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Powerware 9390
40 - 160 kVA
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The industry’s
best combination
of efficiency,
management
of THD, power
factor, and
power protection
With the introduction of the Powerware 9390, you
can now enjoy an unmatched combination of power
protection features in a single system. The new threephase UPS is the result of comprehensive research
and user insight gathered by Eaton to develop the
best combination of power performance, battery
management, scalable architecture, flexibility, and
service.
The Powerware 9390 UPS
features innovations that
combine to deliver the
industry’s best overall
power performance. Built
on more than 40 years of
UPS design expertise, the
Powerware 9390 excels in
four key factors:
1. Efficiency - maximum
usable output power
relative to input power
2. Total harmonic distortion
(THD) - keeping input
current distortion within
acceptable limits
3. Power factor - managing
phase shifts between
voltage applied and
current drawn by circuits
4. Double-conversion
topology - complete
isolation of protected
loads from input utility
power
produces cooler operating
conditions within the UPS,
which extends the life of
components and increases
overall reliability and
performance.
Low THD enhances
compatibility with
generators
The Powerware 9390 uses
a new input circuit that is
uniquely capable of keeping
Total Harmonic Distortion
(THD) at a low level—less
than 5 per cent—without
compromising efficiency. A
key benefit is that the UPS
is therefore compatible with
a wide range of generators,
even though generator
output frequencies will
fluctuate when the UPS
transitions to generator
power and as other loads
are started up.
Power factor
performance maximises
compatibility and meets
high power factor load
requirements
The closer the power
factor is to unity, the more
efficient the transfer of
power between source
and load. With an input
power factor of 0.99, the
Powerware 9390 UPS is
exceptionally compatible
with diverse power sources,
especially auxiliary
generators.
On the output side, the 9390
can also provide its full
power capability to loads
that have a wide range of
leading and lagging power
factors, spanning all known
computer loads.
Double-conversion
topology provides the
best protection possible
With the Powerware
9390’s double-conversion
process, your sensitive
electronic systems are
completely isolated from
raw utility power and all
its irregularities. Double
conversion provides
the highest level of
protection available and
enables equipment to
perform to manufacturer
specifications.
Whether you are selecting
a UPS for a branch office,
manufacturing floor,
medical facility, or a large
data centre, there is a
Powerware 9390 model
that delivers just the right
combination of performance
and price for your needs.
Visit our website www.
powerware.com for more
information.
High efficiency
reduces overall cost of
ownership
The efficiency rating of a
UPS is a measure of the
energy the UPS uses for
its own operation and
dissipates usually in the
form of heat. For example,
a UPS that is 90 per cent
efficient delivers 90 kW of
useful output power for
every 100 kW it takes in.
The more efficient the UPS,
the less you pay to run your
protected equipment and to
cool the UPS.
With a transformerless
design and sophisticated
sensing and control
circuitry, the Powerware
9390 UPS delivers an
efficiency of up to 94 per
cent. In addition to dramatic
cost savings, this level of
system efficiency extends
battery run times and
TYPICAL APPLICATIONS:
• Data centres,
server farms
• Building, banking and
telecommunication
systems
• Industrial automation
equipment
• Healthcare systems
POWERWARE 9390’S EFFICIENCY TRANSLATES INTO BIG SAVINGS:
Competitive UPS, Powerware 9390,
efficiency 90% efficiency up to 94%
Utility power dissipated (per year) 87,600 kWh 52,560 kWh
Energy cost €(at 0.08/kWh) €7,008 €4,205
Cooling cost €2,336 €1,388
Total €9,344 €5,593
Annual savings – €3,751
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Communication
options
–connect
anywhere
ConnectUPS Web/SNMP
card is a complete UPS
monitoring, control and
shutdown solution in a
networked IT environment.
In case of alert, the Web/
SNMP card can notify users
and administrators through
e-mail and SNMP traps.
In case of a prolonged
power failure the protected
computer systems can be
shut down in a graceful
manner with NetWatch and
LanSafe software.
