Why using GORGY TIMING solutions?

Transcription

9th INSTRUCTIONS HANDBOOK
Time, synchronization systems and communication displays.
www.gorgy-timing.com/en
Ref. : GP_UK-V1.0
GORGY TIMING – non contractual pictures, subject to any modifications
2/48
Summary
1
2
3
4
5
6
7
8
9
Sources of external synchronization......................................................................................................................................................................... 6
1.1 Transmission of time satellite reference ............................................................................................................................................................. 6
1.2 Transmission of the reference time by radio transmitters ................................................................................................................................... 6
1.3 Other sources of external synchronization: ........................................................................................................................................................ 6
Modes of transmission of time.................................................................................................................................................................................. 7
Operation of time distribution ................................................................................................................................................................................. 10
3.1 Wire time distribution …................................................................................................................................................................................... 10
3.2 Wireless distribution… ..................................................................................................................................................................................... 12
3.3 Time synchronization over network… .............................................................................................................................................................. 13
3.4 Mixed time distribution … ................................................................................................................................................................................ 14
Choosing a suitable type of transmission ............................................................................................................................................................... 15
Applications : Key points and patterns types .......................................................................................................................................................... 17
5.1
Banks ........................................................................................................................................................................................................... 18
5.2
Broadcast - Radios/Televisions .................................................................................................................................................................... 20
5.3
Power plants ................................................................................................................................................................................................ 22
5.4
Schools - Universities ................................................................................................................................................................................... 24
5.4.1
Schools (schools, colleges) .................................................................................................................................................................... 24
5.4.2
Universities ............................................................................................................................................................................................ 26
5.5
Hospitals, Clinics .......................................................................................................................................................................................... 28
5.6
Hotels ........................................................................................................................................................................................................... 30
5.7
Industries, Offices......................................................................................................................................................................................... 32
5.8
Swimming-pools ........................................................................................................................................................................................... 34
5.9
Air transportation .......................................................................................................................................................................................... 36
5.10
