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COMMUNICATIONS AT THE HEART OF BUSINESS Avaya Online UPSs Provide the Ultimate in Power Protection Nothing is more important than protecting your critical telecommunications and networking systems. Avaya Uninterruptible Power Systems (UPSs) keep your systems up and running in the event of any power problems. Featuring an online UPS design, power irregularities such as spikes, surges, brownouts and blackouts are corrected before they are passed on to critical equipment. Don t find out the hard way that downtime can cost your business thousands to millions of pounds. To provide the fullest range of power products for your voice and data applications. Avaya has partnered with Eaton Corporation. For 40 years, Eaton has designed and manufactured innovative, end-to-end power protection and management solutions that are deployed by a broad range of businesses and institutions worldwide. 4. Avaya Authorised and Approved. Avaya labeled UPSs are the only UPS designed and tested to meet the rigorous Avaya specifications of telecommunications and ancillary equipment. 5. Advanced Battery Management (ABM). Avaya UPSs from 700 VA 60 kva feature Advanced Battery Management which reduces your overall cost of ownership by doubling battery service life, optimising recharge time, and providing advanced warning of the end of useful battery life. 6. Avaya UPS Sizing & Technical Support. Selecting an Avaya UPS is easy with the UPS sizing tool available on www.eaton.com/avaya For just about every Avaya system, there is an Avaya UPS built to protect it. 7. Custom Configurations. For configurations that fall outside an available Avaya UPS application in either holdover time or UPS required, contact your sales support representative to take advantage of Avaya custom configuration capabilities. 8. Avaya UPS Sales Support. Our dedicated sales support team is available to work with you through every step of the sales process. 9. Avaya Brand Recognition. The Avaya name commands respect and your customers will have a complete Avaya solution. Why an Avaya UPS? When it comes to providing the best possible power protection solution for your Avaya telecommunications equipment, select the best choice - an Avaya UPS from Eaton. 1. Online, Double-Conversion Technology. Avaya online UPSs feature a rugged, design where power is completely regenerated before reaching the connected load so that no power interruptions reach the connected equipment. 2. Extended Backup Times. Avaya has custom solutions designed to provide up to 8 hours of backup time. 10.Customers Need a UPS. Did you know that customers on typical commercial utility power experience an average of four outages per year? So, remember, it is not whether customers will need a UPS, but when they will need it. Ninety percent of customers that don t buy a UPS with their system will buy one at a later date. If you don t sell it, someone else will. Make sure you don t miss the chance! 3. Avaya Alarms. All Avaya UPSs have communication options to suit DEFINITY alarms or Avaya IP communications.
Avaya Online UPSs Increase the Reliability of Your Communications Systems Avaya Online UPSs Avaya s Uninterruptible Power System (UPS) solutions, 700 VA to 60 kva (with custom systems available over 4000 kva as well as generators and DC power) can help you avoid damage due to power problems. Utility irregularities (such as spikes, surges, brownouts, blackouts, etc.) are corrected before they are passed on to voice and data systems. Without a UPS, power problems are not corrected and can cause devastating problems to your data, systems, equipment and operations. Increase System Reliability Avaya online UPSs provide voltage regulation, offer advanced battery management capabilities and are compatible with all other Avaya AC products. By choosing Avaya UPSs, your customers will have: unparalleled equipment and data protection increased system reliability and uptime high availability power protection. UPS Selection Criteria Two important factors to consider when choosing a UPS are: 1. The size of your load. 2. The amount of backup time needed for your systems For example, in the event of an extended power outage you may want to have your system programmed to automatically shutdown your less critical equipment to conserve power for your phones. Also, the location of your equipment may determine the number of UPSs needed; sometimes it is simpler to place a few UPSs strategically throughout your business than it is to connect everything to a single UPS. (Access a quick UPS sizing tool at www.eaton.com/avaya) The Online Advantage Online UPSs are the optimal solution for customers telecommunications systems, call centers, medium to large networks and servers. The Avaya online design provides the highest level of power protection available and is the ideal choice for communications systems and critical computing applications, such as MultiVantage Solutions. Online UPSs protect against all types of power contamination and continuously create clean sine wave power for your customers system. Brownouts, power spikes, surges, line noise, frequency variations, and other power problems are eliminated before they reach the connected equipment. How does an online UPS work? First, incoming utility AC power is converted to DC power. While a small portion of this DC power is used to charge the battery, the rest travels to the inverter. The inverter then produces new, continuous 230 volt sine wave AC power, which keeps the communications systems up and running. With online technology, the inverter operates continuously, regardless of the state of the utility power. With the online design, the batteries are held in reserve and are available when the customer needs them most during a complete power outage. The Avaya online design uses the battery less than any other UPS technology. In fact, it only goes to battery if the voltage dips below 176 volts or above 276 volts, thus increasing the life of the battery and reducing the overall cost of UPS ownership.