HTTP, SNMP, e-mail, WAP
and Telnet compatibility
enable dynamic and
versatile support for a
large variety of system
configurations.
The XSlot card for the 9390
also integrates a 3-port
switching hub to support
multiple PCs or networking
equipment.
Environmental Monitoring
Probe (EMP) enables
you to remotely monitor
environmental conditions
as easily as you monitor
power conditions. It adds
temperature, humidity
and two contact closure
monitoring capabilities
to ConnectUPS Web/
SNMP card. It can trigger
operating system shutdown
if user-defined thresholds
1. POWER FAILURE
2. POWER SAG
3. POWER SURGE
4. UNDERVOLTAGE
5. OVERVOLTAGE
6. SWITCHING TRANSIENT
7. LINE NOISE
8. FREQUENCY VARIATION
9. HARMONIC DISTORTION
are exceeded or contact
closure status changes.
Relay/AS400 card provides
an easy connection to IBM
AS/400 series computers
as well as industrial and
building management
systems. You can also build
a solution for a remote ON/
OFF function with the relay
card.
Powerware Software Suite,
our exclusive collection
of software on a CD-rom,
incorporates a full line of
shutdown and monitoring
software products to
enhance the protection
provided by Powerware
UPSs. The software suite,
conveniently packed on one
CD-rom, follows every UPS
free of charge.
ConnectUPS
Web/SNMP xHub
Powerware Modbus Card is
an XSlotTM UPS connectvity
device that provides
continuous, reliable and
accurate remote monitoring
of your UPS system through
a Building Management
System (BMS) or Industrial
Automation System (IAS).
The card integrates data
from the UPS into the user’s
management system using
Modicon®‚ Modbus RTU
Protocol. Key power quality
and UPS status information
may be monitored in
real time to aid in the
management of the UPS
and notification of potential
power problems.
Multi-Server card is a
power quality connectivity
product designed to enable
multiple devices connected
to a single UPS system to
be managed and controlled
independently. The MultiServer Card allows separate
communication with up to
six connected servers with
mixed operating systems.
XSlot modem card
connects your UPS device
to Powerware’s remote
monitoring centre for
a 24/7 software based,
fully automatic remote
UPS inspection over the
telephone network.
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Revolutionary
feature
integration
The Powerware 9390 UPS is a double-conversion
UPS that resolves all utility power problems and
supplies clean, continuous, uninterruptible power
to all connected equipment.
Efficiency and power
factor control for
optimum performance
The Powerware 9390
operates at a high
efficiency of up to 94 per
cent, which reduces utility
costs and extends battery
run times. Higher system
efficiency produces cooler
operating conditions,
which reduces facility air
conditioning cost, extends
the life of UPS components,
and increases overall
reliability, availability, and
performance.
A new input circuit design
keeps input current THD
low and input power
factor near unity without
compromising overall
efficiency. As a result, the
Powerware 9390 allows
maximum transfer of power
between power source
and protected load and is
exceptionally compatible
with multiple power
sources, especially auxiliary
generators. On the output
side, the ultra high speed
switching Pulse Width
Modulation (PWM) inverter
enables the Powerware
9390 to provide its full rated
power capability to the load
whether the load power
factor is 0.9 lagging, unity,
or 0.9 leading.
Hot Sync—unbreakable
security
Eaton’s Hot Sync parallels
two or more UPS units.
Units are capable of load
sharing without the need
for communications
wiring, hitherto the most
vulnerable point of failure
in all UPS systems. Each
Powerware module has
the ability to synchronise
and support the critical
load independently of the
other modules. Thus all
critical loads are supported
by UPS-grade power,
whatever maintenance
needs—scheduled or
unscheduled—should arise.
Hot Sync—redundant is
an N+1 module system
allowing full maintenance
to be performed on all
modules and the parallel
cabinet without the need
for an external maintenance
bypass and without having
to remove the critical load
from conditioned power.