Railways ....................................................................................................................................................................................................... 38
Equipment description............................................................................................................................................................................................ 40
6.1 Comparative table (input synchronization, outputs, power supplies, sizes…) .................................................................................................. 40
6.2 Technical cards ............................................................................................................................................................................................... 42
Standards and regulations ..................................................................................................................................................................................... 43
7.1 ISO Certification .............................................................................................................................................................................................. 43
7.2 Compliance of products with EC ...................................................................................................................................................................... 43
7.3 ROHS Compliance .......................................................................................................................................................................................... 43
References ............................................................................................................................................................................................................ 44
Contacts ................................................................................................................................................................................................................ 45
Ref. : GP_UK-V1.0
3/48
Our profession changes ….
Recent developments in cabled, optical and wireless networks have fundamentally changed our profession
and offer new possibilities that are more economical, more accurate and easier to implement.
Only a short time ago, time distribution by GORGY TIMING consisted solely of displaying the time on a clock and
supplying time to computers on a serial port. This world is now completely obsolete, we have entered the age of time
synchronization on communication networks (Ethernet, Internet and wireless WIFI and WIMAX). This has had a
profound, irreversible impact: the nature of synchronization exchanges is wider and faster and distance is no longer
an obstacle.
GORGY TIMING, French manufacturer, has been the most fervent supporter of the standardization of time
transmission with a view to transparency and customer satisfaction.
The present catalogue has been compiled to show how our profession has progressed and help you chose the
application that best meets your requirements.
Ref. : GP_UK-V1.0
4/48
Why using GORGY TIMING solutions?
Global product offer
Led digital clocks, Analog clocks,
Time servers, time centres,
Telecom synchronization units.
Inter operable solution
Use of international standards and protocols.
Flexible, reliable,
24/7 availability solutions
Hot Plug, redundancy, power saving, modularity.
Services
Hot Line, site assistance commissioning,
warranty extension, training, site acceptance test, factory acceptance test.
Reduced costs of installation
use of existing network, wireless solution,
battery or POE supply.
Know-how
over 35 years experience.
ISO Certification
French manufacturing
Products proposed and schemes are not restrictive examples.
Ref. : GP_UK-V1.0
5/48
1 Sources of external synchronization...
For a greater accuracy, our quartz time bases can be synchronized by several external synchronization sources.
1.1
Transmission of satellite time reference
Synchronization by GPS satellites.
The GPS (Global positioning System) consists of 24 satellites that continuously broadcasts signals on the frequency 1.575 ghz provide the
location and timing, for military and civilian sectors.
A specific antenna receives these time messages in UTC (Universal Time Coordinated)
Good reception with a minimum of three satellites can achieve a better than one microsecond accuracy.
1.2
Transmission of the reference time by radio transmitters
The radio-synchronization is based on receiving time signals from transmitters :
• France Inter Radio France 162kHz sinus waves,
• DCF 77,5kHz (Germany),
• MSF 60 kHz (UK),
• WWVB 60kHz (USA),
• JJY 8000-15000 kHz (Japon).
The time signals are received in local time and include a complete message : hour, minute, second, date,
day of week, month, year, daylight saving time. The remote active antenna of our master clock systems,
allows them to automatically get time and date, and daylight saving time.
1.3
•
•
•
•
•
•
•
Other sources of external synchronization:
AFNOR NFS 87500 - IRIG B
NTP (Net Time Protocol)
PTP (Precision Time Protocol)