COMMUNICATIONS AT THE HEART OF BUSINESS Features and Benefits of an Avaya Online UPS Features Benefits 1. Converts alternating (AC) current to direct current (DC) Guarantees total isolation between input voltage and then regenerates alternating current (AC) to the the protected equipment, and constantly provides protected equipment voltage and frequency regulation. 2. Inverter is online during normal operation Assures a pure voltage and frequency output to the protected equipment all the time, not just during power outages. Power output from UPS remains within ±3% of nominal voltage. 3. Zero transfer time when switching from utility to battery Prevents power loss to the protected equipment when utility power is interrupted. 4. Wide input voltage window (85-144 Vac on low voltage Results in negligible battery usage during brownouts; models and 176-276 Vac on high voltage models) thus a longer battery service life, increased reliability, and reduced maintenance. 5. Automatic internal bypass circuit Provides alternate power path to protected equipment keeping the load on in the event of UPS failure or equipment overload. 6. Low output voltage distortion (THD <5%) Eliminates damage to protected equipment s power supply.
Power Protection for Different Needs There are nine common types of power problems, including power failure, power sag, power surge, undervoltage, overvoltage, switching transient, line noise, frequency variation and harmonic distortion. Based on three UPS topologies, Eaton offers a wide range of UPS solutions to provide an appropriate level of power protection against different power problems and failures. EMI/RFI filter Battery Output filter Passive standby topology (off-line) is the most frequently used UPS topology for protecting PCs against power failure, power sag and power surge. In normal mode, the UPS supplies power to the application directly from the mains, filtered but without active conversion. The battery is charged from the mains. In the event of a power cut or fluctuation, the UPS delivers stable power from the battery. The advantages of this topology are low cost and adequacy for office environments. Passive standby topology is not suitable if the power supply is of low quality (industrial sites) or subject to frequent disruptions. EMI/RFI filter Battery Output filter Line interactive topology is used for protecting enterprise networks and IT applications against power failure, power sag, power surge, undervoltage and overvoltage. In normal mode, the device is controlled by a microprocessor that monitors the quality of the supply and reacts to fluctuations. A voltage compensation circuit is enabled to boost or reduce the supply voltage to compensate for the fluctuations. The main advantage of this topology is that it enables compensation of under and overvoltage without using the batteries. EMI/RFI filter Manual bypass Automatic bypass Battery Output filter Double conversion topology (on-line) is a basis for UPSs designed for continuous power protection of critical equipment against all nine power problems: power failure, power sag, power surge, undervoltage, overvoltage, switching transient, line noise, frequency variation and harmonic distortion. It ensures a consistent quality of power supply regardless of disturbances in the incoming mains. The output voltage is entirely regenerated by a sequence of AC to DC conversion followed by DC to AC conversion in order to create power supply without any electrical interference. Double conversion UPSs can be used with any type of equipment as there are no transients when changing over to battery power.