Sync Control gives
reliable downstream
distribution
The Sync Control function
maintains UPS output in
sync with the external
power source or another
independent source. This
ensures the permanent
synchronisation of two
independent UPS systems
when the reference source
at the bypass input is
absent. Sync Control
enables the independent
operation of both UPS
units without introducing
a single point of failure.
This provides synchronous
transfer capabilities to
downstream load transfer
systems.
Double-conversion
design offers the highest
protection possible
The double-conversion
design completely isolates
output power from all
input power anomalies
and delivers 100-per cent
conditioned, perfect sinewave output—regulating
both voltage and frequency.
Voltage is constantly held
within two per cent of
nominal specification for
linear loads and within
three per cent for nonlinear
loads. This makes the 9390
ideal for equipment that
is particularly sensitive to
voltage fluctuations. In the
event of a utility power
failure, there is no delay
transferring to backup
power.
Mains
Load
Hot Sync Redundancy/Capacity - 4 x UPS with integral static switch
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Advanced Battery
Management delivers
performance and longer
service life
When a utility power
outage causes a UPS to
switch to battery backup—
even momentarily—you
have to be sure the
batteries are healthy,
charged and up to
the task. Powerware’s
battery configuration and
management strategies
help keep your batteries at
peak performance.
Eaton’s patented Advanced
Battery Management
(ABMTM) technology uses
a unique three-stage
charging technique that
significantly extends battery
service life and optimises
recharge time, compared to
traditional trickle charging.
An integrated battery
management system tests
and monitors battery health
and remaining lifetime,
and provides advance
notification to guide
preventive maintenance.
Optional temperaturecompensated charging
monitors temperature
changes and adjusts the
charge rate accordingly,
which properly charges
the battery and greatly
extends battery life. Many
UPS models also have a
Hot Swap feature allowing
battery change without
disconnecting the unit.
Industry-leading
warranty and service
plans deliver peace of
mind
The Powerware 9390 UPS
and its battery system
deliver confidence. We back
it up with the industry’s
most extensive warranty
and service plans. The
9390 features an optional
24-month limited warranty
with coverage for parts
and labour. This optional
warranty comes with a
service protection package,
which includes Start-Up
service, UPS preventive
maintenace and battery
health check. Beyond the
12-month standard and 24month extended warranty
periods, other service plans
are available to match
any need. Our top-of-theline service packages are
all-inclusive with unique
features, such as advanced
remote monitoring,
customised UPS and
battery capacity planning
reports, and comprehensive
power protection audits.
Scalable architecture
meets your current and
future load requirements
The Powerware 9390
supports loads from 40
kVA to 160 kVA to deliver
power protection for small
branch offices to large
corporate data centres and
communication networks.
Up to four equivalent UPS
modules can be paralleled
for additional capacity or
redundancy, without having
to use a system parallel
cabinet. Up to eight UPS
modules can be paralleled
by using a centralised
bypass cabinet. In all
paralleling configurations,
each UPS module operates
independently yet is
completely synchronised
with the others. Parallel
UPS modules can provide
N+1, N+2, or greater
redundancy.
Flexible installation
options expedite
deployment and save
space
The Powerware 9390 offers
small footprint compared
to competitive UPS
offerings. Cabling can enter
the UPS from either the top
or bottom of the cabinet
to provide easier and
flexible installation. Front
panel access facilitates
services and operation,
thereby reducing Mean
Time to Repair (MTTR).
And since the compact
Powerware 9390 cabinet
can be installed against
back and side walls, you
have more location options,
installation is fast and easy,
deployment cost is lower,
and you save valuable data
centre space for future
expansion.
