1. Avaya Online UPS
VA UPS

2. Avaya Applications Advanced power protection for: DEFINITY One System
DEFINITY ProLogix Solutions
DEFINITY BCS
GuestWorks System
MERLIN MAGIX Solutions

3. Key Features Fourth-Generation Online™ topology
Advanced Battery Management Plus (ABM Plus™)
Extended Battery Modules (EBMs)
Load Segments
Two-in-One form factor
2U rack-mount height
Hot-swappable batteries
X-Slot™ Communications
Power management software bundle

4. 230V Model Selection Guide
Power Input/Output Input/Output Dimensions SAP Rating Voltage1 Connection(s) ( H x W x D) 2 Weight
700 VA/ 6’ IEC-320-C14 plug/ Watts 230 Vac (6) IEC-320-C x 432 x 494 mm 15 kg
1000 VA/ 6’ IEC-320-C14 plug/ Watts 230 Vac (6) IEC-320-C x 432 x 494 mm 15 kg
1500 VA/ 6’ IEC-320-C14 plug/ Watts 230 Vac (6) IEC-320-C x 432 x 494 mm 23 kg
2000 VA/ 6’ IEC-320-C14 plug/ Watts 230 Vac (6) IEC-320-C x 432 x 494 mm 23 kg
Extended Battery Modules (EBMs)
Standard (use w/700/1000 VA) - - Connector 89 x 432 x 494 mm kg
Standard (use w/1500/2000 VA) - - Connector 89 x 432 x 494 mm kg
1. User-selectable for 208, 220, 230, & 240 Vac via front panel. Automatic 50/60 Hz frequency selection inch wide front panel with a 17.0-inch wide chassis in rack configurations. In tower configurations, the unit is 3.5 inches wide and 17.0 inches tall.

5. Fourth-Generation Online
All the performance you expect from a double-conversion online design . . .
Continuous sine wave recreation
Tight output regulation (±3% or better)
Isolation of load from utility
Frequency correction
Minimal time on battery
Harmonics isolation
. . . Along with high efficiency
Reduced energy consumption, saving end-users $100s in annual energy costs
Increased component life from heat reduction and sensible switching voltages

6. Fourth-Generation Online
High efficiency
Higher efficiency yields lower operating costs and longer electronic component life
Reliability
Evaluates operating environment and tests portions of its engine in the presence of stable utility power
Uses latest advances in semiconductor technology
Increased reliability results in longer UPS life and fewer service calls
Multi-stage fan control
Adapts to operating environment to provide correct airflow
Increases fan service life
Reduces audible noise

7. Fourth-Generation Online
Wide input voltage range
Reduces battery usage
Preserves batteries for power failures--when you need maximum runtime
Extends UPS service life
Reduces battery replacement costs
EnergyShare
In severe brownout conditions, the UPS takes power from both the utility and battery
Extends runtime and service life of the battery

8. Fourth-Generation Online™ Topology
Utility
Load
Internal Automatic Bypass
Battery
AC to DC Rectifier
DC to AC Inverter
Bi-Directional Power Converter
Filtering

9. EnergyShare
Input Voltage Range
During extreme brownouts, the UPS provides an extra level of protection; the UPS “shares” battery and incoming voltage to continue to provide ±3% of nominal voltage
Battery Power: >144V
Online voltage regulation: V
(no battery power needed)
EnergyShare range: 60-79V (combined battery and utility)
Battery Power: <60V

10. Advanced Battery Management (ABM™)
Doubles battery service life by charging only when needed
Optimizes recharge time
Does not trickle charge and starve the electrolyte
Intelligent microprocessor controlled - Only true & automatic battery check (periodic, controlled discharge) for most accurate advanced failure protection
Sleep Feature - no unnecessary battery “drain”
As with all UPSs, batteries are a critical component. ABM Plus is an effective
method of extending the overall service life of the UPS.