ASCII
SMPTE EBU
DHW (Wireless time distribution)
Pulse signal
Ref. : GP_UK-V1.0
6/48
2 Modes of transmission of time...
The time servers must synchronize the clocks and the network of a company without being dependent on proprietary technology from a single
manufacturer.
• Impulse Transmission
This mode of electrical transmission of time is old (1897).GORGY TIMING recommend it only to synchronize a few clocks or upgrade existing installations.
• RS485 Transmission code
This network transmission code allows to carry the time on a phone pair with shielding screen. GORGY TIMING has now dropped it in favour of the Afnor NFS
87500/Irig B standard time code .
Ref. : GP_UK-V1.0
7/48
• AFNOR NFS 87500 - IRIG B Transmission code
This code standardized in time message and frequency allows customers to choose freely between several clocks suppliers to find the timing devices that suits the
best to their requirements .This amplitude modulated code can now transmit the time to more than 250 clocks up to 40 km on a simple telephone cable. This code
has the advantage of having no interference on surrounding lines and it is not subject to industrial and electrical interferences.
• IRIG DCLS transmission
This simplified code contains the Irig -B time message, but without modulation. The range is limited to a few hundred meters.
• SMPTE EBU code transmission
Standardized code for synchronization of video and audio signals in audio-visual applications
Ref. : GP_UK-V1.0
8/48
• PPS Transmission
Pulse Per Second, broadcasting of time signals at programmable intervals.
• NTP Transmission
The Network time protocol (RFC 1305) transmitted over TCP/IP, calculates and corrects the deviation of data propagation time on local or remote networks. (cabled
Ethernet or Wi-fi atmospheric networks).
• PTP Transmission
This Precision Time Protocol (IEEE 1588-2002) on TCP/IP corrects the deviation of propagation time using the principle of hardware timestamps to achieve accuracy
of several nanoseconds.
• DHW Transmission
The Afnor standard time information is transmitted via radio waves on frequency 869.525 MHz EN300-2201(EU), FCC15.249(US), EN301.489, it has a
range of 5 km in a free field and limited to a 250m radius subject to the composition of the building structure.
Ref. : GP_UK-V1.0
9/48
3 Operation of time distribution
3.1
•
Wire time distribution …
Impulse
☺
•
Low prices for analog receiver clocks.
Advice
• Labourious commissioning.
• Manual time setting of receiver clocks in case of
cut-off line
• High installation costs due to wiring
• Interference on nearby phone lines.
• Old mode of transmission, nearly obsolete.
Ref. : GP_UK-V1.0
To be proposed on small installations, up to 10
clocks on a maximum distance of 800m, or
upgrading existing impulse set-ups...
10/48
•
AFNOR NFS 87500/IRIG B code
☺
• Time synchronization without manual
intervention
• Standardized AFNOR code.
• Reduced installation costs by using a pair
available on a phone cable or optical fibre
• Ability to transport time over long distances
• No interference on of phone lines nearby
Advice…
• higher unit price per analog clock than with
impulse.
• Wiring
Ref. : GP_UK-V1.0
To be proposed on installations containing
between 10 and 250 clocks with a distance up to
40km per output line of clocks.
11/48
3.2
•
Wireless distribution…
DHW : Wireless time distribution
☺
• Easy installation and lower installation costs (no
wiring in DHW )
• Standardized time message .
•
Advice…
• Coverage limited to a radius of 250m (for radius
> 250m, repeaters are required)
• Reception of the signal conditioned by the
structure of the building
No apparent cable.
Ref. : GP_UK-V1.0
To recommend for extensions of existing
installations in case wiring is not allowed.
This type of transmission requires expertise on
site by one of our technicians to control that the
frequency is received correctly in the whole
building .
12/48
3.3
•
Time synchronization over network…
Ethernet and WIFI
☺
• Use of the existing computer network.
• Standard protocol NTP RFC 1305.
• Reduced installation costs.
• POE power supply (Power Over Ethernet). Standard
POE 802.3.
• Synchronization of computer network and other networkconnected devices (our slave clocks are available in NTP
version)
• Reliability and easy implementation of system
• A significant quantity of clocks and connected devices.
• Supervision of products connected to the network via
SNMP
• Encryption MD5
Ref. : GP_UK-V1.0
Advice…
•
Higher unit price of the clocks.
Innovative solution to recommend on new
facilities or facilities with an Ethernet network.
13/48
3.4
Mixed time distribution …
☺
•
•
Ideal for buildings expansion or renovation
Flexibility of implementation
Advice…
•
Ref. : GP_UK-V1.0
Different clock versions to manage
To recommend on extensions or
“multifunctional “ applications to meet specific
requirements.
14/48
4 Choosing a suitable type of transmission
The diversity of our products combined with different modes of time transmission such as Afnor, NTP, wireless… can meet the needs of our customers and be
adapted to different types of buildings.
