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User manual
ONLINE XANTO series
Models 700 – 3000
Germany
Italy
Switzerland
ONLINE USV-Systeme AG
Luise-Ullrich-Str. 8
D-82031 Grünwald
Phone +49 (89) 2423990-10
Fax +49 (89) 2423990-20
www.online-usv.de
ONLINE UPS-Systems S.r.l.
Via Ferruccio Gilera 110
I-20862 Arcore (MB)
Phone +39 (039) 2051444
Fax +39 (039) 2051435
www.online-ups.it
ONLINE USV-Systeme AG
c/o POTESTA AG
Hertistrasse 29
8304 Wallisellen (Zürich)
Phone +49 (89) 242399010
Fax +49 (89) 242399020
www.online-usv.ch
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Content
User manual ...................................................................................... 1
1. Introduction ................................................................................. 5
2. Safety warnings .......................................................................... 7
3. Installation .................................................................................. 8
3.1 Checking the delivery .......................................................... 8
3.2 Unpacking the UPS system ................................................ 8
3.3 Checking the accessories ................................................... 9
3.4 Installation as tower, activating battery ............................... 9
3.5 Installation in a rack, activating the batteries .................... 11
3.6 Getting started ................................................................... 14
4. Operation .................................................................................. 17
4.1 Control panel ..................................................................... 17
4.2 Display and menu.............................................................. 19
4.3 Settings ............................................................................. 22
4.4 Operating statuses ............................................................ 24
5. Communication and interfaces ................................................. 28
5.1 RS 232 and USB interface ................................................ 28
5.2 Slot for interface cards ...................................................... 29
5.3 Emergency Power Off (EPO) function .............................. 29
5.4 Surge voltage protection for data and telephone lines (DSL /
telephone / fax / network) ............................................................. 31
5.5 DataWatch software .......................................................... 31
6. Maintenance ............................................................................. 34
6.1 Care and maintenance ...................................................... 34
6.2 Storage .............................................................................. 34
6.3 When to change the batteries ........................................... 34
6.4 Changing batteries in tower .............................................. 35
6.5 Changing the batteries in rack .......................................... 36
6.6 Testing the new batteries .................................................. 39
6.7 Disposing of the old batteries or UPS system ................... 39
7. Troubleshooting ........................................................................ 41
7.1 Error codes ........................................................................ 41
7.2 Warnings ........................................................................... 41
7.3 Troubleshooting................................................................. 42
7.4 Muting the alarm................................................................ 44
7.5 Support .............................................................................. 44
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8. Technical data .......................................................................... 46
8.1 List of device types ............................................................ 46
8.2 Dimensions and weight ..................................................... 46
8.3 Electrical connections ....................................................... 47
8.4 Electrical specifications ..................................................... 47
8.5 Batteries and autonomy time ............................................ 49
8.6 Rear view .......................................................................... 50
8.7 CE confirmation ................................................................. 55
9. Warranty ................................................................................... 56
List of Illustrations
Figure 1: XANTO 700 - 1500 ................................................................ 6
Figure 2: XANTO 2000 - 3000 .............................................................. 6
Figure 3: XANTO 700R - 3000R in the rack ......................................... 6
Figure 4: XANTO 700R – 3000R as tower ........................................... 6
Figure 5: Removing the frontpanel ..................................................... 10
Figure 6: Connecting the battery ........................................................ 10
Figure 7: Foot mounting...................................................................... 11
Figure 8: Installation of the rack-tower-versatile model as a tower .... 11
Figure 9: Removing the frontpanel ..................................................... 12
Figure 10: Turning the display ............................................................ 12
Figure 11: Connecting the battery ...................................................... 13
Figure 12: Mounting the frontpanel ..................................................... 13
Figure 13: Mounting the brackets ....................................................... 13
Figure 14: Fitting in a rack .................................................................. 13
Figure 15: Control panel and display .................................................. 17
Figure 16: Display in normal mode ..................................................... 24
Figure 17: Battery mode display ......................................................... 25
Figure 18: Display in standby mode ................................................... 26
Figure 19: Display in high-efficiency mode ......................................... 26
Figure 20: Display in bypass mode .................................................... 27
Figure 21: Display in frequency converter mode ................................ 27
Figure 22: RS-232 interface (DB-9 connector) ................................... 28
Figure 23: Emergency power off connector........................................ 30
Figure 24: Removing the frontpanel ................................................... 37
Figure 25: Disconnect the battery connector ...................................... 38
Figure 26: Removing the battery cover .............................................. 38
Figure 27: Rear view of XANTO 700 .................................................. 50
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Figure 28: Rear view of XANTO 1000 - 1500 ..................................... 51
Figure 29: Rear view of XANTO 2000 ................................................ 51
Figure 30: Rear view of XANTO 3000 ................................................ 52
Figure 31: Rear view of XANTO 700R ............................................... 52
Figure 32: Rear view of XANTO 1000R - 1500R ............................... 53
Figure 33: Rear view of XANTO 2000R ............................................. 53
Figure 34: Rear view of XANTO 3000R ............................................. 54
List of tables
Table 1: Package contents ................................................................... 9
Table 2: Descriptions of display .......................................................... 18
Table 3: Display .................................................................................. 20
Table 4: Acoustic alarm ...................................................................... 20
Table 5: Overview of operating status ................................................ 21
Table 6: Configuration menu .............................................................. 24
Table 7: Pin assignment for RS-232 interface .................................... 28
Table 8: Interface cards ...................................................................... 29
Table 9: Error codes ........................................................................... 41
Table 10: Warnings ............................................................................. 42
Table 11: Troubleshooting .................................................................. 44
Table 12: Overview of UPS systems and battery packs .................... 46
Table 13: Dimensions and weight ...................................................... 47
Table 14: Electrical connections ......................................................... 47
Table 15: Electrical specifications ...................................................... 49
Table 16: Batteries .............................................................................. 49
Table 17: Autonomy times (in minutes) at 50 / 100% load, pf=0.7 ..... 50
INTRODUCTION
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1. Introduction
ONLINE USV-Systeme AG (ONLINE) is one of the leading manufacturers of uninterruptible power supplies (UPS). Since 1988, the German company has focussed on the development, production, sale and
support of UPS systems. Based on unit numbers sold, ONLINE products are the German number one in the UPS market and internationally recognised because of their top quality and excellent support.
The power supply often fails when you least expect it. There can also
be significant fluctuation in the quality of the power supply. Network
problems can lead to the corruption of critical data, data which is not
backed up can be lost and hardware damaged. This means expensive
repairs and downtime.
Models in the XANTO range from ONLINE are the best way of preparing for these kinds of scenarios. These UPS system offer top class
power supply protection for your delicate electronic systems. They
protect against the most common supply problems such as power outage, voltage blips, surge voltage and low voltage, voltage drops, interference, switching and voltage peaks, frequency deviations and harmonic distortion.
