1. Fibre optic technology- CG-S Network via Fibre Optic
3.2
Fibre optic technology- CG-S Network via Fibre Optic
A.Klepper – 01/04/11 Rev.A

2. Basic informtions about fibre optic technology
Functionality of the fibre-optic cable:
Electr./Opto
converter + -
Electr. signal
Fibre-optic cable with distance up to 100km + -
(one Fibre-optic cable for each direction !)
Electr. signal

3. Basic informtions about fibre optic technology
Structure of the fibre-optic cable:
Types of fibre glass:
POF- fibre-optic cable
Plastic Optical Fiber
Used in:
cars
ambient lighting
Structure:
Core
Jacket
Primary coating
Secondary coating
Tertiary coating
Colour coating
HCS- fibre-optic cable
Hard polymer Cladded Silica
Used in:
industry
Standard fibre-optic cable
Material: Quartz glass
Used in:
standard telecommunication cable

4. Basic informtions about fibre optic technology
Structure and Dimensions of the „core“:
Outer diameter
Core diameter
Typical Core diameter / Outer diameter: Used e.g. for:
9/125 μm Singlemode (Qualityclass OS1)
50 / 125 μm Multimode – Europa (Qualityclass OM2)
62,5 / 125 μm Multimode – USA (Qualityclass OM1)
100 / 140 μm other

5. Basic informtions about fibre optic technology
Multimode / Singlemode transmission:
Singlemode (used for telecommunication):
Very high distances possible (5km up to 100km)
lower bandwidth
Singlemode
Multimode
Multimode :
very high bandwidth (up to 10 Gigabit/sek.)
lower distance (up to 2km...4km)
Simplex / Duplex and wave length
Simplex transmission (Half-Duplex) :
One way communication (1 core)
Duplex transmission:
Two way communication (2 cores)
850 nm (near infrarot range) in Multimode
1310nm / 1550 nm in Singlemode
Typical wave length:

6. Basic informtions about fibre optic technology
Fibre optic plug systems:
1. ST-Plug (Runde form with bayonet catch )
2. MTRJ-Plug (AMP-plug)
4. LC-Plug (4-square form, extremly compact,
Plug of the future
3. SC-Plug (4-square form with fast plug catch)
5. E2000-Patchcabel

7. Basic informtions about fibre optic technology
Fibre-optic cable versus copper cable
Advantage :
- Very high bandwidth
- High distances possible (up to 100 km)
- Very good transmission quality
- Undisturbed against lightnings, high currents
and voltage potential difference
- No cross talk, like copper applications
- Safety against explosion and fire (chemical industry)
- Safety against weathering
- Less weight
Disadvantage :
Extrem sensible against pressure and drawing power
Expensive in comparision with standard copper cable
(CAT 5)
- High bending radius !, easy breaking !!

8. CGVision with CG-S Bus Network via fibre optic
Fibre Optic Media Converter to LAN (TCP/IP) :
Switch/fibre optic - Mediaconverter
(LAN-Switch / fibre optic Converter)
Switch/fibre optic – Mediaconverter
for DIN-rail mounting
(4 fold LAN-Switch / fibre optic Converter)

9. CGVision with CG-S Bus Network via fibre optic
1. With Switch/fibre optic mediaconverter
(LAN-Switch / fibre opt. converter) Ro
=Router
CGVision
Building 1
Segment 5
Segment 4 Re
=Repeater
ZB-S
ZB-S
CG2000
Features:
Recommended cable: JY(St)Y 2x2x0,8
Up to 480 eml-devices
CG2000 and ZB-S on CGVision
All Topologies possible
Line topology: max. 900m
Free Topologie:
max. 320 m - between 2 nodes
(je Segment)
max. 500 m – total cable distance
Mixed bus mode possible
Up to 64 eml-devices
CG2000 and ZB-S (each Segment)
Max. 30 media converter
Max. fibre optic distance: 2km - 5km
No Lightning-/Over voltage protection
necessary
Building 2
ZB-S
ZB-S
Segment 3
USB
Interface
ZB-S
CG2000 Re
ZB-S
CG2000
LON
Bus
Client 2
ZB-S Ro MC
Building 3
ZB-S
Konfigurationsserver
CG2000 MC
Duplexmode
CG2000
Client 1
ZB-S MC MC
= Media Converter
Switch/Fibre optic
ZB-S
CG2000
Segment 1
Segment 2