Each application has a solution:
• For a new construction, it is possible to anticipate the wiring for power supply and for time code transmission.
• In that case, we can use either Afnor or NTP.
• As part of renovation of a building, it is possible to anticipate a wired time distribution if the cable already exists , or by radio (DHW) if it isn’t possible wiring.
• A NTP synchronization with POE (IEEE 802.3af) power supply is more appropriate if the building is equipped with an Ethernet network.
• In some cases, it is possible to have a mixed solution : Afnor + NTP or NTP + DHW .
GORGY TIMING products can meet all these requirements .
Our offer consists of :
• Master clocks and time servers, whose main functions are to synchronize computer devices, distribute time to clocks, trigger ringtones, activate dry contacts.
• Analog and digital clocks (interior and exterior) for time display, with NTP, DHW, AFNOR NFS87500 receivers
• Dynamic communication displays.
It is necessary to establish a diagnosis, analyse the state of the building structure and the quantity of clocks to be installed, in order to choose the transmission
mode and the type of products that suits the best to your needs in compliance with international standards.
Ref. : GP_UK-V1.0
15/48
Ref. : GP_UK-V1.0
16/48
5 Applications : Key points and patterns types
Banks
Broadcast – Radio/Television
Power plants
Schools - Universities
Hospitals, clinics
Hotels
Industries, offices
Swimming- pools
Air transport
Railways
If your application does not appear in this list, contact our sales department :
gorgy@gorgy-timing.fr
33 4.76.30.48.20
Ref. : GP_UK-V1.0
17/48
5.1 Banks
Today, the banks are diversifying. They are not just managing the accounts but also insurance or estate, hence they need to inform their customers about their
activities
It is important for a bank with several offices to have the identical time on all these sites and the ability to display information in real time.
With the growing development of E-commerce and the account management via internet, the bank must secure their systems and date accurately their data
exchanges, to avoid litigation.
In trading rooms, it is necessary to display the exact time on all different trading places.
Key points
•
•
•
•
•
•
Display identical time on the clocks and on all equipment connected to the computer network
Synchronize the computer network.
Display official time throughout the building (trading rooms, offices, agencies…)
Give time of different time zones on a same display.
Saving energy: programming of lighting, heating, airing…
Distribute and display information in real time to agents and customers (video, commercials, pictures…)
Suggested equipment (non exhaustive list)
•
•
•
•
•
•
Modular time centre : RT4000
Time server : LEDI NETWORK
Programmer master clock : RTCP09
Digital LEDI clocks and analog HANDI clocks for interior and exterior
LEDI WORLD clocks (with time zones)
Communication displays : LEDICOM
Ref. : GP_UK-V1.0
18/48
•
Typical installation : banks
Ref. : GP_UK-V1.0
19/48
5.2 Broadcast - Radios/Televisions
On the radios and televisions, blackouts for national and regional programming must be perfectly synchronized, speaking time has to be displayed and timed by
accurate time bases .Time allotted to journalists is planned.
National radios give a precise time signal every hour.
Mobile digital television requires great accuracy and frequency stability to guarantee changeover from one transmitting cell to next without interruption.
Key points
•
•
•
•
•
•
•
•
Generate and display Time Code.
Read time instantly and view the remaining time..
Have silent clocks.
Time the speaking time (counting up and down)
Synchronize the computer network
Saving energy : programming of lighting, heating, ventilation…
Distribute and display information in real time
Suggested equipment (non exhaustive list )
•
•
•
•
•
•
Digital LEDI clocks for interior and exterior
Communication displays
Installations of timing system for recording van : PLEASE CONTACT US
Ref. : GP_UK-V1.0
20/48
•
Typical installation : broadcast, radio/televisions
Ref. : GP_UK-V1.0
21/48
5.3 Power plants
Electrical power requirements must correspond as precisely as possible with production. Load-shedding has to be triggered and synchronized with great accuracy
and these occurrences must be precisely dated. More than ever before, power stations need to be regulated by extremely accurate time /frequency servers.
The timing requirements are made on several accuracy levels :
a)
Events dating : accuracy 1 to 10 ms
This dating is done at source (synchronizing each PLC). The event is dated at its detection by the PLC or the tilt-disturbance recorder. This timing at source is also
called “fine timing”.
b)
Load management: accuracy inferior to 1 µs.
Synchronization of electrical blackouts during periods of peak load-shedding consists in the voluntary shut-down (manually or automatically) one or a few
consumption loads determined in advance in a power network in response to an abnormal situation, in order to maintain network integrity and to reduce blackouts.