XANTO reliably protects your systems from power supply problems
and the functionality of the devices is retained. As well as first-class
performance and reliability, XANTO has the following unique benefits:
True double conversion technology (VFI-SS-111)
Pioneering power factor 1.0
Pure sinewave output voltage
Frequency converter operation
Automatic and manual bypass
Scalable autonomy time with additional battery packages
Efficiency >97%
Rack-tower-versatile models in space-saving 2U size
Battery deep-discharge-protection
Cold-start function, starting the UPS system without main power
Switchable output sockets to increase the backup time for criti-
cal loads
Surge protection for data and telephone wires
Steplessly controlled fan
RS-232 and USB interface
INTRODUCTION
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Slot for optional SNMP adapter or AS400-/ dry-contact inter-
face-card
Emergency-off function (EPO = Emergency Power Off)
2 years warranty including battery and 24 hours free exchange
in advance
Figure 1: XANTO 700 - 1500
Figure 2: XANTO 2000 - 3000
Figure 3: XANTO 700R - 3000R in the rack
Figure 4: XANTO 700R –
3000R as tower
SAFETY WARNINGS
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2. Safety warnings
This manual contains important instructions that you must follow during the installation and maintenance of the UPS system and the batteries. Please read all the instructions in the manual before working
with the device. Keep the manual in a safe place.
CAUTION
The UPS system carries life-threatening voltages. All repair
and maintenance work must be carried out by customer service personnel.
The UPS system has its own energy source (batteries). The
output of the UPS system can be live even when the UPS system is not connected to a source of alternating current.
In order to reduce the risk of fire or electric shock, the UPS
system may only be installed in buildings with controlled temperature and air humidity in which there are no conductive
contaminants. The ambient temperature must not exceed
40°C. The UPS system must not be operated near water or in
extremely high air humidity (>90%).
Before transporting the UPS system, make sure that it is dis-
connected from the power supply and switched off.
Batteries can pose a risk of electric shock or catch fire as a
result of high short circuit current. Please take the necessary
precautionary measures. Maintenance must be carried out by
qualified personnel who are trained in handling batteries and
have good knowledge of the necessary precautionary
measures (see Chapter Maintenance). keep unauthorised
personnel away from batteries
Batteries must be disposed of properly. Local regulations must
be taken into consideration.
Batteries must not be burnt. There is risk of explosion.
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3. Installation
3.1 Checking the delivery
Keep the transport box and the packaging material for the carrier or
sales point. If parts of the system have been damaged in transit, submit a transport damage complaint to your supplier within 24 hours. If
you only discover damage after accepting the device, please submit a
complaint for concealed damage.
3.2 Unpacking the UPS system
CAUTION
Unpacking the UPS system at a low ambient temperature can
lead to the formation of condensation inside and outside the
casing. Only install the UPS system if the inside and outside
are completely dry (risk of electric shock).
The UPS system is very heavy (see Chap. 8 Technical data).
Be careful when unpacking and transporting the UPS.
PLEASE NOTE
Move and open the packaged UPS system carefully. Leave
the components in their packaging until they are installed.
To unpack the UPS system and accessories:
1. Open the external box and take the accessories packed with
the UPS system out.
2. Carefully lift the UPS system out of the external box.
3. Place the UPS system in a protected, adequately ventilated position which is free of humidity, flammable gasses and corrosion.
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3.3 Checking the accessories
Description
19"mounting bracket
(left and right)
2 2 2 2 2 2 2
2
Feet for tower mounting
(sets)
2 2 2 2 2
Extension for feet for
tower fitting
2 2
2
USB interface cable
1 1 1 1 1 1 1 1 1 1
10A IEC extension cable
2 3 3 4 4 2 3 3 4 4 16A mainpower cable
1 1 1 1 Battery cable
1 1 1 1 1
1
Quick start guide
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1
DataWatch software*
Manual*
*Download from www.online-ups.com
Table 1: Package contents
3.4 Installation as tower, activating battery
The UPS system is delivered fully assembled.
CAUTION
The casing is very heavy (see Chap. 8 Technical Data).
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1. Position the UPS system on an even, stable surface for its final
location.
2. If you install additional battery packs, position them next to the
UPS system.
3. In pure tower models (Art.-No. X700 – X3000) the battery is
connect
4. JUST RACK-TOWER-VERSATILE MODELS:
If you have purchased a rack-tower-versatile model (Art.-No.
X700R – X3000R), for safety reasons, the UPS system is delivered without the batteries connected. To order to activate the
battery, remove the front panel. To do this, pull them to the front
side of the UPS-system. Now connect the two red battery connectors to one another. Finally, fit the front panel by reversing
the sequence.
Figure 5: Removing the frontpanel
Figure 6: Connecting the battery
5. You can also install this rack-tower-versatile model as a tower.
To do this, connect the two components to one foot (see Figure
7) and push the UPS system into the two feet from above (see
Figure 8). Make sure the distance between the two feet is as
great as possible to ensure stability. If you are using additional
battery packs, use the extension plates for the foots.
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Figure 7: Foot mounting
Figure 8: Installation of the rack-tower-versa-
tile model as a tower
Connecting additional battery packs
1. In order to install additional battery packs, remove the covers of
the battery connector on the back of the UPS system and the
battery packs, see Chap. 8.6 Rear view. If you are installing
multiple battery packs, remove all the covers apart from the “V
DC Input” cover on the last battery pack. Keep the covers and
the screws.
2. Connect all plug connections between the battery packs and the
UPS system. This involves connecting the “VDC Output” output
on a battery pack with the “VDC Input” on the upstream battery
pack. The battery pack connected directly to the UPS system is
connected to the “VDC Input” on the UPS system. A maximum
of seven battery packs can be connected to the UPS system.
3. Enter the number of battery packs used in menu no. 7 (see
Chapter 4.3 Settings).
4. Continue the getting started process (see Chap. 3.6)
3.5 Installation in a rack, activating the batteries
The UPS system is delivered fully assembled.
CAUTION
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The casing is very heavy (see Chap. 8 Technical data).
Optional slide rails (article no. Rack Kit) are available for the rack
model. The slide rails fit 48 cm (19 inch) racks with a depth of 48 to 78
cm.
1. Fit the rack kit (separate assembly instructions provided with
the rack kit).
2. Adjust the display direction for horizontal rack installation. To
do this, pull the frontpanel to the frontside of the UPS-system.
Push the plastic clips apart and pull the display out of the
holder. Push it 90 degrees anticlockwise and insert it back into
the front panel.
Figure 9: Removing the frontpanel
Figure 10: Turning the display
3. For safety reasons, the UPS system is delivered without the
batteries connected. To activate the battery connect the two red
battery connectors to one another.
