Gorgy Timing LEDI NETWORK TDS V1 User manual

MDE-LEDI-NETWORK-TDS-4099V2.0
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LEDI
®
NETWORK TDS V1
LEDI
®
NETWORK TDS GPS
RAIL DIN TH35
TIME SERVER
USER MANUAL

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MDE-LEDI-NETWORK-TDS-4099V3.0
WARNING! The following section provides the safety instructions for installation.
Please read it carefully before installing your device.
To protect your device, plug it into a grounded outlet.
The device must be connected to an electrical installation which is in accordance with
the NF C15-100 standard.
The wiring installation must include an easily accessible breaking device (circuit
breaker or disconnecting switch). This device must withstand the nominal voltage and
current values indicated on the device.
In Europe: in accordance with European regulations on the protection of individuals
and the environment, it is your responsibility to dispose of this equipment at a collection
site designed for this purpose (separately from household waste). For further
information, contact your reseller, your collection site or the relevant local authorities.
Any modification or opening of the product without the consent from the Customer
service department will void the warranty.
The LEDI® NETWORK TDS must only be installed, maintained and handled by
competent and knowledgeable persons.
All maintenance operations must be carried out with the power off, including for
systems connected to any relay outputs.
As a general rule, to avoid any interferences, the power (230V supply) and signal (time
information) cables must not be too close to each other. (keep a few centimetres apart)
CAUTION!After unpluggingthe LEDI®NETWORKTDS, thereis a risk of electric shock
from the power connector/plug socket for up to 2 seconds.
To avoid the risk of electrical interference, position the LEDI® NETWORK TDS as far
as possible from sources of radiation (Loudspeakers, antennas, high-frequency
equipment, electromagnetic alarms…).
Gorgy Timing disclaims all liability in the event of accident or damage caused by
improper use of LEDI® NETWORK TDS.
All GORGY TIMING products comply with the following standards: CE, EN60950-1,
EN55022 class B, EN50024.
IMPORTANT SAFETY INSTRUCTIONS

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General hazard –there is a risk of damage to the product if instructions are not followed
Electrical hazard –there is a risk of electrocution or personal injury if instructions are not
followed.
Equipment fully protected by double insulation.
Warnings
Please follow the precautions and instructions indicated below in order to ensure the safety of you and
your environment, and to prevent any potential damage to your device.
WARNING: An isolating switch in compliance with EN60947 standards is used as a
disconnecting device. It must be easily accessible and installed close to the power supply. It
must disconnect all active poles.
The LEDI® NETWORK TDS is intended for indoor use only, at an altitude of less than 2000
metres.
Waste disposal by users in private households within the European Union
This symbol on the product or its packaging indicates the product must not be disposed of with
your general household waste. Instead, it is your responsibility to dispose of your waste by
taking it to a designated collection point for the recycling of electrical and electronic appliances.
The separate collection and recycling of your waste contributes to the conservation of natural
resources and helps to ensure that recycling is environmentally and health friendly. For more
information about your nearest recycling centre, pleasecontact the shop where you purchased
your device, the household waste disposal services or your local authorities.
Technical features
TDS v1
TDS GPS Rail Din TH 35
Power supply
Voltage
110-250 Vac
18-72 VDC
Frequency
50-60Hz
Maximum current
0.1-0.2 A Max
Dimensions
Length
482 mm
209 mm
Width
266 mm
136 mm
Height
44 mm
73 mm
Operating conditions
Maximum operating temperature
50°C
55°C
Humidity (non-condensed)
90 %
EXPLANATION OF SAFETY SIGNS ON THE PRODUCT

