Mobatime ECO-M-DC Series User manual

© MOBATIME 801151.06
USER MANUAL
Economy LED digital clock
ECO-M-DC series

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Certification of the Producer
STANDARDS
The digital clock DT has been developed and produced in accordance with the EU Standards 2006/95/ES
(LVD), 2004/108/ES (EMC), 2011/65/EU (RoHS), 2002/96/EC (WEEE).
Applied Standards:
EN 60950-1/Cor. (2011)
EN 55022 (2010), class B
EN 55024 (2010)
EN 50121-4/Cor. (2008)
References to the instruction manual
1. The information in this instruction manual can be changed at any time without notice.
The current version is available for download on www.mobatime.com.
2. This instruction manual has been composed with the utmost care, in order to explain all details in
respect of the operation of the product. Should you, nevertheless, have questions or discover errors
in this manual, please contact us.
3. We do not answer for direct or indirect damages which could occur when using this manual.
4. Please read the instructions carefully and only start setting-up the product after you have correctly
understood all the information for the installation and operation.
5. The installation must only be carried out by skilled staff.
6. It is prohibited to reproduce, to store in a computer system or to transfer this publication or part of it in
any way. The copyright remains with all the rights with BÜRK MOBATIME GmbH, D-78026 VS-
Schwenningen and MOSER-BAER AG –CH 3454 Sumiswald / SWITZERLAND.

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Table of contents
1Description .....................................................................................................................................................5
2Assembly ........................................................................................................................................................7
2.1 Single-sided clock ....................................................................................................................................7
2.2 Assembly diagram....................................................................................................................................7
2.3 Double-sided clock...................................................................................................................................8
2.4 Assembly diagram....................................................................................................................................8
2.5 Dimensions...............................................................................................................................................9
2.6 Control elements ....................................................................................................................................10
3MBL, MBLDCF, IRIG and RS485 clock type operation.............................................................................11
3.1 MBL type ................................................................................................................................................11
3.2 MBLDCF type.........................................................................................................................................11
3.3 IRIG type ................................................................................................................................................11
3.4 Slave clock controlled by IF482 over RS485 .........................................................................................11
3.5 Slave clock controlled by supervised RS485 .........................................................................................12
4NTP and PoE clock operation.....................................................................................................................13
4.1 Unicast mode .........................................................................................................................................13
4.1.1 Network parameters assignation by DHCPv4 ................................................................................14
4.1.2 Manual setting through setup menu ...............................................................................................14
You can set only one IPv4 address of the NTP server via the clock menu..................................................14
4.1.3 Manual setting parameters over telnet ...........................................................................................14
4.1.4 Setting network parameters over DHCPv6 ....................................................................................15
4.1.5 Setting network parameters over autoconfiguration (SLAAC) .......................................................15
4.1.6 SNMP .............................................................................................................................................15
4.2 Multicast mode .......................................................................................................................................16
5Local time calculation .................................................................................................................................17
5.1 Basic setting –control according to source of synchronization .............................................................17
5.2 Calculation using MOBALine time zones ...............................................................................................17
5.3 Calculation using Time-zone server MOBATIME ..................................................................................17
5.4 Calculation using time zone entries preconfigured by MOBA-NMS software........................................17
5.5 Calculation according to internal time zone table ..................................................................................18
6The clock menu table ..................................................................................................................................19
6.1 Submenu IPv6 address..........................................................................................................................20
7Control and configuration of the clock using pushbuttons ....................................................................21
7.1 Setting of time and date .........................................................................................................................21
7.2 Setup menu for the setting of the clock parameters ..............................................................................21
7.2.1 Submenu for network services configuration .................................................................................22
7.2.2 Manual setting of the IPv4 address of the clock.............................................................................22
7.2.3 Manual setting of the IPv4 subnet mask ........................................................................................22
7.2.4 Manual setting of the default gateway IPv4 address......................................................................22
7.2.5 Submenu for setting the IPv4 multicast group address..................................................................23
7.2.6 Submenu for setting of the NTP unicast synchronization ..............................................................23
7.3 Submenu for displaying IPv6 addresses................................................................................................24
7.4 Parameter reset......................................................................................................................................24
8Update firmware of NTP and PoE version using TFTPD32 tool..............................................................25
9Time zone table ............................................................................................................................................26
10 Technical data ..............................................................................................................................................28
10.1 Standard design of the clock..................................................................................................................28
10.2 Voltage range and electric current consumption of the lines .................................................................29
11 Accessories and Maintenance....................................................................................................................30
11.1 Single sided clock...................................................................................................................................30

