Uninterruptible Power Systems (UPS) Brochure

Transcription

IP Telephony
Contact Centers
Mobility
Services
Uninterruptible Power Systems
(UPS) Brochure
avaya.com
Table of Contents
The contents of this handbook are confidential. Please check powerware.com/avaya for the latest UPS
power protection information.
Resources on the Web and Sales Tools ....................................................................................... 1
Avaya UPS Sales and Support .................................................................................................. 2
Avaya Online UPSs ................................................................................................................. 3
9 Power Problems and Their UPS Solutions................................................................................ 4
UPS Topologies ....................................................................................................................... 7
Frequently Asked Questions ...................................................................................................... 8
Glossary of Power Terms ........................................................................................................... 9
SAP List for Avaya UPS .......................................................................................................... 11
Avaya Equipment ................................................................................................................... 14
UPS Product Overview ........................................................................................................... 24
700-2000 VA Online UPS ...................................................................................................... 27
3000 VA Online UPS ............................................................................................................. 36
6000 VA Online UPS ............................................................................................................. 39
8 - 15 kVA Online UPS .......................................................................................................... 43
500-1400 VA Line-Interactive UPS ......................................................................................... 45
1000-3000 VA Line-interactive UPS ....................................................................................... 47
DC Power ............................................................................................................................. 50
COMMUNICATIONS
AT THE HEART OF BUSINESS
Resources on the Web and Sales Tools: powerware.com/avaya
The following information is available to you on the web or from your UPS sales support contact.
Please note that the web site is updated more frequently than this handbook.
Sizing Tools – Sizing tools to allow you to configure AC, DC and IP Office configurations.
Literature – Brochures, manuals, power information, and battery information.
Presentations – Customer and training presentations.
Product Information – Technical specifications, competitive information, features and benefits and more
Contact Information – Sales, service and support contacts.
EMEA’s home page
1
powerware.com/
avaya.com
2
Avaya UPS Sales and Support
For Avaya UPS sales and support, please refer to these contacts and the Powerware European offices.
Avaya UPS Hotline
+44 (0) 845 177 3410
Italy
Avaya EMEA Program Manager - Andy McDonald
Voice: +44 (0) 1753 608 764
Mobile: +44 (0) 7785 793 711
Fax: +44 (0) 1753 608 996
[email protected]
Powerware S.p.A.
Via Pellizza da Volpedo, 53
Cinisello Balsamo (Milano)
20092
Tel. +39-02-66040540
Email: [email protected]
Web: www.powerware.com/Italia/
Powerware Offices
Norway
Denmark
Powerware Danmark
Østmarken 9
2860
Søborg
Tel. +45 3686 7910
Web: www.powerware.com/Danmark/
Powerware Norge
Konowsgate 5,
N-0192
OSLO
Tel. (+47) 23 03 65 50
Mobile: (+47) 909 71 230
Web: www.powerware.com/Norge/
Poland
Finland
Powerware Oy
Koskelontie 13
FIN-02920
Espoo
Tel. +358-9-452 661
Web: www.powerware.com/Suomi/
France
Powerware France
ZAC des Delâches - BP 77
GOMETZ-LE-CHATEL
91940
Les Ulis
Tel. +33-1 60 12 74 00
Web: www.powerware.com/France/
Germany
Powerware GmbH, Achern
Powerware GmbH
Karl- Bold- Str. 40
D-77855
Achern
Tel. +49-7841-666 0
Web: www.powerware.com/Deutschland
Powerware S.A. oddzial w Polsce
Chroscickiego Str. 93/105
02-414
Warsaw
Tel. + 48 22 331 85 24
Web: www.powerware.com/polska
Russia
Powerware Russia
Electrozavodskaya st, 33, Building 2
107076
Moscow
Tel. +7 (0) 495 981 37 70
Web: www.powerware.com/Russia/
Sweden
Eaton Power Quality AB
Kista Science Tower
164 51 Kista
Tel. +46 8 598 940 00
Web: www.powerware.com/Sverige
United Kingdom
Powerware
221 Dover Road
Slough
Berkshire
SL1 4RF
Tel. +44 (0) 1753 608 700
Web: www.powerware.co.uk
COMMUNICATIONS
3
Avaya Online UPSs Provide the
4. Avaya Authorized and Approved. Avaya labeled UPSs
Ultimate in Power Protection
are the only UPS designed and tested to meet the
Nothing is more important than protecting your critical
and ancillary equipment.
rigorous Avaya specifications of telecommunications
telecommunications and networking systems. Avaya
Uninterruptible Power Systems (UPSs) keep your sys-
5. Advanced Battery Management (ABM). Avaya UPSs
tems up and running in the event of any power prob-
from 700 VA – 60 kVA feature Advanced Battery
lems.
Management‚ which reduces your overall cost of
Featuring an online UPS design, power irregularities
ownership by doubling battery service life, optimizing
such as spikes, surges, brownouts and blackouts are
recharge time, and providing advanced warning of
corrected before they are passed on to critical equip-
the end of useful battery life.
ment. Don’t find out the hard way that downtime can
cost your business thousands to millions of euros.
6. Avaya UPS Sizing & Technical Support. Selecting an
Avaya UPS is easy with the UPS sizing tool available
To provide the fullest range of power products for your
on www.avayaups.com. For just about every Avaya
voice and data applications. Avaya has partnered with
system, there is an Avaya UPS built to protect it.
Powerware Corporation. For 40 years, Powerware 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.
Why an Avaya UPS?
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
When it comes to providing the best possible power
of the sales process. We can also provide valuable
protection solution for your Avaya telecommunications
post-sales support: +44 (0) 845 177 3410.
equipment, select the best choice - an Avaya UPS
from Powerware.
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.
9. Avaya Brand Recognition. The Avaya name commands
respect and your customers will have a complete
Avaya solution.
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,
3. Avaya Alarms. All Avaya UPSs have communication
options to suit DEFINITY alarms or Avaya IP
communications.
someone else will. Make sure you don’t miss
the chance!
powerware.com/
avaya.com
4
Avaya Online UPSs Increase the Reliability of Your Communications Systems
Avaya Online UPSs
The Online Advantage
Avaya’s Uninterruptible Power System (UPS) solutions,
Online UPSs are the optimal solution for customers’
700 VA to 60 kVA (with custom systems available over
telecommunications systems, call centers, medium to
4000 kVA as well as generators and DC power) can
large networks and servers. The Avaya online design
help you avoid damage due to power problems. Utility
provides the highest level of power protection avail-
irregularities (such as spikes, surges, brownouts, black-
able and is the ideal choice for communications
outs, etc.) are corrected before they are passed on to
systems and critical computing applications, such as
voice and data systems. Without a UPS, power prob-
MultiVantage Solutions.
lems are not corrected and can cause devastating problems to your data, systems, equipment and operations..
Online UPSs protect against all types of power contamination and continuously create clean sine wave power
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
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.
Two important factors to consider when choosing a
With online technology, the inverter operates continu-
UPS are:
ously, regardless of the state of the utility power.
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 avayaups.com.)
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
5
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
models and 176-276 Vac on high voltage models)
Results in negligible battery usage during brownouts;
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.
Pie Chart of Power Problems
This pie chart shows the type of common power problems that can affect communications and networking systems.
Surges
10%
Sags
Blackouts
14%
Spikes
22%
Source: National Power Laboratory (NPL) as reported in Teleconnect, November 1995
54%
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avaya.com
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9 Power Problems and Their UPS Solutions
Normal Sine Wave
Power
Problem
UPS
Definition
Cause and Results
Solution
(1) Power Outage A total loss of utility power
Can be caused by a number of events: lightning
strikes, downed power lines, grid over-demands,
accidents and natural disasters.
Standby
Line-interactive
Online
(2) Power Sag
Short term low voltage
Triggered by the startup of large loads, utility
switching, utility equipment failure, lightning
and power service that’s too small for the
demand. In addition to the crashes, sags can
damage hardware.
Standby
Line-interactive
Online
(3) Power Surge
Short term high voltage
With voltages above 110% of nominal, surges
can be triggered by a rapid reduction in power
loads, heavy equipment being turned off, or by
utility switching. The results can potentially
damage hardware.
Standby
Line-interactive
Online
(4) Brownout
Reduced line voltage for
extended periods of a few
minutes to a few days
Can be caused by intentional utility voltage
Line-interactive
reduction to conserve power during peak demand Online
periods or other heavy loads that exceed supply
capacity.
(5) Electrical
Line Noise
High frequency waveform
that piggybacks on the line
waveform
Can be caused by either RFI or EMI interference Line-interactive
generated by transmitters, welding devices, SCR Online
driven printers, lightning, etc.
(6) High Voltage
Spike
Instant and dramatic
increase in line voltage
Can be caused by lightning strikes and can send Online
line voltages to levels in excess of 6,000 volts.
A spike almost always results in data loss or
hardware damage to unprotected systems.
(7) Frequency
Variation
A change in frequency
stability
Resulting from generator or small co-generation
sites being loaded and unloaded. Frequency
variations can cause erratic operation, data
loss, system crashes and equipment damage.
Online
(8) Switching
Transient
Instantaneous high voltage
increase impressed on the
power line waveform
Normal duration is shorter than a spike and
generally falls in the range of nanoseconds.
Online
(9) Harmonic
Distortion
Distortion of the normal
line waveform, generally
transmitted by nonlinear
loads.
Switch-mode power supplies, variable speed
motors and drives, copiers and fax machines
are examples of nonlinear loads. Harmonic
distortion can cause communication errors,
overheating and hardware damage.
Online
COMMUNICATIONS
UPS Topologies: Online, Line-interactive and Standby
There are three main UPS technologies used in the
market place; standby, line-interactive and online.
Avaya online UPSs protect your customers from the
nine most common power problems present in any
work environment. They provide superior protection for
communications and networking systems with extended
battery holdover times. Below is a brief explanation of
each UPS topology
Online UPS Technology
Although line-interactive UPSs provide more voltage
regulation than standby UPSs, battery life is often sacrificed. The number of transfers to and from battery by
this design exceeds that of the online UPS design by as
much as 20 to 1 during brownouts and power surges.
Note: Line-interactive UPSs do not provide protection
from power problems 6 – 9 (see page 3).
Online UPSs are designed to provide complete power
protection. They isolate equipment from all types of
power problems by continuously regulating the AC
power for your systems.
Online UPSs isolate equipment from harmonic distortions and are strongly recommended for critical applications that must meet the 5% maximum harmonic
requirement (stated in major computer manufacturer
specifications and installation guides).
Standby UPS Technology
Standby UPSs are intended to provide a low price solu-
Battery conservation is an essential factor for a cus-
tion for power failures, power sags and power surges.
tomer deciding to purchase an online UPS. An online
Utility power is provided during normal operation.
