamber filter offers clients an efficient cost-effective innovation that covers sections where clean, cool air is needed and the integral frame permits area for clearance or attachment to the enclosure or chassis."

The multi-cooling chamber air filter, as with every air filter, is available under UAF's complimentary, round-the-clock prototype service to design engineers worldwide via its Web site, www.uaf.com. The prototype service provides design engineers with assistance in meeting critical design, testing and evaluation deadlines for multi-cooling chamber media that is used in power generation, military, medical, computer networking and telecom applications. To receive a prototype, the engineer can submit a request on the Internet or via telephone, fax or e-mail. Once the prototype is submitted, it is produced and shipped within five working days.

Universal Air Filter's multi-cooling chamber media meets the following standards and classifications: UL 94 HF-1; ATCA; UL 900 Class 2; CE Telcordia NEBS GR-78-CORE and GR-63-CORE; micro TCA; ETSI; and are RoHS Compliant.

For more information, contact: Universal Air Filter Co., 1624 Sauget Industrial Parkway, Sauget, IL 62206. Phone: 800-541-3478. Fax: 618-271-8808. Web site: www.uaf.com.

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Editor's Note: This and other UAF news releases and high-resolution photos may be downloaded at www.uaf.com/press.

OLC offers the world's smallest crossflow cooling fans with the best performance. Combined with our unique airfoil fin heatsinks, OLC also offers the most efficient forced air cooling modules.

The prominent difference of OLC's crossflow fans from the axial flow fans is that our cross flow fans provide the directional flat airflow parallel to heat sinks or components to be cooled. OLC's unique airfoil fin heat sinks provide the minimum airflow pressure drop. Thus, our forced air cooling modules have an air velocity greater than 600ft/min running through all fins of the heat sink eliminating thermal layer, resulting in the highest cooling efficiency.

Our forced air cooling modules eliminate both thickness of the axial flow fan and space for the air inlet and outlet. Therefore, they achieve very low profile.