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11.2 Double sided clock .................................................................................................................................30
11.3 Cleaning .................................................................................................................................................30

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1 Description
The ECO-M-DC series • elegant and very slim digital clocks for displaying time and date •
aluminum metal housing, powder coated • high protection degree IP54 as standard for all
versions • 7-segment LED display of high luminance provide for excellent readability from
various angles of view • features six combinations of the height and the number of digits •
autonomous operation with internal quartz powered from mains • NTP multicast or unicast
synchronization powered over PoE (compatible IEEE 802.3af) or mains powered • slave clock
operation controlled by MOBALine, DCF 77, GPS, RS485 or by IRIG-B, mains powered • LED
display in red, green, yellow, blue or white colour • single or double sided clock • wall mounting
for single-sided clock • ceiling suspension or wall bracket mounting for double-sided clock
Display features
•time display in four digits (HH:MM) or six digits (HH:MMSS HH:MMSS) either 12 or 24 hours
format
•date display in four digits (DD.MM.) or six digits (DD.MM.YY, DD.MMYY)
•7 segment LED displays with either 57, 75 or 100 mm digit height for a viewing distance up
to 25, 32 or 40 m
•alternating display of time and date
•display available in the red, green, yellow, pure green, blue or white colour
•automatic or manual adjustment of the display brightness
•powered from mains with wide input voltage range 100-240VAC,
optionally from 24 VDC voltage or through PoE (IEEE 802.3af)
•redundant power option on request
Mechanic
•elegant and slim clock frame, made of aluminium, powder coated in black or silver colour
•front cover made of dark plexiglass for best readability over a wide viewing angle
•single- or double-sided version for wall mounting, ceiling suspension
or wall bracket mounting
•double sided version consist of two pieces single sided clock and wall bracket
or ceiling suspension
•easy two-step installation and time-saving maintenance, hanging holes for wall mounting
•push butons, connectors and state LEDs are accessible after dismounting
the front plexiglass
•protection degree IP54
•working temperature - 5 to +55°C
Synchronization
•automounos operation with internal quartz time base with programmable automatic
seasonal time change
•NTP multicast or unicast synchronization powered over PoE or mains powered
•slave clock operation with synchronization by MOBALine, Active DCF 77, RS485
or by IRIG-B (depending on version), mains powered
•accuracy ±0.1 s / day without synchronization (after 24 hours of synchronization
at constant temperature)
RTC backup by means of lithium battery CR2032 (supercapacitor on request)

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Configuration
•Setting of the clock parameters and time, date setting by means by of internal push
buttons
For NTP and PoE version only:
•DHCPv4, DHCPv6 / manual configuration of the clock parameters or setting over the
telnet
•private options of DHCPv4 and DHCPv6 string for automatic configuration of all clock
parameters when connected to LAN
•configuration and monitoring using MOBA-NMS software or SNMP protocol
•firmware update remotely through the network using the TFTP protocol