UPS uses the battery less often than any other UPS
Utility voltage and frequency changes are not regulated
technology, therefore increasing the life expectancy of
by the UPS and pass through to the equipment.
the battery. Avaya’s robust, state-of-the-art online UPS
provides superior protection for your communication
When voltage or frequency changes become too severe,
and networking systems.
the UPS converts DC battery power to AC power to run
the equipment.
Note: Online UPSs provide protection from all 9 power
problems listed.
Standby UPSs provide protection from simple power
problems as described in items 1, 2 & 3.
Line-interactive UPS Technology
Line-interactive UPSs offer basic power protection at
mid-range prices. In addition to protection against
power failures, power sags and power surges, line-interactive UPSs protect against brownouts and electrical
line noise. This design offers lowgrade voltage regulation by “boosting” the utility voltage up or down before
passing it through to your electronic system.
Note: Standby UPSs do not provide protection from
power problems 4 – 9.
7
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8
Frequently Asked Questions: General
1. What happens if the UPS is overloaded? For example,
6. What other vendors make Online UPSs?
if the protected equipment and/or load draws more current than the UPS can provide.
Other vendors include: Liebert, MGE, and APC
(4 kVA and above).
The UPS transfers the load to bypass (for a few minutes) until the overload condition is reversed. If the
overload condition continues, the UPS automatically
shuts down.
2. What causes a UPS to be overloaded?
7. How are the phone systems affected by inconsistent
power?
Fluctuating power is a waste of valuable time and
money. If customers expose their telephone systems
(and any other electronic equipment) to inconsistent
There are two possible answers: (1) the UPS was
utility power, they are vulnerable to hardware and
undersized (e.g. the load is rated at 1200 VA but
software damage, data corruption and communica-
a 1000 VA UPS was provided), or (2) the customer
tions breakdown. The time and cost of replacing
plugs more equipment into the UPS than it was
equipment, as well as the business lost during
designed to handle.
breakdown and replacement, can greatly affect a
3. How do you convert watts to VA?
Multiply watts by the power factor 1.4.
1000W = 1400 VA.
4. How do you convert amps to VA?
Multiply amps by voltage (220/230/240V in
Europe). 10A x 230V = 2300 VA
5. How long does it take for the UPS batteries
to recharge?
On average it takes 10 times the discharge time
for the UPS batteries to recover. (A 30-minute
battery discharge requires about 300 minutes to
recharge.) After each power outage, the recharge
process begins immediately. It is important to note
that the load is fully protected while the batteries
are recharging. However, if the batteries are needed
during the recharge time, the holdover time available
will be less than it would have been if the batteries
were fully charged.
company’s bottom line and operational efficiency.
8. Where can I get technical help?
Contact your territory representative, call the
Avaya UPS Hotline at +44 (0) 845 177 3410
or visit powerware.com/avaya
COMMUNICATIONS
9
Glossary of Power Terms
Commonly Used Terms
Ampere (A or Amp) – The unit of measure for the “rate of
flow” of electricity, analogous to “gallons per minute.”
VA x .7 (power factor) = Watts
Alternating current (AC) – An electric current that reverses its direction at regularly recurring intervals.
Blackout – A zero-voltage condition lasting for more than
two cycles.
Brownout – A steady state of low voltage, but not zero
Inverter – UPS assembly that converts internal DC power
to output AC power to run user’s equipment. When the
inverter is supporting 100% of the load at all times, as
with an online UPS, there is no break from utility power
to battery power.
Kilovolt ampere (kVA) – An approximation of available
power in an AC system that does not take the power
factor into account.
Line-interactive – An offline UPS topology in which the
system interacts with the utility line in order to regulate
voltage.
the power to the load.
Direct current (DC) – An electric current in which the
Load – The equipment connected to and protected by a
flow of electrons is in one direction, such as supplied by
a battery.
Double conversion – A UPS design in which the primary
power path consists of a rectifier and inverter. Double
con-version isolates the output power from all input
anomalies such as low voltage surges and frequency
variations.
Downtime – The time during which a functional unit
cannot be used because of a fault within the functional
unit or within the environment.
Electrical line noise – Radio frequency interference
(RFI), electromagnetic interference (EMI) and other voltage or frequency disturbances.
Electromagnetic interference (EMI) – Electrical interference that can cause equipment to work improperly.
EMI can be separated into conducted EMI (interference
conducted through cables out of the UPS) and radiated
EMI (interference conducted through the air).
Hertz (Hz) – A unit of frequency equal to one cycle per
second.
High voltage spike – Rapid voltage peak up to 6,000
volts.
Hot-swappable – The ability to change a module without
UPS.
Maintenance bypass – An external wiring path to which
the load can be transferred in order to upgrade or perform service on the UPS without powering down the
load.
Noise – (1) A disturbance that affects a signal; it
can distort the information carried by the signal. (2)
Random variations of one or more characteristics of any
entity such as voltage, current or data. (3) Loosely, any
disturbance tending to interfere with normal operation
of a device.
Offline – Any UPS that does not fit the definition of
online. Line-interactive and standby topologies are
offline.
Online – (1) A UPS that provides power to the load from
its inverter 100% of the time, regulating BOTH voltage
and frequency, usually double conversion topology.
Plug and play – An electrical device that does not
require extensive setup to operate.
Power factor (PF) – The ratio of real power to apparent
power. Watts divided by VA. Most power supplies used
in communication and computer equipment have a
power factor of .7. (PF = .7)
taking the critical load off the UPS.
VA x PF = W
Input voltage range – The voltage range within which a
W/PF = VA
UPS operates in “normal” mode and does not require
battery power.
powerware.com/
avaya.com
10
Glossary of Power Terms - continued
Power sag – Low voltage (below nominal 120 volts).
Standby – UPS technology where power is applied to the
load directly from the utility under normal operation,
Power surge – High voltage (above nominal 120 volts).
Rackmount – Ability to mount an electrical assembly into
a standardized rack.
Rectifier – UPS component that converts incoming AC
power to DC power for feeding the inverter and for
charging the battery.
Redundancy – Duplication or repetition of elements
in electronic equipment to provide alternative functional channels in case of failure. The Avaya 9 and 12
kVA features N+X redundancy. Visit avayaups.com for
details.
Relay communication – Communication between a UPS
and a computer through the opening and closing of
solid state relays which are pre-defined to indicate UPS
status.
RS-232 – The standard for serial interfaces (serial refers
to the eight bits of each character successively sent
down one wire) used by most computers, modems and
printers; a 25-pin physical interface.
Runtime – The amount of time the battery in a UPS is
but switched to the inverter and battery for emergency
support (offline topology).
Three-phase – A power system with three primary voltage
waveforms spaced equally (in time) out of phase with
each other.
Total Harmonic Distortion (THD) – Describes how much
the circuit voltage deviates from a perfect sine wave.
A poor voltage THD is most often manifested in a “flat
topped” waveform that comes from the inability of a
power source to respond to the demands of highly nonlinear loads.
Uninterruptible Power System (UPS) – An electrical system designed to provide instant, transient-free back up
power during power failure or fault. Some UPSs also
filter and/or regulate utility power (line conditioning).
Volt/voltage (V) – Electrical pressure that pushes current
through a circuit. High voltage in a computer circuit is
represented by 1; low (or zero) voltage is represented
by 0.
VoltAmps (VA) – Voltage x amps.
designed to support the load.
Volts direct current (Vdc)
Sine wave – A waveform that represents periodic oscilla-
Volts alternating current (Vac)
tions of a pure frequency.
Watts (W) – The rate of doing electrical work.
Single-phase – Power system with one primary
waveform.
W x 1.4 = VA.
COMMUNICATIONS
700285299 Restriction of Hazardous
Substances Directive (RoHS)
The Restriction of Hazardous Substances Directive
(RoHS) became European Law in February 2003.
This directive restricts the use of six hazardous materials in the manufacture of various types of electronic
and electrical equipment. It is closely linked with the
Waste Electrical and Electronic Equipment Directive
(WEEE), which sets collection, recycling, and recovery targets for electrical goods and is part of a legislative initiative to solve the problem of huge amounts
of toxic e-waste.
Throughout 2006 we will be updating both our
domestic and international products to meet RoHS
and WEEE standards. As part of this process all
Avaya SAP and Powerware product part numbers will
be changed. We will implement these changes in
stages and will continuously notify our partners as
changes occur. In addition, the powerware.com/avaya
web site will be continuously updated and will be
the most accurate source for SAP codes.