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Figure 11: Connecting the battery
Figure 12: Mounting the frontpanel
4. Finally, fit the front panel by reversing the sequence.
5. Align the mounting bracket (L = left and R = right) with the screw
holes on either side of the UPS system and affix it using the M4
x 8 countersunk screws provided (see Fehler! Verweisquelle
konnte nicht gefunden werden.).
6. Push the UPS system into the rack.
7. Secure the mounting bracket of the UPS system in the rack (see
Fehler! Verweisquelle konnte nicht gefunden werden.Fehler! Verweisquelle konnte nicht gefunden werden.).
Figure 13: Mounting the brackets
Figure 14: Fitting in a rack
8. Continue the getting started process (see Chapter 3.6).
Connecting additional battery packs
1. In order to install additional battery packs, remove the covers of
the battery connector on the back of the UPS system and the
battery packs, see Chap. 8.6 Rear view. If you are installing
multiple battery packs, remove all the covers apart from the “V
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DC Input” cover on the last battery pack. Keep the covers and
the screws.
2. Connect all plug connections between the battery packs and the
UPS system. This involves connecting the “VDC Output” output
on a battery pack with the “VDC Input” on the upstream battery
pack. The battery pack connected directly to the UPS system is
connected to the “VDC Input” on the UPS system. A maximum
of seven battery packs can be connected to the UPS system.
3. Enter the number of battery packs used in menu no. 7 (see
Chapter 4.3 Settings).
4. Continue the getting started process (see Chap. 3.6)
3.6 Getting started
PLEASE NOTE
Make sure that the overall rated performance of the load connected does not exceed the capacity of the UPS system. The
power consumption of inductive loads or laser printers can be
very high, please take this into consideration when specifying
your UPS system.
1. If you install additional battery packs, make sure they are
properly connected (see Chap. 3.4, 3.5) and the battery fuse on
the back of the battery packs is switched on.
2. Connect the load with the UPS system without switching them
on. Make sure that the UPS system has two groups of output
sockets. The programmable output sockets can be switched independently of the remaining sockets. The programmable output sockets are primarily designed for less critical load which
cannot be brought down using software. Critical load should not
be connected to the programmable output sockets.
3. Connect the power supply cable (supplied with the XANTO
2000 and 3000) for the UPS system into a socket. The display
on the UPS system shows “Sb”,
4. Hold the “ON / / ” button on the UPS system down until you
hear a short beep.
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5. The UPS system carries out a self-test, after which “OK” ap-
pears on the display. The UPS system is now operating in normal mode and supplying the load with reliable power.
6. If an additional emergency power off switch has been installed,
the emergency stop function needs to be tested.
7. Switch the load on one by one.
PLEASE NOTE
The internal batteries charge up to 90% of their full capacity in
less than four hours. ONLINE recommends charging the batteries for 48 hours after installation or extended periods of
non-use.
The batteries start to charge as soon as the UPS system is
connected to the supply network and supplied with power, irrespective of the operating mode.
Starting in battery mode
1. Hold the “ON / / ” button on the UPS system down until you
hear a beep.
2. The UPS system is starting, the display then shows the battery
status (see Chap. 4.4 Operating statuses) and supplies the load
connected with reliable power.
3. If the display is lit, fix all warnings (see Chap. 7.3 Trouble-
shooting) and restart the UPS system.
Switching off
1. Hold the “OFF / ” button on the UPS system down for 2
seconds. When the continuous beep ends, the UPS system
switches to standby mode.
PLEASE NOTE
If the “OFF / ” button is released after less than 2 seconds,
the unit is not switched off.
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2. Disconnect the mains connection cable of the UPS system from
the socket. The display on the UPS system goes out after a
short time and the UPS system switches off completely.
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4. Operation
4.1 Control panel
The UPS system has a control panel with three buttons and a graphical display (see Figure 15).
Figure 15: Control panel and display
Button
Function
ON / /
Switch on
In standby mode: Press button for
more than 2 seconds
Alarm signal OFF
In battery mode: Press button for
more than 2 seconds, not valid if
there are warnings or error messages
Back to top
In configuration mode: In previous
menu
Self-test
In normal, frequency converter or
Eco mode: Press button for more
than 2 seconds
OFF /
Switch off
In normal mode: Hold the button
down for longer than 2 seconds
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(switch to standby or bypass mode,
depending on the menu setting)
Selection
In configuration mode: Press the button to apply the selection
SELECT /
Switch over
In normal mode: Switching the display from input voltage, frequency
and current, battery voltage, current
and capacity, UPS internal temperature, output voltage, frequency and
current, load
Configuration mode
In standby mode: Press button for
longer than 2 seconds to start configuration mode
Down
In configuration mode: Back to menu
ON
+ SELECT
Manual
bypass mode
In normal mode: Press both buttons
for longer than 2 seconds to switch to
bypass mode. (Depending on the input voltage). In order to exit bypass
mode / switch back to normal mode,
press both buttons at once until the
permanent beeping stops. Not available in frequency converter mode.
Exit
In configuration mode: Press both
buttons to revert from the sub-menu
to the main menu or, if you are in the
main menu, to exit configuration
mode immediately.
Table 2: Descriptions of display
PLEASE NOTE
During the function of battery test, the batteries must be completely charged and the UPS system must be in normal mode.
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4.2 Display and menu
Symbol
Description
Function
Input, battery,
temperature, output, load
Pressing the SELECT button in normal mode
displays the following measurements:
Input voltage, frequency and current, battery
voltage, capacity and current, UPS internal
temperature, output voltage, current and frequency, load in %.
Autonomy time
Display of remaining autonomy time
Load display
Displays the current load. Each segment represents 25 %. If all the segments are lit up,
the UPS system is working at 100% load.
Overload
Indicates that the UPS system is overloaded
Programmable
output sockets
Indicates actively programmed output sockets
Battery display
Indicates the current battery capacity. Each
segment represents 25 %. If all the segments
are lit up, the battery is 100% charged.
