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15 Tricks for Successful Data Center Power Whip Installation

Seeking something to read that is certainly both entertaining and enlightening, think about "The Checklist Manifesto" by Dr. Atul Gawande.

A novel about checklists may well not sound too enthralling, but Dr. Gawande is able to introduce enough interesting stories and case history throughout the using checklists to hold your attention. More to the point a significant case is good for checklists as well as the value they bring about to those who employ them in a variety of ways, from builders and engineers, to pilots, doctors, as well as David Lee Roth during tour.

Checklists provide two main benefits, first by recognizing the fallibility of human memory and a focus, especially when you are looking at mundane, routine tasks which might be easily overlooked beneath the strain of pressure and events. The 2nd benefit for checklists is reminding us with the minimum steps to execute a task, supplying the chance for verification while instilling the next step of discipline in the act.

Checklists as well as the Data Center

Uptime inside a data center may well not continually be your life or death proposition, however, there is without a doubt that you've a cost when systems fail. No matter how properly trained and experienced, you will find lots of opportunities for individuals to create mistakes whether they have to depend on memory alone. Using checklists makes certain that routine efforts are performed correctly, completely and efficiently.

Having a checklist helps you to eliminate unforeseen surprises and delays when new tools are prepared to be installed. Here's a checklist for installing new power whips.

Checklist for Power Whip Installation

1. Research to discover the complete additional load required in the new equipment being installed. 2. Check how additional equipment load will customize the data center utility service, UPS systems and diesel generators existing load. 3. Does the PDU/RPP plenty of excess capability to add new circuits? 4. Are closest PDU/RPP used to attenuate power whip lengths, longer whips be more expensive of course, if excessively long might cause voltage drop. 5. If server is dual corded is there ample capacity in PDU/RPP to get a fail over. 6. Look at the load of each phase from the PDU/RPP to make sure a suitable balance. 7. What effect will new equipment don existing air conditioning system? 8. Carry out the receptacles match the plug for the equipment being installed? 9. Make certain the circuit breaker will be the correct amperage for conductors and receptacle about the whip. 10. Pre-test each new circuit breaker. 11. Check each receptacle for proper voltage, phase-to-phase and phase-to-ground. 12. If three-phase, look for proper rotation per manufactures specification. 13. Verify that all whip nuvalo is properly labeled on each end, understanding that the label details are entered into the PDU/RPP directory 14. Have perforated tiles positioned in the cold isle. 15. Make sure floor grommets are installed and ready for power and communication cables/leads to feed new server cabinet.

From the data center, checklists help ensure routine jobs are completed on-time so when specified, even when performed by multiple people together or separately. Consider checklists a stride towards date center uptime success.

Article submitted by Ken Koty, former data center Facility Manager for Thomson Reuters, and current Sales Engineer at PDU Cables. In his 30+ year career at Thomson Reuters, Ken has become responsible for over 300,000 square feet of information center space and was recognized for achieving 12 numerous years of continuous uptime.