RoHS restricts the use of the following
6 substances:
• Lead
• Mercury
• Cadmium
• Chromium VI
(Also known as hexavalent chromium)
• PBDE
11
powerware.com/
avaya.com
12
SAP List for Avaya UPS
Equipment
SAP Code
Avaya 500 - 3000 VA Line-interactive UPS Range
Avaya 500 VA Line-interactive UPS
700200488
700200496
700200504
Avaya 1000 VA Rackmount Line-interactive UPS
700252380
700252398
700252406
Avaya Rackmount Battery Pack (EBM48) for Avaya 1000-1500 VA
700252414
Avaya Rackmount Battery Pack (EBM120) for Avaya 3000 VA
700252422
Avaya 700 - 3000 VA Online UPS Range
Avaya 700 VA Online UPS
408427409
408427417
Avaya 1000 VA Online UPS with web/SNMP card (S8700 config)
700290281
Avaya 1500 VA Online UPS with SNMP bundle (S8700 config)
700395734
408427433
700285331
Avaya 3000 VA Online UPS with PDM Bundle
181589
Additional Battery Modules & Cabinets for Avaya Online 700 - 3000 VA UPS
Extended Battery Module (EBM24) for Avaya 700-1000 VA UPS
700404411
Extended Battery Module (EBM48) for Avaya 1500-2000 VA UPS
700404429
Extended Battery Cabinet (EBC48) for Avaya 1500-2000 VA UPS
700404486
Extended Battery Module (EBM72) for Avaya 3000 VA UPS
700404577
Extended Battery Cabinet (EBC72) for Avaya 3000 VA UPS
700404585
Bypass Distribution Modules for Avaya Online 700 - 3000 VA UPS
Bypass Distribution Module (BDM) 230 VAC for Avaya 700-2000 VA UPS
408427078
Bypass Distribution Module (BDM) 230 VAC for Avaya 3000 VA UPS
700404569
Communication Options for Avaya Online 700 - 3000 VA and Line-interactive 1000 - 3000 VA
X-Slot Web/SNMP Adapter (choose for S8700 and general IP s/w)
700404759
X-Slot USB Adapter
408427664
X-Slot MPS Adapter
408427672
Rackmounting Kits for Avaya Online 700 - 2000 VA and Line Interactive 1000 - 3000 VA
4-Post UPS Rackmounting Kit
700404502
2-Post UPS Rackmounting Kit
700404494
Online 6 kVA UPS
6000 VA Online UPS
700404635
Extended Battery Module (EBM240)
700404718
Extended Battery Cabinet (EBC240)
700404726
COMMUNICATIONS
13
SAP List for Avaya DC Product
Equipment
SAP Code
4-Post Rail Kit for 19-inch Enclosures
700315138
PPDM EURO HW
700404650
PPDM EURO IEC-309
700358609
Cable Sets and enclosures for Plug 'n Play Products
UK input power cable
407786599
European input power cable
407786623
8-15 kVA UPS Range
UPS 8 kVA/7.2kW (1BAT)
700345895
UPS 8 kVA/7.2kW (2BAT)
700345903
UPS 10 kVA/9kW(1BAT)
700345911
UPS 10 kVA/9kW(2BAT)
700345929
UPS 12 kVA/10.8/kW(1BAT)
700345937
UPS 15 kVA/13.5kW(1BAT)
700345945
UPS 8 kVA/7.2kW model w/transformer
700345952
UPS 10 kVA/9kW model w/transformer
700345960
Extended Runtime Battery A (14 Ah)
700345978
Battery Runtime Battery B (21 Ah)
700345986
DC Power Products
DC PWR 9KW 48V SYS, 25U CAB W/CNTLR
700401011
DC PWR 18KW 48V SYS, 42U CAB, CNTLR
700401029
DC PWR 36KW 48V SYS, 42U CAB, CNTLR
700401037
DC PWR, BATT CAB, 4-TRAY, 4-BKR, 42U
700401045
DC PWR , 9KW SYS, SUB-CHASSIS, SNMP
700401052
DC PWR, RECT MOD, 48V, 1500W
700401060
DC PWR, SEISMIC BRACING KIT
700401086
DC PWR, 32A, CKT BRKR, RAIL MNT
700401094
DC PWR, 63A CKT BRKR, RAIL MNT
700401102
DC PWR, 1-105AH BATTERY, EMEA
700401169
DC PWR, 1-160AH BATTERY, EMEA
700401177
powerware.com/
avaya.com
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Avaya Equipment
Avaya Equipment
VA Rating
Cisco
10/100 Micro Hub - 1538, 1538M
30
2500 Series Access Server - AS2509 (all models)
120
2500 Series Access Server - AS2510
120
2500 Series Access Server - AS2511 (all models)
120
120
120
500 Series LRE CPE Device - 575, 576, 585
48
5xx Series Content Engine - CE-5xx (all models)
240
7300 Series Content Engine - CE-73xx (all models)
240
Access Point - Aironet 1100
12
Access Point - Aironet 1200
24
Analog Telephone Adapter - ATA186, ATA 188
8
BPX Switch Expansion Shelf- BPX 8600 SES (208V requires L6-20R)
3120
BPX Switch Node - BPX-15 (208V requires L6-20P)
3120
Broadband Aggregator - 6400
1500
Catalyst Switch - 2820
120
Catalyst Switch - 2912 LRE XL, 2924 LRE XL
120
Catalyst Switch - 2912 XL, 2912MF XL, 2924 XL, 2924C XL, 2924M XL
120
Catalyst Switch - 2926, 2926G, 2980G
360
Catalyst Switch - 2940-ATF, 2940-ATT
24
Catalyst Switch - 2948G
240
Catalyst Switch - 2948G-GE-TX
180
Catalyst Switch - 2948G-L3, 4908G-L3
240
Catalyst Switch - 2950 (all models except 2950G-48-EI)
50
Catalyst Switch - 2950G-48-EI
75
Catalyst Switch - 2950ST-8 LRE, 2950ST-24 LRE
83
Catalyst Switch - 2955C-12, 2955S-12
156
Catalyst Switch - 2970G-24T
192
Catalyst Switch - 2970G-24TS
276
Catalyst Switch - 2980G-A
204
240
480
Catalyst Switch - 3508G XL
120
Catalyst Switch - 3524-PWR XL
480
Catalyst Switch - 3550-12G, 3550-12T
240
Catalyst Switch - 3550-24 PWR
660
Catalyst Switch - 3550-24, 3550-24FX, 3550-48
192
COMMUNICATIONS
15
Avaya Equipment
Avaya Equipment
Catalyst Switch - 3560-48PS
Catalyst Switch - 3750-24TS, 3750-48TS
VA Rating
485
60
Catalyst Switch - 3750G-12S
180
Catalyst Switch - 3750G-24T
192
Catalyst Switch - 3750G-24TS
240
Catalyst Switch - 4003, 4006
720
1320
Catalyst Switch - 4506 (120V)
1760
Catalyst Switch - 4506 (208V requires L6-20R)
1760
Catalyst Switch - 4507R (208V requires L6-20R)
3520
Catalyst Switch - 4912G
240
S8700 (per server, if n+1 choose quantity 2)
210
Catalyst Switch - IGX 16/32, IGX 8420, IGX 8430 (208V requires L6-20R)
2880
Catalyst Switch - IGX 8
1200
Catalyst Switch - IGX 8410
1200
Catalyst Switch - IGX 8450 SES (208V requires L6-20R)
3120
Catalyst Switch 1000W PSU - 6506, 6509, 6509-NEB
1200
Catalyst Switch 1300W PSU - 6506, 6509, 6509-NEB
1725
Catalyst Switch 2500W PSU (120V) - 6506, 6509, 6509-NEB, 6513
1920
Catalyst Switch 2500W PSU (208V requires L6-20R) - 6506, 6509, 6509-NEB, 6513
3328
Catalyst Switch 4000W PSU (208V requires L6-30R) - 6506, 6509, 6509-NEB, 6513
4784
Catalyst Switch 950W PSU - 6503
1500
Catalyst Switch Router - 8510 CSR, 8510 MSR
1176
Catalyst Switch Router - 8540 CSR, 8540 MSR
1764
Catalyst Switch Router - IGX 8400 MPLS (208V requires L6-20R)
3120
Catalyst Switch, Load Balancing - WS-C4840G
120
Content Distribution Manager - CDM-4430, CDM-4630
240
Content Distribution Manager - CDM-4650, CDM-4670
600
Content Router - CR-4430
120
Content Router - CR-4450-ICDN
600
Content Services Switch - CSS-11501
192
600
1080
Content Transformation Engine - CTE-1400
432
Distributed Director - 4700-M
360
Distributed Director - DD-2501, DD-2502
144
DWDM Multiservice Aggregation Platform - ONS-15530
720
Erbium Doped Fiber Amplifier - 15501-EDFA-AC
24
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16
Avaya Equipment
Avaya Equipment
Firewall - PIX 501
VA Rating
6
Firewall - PIX 506E
84
Firewall - PIX 515E
180
Firewall - PIX 520, PIX 525
600
Firewall - PIX 535
480
Global Site Selector Platform - GSS-4480
120
IDS Sensor - 4210, 4215
180
IDS Sensor - 4235, 4250, 4250-XL
324
Integrated Access Device - IAD2420, IAD2430
120
Integrated Communication System - ICS 7750
360
Intelligence Engine - CNS-21xx (all models)
120
IP/TV Server - IP/TV-34xx (all models)
240
IP/VC Videoconferencing Eqpt - IP/VC-35xx (all models)
120
LightStream Switch - 1010, 2020
960
Media Convergence Server - 7815-1000
960
Media Convergence Server - 7815I-2000
480
Media Convergence Server - 7825-1133
240
Media Convergence Server - 7825H-2266
396
Media Convergence Server - 7835 (all models), 7845 (all models)
720
Media Convergence Server - 7855I-1500, 7865I-1500
Media Converter - ONT-1031
1070
48
MGX Edge Concentrator - MGX 8230
1440
MGX Edge Concentrator - MGX 8250 (208V requires L6-20R)
2880
MGX Switch - MGX 8830
1200
MGX Switch - MGX 8850, MGX 8950 (208V requires L6-20R)
2880
Optical Bidirectional Regenerator - OR-OC48/STM16-SC
120
PGW 2200 Softswitch - Sun Netra t 1120/1125
150
PGW 2200 Softswitch - Sun Netra t 1400/1405
504
Redundant Power Supply - RPS 300
360
1200
1272
RF Switch - uBR2x12RF
72
RF Switch - uBR3x10RF
72
Router - 3620
120
Router - 3631, 3640
240
Router - 3660, 3662
480
Router - 7204VXR, 7206VXR
600
Router - 7301
75
COMMUNICATIONS
17
Avaya Equipment
Avaya Equipment
VA Rating
Router - 7304
960
Router - 7505
1080
Router - 7507
1200
Router - 7513, 7576
1920
Router - 801, 802, 803, 804, 805, 806
30
Router Chassis (13-slot) - 7613 (208V requires L6-30R)
5408
Router Chassis (3-slot) - 7603
1200
2496
5408
Router, ASDL - 826, 827 (all models)
48
Router, ASDL - SOHO 71, SOHO 76, SOHO 77 (all), SOHO 78
48
Router, Broadband - 828, 830, 836, 837
24
Router, Broadband - SOHO 91, SOHO 96, SOHO 97
24
Router, Gigabit Switch - 12008 (208V requires L6-20R)
1976
2080
2496
Router, Hub - 2505, 2507, 2516
120
Router, Internet - 10008
1800
500
1440
1750
Router, Internet - 12410 (208V requires L6-20R)
3000
Router, Internet - 12416 (208V requires L6-20R)
2496
Router, Internet - 7401 (all models)
Router, Modular Access - 1760
Router, Modular Access - 17xx (all models except 1760)
75
180
60
Router, Modular Access - 26xx (all models)
240
Router, Multiservice Access - 3725, 3745
1200
Router, Security Access - 17xx (all models)
60
Router, VPN - 7120, 7140, 7206VXR
Router, VPN - 7400
600
75
SC 2200 Signalling Controller - Sun Netra t 1120/1125
150
SC 2200 Signalling Controller - Sun Netra t 1400/1405
504
Secure Content Accelerator - CSS-SCA-2FE-K9 (all models)
120
Storage Array - SA-6
600
Storage Array - SA-7, SA-14
450
Storage Router - SN5420
120
Storage Router - SN5428, SN5428-2
240
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18
Avaya Equipment
Avaya Equipment
Switch, Fabric - MDS-9120, MDS-9140
VA Rating
432
Switch, Multilayer Director - MDS-9506 (208V requires L6-20R)
2496
Switch, Multilayer Director - MDS-9509 (208V requires L6-20R)
3328
Switch, Multilayer Fabric - MDS-9216
1440
Universal Broadband Router - uBR10012 (208V requires L6-20R)
2704
Universal Broadband Router - uBR71xx (all models)
600
Universal Broadband Router - uBR7246VXR
840
Universal Broadband Router - uBR905, uBR925
120
Universal Gateway - AS5300, AS5400, AS5400HPX
600
Universal Gateway - AS5350
240
Universal Gateway - AS5850
1440
Voice Gateway - VG248
180
Voice Mail Gateway - DPA-7610, DPA-7630
48