Battery empty
Battery symbol underneath battery display:
Flashing indicates the battery capacity is almost empty
Configuration
Display of configuration menu options. For
further information, see Chap. 4.3 Settings
Error
Display of error or alarm code. For complete
table, see Chap. 7.1 Error codes
Acoustic alarm
Displays a deactivated acoustic alarm, silent
Input voltage
The UPS input is connected to the mains voltage
Rectifier
Rectifier active, battery charging
Inverter
Active inverter, the load on the output sockets
are UPS-protected
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Symbol
Description
Function
Output sockets
Active UPS output
Battery
Battery symbol in DC link: UPS system in battery mode
Battery charging
Battery symbol in DC link: Battery in charging
mode
Bypass mode
Bypass mode, the load is supplied directly by
the supply network without UPS protection
High-efficiency
mode
The UPS system is working in high-efficiency
mode
CVCF
Frequency converters
The UPS system is working in frequency converter mode
PFC
Power factor correction
The power factor correction of the UPS system is active
Table 3: Display
Alarm
Description
Every 10 seconds
UPS system in bypass mode
Every 5 seconds
UPS system in battery mode
Every 2 seconds
Battery voltage low
Every second
Overload
Continuous tone
Error
Table 4: Acoustic alarm
Abbreviation
Display
Description
AAT
Time in battery mode
AC Active Closed
AO Active Open
BF Battery Fault
BL Battery Low
BP Batterypack
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BR Battery Replace
BY Bypass not within tolerance
CH Charger
DIS
Disable
EAT
Remaining autonomy time
EE EEPROM Error
ENA
Enable
EP EPO / Emergency Power Off
ESC
Escape
FU Bypass frequency not stable
NC Battery not connected
OC Battery overloaded
OI Input voltage too high
OK OK
OL Overload
ON On
SB Standby
SD Shudown
SF Site Fault
TP Temperature
Table 5: Overview of operating status
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4.3 Settings
1. Open configuration menu: Switch to standby- or bypass mode
and press button for 2 seconds.
2. Selection of menu options: Press or button until you reach
the menu option you want (see Table 6: Configuration menu).
3. Select menu option: Press OFF / button.
4. Change menu setting: Press or button until you reach the
setting you want (see Table 6: Configuration menu).
5. Confirm setting: Press OFF / button.
6. Exiting configuration menu: go to menu “00” or press and
buttons at the same time.
Setting
Available options
Standard
Select output voltage:
[208] = 208V
[220] = 220V
[230] = 230V
[240] = 240V
“230V”
Frequency converter mode:
Switch frequency converter mode on or
off
[ENA] = on (bypass mode not possible)
[DIS] = off
“DIS”
Output frequency:
If frequency converter mode is possible,
the output frequency is in normal and battery mode
[50] = 50 Hz
[60] = 60 Hz
No function if menu 2: frequency con-
verter mode = DIS
“50”
High-efficiency mode:
[ENA] = on
[DIS] = off
“DIS”
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Bypass mode:
If the UPS system is switched off, it is
switched to bypass instead of standby
mode.
[ENA] = Enabled
[DIS] = Disabled
“DIS”
Battery deep discharge protection:
Shutdown of all output sockets after time
defined here.
[0 – 999] = Shutdown after 0 to 999 sec-
onds.
[DIS] = Shutdown time dependent on bat-
tery capacity.
Attention: If the setting is [0], shutdown is
after 10 seconds.
“DIS”
Number of additional battery packs:
Selection of correct number of additional
battery packs
“0”
Autonomy time
Select from display
[AAT] = Remaining autonomy time
[RAT] = Time in battery mode
Emergency power off function:
[AO] = active open, emergency power off
is active with emergency power off contact open
[AC] = active close, emergency power off
is active with emergency power off contact closed
“AO”
External isolating transformer:
If the function is activated, the switch from
standby to UPS normal mode has a 90
degree phase shift and reduce the magnetisation current on the isolating transformer. If this function is disabled, the
switch is in phase zero crossing.
[ENA] = External isolating transformer allowed on UPS output
[DIS] = External isolating transformer not
allowed on UPS output
“DIS”
Programmable output sockets:
[ENA] = Enabled
[DIS] = Disabled
“DIS”
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Shutdown time for programmable output
sockets:
[0 - 999] = Shutdown of programmable
output sockets in battery mode after time
defined here.
Only available if “Programmable output
sockets = active” and UPS system re-
started after setting the time.
“999”
Charging voltage: Boost voltage
[2.25 – 2.40] = fine adjustment of boost
load voltage from 2.25 to 2.4V / cell
2.36V / cell
Charging voltage: Float voltage
[2.20 – 2.30] = fine adjustment of float
load voltage from 2.20 to 2.30V / cell
2.28V / cell
Exit:
Exiting configuration menu
Table 6: Configuration menu
4.4 Operating statuses
The status of the UPS system is displayed on the control panel.
Normal operating mode
Figure 16: Display in normal mode
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In normal mode, “OK” is shown on the display and the UPS system is
fed by the supply network. The UPS system monitors the batteries and
charges them as required. The load connected is supplied with reliable
UPS power.
Battery mode
In battery mode, the following display appears:
Figure 17: Battery mode display
At the same time, an acoustic alarm every 5 seconds indicates that
the load connected are being supplied with battery power.
If the battery charge level is low in battery mode, “BL” is shown on the
display. starts to flash and the alarm sounds every 2 seconds. The
remaining autonomy time is low. Close all applications, as the UPS is
about to shut down automatically.
If the battery is exhausted, the UPS system shuts itself down. All displays and the alarm are switched off.
If the supply network is restored after the UPS system has shut down,
the UPS is automatically restarted. The batteries are charged up and
the load connected is supplied with power.
Standby mode
If the UPS system is switched off and the power supply cable is connected, the UPS system works in standby mode. The following display
appears:
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Figure 18: Display in standby mode
No power is available for the load connected. The battery is charged
if necessary.
High-efficiency mode
In high-efficiency mode, the load are supplied via the bypass. The inverter is always ready for use at the same time. If the supply network
is outside the tolerance, there is a smooth transition to normal mode.
The battery is charged in high-efficiency mode.
Figure 19: Display in high-efficiency mode
Bypass mode
Bypass mode can be activated in normal mode by pressing the and
buttons together for 2 seconds. To switch back to normal mode,
press and buttons also together until the continuous alarm stops.
In the event of an overload, the UPS system automatically switches
into bypass mode. A beep sounds every 10 seconds.
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Figure 20: Display in bypass mode
Frequency converter mode
In addition to regular UPS mode, the UPS system can also operate as
a frequency converter. This involves providing the load with a constant
output frequency of either 50 or 60Hz. Bypass is not available in frequency converter mode. The battery is charged.
Figure 21: Display in frequency converter mode
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5. Communication and interfaces
5.1 RS 232 and USB interface
In order to establish communication between the UPS system and a
computer, connect the computer using a suitable data cable (cable
provided) to the RS-232 or USB interface on the UPS system (see
Chap. 8.6 Rear view).
PLEASE NOTE
The RS-232 and USB communication interfaces cannot be
used at the same time.
The UPS system can then exchange data via the DataWatch software
(see Chap. 5.5).
The assignment of the cable connection pins for the RS-232 communications interface is shown in Figure 22, while the functions of the
connection pins can be found in Table 7: Pin assignment for RS-232 interface.
