TimeLink TMS6002 User manual

Tous droits réservés © TimeLink microsystems
TMS6002
USER MANUAL
Reference : MN06127
Issue : A1
Date : 2019-03-27

TMS6002
USER MANUAL
Ref : MN06 27 Date : 20 9-03-27
Issue : A Page: 2/ 8
Tous droits réservés © TimeLink microsystems
Version chan e
Issue Date Description
A 20 9-03-27 Original issue

TMS6002
USER MANUAL
Ref : MN06 27 Date : 20 9-03-27
Issue : A Page: 3/ 8
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TABLE OF CONTENT
1. GENERAL DESCRIPTION 3
. . FRONT AND BACK PANEL ............................................................................................................................. 4
.2. DETAILED CHARACTERISTICS ....................................................................................................................... 5
.3. PHYSICAL CHARACTERISTICS ........................................................................................................................ 5
2. TMS6002 SETUP 5
2. . PHYSICAL INSTALLATION OF EQUIPMENT ................................................................................................... 6
2.2. CONNECTIONS ............................................................................................................................................. 6
2.3. CONFIGURATION ......................................................................................................................................... 6
2.3. . General settings ..................................................................................................................................... 6
2.3.2. Dedicated NTP settings .......................................................................................................................... 8
3. HOW TO GET STARTED 9
3. . POWERING-UP ............................................................................................................................................. 9
3.2. LEDS 9
3.3. SCREENS..................................................................................................................................................... 0
3.3. . MAIN SCREEN ...................................................................................................................................... 0
3.3.2. ALARMS SCREEN ..................................................................................................................................
3.3.3. SOURCE SCREEN ..................................................................................................................................
3.3.3. . GNSS SCREEN ...........................................................................................
3.3.3. . IRIGB SCREEN ........................................................................................... 2
3.3.4. OSCILLATOR SCREEN ............................................................................................................................ 2
3.3.5. EQUIPMENT INFORMATION SCREEN ................................................................................................... 3
3.4. SSH ACCESS ................................................................................................................................................ 3
3.4. . CHANGE PASSWORD ............................................................................................................................ 3
3.4.2. RESTART OR STOP THE EQUIPMENT .................................................................................................... 4
3.4.3. CHANGE TO USER 'root' ....................................................................................................................... 4
3.5. SERIAL CONSOLE ACCESS ........................................................................................................................... 4
4. MONITORING 14
4. . Http server ................................................................................................................................................. 4
4.2. SNMP MONITORING .................................................................................................................................. 5
5. MAINTENANCE 16
5. . SOFTWARE UPDATE ................................................................................................................................... 6
5.2. CONFIGURATION FILE UPDATE CONFIGURATION ..................................................................................... 6
5.2. . EDITING USING REMOTE ACCESS ......................................................................................................... 6
5.2.2. EDITING USING A PC ............................................................................................................................ 6
5.3. TROUBLESHOOTING AND ALARMS MESSAGES ......................................................................................... 6
GENERAL DESCRIPTION

TMS6002
USER MANUAL
Ref : MN06 27 Date : 20 9-03-27
Issue : A Page: 4/ 8
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TMS6002 is a multi-source (IRIGB or GNSS) disciplined NTP time server. It also generates a PPS output.
The equipment can be used with one source only, it is preferable to disable the unused source in that case in
order not to get the corresponding Alarms.
It can also be used with several sources with a priority selection amongst them. The equipment will
automatically switch from one to the other source if the current source is not usable anymore.
1.1. FRONT AND BACK PANEL
The front panel of the device has a high contrast LCD display with two lines of 40 characters, three color LED
indicators and a simplified 6 buttons keypad for navigation between the different screens.
Fi ure 1 – Front panel
The back panel of the equipment groups all connectors for connections to the environment :
•GNSS TNC type connector
•SD card connector
•RJ45 NTP network
•USB console
•BNC PPS signal
•BNC IRIGB IN connector
Figure 2 – Back panel