VPN Concentrator - VPN 3xxx (all models)
60
VPN Hardware Client - VPN 3002
30
Wireless Bridge - Aironet 1400
120
Workgroup Bridge - Aironet 350
120
Data and Networking Equipment
Cajun - C363T
75
Cajun - C363T-ML
690
Cajun - C364T
100
Cajun - C364T-ML
750
Cajun - C364T-PWR
750
Cajun - C460 w/1 10000W PSU
1150
Cajun - C460 w/1 300W PSU
390
Cajun - P133F2
120
Cajun - P133G2
120
Cajun - P133GT2
120
Cajun - P133T
120
Cajun - P134
125
Cajun - P134G2
200
Cajun - P332
210
Cajun - P332G-ML
240
Cajun - P332GT-ML
240
Cajun - P333
210
Cajun - P333R
200
Cajun - P333R
200
Cajun - P333T
200
COMMUNICATIONS
19
Avaya Equipment
Avaya Equipment
VA Rating
Cajun - P333T-PWR
200
Cajun - P334T
200
Cajun - P334T-ML
240
Cajun C363T-PWR
1440
Cajun C364T-PWR
627
Power over Ethern et Mid-Span - 12 or 24 ports
300
Power over Ethernet Mid-Span - 6 ports
150
Extreme Networks
Alpine 3800 Spare AC Power Supply
780
Alpine 3802 3-Slot Chassis with SMMi, Fan Tray and Dual AC Power Supply
960
Alpine 3802 3-Slot Chassis with SMMi, Fan Tray and Single AC Power Supply
480
Alpine 3804 5-Slot Chassis with Fan Tray and Power Supply
780
Alpine 3808 9-Slot Chassis with Fan Tray and Power Supply
1560
BlackDiamond 6800 110 VAC Dual Cord Power Supply
1800
BlackDiamond 6800 220 VAC Power Supply
3120
BlackDiamond 6804 6-Slot Chassis
0
0
0
Summit 200-24 Switch, Edge EW, with Single Power Supply
240
240
Summit Px1 Switch
120
Summit1i SX Switch with Dual Power Supply
360
Summit1i TX Switch with Dual Power Supply
360
Summit24e2 Switch (BASE-T Version)
240
Summit24e2TM Switch (GBIC Version)
240
Summit24e3TM Switch
240
Summit48i Switch, Basic L3, with Dual Power Supply
360
Summit48i Switch, Basic L3, with Single Power Supply
360
Summit48si Spare AC Power Supply
360
Summit48si TX Switch with Single Power Supply
360
Summit5i LX Switch with Dual Power Supply
480
480
Summit5i SX Switch with Single Power Supply
480
480
Summit5i TX Switch with Single Power Supply
480
1200
1200
1200
powerware.com/
avaya.com
20
Avaya Equipment
Avaya Equipment
VA Rating
Extreme Networks (continued)
1200
Voice Mail, Messaging and Paging Equipment
Cajun - M770
1440
Cajun - P120
210
Cajun - P130
125
Cajun - P330
210
Cajun - P580
960
Cajun - P882
1440
Intuity Audix - LX
350
Intuity Audix - MAP 100
675
440
300
IR-MAP40R
450
IR-SunBlade 150
500
IR-SunFire 280R
920
Message Storage Server - High Availability
144
Message Storage Server - Std Availability
144
Messaging Application Server
144
MN3210 Message Server
350
MX-CS700, AC
522
MX-CS780, AC
275
MX-Dell PowerEdge 1850
550
930
700
MX-HP DL-380 Gen IV
575
MX-IBM 336
556
MX-RAID AC
500
MX-S6200, AC
250
MX-S6500, AC
100
Partner Messaging Only
100
Partner w/o Partner Messaging
317
Partner w/Partner Messaging
417
ROE-E3000
825
ROE-E3500
950
ROE-Sparc5
540
ROE-SunBlade 100
500
ROE-SunBlade 150 (0-1)
800
COMMUNICATIONS
21
Avaya Equipment
Avaya Equipment
ROE-SunFire V890 (0-1)
VA Rating
3290
ROE-Ultra5
600
S3210 Message Server
300
S3400 MAS Server
350
S3400 MSS High Server
350
S3400 MSS Standard Server
350
VSU 100
20
VSU 10000
200
VSU 2000
100
VSU 5000
250
VSU 7500
600
Voice Switch Media
Avaya IVR UCS 1000
720
DECT - 1 cabinet
500
DECT - 2 cabinet
1000
DECT - 3 cabinet
1500
Definity G3csi / Prologix - 1 compact modular cabinet
420
840
1260
Definity G3R - 2 carriers
1400
1960
2660
3080
Definity G3si - 1 cabinet
721
1274
1750
2380
Definity One
420
G150
17
G250
350
G350
280
G600
420
G650
650
G700 (per Gateway)
280
Index PSU4
312
Index PSU8
720
IP Office 403 w/12 expansion
312
96
powerware.com/
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22
Avaya Equipment
Avaya Equipment
VA Rating
Voice Switch Media
IP Office Small Edition
168
17
IP600 1 Cabinet
420
IP600 2 Cabinets
840
IP600 3 Cabinets
1260
PROACTIVE
1250
S8100 (includes one G600)
280
S8300 (included in switch)
0
S8500
200
S8700
210
S8710
400
S8720
760
SG 200
20
SG 203/208
SG 5/5X
Sun Fire V880
700
20
1490
Peripherals
CD player for music on hold (typical rating)
50
Dot matrix printer (typical rating)
150
Ink jet printer (typical value)
150
KVM Switch
500
Modem - ADSL
40
Modem - Standard Dialup
20
PC + 15” Monitor (typical rating)
400
Server + 15” monitor (typical rating)
600
Tracker (typical rating)
50
Other Equipment
Alpine 3800 Spare AC Power Supply
780
Alpine 3802 3-Slot Chassis with SMMi, Fan Tray & Dual AC Power Supply
960
Alpine 3802 3-Slot Chassis with SMMi, Fan Tray & Single AC Power Supply
480
Alpine 3804 5-Slot Chassis with Fan Tray & AC Power Supply
780
Alpine 3808 9-Slot Chassis with Fan Tray and AC Power Supply
1560
BlackDiamond 6800 110 VAC Dual Cord Power Supply
1800
BlackDiamond 6800 220 VAC Power Supply
3120
BlackDiamond 6804 6-Slot Chassis (requires power supply)
0
0
0
COMMUNICATIONS
23
Avaya Equipment
Avaya Equipment
VA Rating
IBM 306
285
IBM 336
556
240
240
Summit Px1 Switch
120
360
360
Summit24e2 Switch (BASE-T Version)
240
Summit24e2TM Switch (GBIC Version)
240
Summit24e3TM Switch
240
Summit48i Switch, Basic L3, with Dual Power Supply
360
Summit48i Switch, Basic L3, with Single Power Supply
360
Summit48si Spare AC Power Supply
360
Summit48si TX Switch with Single Power Supply
360
Summit5i LX Switch with Dual Power Supply
480
480
480
480
480
1200
1200
1200
1200
powerware.com/
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24
UPS Product Overview
Applications 700-3000 VA Online UPS
• Cajun® switches, hubs, and routers
• Communication Manager (formerly Definity®) Single
Carrier Cabinets
• Communications Manager Definity OneTM and ProLogixTM
• IntuityTM Audix
• PartnerTM Systems
700-2000 VA
Tower UPS
• Multivantage
UPS with two
Extended Battery
Modules (EBMs)
• Media Servers and Gateways
Features • Online, double-conversion UPS technology isolates equipment from power disturbances
• Advanced Battery Management (ABM) doubles battery service life
• Bundled with power management software to ensure data integrity
• Communication Manager (formerly Definity) alarm adapters
• 2-in-1 Form Factor: Rack or tower configuration
• Conserves valuable rack space with 2U rack height
• Provides monitoring capabilities with standard
ConnectUPS Web/SNMP card for Avaya media servers
700-3000 VA Rackmount UPS
• Allows you to service the UPS without shutting down connected
equipment with the Power Distribution Module (PDM)
Applications 6000 VA Online UPS
• Communication Manager (formerly DEFINITY®)Systems
• IntuityTM Audix
• Media Servers and Gateways
• IP Office Systems
• Cajun® Network Switches
Features
• Isolates connected equipment from all incoming power
problems to provide the highest degree of protection
6000 VA UPS
• Doubles battery service life and gives you advanced warning
of the end of useful battery life with ABM technology
• Prolongs backup time with optional extended battery solutions
• Adapts to rack and standalone tower applications with versatile form factor
• Provides monitoring capabilities with standard ConnectUPS Web/SNMP card
• Allows you to service the UPS without shutting down connected equipment with the
PowerPass Distribution Module (PPDM)
COMMUNICATIONS
25
UPS Product Overview - continued
Applications 8-15 kVA Online UPS
• Communication Manager (formerly DEFINITY®)
• Server rooms
• Mission-critical applications
• Telecommunications installation
Features • Advanced IGBT rectifier for 0.99 Power Factor correction (<5% THD)
• High 0.9PF output rating as standard
8-15 kVA UPS
• Advanced Battery Management (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)
• Flexible runtimes with external battery cabinets
• External Mechanical Bypass switch for easy and flexible service and maintenance
powerware.com/
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26
UPS Product Overview - continued
Applications DC Power Systems
• customer premises equipment
• access nodes
• roadside terminals
• data networks
DC Power
• IP routers
Features • High reliability fan cooling
• 19” Sub-rack
• Up to 24 rectifier modules
• Pre-configured software
• High power density (186A/3U, 19”)
• Multiple AC option (1Ø, 3Ø, 2Ø)
• Fast on-line replacement of rectifiers (Hot-swap)
• High efficiency and unity power factor
• AB feeds option for DC distribution
• Scalable system solution
Features 500-1400 VA Line-interactive UPS
• Advanced Battery Management (ABM®) doubles battery service life
• Buck and Boost voltage regulation corrects incoming voltage fluctuations
• Pure sine wave output delivers smooth, continuous power
• Network Transient Protector isolates equipment from “back door”
power surges traveling through network and phone lines
• Bundled with power management software to ensure data integrity
500-1400 VA UPS
Features 1000-3000 VA Rack-mount UPS
• Small form factor conserves valuable space
• Two-in-One rack and tower form factor provides versatility
• Advanced Battery Management (ABM®) doubles battery service life
• Buck and Boost voltage regulation with pure sine wave output
provides smooth, continuous power
• Software Suite offers complete shutdown software package
• Hot-swappable batteries simplify service
1000-3000 VA UPS
COMMUNICATIONS
27
700-2000 VA Online UPS
Model Selection Guide and Specifications
Model
SAP Code
Power Out
(VA/Watt)
Input
Connection
Output
Receptacles1
Dimensions
(H x W x D)2
Weight
(kg)
UPS Models: 230 Vac; 50/60 Hz, auto-sensing
700 VA
408427409
700/490
IEC-320-C14
(6) IEC-320-C13
89 x 432 x 494 mm
153
1000 VA
700404387
1000/700
IEC-320-C14
(6) IEC-320-C13
89 x 432 x 494 mm
153
1500 VA
700395734
1500/1050
IEC-320-C14
(6) IEC-320-C14
89 x 432 x 494 mm
233
Bypass
Distribution
Module
408427078
-
IEC-320-C14
(7) IEC-320-C13
89 x 279 x 114 mm
1.1
with Web/SNMP
Card
with Web/SNMP
Card
Optional Extended Battery Modules (EBMs)
EBM 24V
408357044
-
-
-
89 x 432 x 494 mm
29.53
EBM 48V
408357051
-
-
-
89 x 432 x 494 mm
29.53
XBU48
408357069
-
-
-
718 x 1109 x 1587 mm
302
1. Divided into 2 groups that can be controlled independently via the software. 2. Unit fits in standard 19-inch (482 mm) equipment racks.