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MDE-LEDI-NETWORK-TDS-4099V3.0
CONTENTS
CONTENTS..........................................................................................................................4
1. INTRODUCTION........................................................................................................7
1.1. LEDI® NETWORK TDS V1 RACK....................................................................................7
1.2. LEDI® NETWORK TDS GPS –RAIL DIN TH35................................................................9
1.2.1. Version < 100m cable (solution with antenna GPS converter Part Number: 3Gxx)10
1.2.2. Version > 100m cable (solution with RTBGPS Part number: 4048/xx)).................10
A. RTB GPS antenna (part number: RTBGPS-4080) ................................................12
2. QUICKSTART .........................................................................................................13
2.1. PRODUCT CONNECTION..............................................................................................13
2.2. MANUAL NETWORK CONFIGURATION........................................................................14
2.3. TIME OUTPUT CONFIGURATION..................................................................................14
2.4. ALARM CONFIGURATION .............................................................................................14
3. GENERAL INFORMATION .....................................................................................15
3.1. TIME ZONES ..................................................................................................................15
3.2. LEAP SECOND...............................................................................................................16
3.2.1. Definitions............................................................................................................16
3.2.2. Protocols incorporating a leap second..................................................................16
3.2.3. LEDI®Network TDS performance.........................................................................16
3.2.4. Configuration recommendations...........................................................................17
3.3. SYNCHRONISATION CONCEPTS .................................................................................17
3.4. NOTIONS OFTHENTP PROTOCOL...............................................................................18
3.4.1 Client/Server mode ...............................................................................................19
3.4.2. Broadcast mode...................................................................................................20
3.5. TIME SERVER STATUS.................................................................................................20
3.6. SNMP (SIMPLE NETWORK MANAGEMENT PROTOCOL) AND MIB (MANAGEMENT
INFORMATION BASE)...........................................................................................................21
3.7 TIME INPUT INSTABILITY DETECTION..........................................................................23
4. FRONT LCD DISPLAY............................................................................................24
4.1. LIGHTS AND BUTTONS.................................................................................................24
4.2. STARTUP .......................................................................................................................25
4.3. TIME DISPLAY................................................................................................................25
4.4. ALARM DISPLAY............................................................................................................26
4.5. IPV4 / IPV6 CONFIGURATION........................................................................................28
4.5.1. Display current IP addresses................................................................................28

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4.5.2. Menu....................................................................................................................28
4.5.3. IPv29....................................................................................................................29
4.5.4. IPv6 .....................................................................................................................31
4.6. RESTARTING................................................................................................................33
5. WEB INTERFACE...................................................................................................34
5.1. PRESENTATION.............................................................................................................34
5.2. DESCRIPTIONOF WEB PAGES ....................................................................................35
5.2.1. Navigation menu..................................................................................................35
5.2.2. "Index" Page ........................................................................................................38
5.2.3. "Network" Page....................................................................................................40
5.2.4. "Alarms" Page......................................................................................................43
5.2.5. "SNMP" Page.......................................................................................................45
5.2.6. "NTP" Page..........................................................................................................48
5.2.7. NTP Server Statistics Page..................................................................................54
5.2.8. "Input" Page.........................................................................................................55
5.2.9. "Output" page.......................................................................................................59
5.2.10. "Interface" Page.................................................................................................64
A. User Accounts ......................................................................................................64
B. Front LCD.............................................................................................................65
C. Other interfaces....................................................................................................66
D. File system...........................................................................................................68
E. SNMP Interface....................................................................................................69
F. Telnet and SSH Interface......................................................................................70
G. Command prompt.................................................................................................70
H. File transfer..........................................................................................................74
I. "Restart" Button .....................................................................................................74
5.2.11. Update...............................................................................................................75
5.2.12. "Diagnostics" Page.............................................................................................78
6. APPENDIX A –CONNECTIONS.............................................................................81
6.1. INSTALLATION VIEW.....................................................................................................82
6.2. DCF-GPS ANTENNA ......................................................................................................84
6.2.1. DCF Antenna.......................................................................................................84
6.2.2. GPS antenna (converter unit)...............................................................................85
6.3. AFNOR-NFS-87500 / IRIG-B OUTPUT ...........................................................................86
6.4. SERIAL IMPULSION OUTPUT........................................................................................86
7. APPENDIX B –OUTPUT CODES FORMAT ..........................................................87