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2 Assembly
The connection to the 110/230 V AC power network can be done only by authorized personnel
with appropriate qualification and training.
Clock is intended to be powered from fixed electrical installation of the building.
Suitable disconnecting device shall be attended as part of the electrical installation and both
poles of power supply shall be disconnected simultaneously.
Overcurrent protection must be as a part of electrical installation and must include an suitable
disconnecting device. The clock is also secured by an internal not-replaceable fuse T 2A.
Danger of electric shock after dismounting internal black covers.
The connection to the 110/230 V AC power network should be carried out when the mains
power is off.
2.1 Single-sided clock
•First, prepare the 2 holes in the wall by hinges pitch on the backside of clock.
•Insert the dowels to the prepared holes and screw the appropriate screws into them.
•Remove the screws on the bottom of the clock. Remove the bottom cover and plexiglass.
•Except PoE variant use the power cable of at least 3 x 0.5 mm2(double insulation),
maximum of 3 x 1.5 mm2(double insulation).
•Thread the cable(s) through the grommet and hang the clock on the prepared screws in
the wall.
•Cut the cable(s) to the appropriate length and connect the wires to corresponding
terminals and/or crimp the RJ45 jack to the Ethernet cable respectively.
•Insert the BATT jumper in order to enable the RTC backup (doesn’t apply to clocks with
supercapacitor option).
•Mount the plexiglass and bottom cover.
2.2 Assembly diagram

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2.3 Double-sided clock
•First, prepare the 4 holes in the ceiling or wall by bracket flange pitch.
•Insert the dowels to the prepared holes and fix into them the ceiling or wall bracket using
appropriate screws.
•Remove the screws on the bottom of the Master clock. Remove the bottom cover and
plexiglass (see picture in capture 2.1 Single-sided clock).
•Except PoE variant use the power cable of at least 3 x 0.5 mm2(double insulation),
maximum of 3 x 1.5 mm2(double insulation).
•Cut the cable(s) to the appropriate length and connect the wires to corresponding
terminals and/or crimp the RJ45 jack to the Ethernet cable respectively.
•Insert the BATT jumper in order to enable the RTC backup (doesn’t apply to clocks with
supercapacitor option).
•Connect the cable from Slave clock to the Master clock.
•Mount the plexiglass and bottom cover.
2.4 Assembly diagram

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2.5 Dimensions
Type
ECO-M-DC.57.4
ECO-M -DC.57.6
ECO-M -DC.57x.6
ECO-M -DC.75.4
ECO-M -DC.75.6
ECO-M -DC.75x.6
ECO-M -DC.100.4
ECO-M -DC.100.6
ECO-M -DC.100x.6
Dimension
A
325
405
435
395
490
540
520
610
725
B
126
126
126
143
143
143
176
176
176
C
200
300
320
270
330
360
400
450
540

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2.6 Control elements
MBLDCF
IRIG-B
Connectors:
Lines IN - version MBL, MBLDCF, IRIG, RS485
LAN - version NTP, PoE, PoEclass
100 - 240 VAC - except PoE, PoEclass
DISP2
PROG
Setting elements:
PB1, PB2 buttons control buttons
RESET reset button
jumper BATT backup battery connection
jumper ISPE induction programming mode
STATE LED status indication
POWER LED power indication
MDI jumper MDI sync source settings