11. ABM: 3-Stage Charger 1. Rapid recharge to approximately 90%
Restores batteries quickly
UPS is ready for next power outage
Adaptive charger control: adjusts battery charging algorithm to quality of AC input
2. Float charge to 100%
Completely charges batteries, but prevents overcharging
3. Rest mode
With charger turned off, UPS conducts accurate tests to monitor battery health and provide accurate runtime predictions

12. ABM Diagnostics Monitoring algorithms Battery impedance test
Verifies discharge curve during commissioning test
Continuously compares versus this profile
Battery impedance test
Verifies battery condition and monitors changes in the internal resistance of the battery
Accurate battery runtime predictions
Actual runtimes are compared to ideal runtime curve programmed into UPS
Advanced warning
When disparity between runtime curves reaches a predetermined point, UPS provides up to 60 days warning of the end of useful battery service life

13. Informative User Interface
On Button (Start-On-Battery)
Overtemperature
Overload
Load Level/
Battery Level
Bypass Mode
Alarm Silence/Test Button
Off Button
Battery Mode
Normal Mode (UPS On)
Site Wiring Fault
Self-Test
Replace Battery (ABM)
Note: rotate 90° for cabinet configuration
The off button shuts off power to the output receptacles, meaning that it also
shuts down the connected equipment. However, to shut off the UPS completely,
you must remove the line cord from the wall socket.
When the unit is installed, you must press the on button before power is available
at the output receptacles.
For more information about selecting 100, 110, 120, or 127 Vac, read the User’s
Guide.
The load level graph displays the amount of load connected to UPS in normal
operation and the amount of battery power remaining in battery mode. For the
self-test, ABM, site wiring fault, overtemperature, and overload alerts, the
corresponding LED flashes. When no alert conditions exist, the LEDs
correspond to the load that is connected to the UPS. See the User’s Guide for
more details.

14. Extended Battery Modules (EBMs)
Add EBMs to extend backup time
In rack-mount configurations, each EBM occupies only 2U (44.5 mm) of rack space
Maximum number of EBMs you can connect:
700/1000 VA: 2 EBMs
VA: 4 EBMs
A “U” is a standard measurement of vertical rack space. 1U=1.75 inches. 2U
One EBM
Two EBMs

15. EBM Connection Attach EBMs with simple daisy-chain connection EBM #1
Both PW EBM and PW EBM weigh 65 lb/29.5 kg each.
EBM #2

16. Battery Runtimes (700/1000 VA models)
Standard Internal One Two Load Batteries EBM EBMs
200VA/140W
400VA/280W
700VA/490W
850VA/595W*
1000VA/700W*
*Runtimes do not apply for the 700 VA model. Note: Runtimes are approximate and may vary with equipment, configuration, battery age, temperature, etc.
Model PW EBM used for EBM runtimes listed above. This EBM
contains (8) 12V, 9 Ah batteries. It is NOT compatible with VA
models.

17. Battery Runtimes (1500 / 2000 VA models)
Standard Internal One Two Three Four Load Batteries EBM EBMs EBMs EBMs
400VA/280W
700VA/490W
850VA/595W
1000VA/700W
1250VA/875W
1500VA/1050W
1800VA/1260W*
2000VA/1400W*
*Runtimes do not apply for the 1500 VA model. Note: Runtimes are approximate and may vary with equipment, configuration, battery age, temperature, etc.
Model PW EBM used for EBM runtimes listed above. This EBM
contains (8) 12V, 9 Ah batteries. It is NOT compatible with 700/1000 VA
models.

18. Hot-Swappable Batteries
No need to shut down your critical load when replacing batteries
Note that during the hot-swap procedure that the front panel interface stays on
the unit. Only the surrounding front panel is removed.

19. Two-in-One Form Factor
Versatile form factor provides the option of installing the UPS in an
equipment rack or as a tower
When using the Powerware 9125 as a standalone unit, you need to use the stabilizing
feet. However, you do not need to use them
if you are adding an EBM. Instead, you
install a small bracket (shown in the
picture to the right) that connects to the
EBM. The combined 7-inch base is
wide enough to stabilize the UPS.
Rack-Mount
Tower

20. Maximum Power Density: 2U Rack Height
Minimizing the size of the UPS saves rack space for other equipment
A “U” is a standard measurement of vertical rack space. 1U=1.75 inches. 2U