TMS6002
USER MANUAL
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1.2. DETAILED CHARACTERISTICS
Characteristics Types / Value
PPS output Level: 0-5V, positive pulse, 50 Ohms
Female BNC connector – named " PPS"
Duration: 20us, Hz period, rising edge
IRIG-B Analog IRIGB (modulation :3/ : , level 0 to 8V peak to peak - 600 Ω)
Female BNC connector
GNSS Integrated GNSS (GPS and GLONASS) module
TNC connector for active antenna - 5V or 3.3V power supplied by the GPS
module
SD card "Push-push" connector on the back of the equipment - Identification "SD
CARD"
Power supply input(s) CEE 2P+E socket with integrated filter and ON/OFF switch
Integrated back-up power supply
85 to 265V AV 47-60Hz
Consumption : < 0W at 230VAC/50 Hz
NTP Service RJ45 connector – named "LAN"
UDP port 23, request/answer operation (unicast)
00/ 000 Mbps Ethernet
Console USB connector, speed 5200 bauds, 8 data bits, stop bit
SNMP service SNMP v2c, V3 protocol
Tableau – functional specifications
1.3. PHYSICAL CHARACTERISTICS
The table below summarizes the physical characteristics of the equipment.
Characteristics Types/Values
Dimensions 9" rack (483 mm), U high (44 mm), 350 mm deep.
Weight 2.7 Kg (3.0 Kg with provided power cord).
Table 2 – Physical specifications
2. TMS6002 SETUP
Before using the equipment, it is necessary to perform the operations described below.

TMS6002
USER MANUAL
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2.1. PHYSICAL INSTALLATION OF EQUIPMENT
The equipment is intended to be installed into a 9" cabinet. It is recommended to connect the equipment to
the protective ground of the cabinet via the ground stud on the left rear of the equipment.
2.2. CONNECTIONS
The following connections must to be made:
•Connect the equipment to the AC power via the supplied AC cord.
•Connect the mechanical chassis ground to the cabinet ground.
•Connect the GNSS antenna cable to the antenna input of the equipment.
•Connect the equipment to the remote management network ("LAN" connector) with a RJ45 network
cable.
Important: Power the equipment only after all connections have been made.
2.3. CONFIGURATION
The proper functioning of the equipment requires setting the configuration parameters with consistent values.
These settings are located on an SD card inserted in the back of the equipment.
The parameters available to the user are located in the 'user.ini' file. When inserted into a PC, the 'user.ini' file
is located in the 'TMS6002' directory of the SD card. On the equipment, this file is located in the '/confi '
directory.
The following table lists the parameters according to their location in the configuration space. The procedure to
change the settings is described in the maintenance chapter of this document.
Important: Please do not modify files other than those listed below under penalty of breaking the equipment’s
operation, except if the support staff of Timelink microsystems invites you to do so.
2.3.1. Gener l settings
These settings are located in the'TMS6002/user.ini' file of the SDCARD.
Only the parameters listed below can be modified, contact TIMELINK for other needs.

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USER MANUAL
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Section [IP_eth0]
Name Description Availability Default value Accepted values
Ip IP V4 address of the
equipment
Mandatory 92. 68. 0. 90 Any compliant IP V4
address
mask Subnet mask of the
network on which the
equipment is connected
Mandatory 255.255.255.0 Any compliant subnet
mask
gateway IP V4 address of the
default gateway
Optional but
recommended
92. 68. 0.254 Any compliant IP V4
address
nameserver IP V4 address of the name
server
Optional 8.8.8.8 Any compliant IP V4
address
[SOURCE_PRIORITIES] Section
Name Description Availability Default value Accepted values
GNSS Select the priority of the
source compare to the
others. is highest priority
Mandatory ,2,3
IRIGB_IN Select the priority of the
source compare to the
others. is highest priority
Mandatory 2 ,2,3
LOCAL Select the priority of the
source compare to the
others. is highest priority
Mandatory 3 ,2,3
[GNSS] Section
Name Description Availability Default value Accepted values
PRESENCE Enable/disable the GNSS
source.
Mandatory Y Y, N
UTC_OFFSET Offset between GPS and
UTC time in second
Mandatory 8 Number
MOBILE Enable the GNSS mobile
receiver mode
Mandatory Y Y or N
LEAP_MODE Set the way the UTC offset
update is managed.
LEGACY: the parameter
UTC_OFFSET described
above is prioritized and
when different from the
one propagated by GNSS,
an alarm is triggered.
Manual acknowledgement
is then necessary to switch
to the GNSS parameter.
AUTOMATIC: as soon as
available the UTC offset
Mandatory AUTOMATIC LEGACY or
AUTOMATIC