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3 MBL, MBLDCF, IRIG and RS485 clock type operation
3.1 MBL type
•Connect the MOBALine signal to the two-pin input signal connector and the mains
voltage to the two-pin power connector
•Set the menu items according to following P3:A, P4:A, P6:A
•After the connection, the time and date are adjusted automatically following the
receipt of valid time information. The synchronization takes 6-15 seconds.
•It is possible to use the MOBALine time zone function, the zone is selected by menu
item P5.
The colon permanently lit during the time display signalizes the synchronized clock.
See the chapter 7 for further description of parameter setting.
3.2 MBLDCF type
•Connect the MOBALine or Active DCF 77 signal to the two-pin input signal
connector and the mains voltage to the two-pin power connector.
For the MDI clock variant, it is necessary to configure the synchronization source
using short-circuit jumpers on the MDI jumper (chapter 2.6.).
•Set the menu items according to following P3:A, P4:A, P6:A
•After the connection, the time and date are adjusted automatically following the
receipt of valid time information. The synchronization takes 6-15 seconds for
MOBALine or 3-5 minutes for Active DCF 77.
•For MOBALine it is possible to use the time zone function, the zone is selected by
menu item P5.
The colon permanently lit during the time display signalizes the synchronized clock.
See the chapter 7 for further description of parameter setting.
3.3 IRIG type
•Connect the IRIG signal to the two-pin input signal connector and the mains voltage
to the two-pin power connector
For the MDI clock variant, it is necessary to configure the synchronization source
using short-circuit jumpers on the MDI jumper (chapter 2.6.).
•DCF-FSK, IRIG-B Standard, IRIG-B 123, IRIG-B DIEM, AFNOR A, AFNOR C
variants of time signal are supported
•Set the menu items according to following P3:A, P4:A, P6:A
•After the connection, the time and date are adjusted automatically following the
receipt of valid time information. The synchronization takes 6-15 seconds.
The colon permanently lit during the time display signalizes the synchronized clock.
See the chapter 7 for further description of parameter setting.
3.4 Slave clock controlled by IF482 over RS485
•After the connection of the digital clock to the line, time and date are adjusted
automatically, following the receipt of valid time information.
•Setting the tune takes place within at least 5 minutes.

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3.5 Slave clock controlled by supervised RS485
Supervised RS485 line available on the DTS.480x timeservers offers exact time
synchronization as well as monitoring the correct function of connected slave clocks.
•If the ECO-M-DC clock should be monitored set in menu item P5 unique address
in the range 1 to 32. The value "L" means that the clocks are synchronized only
(without monitoring).
•It is necessary to register the clock under the used address in DTS.
•The time synchronization starts within a few tens of seconds after start-up.
•Failure of slave clock function is signalized by an alarm in DTS.

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4 NTP and PoE clock operation
Clocks support IPv4 and IPv6 protocols. You can disable individual protocols by setting
parameter P7. The default clock setting allows both protocols at the same time (P7: 0).
For IPv4 mode, DHCPv4 is enabled by default (option P8: 3).
IPv6 mode allows up to 4 different priority IP addresses in downward order:
•DHCPv6
•manually configured IP address (fix)
•autoconfiguration. (SLAAC / RA)
•local address link
By setting parameter P14, you can disable DHCPv6 and/or auto-configuration (SLAAC).
For IPv6 mode, DHCPv6 and autoconfiguration (SLAAC) are enabled by default (P14: 3).
Calculate of Link Local Address:
fe80 :: 2 [2. octet MAC]: [3. octet MAC] ff: fe [4. octet MAC]: [5. octet MAC] [6. octet MAC]
Example: MAC: 00: 16:91 : 12:34:56
IPv6: fe80 ::216:91ff: fe12:3456
4.1 Unicast mode
The clock is synchronized to UTC (Universal Time Coordinated) from a NTP server (up
to four NTP server IPv4/IPv6 addresses configurable) and must have assigned its own
IPv4/IPv6 address. The clock requests in defined intervals the actual time from the
NTP server. If the server is not available, the clock tries to contact the other defined
servers in cyclic way until the valid response from the NTP server is received.
This operating mode supports the monitoring and configuration of the movement via
the network connection by means of the Telnet, SNMP or the MOBA-NMS software
tool. For supervision and configuration with MOBA-NMS the clock’s IPv4/IPv6 address
can be used or the multicast group address having last octet cleared to zero
(presuming the multicast is not disabled).
It is necessary to set appropriate time-zone for correct displaying of local time and date
–see the chapter 5 for details.
Default network parameters:
IP mode
IPv4 / IPv6
IPv4 address
0.0.0.0
IPv4 subnet mask
0.0.0.0
IPv4 default gateway
0.0.0.0
NTP server address 1
0.0.0.0 / 0:0:0:0:0:0:0:0
NTP server address 2
0.0.0.0 / 0:0:0:0:0:0:0:0
NTP server address 3
0.0.0.0 / 0:0:0:0:0:0:0:0
NTP server address 4
0.0.0.0 / 0:0:0:0:0:0:0:0
NTP request time [s]
10
DNS server
0.0.0.0 / 0:0:0:0:0:0:0:0
SNMP manager 1
0.0.0.0 / 0:0:0:0:0:0:0:0
SNMP manager 2
0.0.0.0 / 0:0:0:0:0:0:0:0
multicast config address
239.192.54.1 / FF38::EFC0:3601
(FF38::239.192.54.1)
alive notification interval [min]
30
configuration port number
65532