Figure 22: RS-232 interface (DB-9 connector)
Pin
Function
1
Not used
2
Send data (TxD)
3
Receive data (RxD)
4
Not used
5
Mass
6, 7, 8, 9
Not used
Table 7: Pin assignment for RS-232 interface
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5.2 Slot for interface cards
The XANTO features a slot (see Chap. 8.6 Rear view) for the following
interface cards:
Product no.
Description
DW7SNMP30
SNMP adapter Basic
The SNMP adapter communicates via TCIP/IP with the load attached to the network.
DW5SNMP30
SNMP adapter Professional
Works like Basic, but with additional interface for temperature sensor and environment management.
DWAS400DC
AS400 relay card
Combined slot card for optional communication with IBM AS400
servers or individual use of relay contacts. The following messages/contact outputs are available: Normal mode, standby mode,
battery mode, battery voltage low, bypass mode, collective error,
input for UPS shutdown.
Table 8: Interface cards
PLEASE NOTE
The interface cards installed in the slot can be used in parallel
with the RS-232 or USB communication.
5.3 Emergency Power Off (EPO) function
The Emergency Power Off (EPO) function is used to remotely shut
down the UPS system and connected loads immediately. This means
removing the bridge on the emergency power off connector (back of
UPS system, see Fig. 15) and connecting an external emergency
power off switch.
Cross section of connecting cable = 0.5 - 2.5mm2 (AWG 13 - 20)
Recommended cross-section of connecting cable = 1.5mm2 (AWG 15)
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CAUTION
The emergency power off switch must not be connected to
circuits which are connected to the supply network. Reinforced
insulation from the network is required. The emergency power
off switch must be designed for at least 60V DC / 30V AC and
20mA.
Depending on the programming via the UPS menu (see Chap-
ter 4.3 Settings), either an opener or a closer can be used.
The emergency power off function must be active for at least
250ms for proper operation.
If the emergency power off function is activated, the input volt-
age of the UPS system also needs to be interrupted.
The emergency power off function is only used to shut down
the UPS voltage on an electronic basis.
PLEASE NOTE
Leave the plug of the UPS system connected if you do not
need the emergency power off function.
Always test the emergency power off function before connect-
ing a critical load. This avoids the load being switched off accidentally
Figure 23: Emergency power off connector
See Chap. 8.6 Rear view for the position of the emergency power off
connector.
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5.4 Surge voltage protection for data and telephone
lines (DSL / telephone / fax / network)
The surge protection filters surge voltage from the data and telephone
cables. This involves connecting the incoming cable to the IN connection on the reverse of the UPS system. Connect the OUT connection
to the end device. The data connection protection cable protects networks with a transfer rate of 10 to 1000 Mbit/s.
5.5 DataWatch software
The XANTO range is supplied as standard with DataWatch, a comprehensive software solution for shutting down and managing the PC
or server system and for monitoring the XANTO and the power supply
network. To ensure you are always working with the latest version of
DataWatch, please download it from the download area of
www.online-usv.de.
DataWatch works in the background and is in constant communication
with the XANTO via the RS-232, USB or network protocol. The most
famous of all functions: Automatic data backup including the shutdown
of running applications and the proper shutdown of the whole system
by means of a freely configurable shutdown routine. At the same time,
DataWatch has a comprehensive messaging system, time-controlled
test routines and event logging.
DataWatch supports all current operating systems.
As a client/server application, DataWatch works in networks and on
local workstations. Based on optional RCCMD agent (Remote Console Command), multiple servers connected to a UPS system can be
addressed and controlled across the network without additional hardware.
Overview of functions:
UPS /
LCD
DataWatch
software
Display of input voltage, frequency and current, battery voltage, current and capacity, UPS internal
temperature, output voltage, frequency and current,
load
X
X
Change operation mode of the UPS system (normal-, standby-, bypass-, high efficiency- and converter-mode)
X
X
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Changing the output voltage
X
X
Enable / disable and configure converter mode
X
X
Enable / disable high efficiency mode
X
X
Enable / disable high bypass mode
X
X
Configure and enable/disable the battery deep discharge protection
X
X
Configure additional battery packs
X
X
Select the type of autonomy time (accumulated, remaining)
X
X
Configure and enable/disable the emergency
power off function (EPO)
X
X
Configure and enable/disable the settings for operation with external isolation transformer
X
X
Configure and enable/disable the programmable
outlet sockets
X
X
Changing the settings for charging voltage (boos,
float)
X
X
Manual restart of the UPS system
X
X
Signalling battery failure
X
X
Advanced display of the total battery runtime
X
Display of the serial number
X
Local server shutdown via RS-232 / USB-interface
X
Multi server shutdown via TCP/IP
X
SNMP-proxy-agent
X
Send E-Mail, SMS, broadcastmessages
X
Manual UPS 10s-test
X
X
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Manual UPS fulltest
X
Auto UPS selftest
X
Enabe/disable alarm for battery operation
X
X
Enable/disable all alarms
X
Reset UPS system to factory settings
X
Display alarm-, warning- and error-messages
X
X
Chronological record, display and export (csv) of
warning-, alarm- and error-messages
X
Record, display and export (csv) of voltage, current,
frequency and temperature (datalog chart)
X
Customized event configuration
X
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6. Maintenance
6.1 Care and maintenance
To ensure a long service life of the system, the area around the UPS
system should be kept clean and free of dust. If the area around the
system is very dusty, clean the external surfaces of the system with a
vacuum cleaner.
To ensure a long service life for the batteries, the ambient temperature
should not exceed 25°C.
PLEASE NOTE
Before transporting the UPS system, make sure that it is dis-
connected from the supply network and switched off.
The service life of a battery varies as a function of how often it
is used, intensity of use and ambient temperature. Batteries
which are used beyond their expected service life often have
reduced autonomy times. Replace the batteries in good time
to ensure the system always runs at optimum performance.
6.2 Storage
If you intend to store the UPS system for an extended period, charge
the battery every three months by connecting the UPS system to the
supply network for five hours. The system should be stored in a cool,
dry place.
6.3 When to change the batteries
If “BR” is shown on the display and an alarm signal sounds every 2
seconds, the batteries need to be replaced. Contact your reseller or
ONLINE (www.usvshop24.de) to order new batteries.
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6.4 Changing batteries in tower
PLEASE NOTE
Do not replace the batteries while the UPS system is in battery
mode.
To replace the batteries, the UPS system must be switched off, disconnected from the supply network and opened. Batteries cannot be
hot-swapped.
CAUTION
Maintenance work must be carried out by a qualified techni-
cian who is familiar with batteries and the necessary safety
measures. Do not allow unauthorised personnel to handle the
batteries.
Batteries pose the risk of an electric shock or injury due to high
short circuit current. Take the following safety measures:
o remove watches, jewellery and other metal items
o only use tools with insulated handles
o do not place tools or metal components on the batteries
The batteries must only be replaced with the same number of
batteries of the same type.