The cuts of these elements must be made respecting a very precise timing because of voltages and currents to be handled.
c)
Sale of Energy : accuracy about 100ms
As result of energy deregulation, it was, necessary to design and deploy a new information system for counting, remote servers and record energy meters, installed
on all input and output points of the transportation system. They communicate data to the servers in real time. This equipment located in different locations must be
perfectly synchronised.
The synchronization requirements are used to monitor power grids, including frequency changes 50 or 60Hz.
Key points
•
•
•
•
Synchronize the computer network.
Distribute accurate and safe time
Distribute and display information in real time
•
•
•
•
•
•
Module NT509 for RT4000 - sector frequency management 50 or 60 Hz
Frequency generator: OSA – Accuracy 2.048 MHz as per G.703-13
Ref. : GP_UK-V1.0
22/48
•
Typical installation : power plants
Ref. : GP_UK-V1.0
23/48
5.4 Schools - Universities
5.4.1 Schools, colleges
GORGY TIMING master clocks synchronize GORGY TIMING receiver clocks, displaying the time in classrooms , corridors, library and playground, and they also can
synchronize the computer networks with time servers.
The programming units GORGY TIMING can trigger the ringtones at the beginning and at the end of the course but also enable to save energy by schedule
programming for heating or lighting . GORGY TIMING offers a wide range of master clocks and receiver clocks.
Communication between the school , the students , or students parents, goes via text displays to display information.
Key points
•
•
•
•
•
•
Display identical time in all the buildings (classrooms, corridors, playground, gymnasium…)
Program ringtones, door openings.
Display information in real time for teachers, students and parents.
Reply with compliant clocks to standards for resistance to fire (EN60.950 et CEI60.950)
Synchronize computer network and all connected devices.
Make energy savings, by schedule programming of lighting, heating, ventilation…
•
•
•
•
•
•
Time servers : LEDI NETWORK
Programmer master clock: RTCP09
LEDICA LCD (hour, date and temperature display)
LEDI WORLD clocks ( with time zones)
Ref. : GP_UK-V1.0
24/48
•
Typical installation : schools, colleges
Ref. : GP_UK-V1.0
25/48
5.4.2 Universities
Universities or campus gather several distant buildings, it is important to limit the wiring and to use existing cables such as Ethernet network.
GORGY TIMING offers both time servers and clocks on the Ethernet , the used time protocol is NTP, much safer and more accurate that the SNTP. It is, then
possible to monitor the clocks and peripherals from a single location via the GT supervision software.
Key points
•
•
•
•
•
•
•
Display identical time in all the buildings (classrooms, corridors, outside, cafeteria, library, gymnasium…)
Program ringtones.
Synchronize computer network and all connected devices.
Display speaking time (counting up and down)
Make energy savings, by programming of lighting, heating, ventilation…
Display information in real time for teachers and students
•
•
•
•
•
•
•
Time centre : RT4000
LEDICA LCD (time display, date and temperature)
Communication display
Ref. : GP_UK-V1.0
26/48
•
Typical installation : universities
Ref. : GP_UK-V1.0
27/48
5.5 Hospitals, Clinics
Hospital staff need to have the official time, operating theatres require specific timer clocks to meet the new hygiene and security standards.
All the operational equipment from the PABX for call management, to communication recorders and computer network, must be perfectly synchronized, thereby, they
have a precise chronology of the progress in rescue operations.
The schedule of lighting, ventilation, heating can make energy savings.
GORGY TIMING equipment, master clocks, time servers, synchronize the receiver clocks that display time in different offices, corridors, rooms, the lobby, operating
theatres, and synchronize security pass, communication display, telephony…
GORGY TIMING communication displays help disseminate information both for patients, visitors and hospital staff.
Key points
•
•
•
•
•
•
•
Reply with compliant clocks to standards for resistance to fire (EN60.950 et CEI60.950) and hygiene standards..
Time the rescue operations (counting up and down)
Display identical time throughout the building (operating theatres, recovery rooms, maternity …)
Make energy savings, by scheduled programming of lighting, heating, ventilation….
Disseminate and display information in real time for hospital staff, patients, and visitors
•
•
•
•
•
•
Time centre : RT4000
LEDI 7.S Hospital – flush mount case, front safety glass, wired touch remote control with stopwatch function
Ref. : GP_UK-V1.0
28/48
•
Typical installation : hospitals, clinics
Ref. : GP_UK-V1.0
29/48
5.6 Hotels
Customers need to know the time and date when they are at the reception, in the dining room, conference rooms and in their own room.
They also wish to receive information in real time during their visit, being informed of an offer or an event.
Key points
•
•
•
•
•
Display identical time on the clocks and all the equipment connected to computer network.