For tower configurations the unit stands 432 mm high. 3. Add 3.8 kg for shipping weight.
Electrical Input
Battery
Voltage Range
160-288V
(without using batteries)
Input Power Factor
>.95, typical
Frequency Range
45-65 Hz
Battery Type
Sealed, lead-acid;
maintenance free
Standard 700/1000 VA:
(2) 12V, 9 Ah
Standard 1500/2000 VA:
(4) 12V, 9 Ah
24V EBM: (8) 12V, 9 Ah
(700/1000 VA models)
48V EBM: (8) 12V, 9 Ah
(1500/2000 VA models)
Recharge Time
<2 hrs. from complete
discharge to 80% capacity
at nominal line conditions
Start-On-Battery
Allows start of UPS without
utility input
Extended Battery
Provides up to 8 hrs. of battery
Electrical Output
On Utility/On Battery ±3% of nominal
Voltage Regulation
Efficiency
89 - 92%, depending on load
Frequency Regulation ±3 Hz online; ±0.1 Hz
on battery
Load Crest Factor
3 to 1 ratio
Battery Replacement Hot-swappable; internal
batteries and EBMs
powerware.com/
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28
Communications
Serial Port
Environmental and Safety
RS-232 communications port
standard
Safety Markings
UL, CSA, and NOM
EMC Markings
FCC Class B and VCCI Class II
Surge Suppression
IEEE/ANSI C62.41 Category B
(formerly 587)
<45 dBA (on utility); <50 dBA
(on battery)
Default Alarm
Connection
Web/SNMP Card
Communications
Cable
6-foot communications cable
included
Audible Noise
ConnectUPS
Web SNMP Card
SNMP card adds direct control
and Module (optional)
monitoring capabilities in
SNMP-based networks
Ambient Operating/
0 to 40°C to 25°C
Storage Temperature
USB Module
(optional)
Provides USB communications
General
Diagnostics
Full system self-test on
power up
UPS Bypass
Automatic on overload or
UPS failure
Bypass Distribution
Module (optional)
Allows UPS replacement
without
shutting down connected load
Relative Humidity
5 to 90%, non-condensing
REPO Port
Meets NEC code 645-11 intent
and UL requirements
Network Transient
Protector
In and out jack for telephone/
modem protection or 10Base-T
network cable; UL497A tested
Heat Dissipation
2066 BTU/hr. Max
Due to continuing product improvement programs, specifications are subject
to change without notice.
Battery Backup Times (in minutes): 700-2000 VA UPS*
700/1000 VA Models
Load
Standard Internal Batteries
(1) 24V EBM
(2) 24V EBMs
200 VA / 140W
37
271
546
400 VA / 280W
19
142
278
700 VA / 490W
9
72
156
850 VA / 595W
6
59
124
1000 VA / 700W
5
48
104
1500/2000 VA Models
Load
Standard
Internal Batteries
(1) 24V EBM
(2) 24V EBMs
(3) 48V EBMs
(4) 48V EBMs
400 VA / 280W
46
177
331
501
682
700 VA / 490W
25
96
180
271
370
850 VA / 595W
21
76
142
214
292
1000 VA / 700W
16
61
115
174
237
1250 VA / 875W
11
46
87
131
179
1500 VA / 1050W
8
37
70
106
144
1800 VA / 1260W
6
30
57
85
116
2000 VA / 1400W
5
26
49
74
100
COMMUNICATIONS
29
XBU48 Runtimes (in hours)
For 1500 / 2000 Models Only
Load
(1) XBU48
(2) XBU48
(3) XBU48
650 VA / 455W
14
>14
>14
800 VA / 560W
11
>12
>12
1000 VA / 700W
8.4
>12
>12
1250 VA / 875W
6.4
>12
>12
1500 VA / 1050W
5.3
11.8
>12
1600 VA / 1120W
4.9
11
>12
1800 VA / 1260W
4.3
9.6
>12
2000 VA / 1400W
3.7
8.3
13.4
*These tables provide typical information. Runtimes are approximate and may vary with equipment, configuration, battery age, temperature, etc.
UPS Rear Panel: 700-2000 VA, 230V
UPS Rear Panel: 1000 VA & 1500 VA with Web/SNMP Card (1000 VA.bmp)
A X-Slot card with serial port and DEFINITY alarm
contacts*
B Network Transient Protector
C REPO port
D EBM connector
E IEC-320-C14 male input connector
F Load Segment 2: (3) IEC-320-C13
G Load Segment 1: (3) IEC-320-C13
UPS Rear Panel with Web/SNMP Card
A X-Slot card with serial port and DEFINITY alarm
contacts (select 1000 and 1500 VA model shown
here is equipped with Web/SNMP card)
B Network Transient Protector
C REPO port
D EBM connector
E IEC-320-C14 male input connector
G Load Segment 1: (3) IEC-320-C13
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30
Bypass Distribution Module: 700-2000 VA UPS
700 - 2000 VA, 230V
(7) IEC-320-C13
A Bypass switches
B Mounting screw
C Circuit breaker access
D IEC-320-C13 laser printer receptacle (surge protection only)
E Load Segment 2: (3) IEC-320-C13
The Bypass Distribution Modules (BDMs) are
designed to enhance the reliability and flexibility
of the 700-2000 VA Avaya UPS. BDMs allow you
to upgrade or replace the UPS while continuously
providing power to your protected equipment. The
BDM also provides surge protection for the critical
loads if UPS is not present and provides surge protection for your laser printer without taxing the UPS.
BDMs can be used in both tower and rack-mount
configurations.
Note: In a rack configuration, the BDM does not take
up additional rack space and only creates an extension
on the depth of the unit.
G IEC-320-C14 input connector for UPS line cord
COMMUNICATIONS
Frequently Asked Questions: 700-2000 VA UPS
ABM Plus
Automatic Bypass
1. What are the 3 charging stages of ABM®?
6. Does the Avaya UPS filter the neutral during
automatic bypass?
1. Optimized charging: to approximately 90%
of battery capacity.
2. Float charging: to completely charge the battery.
3. Rest mode: the battery is no longer being
charged.
2. Why is the rest mode stage of ABM so important?
The less you charge and discharge the battery, the
longer it lasts. By constantly charging the battery,
the life of the battery is severely shortened. So, by
resting the battery, we extend its life.
3. How long does the float charge stage of ABM last?
Typically, it lasts 48 hours.
4. Does the Avaya UPS use a battery charger that is
equivalent to that of the previous Lucent 650-2000
VA models?
Yes.
7. Is the Avaya UPS equipped with an internal automatic
bypass?
Yes, the Avaya UPS incorporates a static bypass
switch. Should anything malfunction in the UPS,
incoming power will still support the load via automatic bypass.
Bypass Distribution Modules (BDM)
8. How does the BDM attach to the UPS?
It plugs into the rear panel via the output receptacles on the UPS.
9. Can I still use the receptacles on the back of the
UPS once I’ve installed the BDM?
No, you must use the output receptacles on the
BDM.
No. The battery charger in the Avaya 700-2000 VA
UPSs is substantially more powerful than the one
used in the previous models and allows the UPS to
charge its internal batteries to 80% capacity in 2
or hours or less.
5. How often does the UPS check its battery charge?
It checks the battery charge every 28 days.
Commissioning Test
10. What is the commissioning test?
It is an automatic test run by the UPS after being
plugged in for 48 hours the very first time out of
the shipping box. This test sets up the “beginning
of life” profile for evaluating battery life and
performance.
11. Will I ever want to rerun the commissioning test?
You may want to re-run the commissioning test
after replacing internal batteries and/or EBMs, but
it is not necessary. Re-running the commissioning
test provides more accurate runtime predictions
that are reported to LanSafe v. 5 power management software and web interface when used with
optional Web/SNMP card.
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32
Frequently Asked Questions: 700-2000 VA UPS – continued
12. Does the UPS inverter switch on during the
commissioning test?
Yes, the UPS lowers its DC bus voltage just
enough to energize the battery converter. The UPS
then runs for approximately 50 seconds with the
load shared between utility and battery power. At
no time does the UPS jeopardize the load by
placing the load completely on battery.
13. During the commissioning test, does the UPS
detect EBMs?
Yes.
14. What is the difference between the self-test and
the commissioning test?
The self-test checks the electronics and tests the
battery to make sure it is not near the end of its
life. The self-test occurs every time the UPS is
started up or when the user presses the self-test
button on the front panel. The commissioning test
is a tool used by the UPS to set the “beginning of
life” discharge profile of the battery. The commissioning test occurs only once -- the very first time
16. Can you install a 48V EBM (SAP 408357051) on
a 700 VA Avaya UPS (SAP 408427409)?
No, the connectors are incompatible. As a result,
it is impossible to install the wrong battery pack
on any of the Avaya UPS models.
17. When I install an EBM, the stands that support the
UPS are not wide enough. Do I need to order a set of
larger support stands?
No, each EBM ships with two metal brackets
which connect the UPS and EBM. They connect
to the rear panel with standard Phillips head
screws. The combined base of the UPS and EBM
provide stability. See the user's guide for pictures
and more details.
the UPS is energized.
Extended Battery Modules (EBMs) and Extended Battery
Cabinet with Charger (XBU48)
Support
Stands
18. Do the EBMs have over-current protection?
Yes, they are fused.
19. Do I need to switch on a battery breaker when
installing the EBMs?