Batteries must be properly disposed of. When disposing of
batteries, comply with the statutory regulations applicable in
your location.
Batteries must not be burnt. There is risk of explosion.
Do not open or damage the battery or batteries. Battery acid
can damage the eyes and skin and cause poisoning.
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CAUTION
DANGER OF ELECTRIC SHOCK. Never make changes to
the battery cabling or connections. Attempting to change the
battery cabling yourself could lead to serious injury.
The batteries of the UPS system are very heavy. Be careful
when handling heavy batteries.
6.5 Changing the batteries in rack
PLEASE NOTE
Do not replace the batteries while the UPS system is in battery
mode.
The hot-swap functionality means the batteries can be replaced without shutting down the UPS system and disconnecting the load.
If you would prefer to disconnect the UPS system before changing the
batteries, read Chapter 3.6 Getting started.
CAUTION
Maintenance work must be carried out by a qualified techni-
cian who is familiar with batteries and the necessary safety
measures. Do not allow unauthorised personnel to handle the
batteries.
Batteries pose the risk of an electric shock or injury due to high
short circuit current. Take the following safety measures:
o remove watches, jewellery and other metal items
o only use tools with insulated handles
o do not place tools or metal components on the batteries
The batteries must only be replaced with the same number of
batteries of the same type.
Batteries must be properly disposed of. When disposing of
batteries, comply with the statutory regulations applicable in
your location.
Batteries must not be burnt. There is risk of explosion.
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CAUTION
Do not open or damage the battery or batteries. Battery acid
can damage the eyes and skin and cause poisoning.
DANGER OF ELECTRIC SHOCK. Never make changes to
the battery cabling or connections. Attempting to change the
battery cabling yourself could lead to serious injury.
The batteries of the UPS system are very heavy. Be careful
when handling heavy batteries.
The batteries are behind the front panel of the UPS system. The internal batteries are packed together for ease of handling.
1. Remove the front panel (see Figure 24). To do this pull it to the
frontside of the UPS-system.
Figure 24: Removing the frontpanel
2. Disconnect the battery connector (see Figure 25).
PLEASE NOTE
There is a flat ribbon cable connecting the control panel to the
UPS system. Do not pull on the cable or disconnect it.
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Figure 25: Disconnect the battery connector
3. Remove the battery cover (see Figure 26).
Figure 26: Removing the battery cover
4. Carefully remove the battery insert using the handle.
5. Replace the batteries in the battery insert.
6. Reverse the removal procedure to reinsert the battery insert.
PLEASE NOTE
Check that the replacement batteries have the same specifi-
cations as the old batteries.
Read chapter 6.7 Disposing of the old batteries or UPS system
for information on proper disposal.
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CAUTION
A small arc can occur when the batteries are connected to the
UPS system. This is normal and represents no risk to personnel. Insert the battery cable quickly and firmly into the battery
plug connection in the UPS system.
7. Continue with Chapter 6.6 Testing the new batteries.
6.6 Testing the new batteries
1. To charge the batteries, connect the UPS to the supply network
for 48 hours.
2. In normal mode, hold the ON / / button for at least 2 seconds to start the self-test.
3. If the batteries are faulty, a warning is displayed automatically
(see Table 10: Warnings). Press “OK” to acknowledge a suc-
cessful battery test and to switch the UPS system back into normal mode.
PLEASE NOTE
The UPS system only starts a self-test when the batteries are
fully charged and the UPS system is in normal mode with no
active warning messages.
6.7 Disposing of the old batteries or UPS system
Find out from a local recycling centre how the old batteries or the UPS
system should properly be disposed of. Old batteries can also be returned to ONLINE for disposal free of charge. Please contact Support
(see Chap. 7.5)
CAUTION
Batteries must not be burnt. There is risk of explosion.
Batteries must be disposed of properly. Find out about the lo-
cal disposal regulations.
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CAUTION
Do not open or damage the battery or batteries. Battery acid
can damage the eyes and skin and cause poisoning.
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7. Troubleshooting
The XANTO is designed for autonomous operation and automatically
reports and problems in the display.
7.1 Error codes
Error code
Event
01
Error starting the DC link
02
DC link voltage too high
03
DC link voltage too low
11
Error starting inverter
12
Inverter voltage too high
13
Inverter voltage too low
14
Short circuit in inverter output
27
Battery voltage too high
28
Battery voltage too low
2A
Short circuit on charger output
41
Temperature too high
43
Overload
45
Charger error
49
Input voltage too high
Table 9: Error codes
If the UPS system indicates one of the error codes listed above,
please contact ONLINE support (see Chap. 7.5).
7.2 Warnings
Event
Symbol
Code
Alarm
Battery capacity low
Warning sound every 2
seconds
Overload
Warning sound every second
Input current too high
2 warning sounds every 10
seconds
Battery not connected
Warning sound every 2
seconds
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Battery overload
Warning sound every 2
seconds
UPS input error
Warning sound every 2
seconds
Emergency power off
active
Warning sound every 2
seconds
Temperature too high
Warning sound every 2
seconds
Charger error
Warning sound every 2
seconds
Battery error
Warning sound every 2
seconds
Bypass voltage out of
tolerance
Warning sound every 2 seconds
Bypass frequency not
stable
Warning sound every 2
seconds
Replace battery
Warning sound every 2
seconds
EEPROM Error
Warning sound every 2
seconds
Table 10: Warnings
7.3 Troubleshooting
Operating status
Possible cause
Measure
The UPS system cannot
be switched on, although
there are no alarms and
the input voltage is normal.
The input cable is not
correctly connected to
the input socket.
Check that both connectors are properly inserted
in the sockets.
The input cable has been
accidentally connected to
the UPS output sockets.
Connect the input cable
to the UPS input.
The and symbols
flash and an alarm is
sounded every 2 seconds.
Emergency power off is
active.
Check that the emergency power off connector is seated firmly
and the wire jumpers
match the menu settings
in Chapter 4.3 (closed or
open, depending on the
jumper). Then press the
OFF button for 2 seconds
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and start the UPS system
using the ON button.
The , symbols and
the warning flash
and an alarm is sounded
every 2 seconds.
L and N wrong way
round on UPS input.
Rotate the mains plug
about 180 degrees.
The , and
symbols flash and an
alarm is sounded every 2
seconds.
The internal battery is not
connected.
Check that the battery is
properly connected (see
Chap. 3.4, 3.5). Then restart the UPS system using the ON button.
The , and
symbols flash and an
alarm is sounded every
second.
The output load on the
UPS system is too high.
Reduce the load on the
UPS output sockets.
The load on the UPS output is too high, load is
supplied via the bypass.
Reduce the load on the
UPS output sockets. The
UPS is then automatically switched back to
normal mode.
If the overload persists,
the UPS switches back to
bypass mode.