21. Load Segments Individual control of two Load Segments
The Load Segments are labeled on the back of the unit.

22. Load Segments Power down sequencing of Load Segments
Extends runtime for critical devices
Power up sequencing of Load Segments
Orderly power up of connected devices
Scheduled on/off times
Turn off equipment for security and power conservation

23. Load Segments: Independent Control
Load Segment 2: Monitor (60% of total server load on average)
Load Segment 1: Server
Control both Load Segments independently using LanSafe III/FailSafe III software

24. Load Segments: Shutdown
60% of load
During an extended power failure, you can extend runtime for critical devices by shutting down non-vital equipment, such as monitors

25. Load Segment: Rebooting
Locked up server
Load Segment 1: Server 1
Load Segment 2: Server 2
Reboot separate Load Segments without shutting down the entire UPS

26. sequence in the event of times for each Load Segment or
Power Scheduling Configuration
Attach
computer
that controls
UPS to
the correct
Load Segment
The above screen shot is from LanSafe III.
Set power down
sequence in the event of
a power failure
Configure on/off
times for each Load Segment or
the entire UPS
Configure
power up sequencing

27. X-Slot™
Standard unit is equipped with an RS-232 serial communications port and an alarm adapter that works perfectly with Definity®; an optional, hot-swappable SNMP module may be ordered, too.
X-Slot
ConnectUPS SNMP Module
Option part numbers:
ConnectUPS SNMP Module: (ordered as an option)
USB Module: (factory installed option only)
RS-232 Single Port Module: (installed as standard)
RS-232 Multi-Port Module: (ordered as an option)
Rear Panel

28. Isolated Alarm Card Designed and tested for use with Avaya product
25-pin cable not supplied
Isolated contact closures
Serial communications
9-pin to 9-pin cable included

29. Alarm Card Pin-Outs 25 Pin Connector Pin # Function Output 14
Utility fail 15
Utility fail return 18
UPS On Bypass Return 19
UPS On Bypass 24
Battery Low 25
Battery Low Return 7
Ground 8
24 Volts
25 Pin Connector
Pin #
Function
Input / Output 1
No Connection 2
TxD
Output from Lucent Module 3
RxD
Input To Lucent Module 4
DTR, PnP Input 5
Ground 6
DSR
Output from Lucent Module (tied to pin 4) 7
RTS
RTS Input to Lucent Module (secondary PnP) 8 9
+8-24 DC Power (output from Module)
9-Pin Connector

30. Free Software Bundle LanSafe III for networks
Windows 95/98 & Windows 3.x, MS DOS, Windows NT (Alpha & Intel), Novell NetWare, IBM OS/2 Warp with IBM LANServer or MS LAN Manager, SCO OpenServer, Interactive UNIX, DG-UX, Solaris, SunOS, HP-UX, IBM AIX, UnixWare, AT&T SVR4, Digital Unix, Linux, Macintosh, and others

31. Power Management Software Capabilities
SafetyNet -- prioritized, sequential shutdown of all network devices
Power loss and low battery warnings
Work-in-progress is saved throughout network
Network-wide monitoring, control, and testing
Support multiple network devices with a single UPS
Compatible with other manufacturers’ UPSs
Customizable Alerts
Paging and capabilities
You can download the latest versions of LanSafe III and FailSafe III on the
corporate web site:

32. REPO/Network Transient Protector
Shut down UPS from a remote location with REPO port; ideal for rack applications
Network Transient Protector provides protection from “back door” disturbances that travel through phone/network lines

33. Service Strategy Only the batteries are user-replaceable
No user-serviceable parts
Return and Replace

34. Communications Port/Alarm Adapter
Rear Panel: 230V Models
Circuit Breaker
Load Segment 2 (3) IEC-320-C13
Communications Port/Alarm Adapter
Battery Connector
Detachable 6-foot Line Cord with IEC-320-C14
REPO Port/ Network Transient Protector
Load Segment 1 (3) IEC-320-C13

35. Why Should the Avaya Customer Buy This UPS?
One Stop / One Configuration / One P.O.
Product designed to specifically support Avaya products
Alarm Adapter
Online Topology
Easy configuration for long holdover time
Don’t discount the cosmetics Avaya Labeling
After-sale service by Avaya