No, there are no battery breakers on the EBMs.
20. Can I use the XBU with all 700-2000 VA UPS
models?
UPS with Two EBMs
15. How many EBMs can you install?
700/1000 VA models: 2 EBMs (SAP
408357044)
2000 VA models: 4 EBMs (SAP 408357051)
No, it is designed to be used only with the 1500
and 2000 VA models.
General
21. For loads with isolated ground, is the ground
carried through the UPS?
Yes.
COMMUNICATIONS
Installation
Rackmount
22. In a tower configuration, which end is the
bottom?
27. How much rack space does the Avaya UPS UPS
occupy?
The end with the front Avaya label is the bottom,
which contains the batteries. The end with the air
vents is the top.
23. If the user installs the UPS in a tower
configuration with the wrong end on the bottom,
will the unit be unstable?
Yes, we strongly recommend that you install the
UPS exactly as specified in the user’s guide.
24. Can the stabilizing feet be attached to the unit?
Yes, the accessory kit includes two screws for
each stabilizing foot.
Load Segments
The UPS occupies 2U (88.9 mm) of rack space.
28. What is a U?
A U is a unit of vertical rack-mount measurement.
Each U is equivalent to 44.45 mm.
29. Does the UPS ship with a rail kit?
No, the UPS ships with the mounting handles
that hold the UPS into place once it has been
installed. The rail kit is purchased separately (4
post –700404502 and 2 post-700404494).
30. Can the rail handles that ship with the UPS
safely support the weight of the UPS without
using a supporting rail kit or shelf?
No, the UPS and/or cabinet rails may be damaged
if you attempt to mount the UPS without a supporting rail kit or shelf.
31. Why doesn’t the Avaya UPS ship with a rail kit?
25. Do you need to configure the Load Segments
for the UPS to operate?
No, Load Segments are a feature that the user
incorporates at his or her discretion.
26. Can you control the Load Segments via the
front panel?
No, Load Segments are only controlled via power
management software and web interface when
used with optional Web/SNMP card.
We did not want to increase the price of the UPS
for the majority of customers who will either
install the UPS as a tower model or use their own
rack-mount hardware or shelves to install the UPS
in a rack enclosure.
32. How much rack space do the EBMs for the
Avaya UPS occupy?
Like the UPS itself, each EBM occupies 2U (88.9
mm) of rack space.
Rear Panel
33. Is the input cord fixed on all models or detachable?
All line cords are detachable on the 230V models.
UPS in a Rack with One EBM
33
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34
REPO Port
34. How is a REPO switch installed?
See the manual for details, but in a nutshell,
a qualified electrician connects an externallymounted, normally-open switch to the 2-terminal
connector on the rear panel of the UPS.
35. What happens when the REPO switch is
activated?
When the normally-open switch is activated
(closed), a relay in the UPS opens up, preventing
power from being present at the output receptacles. In addition, the battery converter is shut
down so that a second, failsafe method prevents
power from being available.
36. Normal conditions have returned after the REPO
switch has been activated. Will the loads
plugged into the UPS automatically start up?
The UPS will turn on, go through self-test, and
then go into standby mode. No power will be present at the receptacles on the rear of the UPS, and
the attached loads will not start. To provide power
to the receptacles and attached loads, the user
must press the On button on the front panel of
the UPS.
37. If my customer already has a large UPS that sup
ports the equipment room, can I plug the required
1000 VA UPS for the S8700 server into the large
UPS output? Why do they need the small UPS
at all?
If you are connecting a UPS to a source other
than directly to the utility, the source (such as
another UPS or generator) must be 3 to 5 times
larger than the smaller UPS. For this particular
S8700 application, consider any hardwired UPS
to be sufficient. This should remove any source
impedance issues found occasionally when UPSs
are daisy-chained to similar size units. For this
same reason, we strongly suggest that the two
1000 VA UPSs not be daisy-chained together.
The 1000 VA UPS is required because the
performance of the server cannot be guaranteed
without an uninterrupted flow of power, and the
only UPS fully tested with this server is the Avaya
1000 VA unit. Also, the monitoring available with
the Web/SNMP Card for this UPS is a critical
component to ensure customer satisfaction and
maximum system availability.
Software
38. Does the Avaya UPS work with all of the operating
systems supported by LanSafe v. 5?
Lansafe v. 5 is supported by the following
Operating
Systems:
Windows 98, Me, NT 4.0, 2000, XP, Server 2003
Linux Redhat v. 7.1, 7.2, 7.3, 8.0, 9.0
Linux Redhat Enterprise AS v. 2.1
Linux SuSE v. 7.2
Linux Mascot
AIX v. 4.1, 4.3.2, 4.3.3, 5.1, 5.2
HP-UX v. 10.20, 11.0, 11i (11.11), 11i v1.6
(11.22), 11 v. 2 (11.23)
Silicon Graphics Irix (MIPS) v. 6.5.2.x
Novell NetWare v. 5.0, 5.1, 6.0, 6.5
39. Does the Avaya UPS work with Linux?
Absolutely. See the above list.
40. Can I use the previous Lucent communications
cable with the Avaya UPS?
No, the older models use a 9 to 25 pin cable.
The Avaya UPS uses a 9 to 9 pin cable.
41. What is wink time?
Wink time is the delay in LanSafe v. 5 before
alarms, broadcast alerts, etc. are initiated. For
example, if you set the wink time for 10 seconds,
power disturbances lasting less than 10 seconds
will not trigger alerts. This eliminates nuisance
alarms in installations that suffer from frequent
power disturbances lasting only a few seconds.
COMMUNICATIONS
35
X-Slot with serial port and DEFINITY alarm
contacts standard.
42. Are the X-Slot cards hot-swappable?
Yes, they can be installed or swapped out without
powering down the UPS or the connected load.
43. Can I connect the ConnectUPS to the Multi-Port
Module?
No, you are limited to one connectivity option per
Avaya UPS.
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36
3000 VA Online UPS
Model
SAP
Input
Connections
Output
Connections
Dimensions
(H x W X D, mm)
Unit Weight
(kg)
(4) IEC-320-C13, (1) IEC-320-C19,
(2) IEC-320-C19; located on
Power Distribution Module (PDM)
432 x 343 x 607
46
(4) IEC-320-C13;
(1) IEC-320-C19
89 (2U) x 432 x 607
37
UPS Models: 230 Vac; 50/60 Hz, auto-sensing
Bundled
UPS &
PDM
UPS Only
181589
IEC-320-C20
700404544 IEC-320-C20
Optional Modules
PDM Only
700404569
-
(2) IEC-320-C19
432 x 89 x 607
9
Additional
Battery
700404577
-
-
432 x 89 x 607
42
-
1093 x 915 x 915
272
Battery
cabinet
w/charger
Diagnostics Full system test on power up
General
Color
Dark grey and black
Topology
True online, double conversion
Power
Allows UPS replacement without
Distribution shutting down connected load;
Module
Included as standard
(PDM)
Automatic
Bypass
Automatic bypass on overload or UPS
failure conditions
Options
Extended Battery Modules (EBM),
Extended Battery Cabinets (EBC72),
4-post rail kit, and seismic mounting
kits
COMMUNICATIONS
Electrical Input
Nominal Voltage
230V
EBM Battery
Charging
Voltage Range
160-288V
(without using batteries)
Start-On-Battery
utility input
Input Plug
IEC-320-C20
Input Power
Factor
>.95, typical
Battery
Replacement
Hot-swappable internal and
external batteries
Frequency
Range
45-65 Hz; 50/60 Hz
auto-sensing
ConnectUPS
Web/SNMP
Card
Manage and monitor the UPS via
the Internet or SNMP protocol;
Included as standard
Power
3000 VA/2100W
NetWatch
Clients CD
Bundled with the UPS
On Utility/On Battery
Voltage Regulation
±3 of nominal voltage
Software
Suite CD
Power management for all major
operating systems included
Voltage Waveform
Sine wave
Output Receptacles
(4) IEC-320-C13,
(1) IEC-320-C19;
(2) IEC-320-C19
located on Power Distribution
Module (PDM)
No more than 20x discharge time
to 90% usable capacity at nominal
line voltage after full load discharge
Communications
Electrical Output
Safety Markings UL, cUL, NOM-NYCE, CE,
& TUV-GS
EMC Markings
FCC Class A
Efficiency
89-92%, depending on load
Surge
Suppression
IEEE/ANSI 62.41 Category B
Heat Dissipation
(BTU)
1075 BTU/hr.
Audible Noise
<45 dBA on utility;
<50 dBA on battery
Frequency
Regulations
±3 Hz online; ±0.1 Hz on
battery
Operating
Temperature
0 to 40°C
Load Crest Factor
3 to 1 ratio
Storage
Temperature
0 to 25°C
Battery Type
Sealed lead-acid;
maintenance free
Relative
Humidity
0 to 90%, non-condensing
UPS Battery
Configuration
(6) 12V, 9 Ah batteries
REPO Port
Meets NEC code 645-11 intent and
UL requirements
EBM Configuration
(2 strings of 6 batteries in
parallel)
Network
Transient
Protector
In and out jack for telephone/
modem protection or 10Base-T
network cable; UL497A tested
Internal Battery
Charging
<2 hours to 80% usable
capacity at nominal line
voltage
Heat Dissipation 2066 BTU/hr. Max
Battery
37
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Physical2
Tower Dimensions
(H x W x D, mm)
431.8 x 342.9 x 607.0;
includes width of support
stands
Rack-mount
Dimensions
(H x W x D, mm)
177.8 (4U) x 431.8 x 607.0;
fits 19-inch rack
enclosures
Weight
46.0 kg
Dimensions and
Weights
For a complete set of weights
and dimensions
Chart
including optional batteries,
please visit avayaups.com
1. Due continuing product improvement programs, specifications are subject
to change without notice. 2. Dimensions and weights apply to bundled UPS
& PDM.
Battery Backup Times (in minutes)*
Standard Internal Batteries and Extended Battery Modules (EBM)
Load
Internal Batteries
1 EBM
2 EBMs
3 EBMs
4 EBMs
750 VA / 525 Watts
26
100
160
260
360
1250 VA / 875 Watts
16
57
90
150
200
1500 VA / 1050 Watts
13
55
72
120
160
2000 VA / 1400 Watts
10
42
60
94
125
2500 VA / 1750 Watts
7
28
48
68
88
3000 VA / 2100 Watts
5
25
38
54
70
Standard Internal Batteries and Extended Battery Cabinets (EBC72)
Load
w/1 EBC72
w/2 EBC72
w/3 EBC72
w/4 EBC72
750 VA / 525 Watts
660
1250 VA / 875 Watts
387
576
1500 VA / 1050 Watts
245
480
2000 VA / 1400 Watts
190
360
600
2500 VA / 1750 Watts
135
284
446
590
3000 VA / 2100 Watts
107
225
354
490
*Battery backup times are approximate and may vary with equipment, configuration, battery age, temperature, etc.