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time zone client port number
65534
DHCPv4
enabled
SNMP
enabled
Multicast support
enabled
Telnet
enabled
IPv6 fix address / prefix
0:0:0:0:0:0:0:0/ 64
IPv6 link local address
fe80::2[2. octet MAC]:[3. octet MAC]ff:fe[4. octet
MAC]:
[5. octet MAC][6. octet MAC]
DHCPv6
enabled
autokonfigurace (SLAAC)
enabled
4.1.1 Network parameters assignation by DHCPv4
IP clock mode must be set to IPv4 mode (P7: 0/1).The menu item P8 must be set to
value 3(default). Network parameters are automatically obtained from a DHCPv4
server.
The following DHCP options will be evaluated automatically:
[50] IP address
[3] Gateway address
[1] Subnet mask
[42] list of up to four NTP server addresses / time zone server address (usually the
same as the NTP server address)
[6] DNS servers
[26] MTU
[60] Vendor Class ID
[43] or [224] Additional options (refer to document BE-800793)
The network administrator must configure the DHCPv4 options accordingly.
Assigned parameters can be checked in the submenu of items P9 to P11.
4.1.2 Manual setting through setup menu
The menu item P8 must be set to value 2.
•See chapter 7.2.2 for setting the clock’s IPv4 address in the item P9 submenu
•See chapter 7.2.3 for setting the subnet mask in the item P10 submenu
•See chapter 7.2.4 for setting the gateway in the item P11 submenu
•See chapter 7.2.5 for setting the multicast group address in the item P12 submenu
•See chapter 7.2.6 for setting the unicast NTP server address in the item P13
submenu.
You can set only one IPv4 address of the NTP server via the clock menu
4.1.3 Manual setting parameters over telnet
•connect to the clock and make the needed settings by windows command
telnet <IP address>
example: telnet 192.168.0.190
•request for entering the password appears after connection (default password is
718084)
•the information about software and hardware version followed by the MAC address
is displayed after entering the correct password
•inserted commands must be confirmed by pushing the Enter key, use the
Backspace key for correcting typing errors
•command help or ?displays help with a command list
•command reset resets the clock (changes are written to Flash)
•command conf -p displays current parameters from setup menu