Reduce the load on the
UPS output and then restart the UPS.
The and symbols
and the error code 43 are
shown in the display. A
permanent alarm sounds.
UPS system shutting
down because of too frequent or too extensive
overload on the UPS output.
Reduce the load on the
UPS output sockets.
Then press the OFF button for 2 seconds and
then start the UPS using
the ON button.
The and symbols
and the error code 49 are
shown in the display. A
permanent alarm sounds.
The UPS input current
entered is too high.
Reduce the load on the
UPS output sockets. The
UPS is then automatically switched back to
normal mode.
Error code 14 and continuous alarm.
Short circuit in UPS output.
Disconnect all the loads
from the UPS output
sockets and restart the
UPS system without
load. If the error continues to occur, please contact ONLINE support
(see Chap. 7.5). If the error has been fixed, check
the load.
Autonomy time is shorter
than expected.
Battery is not fully
charged.
Charge the battery for at
least 5 hours. If the error
persists, please contact
ONLINE support (see
Chap. 7.5).
The battery is worn
through age or faulty.
Replace the battery (see
Chap. 6.4).
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Error code 2A and continuous alarm.
Short circuit on charger
output
Check the external battery packs for wiring errors, it may be necessary
to replace the batteries if
they are too old.
The and symbols flash and an alarm is
sounded every 2 seconds.
The fan is blocked or not
working properly. The
temperature is too high.
Check the fan is working
and there is enough
space behind the fan.
Table 11: Troubleshooting
7.4 Muting the alarm
In battery mode, hold the ON / / button for at least 2 seconds to
mute the alarm. Once the alarm is successfully muted, appears in
the display. Check the status the warning message has triggered and
take appropriate measures to rectify the situation. If the status of the
warning message changes, the alarm is emitted again. This has priority over the previous muting of the alarm.
PLEASE NOTE
The alarm cannot be muted for alarm and error messages.
7.5 Support
ONLINE USV-Systeme AG (ONLINE) is one of the leading manufacturers of uninterruptible power supplies (UPS). Since 1988, the German company has focussed on the development, production, sale and
support of UPS systems. Based on unit numbers sold, ONLINE products are the German number one in the UPS market and internationally recognised because of their top quality and excellent support.
As a German provider, ONLINE guarantees direct approachability,
simple processing and short response times. Comprehensive support
is a matter of course - before and after purchase.
ONLINE sets great store by reliable support and service.
Free direct advice and support on:
Software hotline: +49 (89) 242 39 90 - 13
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Hardware hotline: +49 (89) 242 39 90 - 18
Free 24 h advance exchange
Interactive UPS configurator online or as app
2 years full warranty, optional renewal
Unbureaucratic 14 day money-back guarantee
Excellent product availability and wide network of distributors.
Further information: www.online-usv.de
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8. Technical data
8.1 List of device types
UPS system
Form
factor
UPS
item no.
Service
Battery pack
Battery
pack item
no.
XANTO 700
Tower
X700
700VA/
700W
-
-
XANTO 1000
Tower
X1000
1000VA/
1000W
XANTO 1000 /
1500 battery
pack
X1000BP
XANTO 1500
Tower
X1500
1500VA/
1500W
XANTO 2000
Tower
X2000
2000VA/
2000W
XANTO 2000
battery pack
X2000BP
XANTO 3000
Tower
X3000
3000VA/
3000W
XANTO 3000
battery pack
X3000BP
XANTO 700R
Rack
X700R
700VA/
700W
-
-
XANTO 1000R
Rack
X1000R
1000VA/
1000W
XANTO battery
pack
1000R / 1500R
X1000RBP
XANTO 1500R
Rack
X1500R
1500VA/
1500W
XANTO 2000R
Rack
X2000R
2000VA/
2000W
XANTO 2000R
battery pack
X2000RBP
XANTO 3000R
Rack
X3000R
3000VA/
3000W
XANTO 3000R
battery pack
X3000RBP
Table 12: Overview of UPS systems and battery packs
8.2 Dimensions and weight
UPS system
Dimensions (W x H x D)
Weight
Tower models
XANTO 700
158 x 238 x 397
12.1kg
XANTO 1000
158 x 238 x 397
13.4 kg
XANTO 1500
158 x 238 x 397
15.0 kg
XANTO 2000
190 x 335 x 415
20.3 kg
XANTO 3000
190 x 335 x 415
28.5 kg
XANTO 1000 / 1500 battery pack
158 x 238 x 397
19.8 kg
XANTO 2000 battery pack
190 x 335 x 415
30.0 kg
XANTO 3000 battery pack
190 x 335 x 415
39.0 kg
Rack models
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XANTO 700R
438 x 88 (2U) x 412
11.6 kg
XANTO 1000R
438 x 88 (2U) x 412
14.1 kg
XANTO 1500R
438 x 88 (2U) x 412
15.5 kg
XANTO 2000R
438 x 88 (2U) x 512
19.5 kg
XANTO 3000R
438 x 88 (2U) x 632
27.5 kg
XANTO 1000R / 1500R
438 x 88 (2U) x 412
21.5 kg
XANTO 2000R battery pack
438 x 88 (2U) x 512
29.0 kg
XANTO 3000R battery pack
438 x 88 (2U) x 632
41.2 kg
Table 13: Dimensions and weight
PLEASE NOTE
All rack models are just 2 height units (HE) tall.
8.3 Electrical connections
UPS system
Input connection
Output connections
XANTO 700
XANTO 700R
IEC320 C14 (10A)
4x IEC320 C13 (10A)
8x IEC320 C13 (10A)
XANTO 1000
XANTO 1000R
IEC320 C14 (10A)
4x IEC320 C13 (10A)
8x IEC320 C13 (10A)
XANTO 1500
XANTO 1500R
IEC320 C14 (10A)
4x IEC320 C13 (10A)
8x IEC320 C13 (10A)
XANTO 2000
XANTO 2000R
IEC320 C20 (16A)
8x IEC320 C13 (10A)
XANTO 3000
XANTO 3000R
IEC320 C20 (16A)
8x IEC320 C13 (10A)
1x IEC320 C19 (16A)
6x IEC320 C13 (10A)
1x IEC320 C19 (16A)
Table 14: Electrical connections
8.4 Electrical specifications
Model
XANTO
700/R
XANTO
1000/R
XANTO
1500/R
XANTO
2000/R
XANTO
3000/R
Electrical characteristics
Rated power (VA / W)
700 /
700
1000 /
1000
1500 /
1500
2000 /
2000
3000 /
3000
Technology
Doubleconversion, classification as per VFI-SS-111
Input voltage and tolerance, battery operation
230V
(110 – 300V @ 50% load, 160 – 300V @ 100% load)
Input frequency
50 / 60Hz (auto sensing)
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Input current
5.3A
7.7A
11.0A
15.3A
17.6A
Output voltage, tolerance in battery operation
230V +/-1%
Output frequency, normal operation
50 / 60H +/-0,1Hz
Output frequency, battery operation
50 / 60H +/-3Hz
Output voltage adjustable to
208 / 220 / 230 / 240V
Max. output current
3.5A
5.0A
7.5A
10.0A
15.0A
Switchover time
0
Wave form
Sine
Efficiency,
Normal operation
>89%
>91%
High-efficiency
mode
>97%
Battery mode
>88%
>90%
Overload-compatible,
normal mode
<110%
Alarm
110 - 130%
Alarm, Bypass/Standby after 5 minutes
131 - 140%
Alarm, Bypass/Standby after 30 seconds
>140%
Alarm, Bypass/Standby after 1.5s
Battery mode
<110%
Alarm
110 - 130%
Alarm, Bypass/Standby after 2 minutes
131 - 140%
Alarm, Bypass/Standby after 10 seconds
>140%
Alarm, Bypass/Standby after 1.5
Power loss, max.