UPS Rear Panel: 3000 VA, 230V
3000 VA UPS with PDM Power Connections
COMMUNICATIONS
6000 VA Online UPS
39
Model
Avaya SAP
Input
Voltage
(Vac)
Output
Voltage
(Vac)
Input
Connection
Output
Connections
Dimensions
HxWxD (mm)1
Unit
Weight
(kg)
Uninterruptible Power System (UPS)
RS9RM
6000VA
700404627
See PPDM
below
See PPDM
below
L6-30P
L6-30R
218 (5U) x 442 x 683
89.4
RS9RM
700404635
208-240
208-240
Hardwired
Hardwired
218 (5U) x 442 x 683
89.4
6000VA HW (used solo)
PowerPass Distribution Modules (PPDM): Choose One to Complete UPS Configuration
PPDM, HW
700404650
208-240
208-240/120
Hardwired
PPDM,
700404700
EURO
Plug & Play
208-240
208-240
L6-30P
Hardwired
133 (3U) x 442 x 683
46.7
(8) IEC-320-C13, 133 (3U) x 442 x 683
(4) IEC-320-C19,
(1) IEC-309, 32A
46.7
Optional Batteries
EBM
700404718
-
-
-
-
133 (3U) x 442 x 683
69.9
EBC240
700404726
-
-
-
-
714 x 648 x 716
440
1. For rack configuration. See avayaups.com for a complete listing of dimensions and weights.
Electrical Input
Electrical Output
Power Rating
Nominal voltage
See PPDM listings above
Voltage
Regulation
±3% (nominal for normal and
battery modes)
6000 VA/4200 Watts
Nominal Voltage 208V (auto-sensing 208-240V)
Voltage Range
160-288V nominal
Nominal
Frequency
50/60 Hz, auto-sensing
Noise Filtering
MOVs and line filter for normal and
common mode noise
Connections
L6-30P detachable input line cord
or hardwired
Power Factor
>0.96
Voltage Waveform Sine wave
Output
Receptacles
See PPDM listings above
Operating
Temperature
0 to 40°C
Storage
Temperature
0 to 25°C
Transit
Temperature
-25 to 55°C
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40
Relative Humidity
5-95% non-condensing
EBM Configuration
Operating Altitude
Up to 3,000 meters above
sea level
UPS Battery
Charging
Transit Altitude
Up to 10,000 meters above
sea level
<2 hours to 80% usable
capacity at nominal line
voltage after full load
discharge
Heat Dissipation
2066 BTU/hr. maximum
EBM Battery
Charging
Audible Noise
<50 dBA during normal mode
No more than 15x discharge
time to 90% usable capacity
at nominal line voltage after
full load discharge
<60 dBA during battery mode
Leakage Current
<0.6 mA
Communications
Web/SNMP card and USB
port standard
Surge Suppression
ANSI C62.41 Category B3;
EN 61000-4-5 Level 3,
Criteria B
Safety Conformance
UL1778; CAN/CSA C22.2, No.
107.1, 107.2; EN 50091-1-1
and IEC 60950;
NOM-019-SCFUI
Agency Markings
UL, cUL, NOM-NYCE, CE
EMC (Class A)
EN 50091-2, FCC Part 15,
ICES-003
Battery
Type
Sealed, maintenance-free,
valve-regulated, lead-acid
UPS Configuration
(20) 12V, 7.2 Ah batteries
(included as standard)
Options
Rail Kit
Allows you to install UPS
in standard 19-inch
equipment
(SAP 700315138) rack
Seismic Kit
Stabilizes UPS in areas such
as California that have
(SAP 70031546)
earthquake safety
requirements
Extended Battery
Connect up to four 3U
modules to increase backup
time Modules (EBM)
Extended Battery
Connect up to six large
cabinets to increase backup
Cabinets (EBC)
time up to 8 hours
2. Due continuing product improvement programs, specifications are subject
to change without notice.
Battery Backup Times (in minutes)3
Standard
Internal
Batteries
1 EBM
2 EBMs
3 EBMs
4 EBMs
2 EBCs
3 EBCs
4 EBCs
5 EBCs
6 EBCs
2000 VA/1400W
38
108
186
271
362
480
-
-
-
-
3000 VA/2100W
24
70
122
178
237
300
480
-
-
-
4000 VA/2800W
19
49
86
125
168
240
360
480
-
-
5000 VA/3500W
13
37
65
96
128
180
300
420
480
-
6000 VA/4200W
10
30
52
76
102
120
240
300
420
480
Load
3. Battery backup times are approximate and may vary with equipment, configuration, battery age, temperature, etc.
COMMUNICATIONS
41
PowerPass Distribution Modules: 6000 VA UPS
The PowerPass Distribution Modules (PPDM) are designed to enhance the reliability and flexibility of the
6000 VA UPS. With an integrated maintenance bypass switch, the PPDM allows you to upgrade or replace
the UPS without shutting down protected equipment.
UPS and hardwired PPDM configuration
UPS and PPDM IEC-309
PPDM Input Cord (to UPS)
PPDM Output Cord (to UPS)
Output Circuit Breaker
Output Circuit
Breakers
Input Connector
Output Receptacles
(Eight IEC 320-C13)
Neutral-to-Ground Bonding Screw
Output Receptacles (Four IEC 320-C19)
Output Receptacle [IEC 309, 32A (P+N+G)]
PPDM IEC 309
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42
Frequently Asked Questions: 6000 VA UPS
1. Does the UPS ship with the Web/SNMP card?
Yes. It is equipped with the Web/SNMP card.
2. Do all models include a PowerPass Distribution
Model (PPDM)?
Yes. Keep in mind that you must choose one
of the available PPDMs.
3. What does the PPDM do?
First, the PPDMs provide various sets of output
receptacles or hardwiring. (The PPDM has a
transformer that enables the UPS to provide
208V-240/120V output). Second, they are
equipped with a bypass switch that allows you to
service
the UPS without shutting it down.
4. How do I know which PPDM to choose?
It depends on which output receptacles your customer requires. In addition, one PPDM is offered
for hardwired output. If you aren’t sure which one
to select, call our Avaya UPS hotline: +44 (0)
845 177 3410.
5. Does the UPS include batteries?
Yes. You can order additional battery modules or
cabinets to extend your backup time.
6. What’s the difference between an EBM and an EBC?
An EBM is a smaller battery module in a 3U form
factor. It can be used in a standalone tower configuration or it can be mounted in a 19-inch rack
enclosure. EBMs are generally used for applications requiring less than two hours of backup
time. EBCs are larger battery cabinets designed
for applications requiring more than 2 hours of
backup time.
7. The battery backup time table looks as though it is
missing a configuration. Where’s the column with
the battery times for one EBC?
The battery backup times for the solution with
four EBMs not only provides more battery back-
up time than a single EBC, it is also a cheaper
solution. As a result, the next viable option after
a UPS with four EBMs is a UPS with two EBCs.
8. Are the standard, internal batteries in the UPS
installed prior to shipment?
No. There are two battery trays that are boxed
separately. You must insert these battery trays
into the UPS.
9. My customer is not installing the UPS into a 19-inch
rack. They also have a PPDM and 2 EBMs. Should
they install the UPS in a vertical or horizontal orientation?
They should install it in a vertical orientation. If
you need to replace the batteries in several years,
they will be much easier to replace. If you stack
the PPDM and UPS on top of the batteries, you
will have to completely shut down the UPS to
replace the batteries.
10. Can I use a single rail kit for more than
one item?
No. A separate rail kit should be ordered for each
UPS, EBM, or PPDM. The weight of each unit is
too much for multiple units on one rail kit.
11. How is the PPDM connected to the UPS?
Each PPDM has an input from the utility (either
hardwire or receptacle), two cables that connect
the PPDM to the UPS (one for power to the UPS,
and the other to bring the UPS output back to
the PPDM), and outlets for the loads. With the
PPDMs, the connections to and from the UPS are
always included.
12. What is a seismic kit and when would I sell one?
The seismic kit is offered for two reasons. Either
the customer would like to have the UPS on a
cart that can be moved (it’s equipped with casters), or they would like to secure the UPS to the
floor in case of a seismic event (earthquake).
The unit has been tested to a seismic zone 4
specification.
COMMUNICATIONS
8 - 15 kVA Online UPS
43
Rating
SAP Code
Backup time1
Dimensions (H x W x D ) mm
Weight (kg)
8 kVA/7.2kW (1BAT)
700345895
15 min.
817 x 305 x 702
155
8 kVA/7.2kW (2BAT)
700345903
33 min.
1214 x 305 x 702
265
10 kVA/9kW (1BAT)
700345911
10 min.
817 x 305 x 702
155
10 kVA/9kW (2BAT)
700345929
25 min.
1214 x 305 x 702
265
12 kVA/10.8/kW (2BAT)
700345937
21 min.
1214 x 305 x 702
300
15 kVA/13.5kW (2BAT)
700345945
15 min.
1214 x 305 x 702
300
8 kVA/7.2kW
700345952
14 min.
TBD
TBD
10 kVA/9kW
700345960
10 min.
TBD
TBD
Model
Models with Transformer
Extended Runtime Batteries
Model
SAP Code
Rating
Backup time
Dimensions (H x W x D) mm
Weight (kg)
Battery A
700345978
14 Ah
See runtime spec.
817 x 305 x 699
195
Battery B
700345986
21 Ah
See runtime spec.
1214 x 305 x 699
310
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Operational
Input connection
Dual input, hardwired
Output connection
Hardwired
Nominal input voltage
(Vac)
220/230/240 Vac single
phase; 220/380, 230/400,
240/415 Vac three phase
Input voltage range
+10%, -15%
Operating frequency
50/60 Hz (45 to 65 Hz)
Input power factor
0.99
Input current distortion
5% THD
Nominal output voltage
220/230/240 VAC
single phase
Output voltage
regulation
±2% static; ±5% dynamic
at 100% load change,
<1 ms response time
Overload capacity
150% for 5 sec /125%
for 1 min (online),
1000% for 5 msec (bypass)
Efficiency
LCD-display
92% with nominal linear
load; 91% with nominal
computer load.
User interface
Std. Graphical LDC with
blue back light; English,
Germany, French and
Spanish language support
as standard.
LED
4 LED
Standard
communication
ports
1 x RS232 for local
support, 2 x X-slot (empty);
1 x relay contacts, 1 x
emergency power off input
Optional
External battery cabinets;
Isolation transformer;
X-slot: SNMP/web,
Modbus/Jbus, Relay card
Environmental
Operating Temperature
0ºC to +40 ºC;
Batteries max. +25 ºC.