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•command conf -n displays current network parameters
•command conf -? displays help for command conf parameters
•example: conf -i 192.168.0.190 sets the clock’s IP address to 192.168.0.190
•it is necessary to end telnet connection by command exit
Windows 7 note: The telnet is not activated in Windows 7 by default. For activating it go
to the “Control Panel” in “Start menu”, click on “rams and Features”, click on “Turn
Windows features on or off” and find the “Telnet Client” check box in the window
“Windows Features”. Allow the system to install the appropriate files –this should take
only a few seconds. The administrator rights are necessary for this operation.
Hyperterminal note: The Hyperterminal application can be used as an alternative to
telnet. It is necessary to activate the “Send line ends with line feeds” and “Echo typed
characters locally” in the Properties -> Settings -> ASCII setup window.
4.1.4 Setting network parameters over DHCPv6
IP clock mode must be set to IPv6 mode (P7: 0/2). Menu item P14 must be set to 3
(default setting) or 2. The network parameters are automatically retrieved from the
DHCPv6 server.
The following DHCPv6 options can be processed:
[3] non-temporary addresses
[16] vendor class
[17] vendor options
[23] DNS servers
[24] DNS domain
[25] Identity Association for Prefix Delegation
[31] SNTP servers
The network administrator must set the DHCPv6 options on the server accordingly.
Assigned parameters can be checked in the P14submenu.
4.1.5 Setting network parameters over autoconfiguration (SLAAC)
IP clock mode must be set to IPv6 mode (P7: 0/2). Menu item P14 must be set to 3
(default setting) or 1.
The following SLAAC options can be processed:
[3] Prefix info
[5] MTU
[24] Route info
[25] RDNSS
The network administrator must set the SLAAC options on the server accordingly.
Assigned parameters can be checked in the P14 submenu
4.1.6 SNMP
The ECO-DC clock supports SNMP version 2c notifications and parameter reading and
setting by means of SNMP GET and SET commands. This allows to integrate the clock
to a network management system. The ECO-DC (SNMP agent) can send alarm
notifications and alive notifications to a SNMP manager. The IP address of the SNMP
manager can be provided to the clock by DHCP, Telnet, SNMP or the MOBA-NMS.
The structure of supported parameters is defined in a MIB file (refer to document TE-
800728 or BE-800793 for details). In addition the clock supports the “system” node
parameters defined by MIB-2 (RFC-1213)
Alarm notifications are asynchronous messages and are used to inform the manager
about the appearance / disappearance of alarms.
Alive notifications are sent out periodically to report availability and state of the clock.
The interval time can be configured.

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SNMP community strings:
read community
romobatime
read / write community
rwmobatime
notification (trap) community
trapmobatime
4.2 Multicast mode
The clock is synchronized to UTC (Universal Time Coordinated) from a NTP server.
The clock receives NTP multicast packets transmitted by the NTP server in a specified
time cycle. This type of synchronization requires no clock’s own IP address and is
therefore suitable for an easy commissioning of the large systems of slave clocks.
Further this mode supports monitoring and parameter configuration by means of
MOBA-NMS software.
For supervision and configuration with MOBA-NMS the multicast group address can be
used or the multicast group address having last octet cleared to zero.
The Multicast operating mode signifies only a minimum amount of configuration work
for a network administrator.
It is necessary to set appropriate time-zone for correct displaying of local time and date
–see the chapter 5 for details.
Default network parameters:
IPv4 multicast group address
239.192.54.1
IPv4 multicast config address
239.192.54.0
IPv6 multicast group address
FF38::EFC0:3601
(FF38::239.192.54.1)
IPv6 multicast config address
FF38::EFC0:3600
(FF38::239.192.54.0)
configuration port number
65532
time zone client port number
65534
The menu item P8 must be set to value 1. See chapter 7.2.5 for setting the multicast
group address in the item P12 submenu.

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5 Local time calculation
5.1 Basic setting –control according to source of synchronization
P4
A
Time zone is carried over from the source of synchronization
P5
0
Neither MOBALine time zone nor time zone server are used
P6
A
Display time and date according to source of synchronization incl.
daylight saving time
This setting is suitable for digital clocks controlled by a master clock as slave clocks in
a time distribution system using the MOBALine, Active DCF 77 or IRIG time signal. An
internal time zone table is not used.
5.2 Calculation using MOBALine time zones
P4
A
Time zone is carried over from the source of synchronization. The
UTC time calculation is based on the MOBALine information.
P5
1 - 20
Selection of the MOBALine time zone
P6
A
Display time and date according to chosen MOBALine time zone,
incl. daylight saving time
This setting is suitable for digital clocks controlled by a master clock as MOBALine
slave clocks in a time distribution system with the possibility to display different
MOBALine time zones.
5.3 Calculation using Time-zone server MOBATIME
P4
A
NTP protocol uses UTC time zone
P5
1 - 15
Selection of the time zone server time zone
P6
A
Display time and date according to chosen time zone server time
zone, incl. daylight saving time
This setting is suitable for NTP and PoE digital clocks controlled by MOBATIME NTP
servers, which support the time zone server functionality.
5.4 Calculation using time zone entries preconfigured by MOBA-NMS software
P4
A
NTP protocol uses UTC time zone
P5
0
No time zone server is used
P6
U1-U7
Display time and date according to chosen preconfigured time zone
entry, incl. daylight saving time
This setting is suitable for NTP and PoE digital clocks, where several user defined time
zone entries should be used. The time zone entries are preconfigured by means of the
MOBA-NMS software.