119W
170W
255W
340W
510W
Batteries
Autonomy times
See Table 17
Battery type
See Table 16
Design
Sealed, maintenance-free, valve-controlled, lead/acid, life
expectancy 3 to 5 years in accordance with EUROBAT
Load voltage
27.4V
41.1V
41.1V
54.8V
82.1V
Charging current
2 - 12A
2 - 8A
Communication
USB
Yes
RS-232:
Yes
Modem / Network
Over-voltage protection
Yes
SNMP slot
Yes
EPO
Yes
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Operating conditions,
standards and approvals
Operating temperature
0 - 40°C
Rel. air humidity
20 – 90%
Operating altitude
<1000m
Normal operating mode
1000 - 4000m
Performance reduction of 1% per 100m >1000m
Noise level, max.
<50dB
MTBF at 25°C (w/o
battery)
>50.000 hours
Safety
EN62040-1
EMC, Performance
EN62040-2
Approval
CE
Protection class
IP20
Table 15: Electrical specifications
8.5 Batteries and autonomy time
UPS system
UPS internal battery
Battery pack
Tower models
XANTO 700
24V (2x 12V / 9Ah)
-
XANTO 1000
36V (3x 12V / 9Ah)
36V (2x 3x 12V / 9Ah)
XANTO 1500
36V (3x 12V / 9Ah)
36V (2x 3x 12V / 9Ah)
XANTO 2000
48V (4x 12V / 9Ah)
48V (2x 4x 12V / 9Ah)
XANTO 3000
72V (4x 12V / 9Ah)
72V (2x 6x 12V / 9Ah)
Rack models
XANTO 700R
24V (2x 12V / 9Ah)
-
XANTO 1000R
36V (3x 12V / 9Ah)
36V (2x 3x 12V / 9Ah)
XANTO 1500R
36V (3x 12V / 9Ah)
36V (2x 3x 12V / 9Ah)
XANTO 2000R
48V (4x 12V / 9Ah)
48V (2x 4x 12V / 9Ah)
XANTO 3000R
72V (4x 12V / 9Ah)
72V (2x 6x 12V / 9Ah)
Table 16: Batteries
UPS system
Int.
batt.
+1
BP
+2
BP
+3
BP
+4
BP
+5
BP
+6
BP
+7
BP
Tower models
XANTO
700
24 /
10
- - - - - - -
XANTO
1000
27 /
11
103 /
47
190
/ 86
280 /
130
373 /
174
465 /
221
559 /
268
652 /
315
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XANTO
1500
15 /
6
61 /
28
114
/ 52
171 /
79
229 /
107
269 /
135
349 /
165
409 /
196
XANTO
2000
16 /
6
65 /
28
121
/ 52
180 /
78
241 /
106
304 /
135
367 /
165
430 /
195
XANTO
3000
17 /
6
67 /
29
125
/ 53
186 /
81
249 /
109
314 /
139
378 /
170
443 /
201
Rack models
XANTO
700R
24 /
10
- - - - - - -
XANTO
1000R
27 /
11
103 /
47
190
/ 86
280 /
130
373 /
174
465 /
221
559 /
268
652 /
315
XANTO
1500R
15 /
6
61 /
28
114
/ 52
171 /
79
229 /
107
269 /
135
349 /
165
409 /
196
XANTO
2000R
16 /
6
65 /
28
121
/ 52
180 /
78
241 /
106
304 /
135
367 /
165
430 /
195
XANTO
3000R
17 /
6
67 /
29
125
/ 53
186 /
81
249 /
109
314 /
139
378 /
170
443 /
201
Table 17: Autonomy times (in minutes) at 50 / 100% load, pf=0.7
8.6 Rear view
Figure 27: Rear view of XANTO 700
TECHNICAL DATA
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Figure 28: Rear view of XANTO 1000 - 1500
Figure 29: Rear view of XANTO 2000
TECHNICAL DATA
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Figure 30: Rear view of XANTO 3000
Figure 31: Rear view of XANTO 700R
TECHNICAL DATA
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Figure 32: Rear view of XANTO 1000R - 1500R
Figure 33: Rear view of XANTO 2000R
TECHNICAL DATA
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Figure 34: Rear view of XANTO 3000R
TECHNICAL DATA
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8.7 CE confirmation
WARRANTY
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9. Warranty
ONLINE USV-Systeme AG (ONLINE) guarantees that this product will
be free of material and production faults for a period of two years from
the purchase date. ONLINE’s obligation in accordance with this guarantee is restricted to the repair or replacement (at ONLINE’s discre-
tion) of any faulty products. Before warranty claims can be asserted,
a Returned Material Authorization (RMA) number must be obtained
from customer services. Products must be returned with the postage
paid by the sender, a brief description of the problem and evidence of
the place and date of purchase. This warranty does not apply to devices damaged by accidents, negligence or misuse or those which
have otherwise been altered or modified.
Apart from the above exceptions, ONLINE accepts no explicit or tacit
warranty, including a guarantee of conventional quality or suitability for
a specific purpose. In some jurisdictions, the restriction or exclusion of
tacit guarantees is prohibited, which means that the restrictions or exclusions above may not apply to the purchaser.
Irrespective of the above exclusions, ONLINE shall under no circumstances accept liability for direct, indirect, specific, auxiliary or subsequent damage caused as a result of the use of this product, even if
ONLINE was informed about the possibility of such damage. In particular, ONLINE shall not be liable for costs of whatsoever nature, such
as lost profit or revenue, loss of equipment, loss of the use of device,
loss of software or data, replacement costs, third-party claims or other
costs.
The content is copyright © 2017 by ONLINE USV-Systeme AG. All
rights reserved. Unauthorised reproduction in part or in whole is not
permitted without consent.
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