Storage Temp
-15°C to +40°C
Altitude
<1000 M
Audible Noise
<50 dB at 1 meter;
<53 dB according to
ISO7779
Certifications
Quality
ISO 9001:2000, ISO14001
Markings
CE-marking
Safety
IEC 62040-1-1, IEC 60950
EMC
EN 50091-2 Class A
1. Battery backup times are approximate and may vary with equipment,
configuration, battery age, temperature, etc. 2. Due to continuing product
improvement programs, specifications are subject to change without notice.
COMMUNICATIONS
45
500 - 1400 VA Line-Interactive UPS
Model
Dimensions (W x D x H)
Weight
SAP Code
500 VA
150 x 270 x 193 mm
7.8 kg
700200488
1000 VA
150 x 335 x 193 mm
12.4 kg
700200496
1400 VA
150 x 335 x 193 mm
12.6 kg
700200504
Battery Runtimes (in minutes)
Load
500 VA
1000 VA
1400 VA
200 VA
17
41
58
500 VA
5
15
28
600 VA
10
19
750 VA
8
14
900 VA
6
10
1000 VA
5
8
1400 VA
5
This guide provides typical application information. Battery times are approximate and may vary with equipment, configuration, disk access, battery age,
temperature. etc.
Voltage Wave Shape Sine wave
Electrical Input
Rated voltage
220 / 230 / 240 Vac;
230 Vac default
Voltage range
±20% of nominal voltage at
full load
Frequency
50/60 Hz, auto-sensing
Input Protection
(required)
AC source overcurrent
protection device
Connection
IEC-320-C14 input receptacle
Connections
500 VA: (4) IEC-320-C13
1000/1400 VA:
(6) IEC-320-C13
Interconnecting
Cords
(2) ea. IEC-320, 10A
Indicators and Controls
Front Panel LEDs
Power on, on battery, overload,
and battery fault
Front Panel Buttons
On/Off and alarm
silence/self-test
Communications
Port
DB9 female (UPS ships with
communications cable)
Power Factor
500 VA: .64
1000 VA: .67
1400 VA: .68
Electrical Output
Power Levels
500-1400 VA
Online Regulation
-10%, +6% of nominal voltage
On Battery Voltage
Regulation
±5% of nominal voltage;
-10% after low battery warning
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Battery
Battery Type
Sealed, lead-acid;
starved electrolyte
Battery Description
500 VA: (1) 12V, 9 Ah
1000 VA: (2) 12V, 7.2 Ah
1400 VA: (3) 12V, 9 Ah
Battery Recharge
<3 hours to 90% capacity
Safety Markings
CE/TUV/UL/cUL/CSA
Safety Conformance EN 50091-1-1/IEC 60950/
UL 1778
EMC Markings
EN 50091-2 (CE)/FCC Class B
Immunity
IEC 801-2, -3, -4
Operating
Temperature
0 to 40°C
Audible Noise
<45 dBA, typical
COMMUNICATIONS
47
1000 - 3000 VA Line-interactive UPS
Model
Number1
Power Rating
(VA/Watt)
Input/Output
Voltage (Vac)2
Input
Connection
Output
Receptacles4
Dimensions
HxWxD (mm)
Weight
(kg)
SAP
Code
Two-in-One Form Factor Models5
1000 RM
1000/900
230
IEC-320-10A,
Inlet3
(6) IEC-320-10A (C13)
89 x 432 x 494
15.0
700252380
1500 RM
1500/1340
230
IEC-320-10A,
Inlet3
(6) IEC-320-10A (C13)
89 x 432 x 494
23.0
700252398
3000 RM
3000/2700
230
IEC-320-16A,
receptacle
(1) IEC-320-16A (C19)
(9) IEC-320-10A (C13)
89 x 482.6 x 622
45.8
700252406
1. 50/60 Hz automatic frequency selection. 2. 230V models 220V, 230V, 240V user-selectable. 3. Includes (2) each IEC interconnect cables. 4. 1000-1500
VA models divided into (2) Load Segments (receptacle groups). 3000 VA models divided into (3) Load Segments (receptacle groups). 5. Unit fits in standard
19-inch racks. Mounting kits are sold separately.
Optional Extended Battery Modules (EBMs)
48V EBM RM —
—
(1000/1500 VA RM models only)
Standard
Connector
—
89 x 483 x 622
29.5
700252406
120 RM
—
(3000 VA RM models only)
Standard
Connector
—
89 x 483 x 622
54.9
700252414
—
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48
Electrical Input
Communications
Input voltage ranges for 154-288V
user-selectable voltages
User Interface
EC 61000-4-2, 3, 4
Audible Alarms
For various UPS alarm
conditions, including:
On Battery, Low Battery,
Overload, UPS fault
Alarm Adapter
DEFINITY Alarms Standard
Network Transient
Protector
UL 497 A, In/out jacks
RJ45 (high voltage models
network protection)
REPO Port
Meets NEC code 645-11
intent and UL requirements
X-Slot Interface
RS-232 Single Serial
Module (standard), Other
options available: RS-232
Multi-Port Module (6),
SNMP/Web Module; USB
Module; Relay Module
Cable
6-foot communications
cable included
Power Management
Software
Software Suite CD-ROM
(bundled with UPS)
Operating Frequency
50/60 Hz, Auto-sensing
Frequency Range
46-65 Hz
Electrical Output
On Utility Voltage
Regulation
-10% to +6% of nominal
On Battery voltage
Regulation
±5% RMS
Voltage Wave Shape
(on battery)
Sine Wave
Output Protection
Short circuit protection
Indicators and Controls
Front Panel LEDs
Power on, on battery, load
level, overload, input
voltage, battery level, and
battery fault
Front Panel Buttons
On button, off/standby, and
alarm silence/self-test
Communications Port
DB9 female
(UPS ships with
communications cable)
Safety Certifications
UL; cUL; NOM;
C-Tick; CE mark
EMC Compliance
FCC Part 15, EN50091-2,
Class A
Operating Temperature
0 to 40°C
Storage Temperature
-15 to 50°C
Relative Humidity
0% to 95%
non-condensing
Lightning &
Surge Protection
ANSI/IEEE C62.41
(IEEE 587), IEC61000-4-5
Surge Energy Rating
480 Joules
Audible Noise
Less than 40 dBA typical
Altitude
3000m without derating
Battery
Battery Type
Sealed, lead-acid;
maintenance free
Battery Replacement
Hot-swappable internal
batteries and external
batteries modules
Recharge Time
Start-On-Battery
<3 hours to 90%
usable capacity
utility input
COMMUNICATIONS
49
Battery Runtimes (in minutes)
Two-in-One Form Factor Standard Internal Batteries
1 EBM
2 EBMs
3 EBMs
4 EBMs
1000
7/19
33/68
58/120
82/166
105/214
1500
5/13
23/57
49/161
73/172
96/205
3000
5/15
25/61
49/103
69/146
90/190
*Up to 4 EBMs can be connected to 1000-3000 VA models. EBM run times include internal batteries. Runtime chart provides typical information.
Battery runtimes are approximate and may vary with equipment, configuration, battery age, temperature, etc.
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50
Midi Power Systems IPS 2206 Series DC Power
Telecom/Data 48V DC power systems up
to 36 kW
Avaya Access Power Solutions are the ideal 48V DC
power system solutions for low to medium power
telecom and data applications. These efficient and
flexible DC power systems are designed for applications requiring compact solutions including Powerover-Ethernet (PoE), powered LAN and Internet
telephony, and Voice-over-IP (VoIP) systems. Avaya
APS 48V DC power system solutions are essential
components of any telecom or data network.
The systems also include an integral DC distribution panel and the versatile SM40/SM45 supervisory module with Ethernet, GSM cellular (including
text messaging), standard modem and TCP/IP communications options. Other features include temperature compensated voltage output for better battery life, a range of circuit breaker configurations
and optional low voltage disconnect (LVD) modules.
Typical applications include providing standby
power for customer premises equipment, access
nodes, roadside terminals, data networks and
IP routers.
Features & Benefits
• High reliability fan cooling
• 19” Sub-rack
• Up to 24 rectifier modules
• Pre-configured software
• High power density (186A/3U, 19”)
• Multiple AC option (1Ø, 3Ø, 2Ø)
• Fast on-line replacement of rectifiers (Hot-swap)
• High efficiency and unity power factor
• AB feeds option for DC distribution
• Scalable system solution
COMMUNICATIONS
51
Model Selection Guide
SAP Material Code
Description
700401011
DC Power, 9 kW 48V, 2-Battery Tray, 6-Rectifier Slot with cover, 25U cabinet, controller
700401029
DC Power,18 kW 48V, 4-Battery Tray, 6-Rectifier Slot with cover, 42U cabinet, controller
700401037
DC Power, 36 kW 48V, 4-Battery Tray, 6-Rectifier Slot with cover, 42U cabinet, controller
Options
SAP Material Code
Description
700401045
DC Power Battery Cabinet, 4-Tray, 150 APH capacity, 4-Circuit Breaker. 42U Cabinet, Door
700401052
DC Power, 9 kW 48V Sub Chassis, 6-Rectifier, 10-Way Distribution, SNMP Controller
700401060
DC Power 48V Rectifier Module, 1500W, 208-240 AC input
700401086
Seismic Bracing Kit
700401094
32A Circuit Breaker, Rail Mount
700401102
63A Circuit Breaker, Rail Mount
700401110
Load Cable, 6AWG, 40A Load, 50 ft.
700401136
Load Cable, 2AWG, 60A Load, 50 ft
700401144
1-100AH battery, NAR/CALA/APAC
700401151
1-150AH battery, NAR/CALA/APAC
700401169
1-105AH battery, EMEA
700401177
1-160AH battery, EMEA
700401185
Standalone 1000VA inverter, 120V
700401193
Parallellable Inverter, 120V
700401227
2 kVA subrack with manual bypass, 120V
700401235
4 kVA subrack with manual bypass, 120V
700401243
6 kVA subrack w/manual bypass, 120V
700401250
Standalone 1000VA Inverter, 230V
700401268
Parallellable Inverter, 230V
700401276
2 kVA Subrack with manual bypass, 230V
700401300
DC POWER, 4 kVA subrack with manual bypass, 230V
700401318
DC POWER, 6 kVA subrack with manual bypass, 230V
© 2006 Avaya Inc.
All Rights Reserved. Avaya and the Avaya logo are trademarks of Avaya Inc. and may be registered in certain jurisdictions.
All trademarks identified by ®, SM and TM are registered trademarks, service marks or trademarks respectively.
All other trademarks are properties of their respective owners.
Printed in the U.S.A.
June06
avayaups.com

Uninterruptible Power Systems (UPS) Brochure

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