Synchronize computer network and call management
Make energy savings, schedule by programming of lighting, heating, ventilation…
Reply with clocks compliant to standards for resistance to fire (EN60.950 et CEI60.950)
Disseminate and display information in real time for the staff and the customers (commercials, seminars, photos…)
Suggested equipment (non- exhaustive list)
•
•
•
•
•
•
•
Double display clocks LEDI NIGHT
LEDICA LCD clock( hour, date and temperature display)
LEDI WORLD (display several time zones)
Ref. : GP_UK-V1.0
30/48
•
Typical installation : hotels
Ref. : GP_UK-V1.0
31/48
5.7 Industries, Offices
The technology of time synchronization and network computing move on together to provide simpler solutions and more secure timing references.
It also helps to unify the timing fordifferent systems in one building or in companies with remote sites.
The master clocks and GORGY TIMING time servers synchronize the receiving clocks, secure data exchange, synchronize secure computer networks to avoid data
loss information or overwriting files.
Our systems can also achieve energy savings, it is possible to have control over lighting, ventilation, heating activity…
Key points
•
•
•
•
•
•
Trigger ringtones in workshops.
Have robust materials.
Make energy savings, schedule by lighting, heating, ventilation programming …
Disseminate and display information in real time for the staff and the customers (videos, photos, announce a visitor…)
•
•
•
•
•
•
•
LEDICA LCD clock (hour, date and temperature display)
LEDI WORLD (display different time zones)
Ref. : GP_UK-V1.0
32/48
•
Typical installation : industries, offices
Ref. : GP_UK-V1.0
33/48
5.8 Swimming-pools
Due to high humidity, the pools must be equipped with waterproof and robust materials. The public need to know the water temperature for the different basins. This
information can be relayed to the lobby through multi-zones displays.
Key points
•
•
•
•
•
•
•
•
Timing events
Display air and pools temperature.
Have robust and waterproof material.
Make energy savings, by schedule programming of lighting, heating , ventilation…
Disseminate and display information in real time for the staff and the visitors (videos , text , photos …)
Reply with clocks compliant to standards for resistance to fire (EN60.950 et CEI60.950)
•
•
•
•
•
LEDIPOOL clock (display time, pools and air temperature)
Ref. : GP_UK-V1.0
34/48
•
Typical installation : swimming-pools
Ref. : GP_UK-V1.0
35/48
5.9 Air transportation
Air traffic sustains a strong growth and requires a precise dating of time information in the control towers, airport terminals, and on board aircraft to ensure safety in
the airspace and for good traffic flow.
The solutions developed by GORGY TIMING engineering design department and our sales teams are based on 35 years of experience in this field. Today, more
than 1 000 international airports are equipped with our synchronization systems.
Synchronization requirements in ATM are on several levels :
•
•
•
•
•
A reliable time information, a redundant equipment .
A quick and easy maintenance, thanks to the Hot-Plug modular system.
A 24/7 availability for the systems.
A warranty for perennity of equipment for over 10 years.
The transportation of UTC and local time on network.
Key points
•
•
•
•
•
•
•
Synchronise the computer network.
Display official time and GMT in the control towers and terminals.
Reply to sensitive applications with secured hardware.
Date events .
Disseminate and display information in real time for the staff and the passengers (video , information, security…).
Reply with compliant clocks with fire standards (EN60.950 et CEI60.950)
•
•
•
•
•
•
•
•
Modular time centre RT4000
High time bases accuracy
Desk clock : LEDI 1/S
LEDI WORLD (display different time zones)
Ref. : GP_UK-V1.0
36/48
•
Typical installation : air transportation
Ref. : GP_UK-V1.0
37/48
5.10
Railways
In the subways….
Today, the trains circulate without driver, the operator needs a very accurate time for its telecom infrastructure and passengers information.
In the telecommunications SDH / ATM / SONET :
The flow of communication is constantly increasing. For efficient and reliable encoding /decoding, real-time images, videos and sounds, time servers/ frequency are
used with nanoseconds accuracy. This level of precision is required to generate these frequencies 10 Mz , 5 MHz, and 2.048MHz. Our products control and
synchronize information flow (voice, data , sound) via network.
The technology of time synchronization and network computing approximate to provide simpler and more secure time solutions. Thanks to network of data
processing Ethernet/ internet, the time information transmission link in the railways has been greatly simplified and standardized. The networks can carry time and
data over long distances safely and thus allow large savings on wiring.
In trains…
The trains run over 300km/h, the synchronization technology deployed on the tracks and on trains must ensure a flawless reliable and secured process of time
information for safe driving. The railways system needs the time at any level :