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Name Description Availability Default value Accepted values
propagated by GNSS is
used and the value
described above is
updated accordingly
automatically.
PASSIVE_ANT
ENNA
Select active or passive
antenna
Mandatory N Y or N
GPS Enable or disable GPS
constellation. Only 2
constellations can be
activated.
Mandatory Y Y or N
GALILEO Enable or disable GALILEO
constellation. Only 2
constellations can be
activated.
Mandatory Y Y or N
GLONASS Enable or disable
GLONASS constellation.
Only 2 constellations can
be activated.
Mandatory N Y or N
BEIDOU Enable or disable BEIDOU
constellation. Only 2
constellations can be
activated.
Mandatory N Y or N
Note : any change to the default constellation must be followed by a Coldstart and a reboot.
[IRIGB_IN] Section
Name Description Availability Default value Accepted values
PRESENCE Enable/disable IRIGB
source.
Mandatory Y Y, N
YEAR Default year used when it
is not received
Mandatory 20 9 Current year
CODE Type of IRIGB code Mandatory B 22 B 22, B 26, 344
2.3.2. Dedic ted NTP settings
NTP authentication is managed using 3 files located on the SD card:
The file “/config/system/etc/ntp/keys” sets the keys to be used. Those keys must be shared
with the NTP client so that authentication can take place.
“keys” file example :
# Thu Apr 28 16:06:45 2016
1 MD5 12345678901234567890 # MD5 key

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USER MANUAL
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2 MD5 x$H;9MV>zXL7YEa%+T)x # MD5 key
3 MD5 $jHdPH(0S3Jm;A7 # MD5 key
The file “ /config/system/etc/ntp/trustedkeys” activates the keys
Example: within the following file, the 3 keys are activated
# Specify the key identifiers from /etc/ntp/keys which are trusted.
trustedkey 1 2 3
The file “/config/system/etc/ntp/restrict” define NTP server access rights for a subnet or a
machine.
Example:
restrict 192.168.10.0 mask 255.255.255.0 #authenticated or not
restrict 192.168.1.0 mask 255.255.255.0 notrust #authenticated
restrict 192.168.1.1 mask 255.255.255.255 notrust #authenticated
3. HOW TO GET STARTED
3.1. POWERING-UP
The equipment power-up when the power is applied to the unit and the ON/OFF switch is turned ON.
3.2. LEDS
On the front panel a group of three colored LED indicates the status of the system. These indicators and their
meanings are described in the table below.
LED Color Description
ON Off At system start-up
Green Equipment is powered up.
Blinking
Green
Equipment is locked on current screen.
ALARMS Off At system start-up
Red At least one ERROR criticality alarm is present
Orange At least one WARNING and no ERROR is present
Green Equipment operates normally.
Alarms of type INFO can though be present
SYNC Red The internal time has not been set yet
Orange The equipment is no more synchronized
Green The equipment is synchronized and disciplined on the GNSS source
Tableau 3 – Status LEDs

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USER MANUAL
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3.3. SCREENS
The display is composed of several screens on which the navigation is done by using the up and down arrow
keys. The default screen is displayed again after 5 seconds without action on the up or down arrows.
Nevertheless, it is possible to lock the display on the current screen by pressing the green button.
No configuration changes can be made from the screens displayed.
The following sections describe the contents of screens.
3.3.1. MAIN SCREEN
This screen is displayed as the default screen. It provides a synthesis of the operation of the equipment.
The displayed information is the following:
•current UTC date and time
•name of the selected time source (GNSS or LOCAL)
•quality of the generated time
•quality of the frequency stability
Time 2014-04-25 12:00:00 UTC Freq
▌▌▌▌▌ Synced to source GPS ▌▌▌▌
Screen sample
The quality indicators are made of 0 to 5 bars.
Time indicator:
Bars Precision (GNSS) Equipment state
0 > 0µs Indicates a problem in steady
state.
(Normal during startup)
µs to 0µs
2 500ns to µs
3 00ns to 500ns
Operating 4 50ns to 00ns
5 < 50ns
Precision is an image of the phase difference between the internal generated PPS and the PPS of the time
source.
Frequency indicator:
Bars Equipment state
0 Indicates a problem in steady
state.
(Normal during startup)
2
3
Operating
4
5