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MDE-LEDI-NETWORK-TDS-4099V3.0
7.1. AFNOR/IRIG-BNFS87500 ..............................................................................................87
7.2. DESCRIPTION OF DCF AND TDF TIME CODES...........................................................90
7.3. POLARISED MINUTE PULSES ......................................................................................92
8. APPENDIX C –MAINTENANCE.............................................................................94
8.1. CARD REPLACEMENT +IMPULSION CARD POWER SUPPLY....................................94
8.2. MICROCONTROLLERS REPLACEMENT.......................................................................95
8.3. OUTPUT CARDS ADDRESSES SWITCHES..................................................................96
8.4. TOP AND IRIG-B DCLS TIME CODE OUTPUT SIGNALS..................................................97
8.5. SUPERVISION PROTOCOLS.........................................................................................98
8.5.1. Syslog messages catalogue...................................................................................98
9. APPENDIX D –TROUBLESHOOTING...................................................................99

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1. INTRODUCTION
This document is the instruction manual for the LEDI®NETWORK TDS V1 and the LEDI®
NETWORK TDS GPS Rail Din TH 35. These products are accurate and easily configurable
time servers.
Each server communicates through the following network protocols:
►IPv4 et IPv6
►HTTP(S)
►SNMP v1, v2c, v3
►Telnet
►SSH
►FTP
►SMTP
►Syslog
►(S)NTP
►ENDMI (to detect Gorgy Timing
products on the IP network)
Security features ensure that the server delivers reliable and continuous timing information.
1.1. LEDI® NETWORK TDS V1 RACK
The server synchronises through an NTP Ethernet 10/100 base T or DCF or GPS time input.
In case of a DCF or GPS input, the heart of the time base is a temperature-compensated
quartz oscillator (TCXO) which limits deviation when the time source is unavailable.
There are 3 available time outputs: AFNOR NFS 87500 / IRIG B, IMPULSION, NTP.

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MDE-LEDI-NETWORK-TDS-4099V3.0
The use of the LEDI® Network TDS V1 has several advantages:
►Ethernet + IPnetwork interfacing.
►Simplified installation.
►Easy remote configuration and diagnostics.
►1U 19” rack easily mounted in many installations.
►3 configurable outputs:
- AFNOR NFS 87500 / IRIG-B
- NTP (V2, V3, V4): Unicast, Multicast et Broadcast
- Minute Impulses 24V //
ASSEMBLY
The rack must be fixed in a 19'' frame using 4 screws and cage nuts, shown in the image
below. (Screw 10-32 M6, tightening torque: 1.13Nm).
BOX CONTENTS
The box should contain the following items
►The 19" 1u rack, with the words "LEDI® NETWORK TDS" on the front panel
NOTE: The device code and configuration can be checked on the identification label on the
bottom or back of the device. It must correspond to the following number: 94031/opt (opt
depending on the device options).
►A non-locking IEC 60320 C13 mains power cable
NOT: only for models with alternative current (AC) supply.
►A 2-pin connector for DC power input
NOTE: only for DC models.
►One RJ45 network cable
►A DVD containing software and documentation
☛Please contact customer service if an item is missing

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1.2. LEDI® NETWORK TDS GPS –RAIL DIN TH35
The time server has GPS synchronisation input providing SNMP supervised NTP time
synchronisation.
Both an alarm visible on the front LED display and quick configuration from the front panel
buttons are available.
209 x 73 x 136 mm (WxHxD)

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MDE-LEDI-NETWORK-TDS-4099V3.0
1.2.1. Version < 100m cable (solution with antenna GPS converter Part Number: 3Gxx)
MOUNTING
Fixing by rear panel in Rail Din (see image below).
►Kit contents (cable and GPS antenna not included):
- LEDI®Network TDS Rail Din
- One RJ45 network cable
- A DVD containing software and documentation
☛Please contact customer service if an item is missing.
►Power supply:
Direct current (DC) supply 24Vdc (18-72Vdc) on screw terminal block –10W max
1.2.2. Version > 100m cable (solution with RTBGPS Part number: 4048/xx))
►Mounting:
Rear panel mounting in Rail Din
Antenna to be positioned on the roof of the property and cable (not included) to be
routed to the time server. See reference table for model selection (IRIGB input).