Powerware 9390 line-up (with battery cabinet)
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Dimensions
1872 mm
UPS 40-80 kVA dimensions
804 mm
519 mm
Accessories
Isolation output transformer
External Mechanical Bypass Switch (EMBS)
9390-MBS-120 kVA 45 kg
9390-MBS-160 kVA 55 kg
Battery cabinets (BAT)
9390-BAT10-40x55 Ah 1270 kg (10 years)
9390-BAT10-40x67 Ah 1430 kg (10 years)
9390-BAT10-40x125 Ah 2350 kg (10 years)
Connectivity
XSlot: Web/SNMP card
XSlot: AS/400 relays card
XSlot: Modem card
XSlot: USB port
XSlot: RS232 port
XSlot: Modbus/Jbus card
XSlot: Hot Sync card
Specials:
Dual bus solution (Sync Control)
Static Transfer Switches (STS)
Centralised bypass cabinets
System parallel tie cabinets
Battery racks
Weight Description
257 kg 9390-40 kVA
313 kg 9390-60 kVA
313 kg 9390-80 kVA
480 kg 9390-100 kVA
480 kg 9390-120 kVA
530 kg 9390-160 kVA
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Technical
Specifications
Rating 40 kVA 60 kVA 80 kVA 100 kVA 120 kVA 160 kVA
Part number
9390-40-N
9390-BAT10-40x55Ah
9390-BAT10-40x67Ah
9390-BAT10-40x125Ah
9390-60-U
9390-BAT10-40x55Ah
9390-BAT10-40x67Ah
9390-BAT10-40x125Ah
9390-80-N
9390-BAT10-40x55Ah
9390-BAT10-40x67Ah
9390-BAT10-40x125Ah
9390-100-U
9390-BAT10-40x67Ah
9390-BAT10-40x125Ah
9390-120-N
9390-120-U
9390-BAT10-40x67Ah
9390-BAT10-40x125Ah
9390-160-N
9390-BAT10-40x67Ah
9390-BAT10-40x125Ah
Capacity (kVA/kW) 40/36 60/54 80/72 100/90 120/108 160/144
Dimensions WxHxD (mm) 519x1872x804 519x1872x804 519x1872x804 900x1872x804 900x1872x804 900x1872x804
Weight (kg)
UPS
9390-BAT10-40x55 Ah
9390-BAT10-40x67 Ah
9390-BAT10-40x125 Ah
257
1270
1430
2350
313
313
480
480/530
530
Input connection Dual input, hardwired
Output connection Hardwired
Typical runtime
UPS+1xBAT 55 Ah
UPS+1xBAT 67 Ah
UPS+1xBAT 125 Ah
30 min
39 min
87 min
17 min
21 min
53 min
10 min
15 min
36 min
8 min
12 min
27 min
6 min
10 min
20 min
–
–
12 min
Operational
Nominal input voltage (Vac) 220/380, 230/400, 240/415 VAC 50/60 Hz
Input voltage range -15%, +10% from nominal at 100% load
Operating frequency 50 Hz or 60 Hz (45-65 Hz)
Input power factor 0,99
Input current distortion < 5% THDi typical
Nominal output voltage 220/380, 230/400, 240/415 VAC
Output voltage regulation ±1% static, ±5% dynamic at 10% to 90% load change, < 1 ms recovery time
Overload capacity
101-110% for 10 min
111-125% for 1 min
126-150% for 10 sec
1000% for one cycle (bypass)
Efficiency up to 94%
User interface
LCD display Graphical LCD with blue backlight
LED 4 status indicators
Standard communication
ports
(2 or 4) x XSlot, 1 x relay contact,
1 x emergency power-off input, 2 x environmental inputs
Optional
External battery cabinets and racks,
Isolation transformer, System Parallel Cabinets;
XSlot: SNMP/Web/HUB, ModBus/JBus, Relay, Hot Sync cards
Environmental
Operating temperature 0°C to +40°C, +45°C with 7,5% derating, batteries max +25°C
Storage temperature -15°C to +45°C
Altitude < 1500 m
Audible noise at 1 metre
65 dB(A) 40-80 kVA
70 dB(A) 100-160 kVA
Certification
Quality ISO 9001 : 2000, ISO 14001 : 1996
Markings CE, GOST
Safety IEC 62040-1-1, IEC 60950, EN 62040-1-1
EMC EN 50091-2
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