“Data centre designers, systems integrators and installers are constantly looking for increased build flexibility in order to offer their end-user operators a shorter build completion time to provide them with return on investment at the earliest possible opportunity. They must also ensure that they satisfy operators’ key expectations of high system reliability and low downtime for an optimised continuation of service.”
Boca Bearing Company has been reducing rolling resistance and conserving energy since 1987 with replacement and upgraded bearings. Radio Control applications has a new ceramic hybrid radial bearing line. When RC racing you want a bearing that is ideal for the rough wear and tear you will undergo. Ball bearings should always be your first upgrade to your RC racer. This will reduce friction for less rolling resistance, and that in turn will give you higher speeds and longer running times. Ball bearings should hardly require maintenance and lost a longer than stock bushings.
This new line has been developed by the Boca Bearing Company called the RC Go Series. Most of the bearings Boca Bearing Company makes are for hobbyist with innovative and reliable bearings for high speed on the market. With this new RC Go series bearing they hope to introduce enthusiasts and RC racers to this new ceramic bearing technology. Ceramic hybrid radial bearings are what the new RC Go’s are comprised of. Ceramic hybrid bearings are able to maintain lower operating temperatures which maintaining a higher RPM. Ceramic is known for not being able to corrode, lighter and firmer than steel, and also has a glasslike surface. The RC Go bearings refers to bearings that have ceramic rolling elements and metal races. The RC Go Series also contains a unique characteristic that the side of the bearing has a rubber seal and the other side has a metal shield. While on dirty off road environments the bearing will be better protected from dirt and debris if rubber seal faces out. If racing under dry/clean conditions the rubber seal can be taken off to enhance the friction reduction and the metal shielded side can be facing outward. This is only to be done when not racing in compromising conditions. If you wish you eliminate or reduce the friction caused by the rubber seal just totally remove them.
Here at Aerospace Aviation 360 we are your one stop-shop for aerospace parts. We offer the most wide range of products you’ll find on the aerospace market. With the most knowledgeable and friendly staff we’re always available to meet your sourcing needs. We want to help you whether you are AOG or just bidding. We will respond with accuracy and provide the most affordable pricing to meet your needs. Even if you don’t see an item listed on our website, we encourage you to reach out as we update our fleet regularly. If you are interested in a quote, please don’t hesitate to contact our friendly sales staff at www.aerospace-aviation360.com. Call us toll free (412) 212-0606. We look forward to working with you!
Nachi-Fujikoshi has developed many high-operational bearings, such as ball screws for support bearings, TAF series, and vastly unique thin walled bearings and circular bearings in the industrial machines field. The TAF-X series now has now been created by Nachi-Fujikoshi. These this will have a advanced load capacity in response to the industrial machines with complex levels of performance. Predominantly bearings for injection mold machines the need for higher levels of performance in bearings is apparent. Increased speed and higher capacity is much needed along with Long life ball screws are in demand for ball screws in support of bearings.
Nachi-Fujikoshi has improved the life span in ball screws by 1.5 when compared to conventional screw support bearings. This increased life is from improved load rating in the axial direction along with increasing the contact angle between the steel ball and the raceway along with expansion of the steel ball. Compared with conventional ball screw support bearings the thrust load has been increased by 10%. This has become possible by optimizing the design of the raceway or the permissible thrust load. By doing so this creates an area in which the peripheral portion of the bearing can be lessened. Higher speed requirements have been met simply by limiting speed and has been improved by 25%. This is due to the torque improving by 15% and improving the raceway and preloading. Nachi-Fujikoshi released the TAF-X series in November of 2016 and has an annual sales target of $2,616,000.
Flexstrip jumpers can be used in nearly any device that uses a printed circuit board (PCB). They are offered as electrical connectors in a variety of styles depending on application and operating conditions. All the connectors are flat, and designed to withstand thousands of flex cycles. The jumpers are suitable for all PCB’s, easily installed without crimping or cutting. Assembly is simple by soldering the pcb connector ribbons at their respective terminals. This has an advantage over standard point to point wiring due to the lack of stress points in the electrical connection. Flexstrip jumpers will absorb energy and bounce or vibrate rather than cracking.
When two printed circuit boards are connected via a jumper connector, they are not limited to a single plane. This gives designers more flexibility when deciding where to place adjacent PCB’s and can ultimately lead to a more compact device. Point to point soldering of printed circuit boards offer too many potential points of failure in electronic devices that are subject to a large amount of outside forces. A stress crack in a solder connection is the last thing a pilot wants to worry about onboard his helicopter’s navigation system. A savvy engineer would choose Flexstrip jumpers to withstand the nonstop vibrations in an aircraft.
Flexstrip jumper cables can be used in automotive, industrial, or military applications. There are several materials to choose from depending on application. Polyester, Kapton, and Teflon are three of the materials offered, and each has its advantage over the other. Polyester is the most economical, while Teflon would be the ideal choice in a humid climate. Kapton performs the best in high temperature situations.
Aerospace Aviation 360 has a dedicated and expansive array of pcb connectors, jumper connectors, Flexstrip jumpers, and electrical connectors—serving customers as a one-stop shop and primary destination for product sourcing. ASAP will ensure that your needs are addressed in the most expeditious and transparent manner, all the while offering cost-effective component solutions. If you are interested in a quote, please contact our friendly sales staff at www.aerospace-aviation360.com or call 412-212-0606.