Embedded clocks in the trains for on board equipment synchronization.
On the platforms for passengers information.
In the stations for the synchronization for BV(tickets), access control, monitoring CCTV…
In power signal -box
Energy position
Key points
•
•
•
•
•
•
Display identical time on the clocks of the different stations (on the platform, in the commercial areas, in station halls, in the relaxing areas)
Synchronize computer network
Display official time for the departure of the trains .
Date events.
Reply to sensitive applications with secured hardware.
Disseminate and display information in real time for the staff and the passengers (video, security information…)
•
•
•
•
•
•
Digital LEDI clocks for interior and exterior. Station platform clocks 93-700 and TGV clocks 94-500. Embedded clocks. Double display clocks.
Communication displays: LEDICOM
Ref. : GP_UK-V1.0
38/48
•
Typical installation :railways
Ref. : GP_UK-V1.0
39/48
6 Equipment description
6.1
Comparative table (input synchronization, outputs, power supplies, sizes…)
Master clocks…
RT93
RTCP09
RADIO TIMING
NETWORK
RTBGPS
Wall mount enclosure
Wall mount
enclosure
or Rack 19" 1U
Wall mount
enclosure
Wall mount
enclosure
INPUT SYNCHRONIZATION
Stand alone
TDF/France Inter receiver
DCF/Germany receiver
Afnor NFS87500/IRIG B
ASCII receiver
GPS + antenna
NTP
DHW 869,525 Mhz - Radio (Wireless)
OUTPUT OPTIONS
Minute 24v //
1/2 minute Impulse
reversed second Impulse
ASCII
Dry contacts (programming)
NTP
DHW 869,525 Mhz - Radio (Wireless)
POWER SUPPLY
230 VAC/50-60hz
115 VAC/50-60hz
12VDC
24 VDC
48 VDC
18-72 VDC
127 VAC/50-60hz
DATA DISPLAY
Hour/ minute
Calendar
SIZE / FIXING
OPTION
Tropicalization
Available function
Unavailable function
Ref. : GP_UK-V1.0
40/48
Time server…
RT4000
LEDI Network ITS
ITS Universal
power supply
LEDI 1/S/RK
enhanced
LEDI network NTP
LEDI Network IN
INPUT SYNCHRONIZATION
TDF/France Inter receiver
DCF/Germany receiver
NTP receiver
GPS receiver
GPS ANTENNA
none
25m to 80m cable without lightening
protection
25m to 80m cable with lightening protection
POWER SUPPLY
230 vac /50-60hz
115vac/50-60hz
18-72 VDC
85-264vac/ 100-375 VDC
24 VDC
48 VDC telecom
OSCILLATOR
XO
TCXO
OCXO
OUTPUT OPTIONS
1 alarm contact
PIP 1000hz
AFNOR 87500
AFNOR/ DCLS
ASCII485 or 232 + PIP
NTP/SNTP Server
SMPTE/EBU Module
SNMP/ http Supervision
parallel or serial Impulse minute
FTM Module (frequency supervision)
SIZES
Rack 19" 1U
Rack 19" 3U
OPTIONS
Tropicalization
Available function
Unavailable function
Ref. : GP_UK-V1.0
41/48
6.2
Technical cards
All our datasheets are available on www.gorgy-timing.com or upon request by contacting our sales department.
Ref. : GP_UK-V1.0
42/48
7 Standards and regulations
7.1
ISO Certification
GORGY TIMING is certified ISO 9001.
Certification ISO 14001.
7.2
Compliance of products with EC
GORGY TIMING products are in compliancy with:
• Directive 2004/108/CE of the European Parliament and Council of 2004 December the 15 , on approximation of laws of Members States relating to
electromagnetic compatibility and repealing Directive 89/336/EEC
th
• Directive 2006/95/CE of the European Parliament and Council of 2006 December the 12th, concerning the approximation of laws of Members States
relating to electrical equipment designed for us within certain voltage limits.
This compliance is presumed reference to the following standards:
7.3
•
NF EN 55024
•
NF EN 55022 B class
•
NF EN 60950-1
Limits and methods of measurement of immunity features of A.T.I. – (Ed 1999 January )
Amended by NF EN 55024/A1 (2002 February)
Amended by NF EN 55024/A2 (2003 April )
Limits and methods of measurement of feature radio interference produced by A.T.I. – (Ed 2007 March)
Safety equipment information processing : general requirements : – (Ed. 2006 September)
Supplemented by NF EN 60950-22 for equipment to be installed outside (2006 September)
ROHS Compliance
Unleaded.
Attestations and certificates available on request.
Ref. : GP_UK-V1.0
43/48
8 References
AIRPORTS
SUBWAYS - TRAMWAYS
ROISSY 2 / PARIS – ORLY SUD/ PARIS
NICE : MARIGNANE /MARSEILLES
SATOLAS/LYON - MONTPELLIER - TOULOUSE
- CORSICA - BRUSSELS/BELGIUM FRANKFURT/GERMANY –
COPENHAGEN/DENMARK –SPATA NEW INT’L
AIRPORT ATHENS/GREECE- P.PORTY
LOTNIZCY WARSAW/POLAND DUBLIN/SHANNON/CORK - IRELAND BARCELONA/PAMPELONA - SPAIN
VILNIUS - PALANGA/ LITHUANIA
GATWICK AIRPORT - UK -HELSINSKI ATC
AIRPORT - FINLAND - NICOSIA ATC AIRPORT CYPRUS - LIEGE AIRPORT /BELGIUM
SEYCHELLES – ST DENIS/ST PIERRE
(Reunion Island) - MAURITIUS
SRI LANKA AIRPORT - MALDIVES CIVIL
AVIATION - SOUTH AFRICA : DURBAN, PORT
ELIZABETH, BLOMFONTAINE BUJUMBURA-BURUNDI / DAKAR- SENEGAL
/ COTONOU - BENIN / DOUALA –YAOUNDE
- CAMEROON / BANGUI - ZAIRE - ABIDJAN IVORY COAST / BURKINA FASO LIBREVILLE
MYENGUE GABON - TABARKA- MAROCO /
TUNIS CARTHAGE - TUNISIA -ANTANARIVO MADAGASCAR - NOUAKCHOTT-MAURITANIA /
DAHRAN - SAUDI ARABIA - TRIPOLI BENGHAZI LYBIA / CAIRO - EGYPT - JORDAN
AIRPORTS
- KUWAIT INTERNATIONAL AIRPORT HONG KONG INTERNATIONAL AIRPORT
LORAK-SHANGI SINGAPORE INTERNATIONAL
AIRPORT DAVAO INTERNATIONAL AIRPORT Philippines UJUNG PENDANG