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5.5 Calculation according to internal time zone table
P4
0 –64
According to time zone in which source of synchronization works
P5
0
Neither MOBALine time zone nor time zone server are used
P6
0 –64,
U
Display time and date by calculation from the UTC time according
to chosen time zone, incl. daylight saving time
This setting is suitable for autonomous digital clocks or in cases when the displayed time is
needed from another time zone than provided by the synchronization source. Displayed time
and date calculation is based on the internal time zone table, see chapter 9. This setting is
useful also for the NTP synchronization when no time zone server is available.
If you want to use the zone outside the internal time zone table, follow the “Custom Time
Zone” appendix.

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6 The clock menu table
Program item
Function
Scope of the values
(default values are printed in bold)
P0
Display brightness
1-30, A (automatic)
P1
Time display
format
24 h, 12 h
P2
Display mode
1-3
1
continuous display of time
2
continuous display of date
3
display sequence: time 6 sec, date 3 sec
U*
time constants set up by user, in seconds for each specific
displayed data (available for Option E only)
P3
Source of
synchronization
A(automatically)
P4
Time zone of
synchronization
source
0 - 64, A (automatically)
P5
Time zone for
MOBALine or time
zone server
MOBATIME
1-20, 0(off) –for MOBALine synchronization
or
1-15, 0(off) –for NTP synchronization
P6
Time zone of
displayed time
and date
0 - 64, A (automatically), U* (user time zone, see chap. 5.5)
U1-U7 (preconfigured time zone entry by MOBA-NMS)
P7
IP mode
0
IPv4 / IPv6
1
IPv4
2
IPv6
P8
Network operation
mode IPv4
1
multicast (without IP address)
2*
unicast –network param. defined manually
3*
unicast –network param. defined by DHCPv4
P9
IP addresss
IP*
edit network parameters in manual setting mode or display
parameters assigned by DHCP
P10
Subnet mask
Su*
P11
Gateway
Gg*
P12
Multicast address
Mc*
setting multicast group address
P13
Unicast NTP addr.
Uc*
setting NTP unicast server address
P14
Network operation
mode IPv6
0*
none
1*
autoconfiguration (SLAAC)
2*
DHCPv6
3*
both
P15
WiFi mode
not supported
P16
Clock address for
IR remote control
(available for
Option E only)
1-99
P17
IR controller
autolock
(available for
Option E only)
1-60, U (autolock is off)
Software Version
r_._ (e. g.: r6.17)
•possibility to enter the submenu
•Items P7 to P14 available in NTP and PoE variants only
•Items P16 to P17 available for option E variants only

© MOBATIME 20 / 32 801151.06
6.1 Submenu IPv6 address
Program choice
Function
LOCL
Link local address
e. g. fe80:0000:0000:0000:f68e:38ff:fee8:4a13
SLAC
Address obtained from autoconfiguration (SLAAC)
e. g. 2001:0db8:0000:0012:f68e:38ff:fee8:4a13
dHCP
First address received from DHCPv6
e. g. 2001:0db8:0000:0012:0000:0000:0000:1000
MANU
Manually set address
e. g. fec0:1234:0000:0000:f68e:38ff:fee8:4a13
PrEF
Prefix of manuallyset address
Range 0 –128, default 64
GATE
not yet supported
Default gateway obtained from autoconfiguration (SLAAC)
e. g. 2001:0db8:0000:0012:0000:0000:0000:0001