10. CGVision with CG-S Bus Network via fibre optic
Actual Projects:
Nuclear power plant - Olkiluoto 3
BP crude refinery - Gelsenkirchen
Airport Düsseldorf – Carpark 8
Airport Düsseldorf – Carpark 5
Pulp Mill Stendal
PTB-Braunschweig
University of cologne
Airport Cologne/Bonn – Carpark 3
Airport Frankfurt (Fraport)
Messe Frankfurt (Exhibition halls)
University Bochum

11. CGVision with CG-S Bus Network via fibre optic
Example of CEAG CGVision networks with fibre optic:
BP-Crude Refinery „Horst“ in Gelsenkirchen
Project data:
Employees: approx
Crude Destillation capacity: million tons/year
Fuel production: barrel/day
Company logo
CEAG Technic:
CGVision via fibre optic
Project value:
~ €

12. CGVision with CG-S Bus Network via fibre optic
BP-Crude Refinery „Horst“ in Gelsenkirchen
Bau 18
Bau 415
Bau 275
Bau 431
ZB96
Bau 66
ZB96
Bau 349
Bau 83
Bau 30
GVL
Bau 88
NID:
NID:
NID:
ZB96
200 SK
GVL
ZB-S
ZB-S
ZB-S
EGA Bus
700m
EGA
Bus
GVL
EGA/RS232
Client 1
Client 2
Client 3
Montage im
separaten
Klemmen-
schrank
EGA/RS232 MC MC MC
COM-Server
COM-Server MC MC
LWL Duplex MC 1 MC 2 MC 3 MC 4 MC 5 MC 6
Res.
Res.
Res.
Res.
Res.
Res.
ZB-S
NID:
Bau 402
Fibre optic
16-fach Switch
LWL
Duplex
CG-S Bus (LON)
2-wire
IP-Interface
19“-rack
WARTE - Bau 402
Client 4 MK
= Medienkonverter
mit ST-Anschluss
Bau 1
Raum 110
LAN-Dose
2x RJ45
MK +
8-fach
Switch 1 2 3 4 5 6 7 8
CG-S/IP-Router
Config.server
LAN (RJ45)
USB
CG-S Bus
(CAT5)
LAN (RJ45)
CG-S Bus (LON)
2-Draht
LWL – Duplex (max.2km)
LAN (CAT5)
Bau 1
Schaltbau - Raum 1
EGA-Bus 3-Draht

13. on CGVision via fibre optic
Example of CEAG CGVision networks
Nuclear power station - Olkiluoto 3 in Finland
Project data:
Reactor in production Megawatt
CEAG Technic:
~4.000 self contained lum.
on CGVision via fibre optic
Project value:
~ €

14. OL3 – schemes of eml monitoring
... X MC
= Media Converter
with ST-connector
LAN
MC +
4-fold
switch 1 2 3 4
CGLine
PC-Interface
LAN (RJ45)
19“-Built in PC -1
LAN
Fibre optic – Duplex (max.2km)
Spare
19“-Built in PC -2
Monitor/Keyboaed/Mouse cable
MC +
4-fold
switch 1 2 3 4 X
8-fold PC-switch
19“-Built in PC -3
CGLine
PC-Interface
CGLine luminiare
19“-Built in PC -4
19“-Built in PC -5 Spare
MC +
4-fold
switch 1 2 3 4
CGLine
PC-Interface
BMS
24-Port Switch
MC +
4-fold
switch 1 2 3 4
CGLine
PC-Interface 1 2 3 4 5 6 7 8 9
19“-MC
module
... X
MC +
4-fold
switch 1 2 3 4
CGLine
PC-Interface X
Fibre optic
Duplex
RJ 45
MC +
4-fold
switch 1 2 3 4
CGLine
PC-Interface
MC +
4-fold
switch 1 2 3 4
CGLine
PC-Interface
Fault
indicator
contact
Fault
indicator
contact
Fault
indicator
contact
Fault
indicator
contact
To other areas
F3-
Interface 1
F3-
Interface 2
F3-
Interface 3
F3-
Interface 4
MC +
4-fold
switch 1 2 3 4
CGLine
PC-Interface