AIRPORT/JAKARTA – INDONESIA CAMBOGIA
AIRPORT - PHU MUY / NO BAI INT’L
AIRPORTS VIETNAM - CHENGDU AIRPORT SANYA AIRPORT / CHINA - SRI LANKA
INTERNATIONAL AIRPORT LAHORE KARACHI
PAKISTAN -MELBOURNE/VICTORIA/BRISANE
AIRPORTS AUSTRALIA (10 Sites) - NEW
ZEALAND AIRPORTS (5 Sites) - TAHITI –
POLYNESIA AIRPORT / NOUMEA
CALEDONIAN AIRPORT BACOLOD SILAY
AIRPORT
- PHILIPPINES
PARIS - MARSEILLES – LILLE - STRASBOURG
ST ETIENNE – GRENOBLE – NANTES – LYON
- CAEN - VAL D’ORLY - TURINO ITALY - CAIRO
- EGYPT
MRT HONG KONG - LRT SINGAPORE –
SENKANG/PUNGGOL LINES - LRT MANILA PHILIPPINES - KAOHSIUNG MRT RED AND
ORANGE LINES - TAIWAN
AFRICA – MIDDLE EAST
RAILWAYS
PARIS - RENNES - POITIERS - LYON CLERMONT FERRAND - St ETIENNE
LIMOGES - MONTPELLIER - LILLE DUNKERQUE - METZ - CHAMBERY - ANNECY
- STRASBOURG - NICE - GRENOBLE MONTPELLIER - CARCASSONNE - BEZIERS TOULOUSE - PERPIGNAN - MARSEILLES
RENFE BARCELONA/ MADRID / SEVILLA /
VALENCIA SPAIN - BELIORUSSIA RAILWAYS
AMERICA
Airports
HALIFAX CANADA - CHICHUAHUA –
HERMOSILLO AIRPORTS - MEXICO
ARUBA CARRIBEAN ISLAND - RIO DE
JANEIRO BAZIL
SANTIAGO DE CHILE – CHILE
ST PIERRE & MIQUELON ISLAND - CARACAS
VENEZUELA Subways-Tramways
NEW YORK TRANSPORTATION -MEXICO C.V.
MEXICO - SAO PAULO BRAZIL - METRO DE
SOFIA BULGARIE
RADIO & TV
EURONEWS LYON - CANAL PLUS PARIS - AB
PRODUCTIONS PARIS - ANTENNE 2 PARIS FRANCE 3 REGIONS (MORE THAN 30
STATIONS) - TF1 - RTL - TELE SATELLITES RADIO FRANCE – RFO – RFI - NRJ - FUN
RADIO - RADIO NOSTALGIE - FRANCE INTER FRANCE MUSIQUE - EUROPE 1 - EUROPE 2 RADIO MONTE CARLO PARIS
RADIO MONTE CARLO MONACO - SFP – ARTE
Ref. : GP_UK-V1.0
PARIS - SUD RADIO TOULOUSE - M6 – LA
CINQ
RADIO FOURVIERE – KTO - PARABOLE
REUNION ANTENNE REUNION - RADIO RUNDFUNK
BERLIN NSR – NDR - ZDF - ARD - MCI - RS 2 WDR SDR SWF - SAT 1 – ORF - PRO 7 - RADIO FFN BAYERISCHER RUNDFUNK - RTL PLUS - RTL
TV DEUTSCHLANDFUNK - INFORADIO BERLIN ANTENNE BAYERN ANTENNE 2 - DELTA
RADIO RIAS BERLIN - DEUTSCHE WELLE - SACHSEN
RADIO – FUNKHAUS BERLIN - RADIO
HAMBURG ANTENNE SACHSEN – AKK HAMBURG SAARLANDISCHER RUNDFUNK – SENDER
FREIES
BERLIN – HESSISCHER RUNDFUNK ANTENNE
BRANDENBURG - INSTITUT FUR
RUNDFUNKTECHNIK – FERNSEHSTUDIO
MUNCHEN – MITTELDEUTSCHER RUNDFUNK
–
RADIO 100.6 MEDIEN - BAYERISCHE
RUNDFUNKWERBUNG -OSTDEUTSCHER
RUNDFUNK BRANDENBURG - RADIO ZET
WARSCHAU - SENDER EUROPA 1 - RTBF RTL –
ANTENNE CENTRE - RADIO PRAHA - RADIO
FREE
EUROPE CZECH REPUBLIC / RTV
SLOVEJINA.DANISH TV. FINNISH
BROADCASTING
COMPANY - HELLAS SOUND - RAI – TELE
MONTE
CARLO – RTI MILANO RTL MILANO BETANEWSTELE
P4 - NORVEGIAN BROADCASTING - RADIO Z
RADIO MUZIKA - RADIODIFUSAO
PORTUGUESAIMPRESSA
LIVRES – RADIO COMERCIAL AUVIDSCIENFITICO - RADIO CATALUNYA SGT
MADRID - RNE BARCELONA / MADRID –
ANTENNA 3 - NRJ STOCKHOLM – NATIONAL
OPERA STOCKHOLM - SWISS RADIO INT’L
BERN
– RADIO SUISSE ROMANDE -SWISS RADIO
LAUSANNE / GENEVA – EUROPEAN
BROADCASTING UNION/GENEVA - EDI
ROMANIA MOSCOW RADIO – RUSSIAN TV CHANNEL. –
NOUA RADIO – EUROPA 2 - BBC – RADIO TV MBC(MUNHWA BROADCASTING CORP) KOREA
HINDUSTAN TIMES RADIO - INDIA
BUDAPEST HUNGARY - EDINBURG / DUBLIN
HOSPITALS/UNIVERSITY
CENTRE HOSPITALIER DE RENNES
HOPITAL BECKER
CENTRE HOSPITALIER UNIVERSITAIRE DE
GRENOBLE
CLINIQUE MUTUALISTE GRENOBLE
CENTRE HOSPITALIER DE VOIRON
CENTRE HOSPITALIER D’ANNECY
HOSPICES CIVILS DE LYON
UNIKLINIK HEIDELBERG
UNIKLINIK FREIBURG
HENRICH HEINE UNI Dusseldorf
ST JOSEF KANKENFHAUS WIPPERFURT
ST GEORG KRANKEHAUS IN WUPPERTAL
KRANKENHAUS Bonn
KRANKENANSTALTEN OFFENBURG
KRANKENHAUS SALEM Heildelberg
KRANKENHAUS KREFLED
UNIVERSITATSKRANKENHAUS EPPENDORF
UNIVERSITY CENTRE HOSPITAL CAIRO EGYPT - ST GEORGES HOSPITAL BEYROUTH
LEBANON - FRANCO VIETNAMESE HOSPITAL
HO CHI MINH VIETNAM - SAN SALVADOR
HOSPITAL - AI AIN HOSPITAL – UAE
AMERICAN SCHOOL OF NUMBAI – INDIA
STADIUMS
ISTANTUL STADIUM
PORTO – LISBONNE STADIUMS
BEYROUTH STADIUM
TUNIS CARTHAGE STADIUM
STADE OF FRANCE – ST DENIS
44/48
9 CONTACTS
GORGY TIMING SAS
Quartier Beauregard
38350 La Mure d'Isère - France
Phone: +33 476 30 48 20 Fax: +33 476 30 85 33
Technical support : 0892 68 70 68 (0,337 euro TTC/min)
By e-mail :
Trade service : gorgy@gorgy-timing.fr
Support : support@gorgy-timing.fr
Export service : export@gorgy-timing.fr
Commercial subsidiaries:
GORGY TIMING GMBH
Östliche Rheinbrückenstr. 50
D-76187 Karlsruhe - DEUTSCHLAND FON 0721/60156 FAX 0721/695259
info@gorgy-timing.de
GORGY TIMING Spain
World Trade Center - Edificio Este, 6ª Plta.
C/ Moll de Barcelona, s/n
08039 Barcelona – ESPAÑA
Tel: +34 93 508 83 53 Fax: +34 93 508 83 54
gorgy@gorgy-timing.es
Yantai Polaris Gorgy Timing Technology Co., Ltd
240 Beima Road,
Yantai, Shandong, China
Ref. : GP_UK-V1.0
45/48
Notes
Ref. : GP_UK-V1.0
46/48
Ref. : GP_UK-V1.0
47/48

Why using GORGY TIMING solutions?

Transcription

Similar documents

PRICE TOTAL $ FIBA Shot Clock *pair

May 6_Briarwood

35-41 - the NAWCC!

Mag Nov-Dec 2014

Ghost Man on Third

TIME SERVERS - Gorgy Timing

Luminator X Halogen Auxiliary Spotlight Brief Information

Removable prosthesis stabilisation MIB - MInI IMplant

42-48 - the NAWCC!

Collecting Advertising Clocks - Antique Back Roads Collector`s