UPS Product Overview Avaya 9130-1000, 1500VA and 3000VA ONLINE UPS The Avaya 9130 online UPS delivers optimal power quality, provides superior power management and supplies continuous power conditioning for critical communications systems. With customisable alarm and monitoring capabilities, managing power protection for your systems and equipment has never been easier. Features and Benefits Isolates connected equipment from all incoming power problems to provide the highest degree of protection Prolongs backup time with optional extended battery modules Increases battery service life and system uptime with ABM battery-charging technology Conserves valuable rack space with 2U form factor that includes a 4-post rail kit Delivers more true power in watts with 0.9 power factor Operates at >95 percent efficiency to minimise energy consumption Avaya 9135-6000VA Online UPS The high-efficiency Avaya 9135 online UPS delivers more usable power for every utility dollar to provide the ultimate power protection for your telecommunications systems and equipment. This 6000VA UPS can be mounted in a standard 19-inch rack or used as a standalone unit. Features and Benefits Isolates connected equipment from all incoming power problems to provide the highest degree of protection Prolongs backup time with optional extended battery modules Increases battery service life and system uptime with ABM battery-charging technology Conserves valuable rack space Operates up to 98 percent efficiency to minimise energy consumption
UPS Product Overview - continued Avaya 9155-8-20kVA Online UPS The new Avaya 8-20 kva Online UPS provides powerful 24/7 power protection for centralised servers, telecommunications systems, clustered PCs, LAN gateways, bridges, routers and other missioncritical UPS applications. Features and Benefits Advanced IGBT rectifier for 0.99 Power Factor correction (<5% THD) High 0.9PF output rating as standard Slim and modern UPS design with user-friendly blue LCD display ABM technology doubles battery service life Hot Sync redundancy for extreme reliability and flexible capacity Transformer-free design enables high energy efficiency Bundled power management software SNMP/Web monitoring capability for IT network management systems ModBus/Jbus monitoring capability for industrial environment and building management systems (BMS) Enclosure Power Distribution Units (epdu) Intelligent Power Control Designed for high density, mission-critical applications, the Avaya epdu provides reliable power distribution, monitoring and control of individual outlets to IT professionals. These PDUs can be used with or independently of your Avaya UPS, distributing power in rack environments. We offer a mix of power rating and functionality levels to suit the needs of both cost conscious and feature-driven customers, all within a Zero U (0U) vertical mount rack design
32A Managed epdu Remote functions at the individual socket level include monitoring of current draw and temperature, switching and sequencing on/off of sockets, allocation of access rights to different people or departments and blocking of access to power sockets to prevent unauthorised equipment from being powered by the epdu. Remote access to the strip is ultra-secure using 256 bit encryption and also featuring HTTPS, IPMI & SMASH integration. Receive remote updates on status and availability through a Web browser interface, SNMP trap alerts and a wide range of other alert mechanisms 16A Monitored epdu The Avaya 16A epdu is available in UK and European socket configurations in vertical (0U) form factor. For cost sensitive applications, this strip offers a limited yet powerful set of features including network monitoring of power usage & EasyRead digital Ammeters on the strip. 19 Vari-Clip Mounting The unique mounting system of the Avaya epdu allows for the ultimate flexibility in mounting into any 19 rack. The zero U epdu configuration means you save valuable real estate for other equipment. epdu Example Applications Remote Reboot Hard reboot servers or terminals remotely No access to comms room required; no engineer visit required Power Scheduling Go green by powering off devices automatically over weekends Remotely power off servers that are under utilised in quiet periods Enhanced Security Leave modems powered off until required Lockout access to unused sockets to prevent unauthorised use and UPS overload. Billing Bill departments or customers renting rack space according to power used per socket. Reliability & Planning Set over-current or over-temperature alarms to auto shutdown servers with fault conditions Accurately manage, plan and deploy your server devices according to power availability and consumption Access Control Allocate different user access rights to individual sockets on a strip for differentiated server management policies