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1250SM0904R10/09 C-Bus™ Basic Programming
10/2009 C-Bus™ Products Training Course
© 2009 Schneider Electric. All Rights Reserved. 25
The extra copper provided by the second conductor to reduce voltage
drop.
The extra copper provided by the second conductor to allow the
maximum current rating of the C-Bus network to be achieved.
C-Bus Cable
Remote ON
C-Bus Positive Voltage
C-Bus Negative Voltage
Remote OFF
Figure 16 - C-Bus cable pairs
For a manual override control of C-Bus, the Remote Override pairs may be
used to send a high priority message to C-Bus. This will lock all of the
channels of any output unit (with all four pairs connected) on or off.
The Remote Overrides operate as follows:
To force a Remote ON, the C-Bus Remote ON pair needs to be shorted
to the C-Bus Negative pair
To force a Remote OFF, the C-Bus Remote OFF pair needs to be
shorted to the C-Bus Negative pair.
NOTE: If both the Remote ON and Remote OFF pairs are shorted to the
C-Bus Negative Voltage pair, the Remote OFF will take priority.
It is critical that the pairs used for the C-Bus positive and negative voltages
are not the natural twisted pairs. Failure to terminate the cable as specified
may result in:
a short circuit on the C-Bus cable
all channels on Output units being locked on or off due to the Remote
Overrides.
Cable Current
Each conductor in the C-Bus cable is capable of carrying 1 Amp of current.
As the conductors are doubled up for C-Bus Positive and Negative, this
effectively doubles the current carrying capacity of the C-Bus cable. This
means that the Category 5 cable is capable of carrying 2 Amps of C-Bus
current.
Cable Terminations
The C-Bus cable is commonly terminated three ways:
by twisting the bare copper ends of the conductors together
by crimping them in an RJ45 plug (in accordance with the 568A wiring
standard)
by screwing down the cable into the terminals of a terminal block (on
selected C-Bus units).
For secure terminations, a bootlace crimp may also be used to terminate
C-Bus cables.
- Basic Programming 1
- Products Training Course 1
- Please Note 3
- Class B FCC Statement 3
- Safety Precautions 4
- Clipsal Introduction 7
- What Is C-Bus? 8
- Why Use C-Bus? 9
- Functionality 10
- Simple Wiring 10
- C-Bus Principles 13
- C-Bus Power Supply 14
- PC Interface 14
- Network Bridges 15
- Input Units 16
- C-Bus Wall Switches 17
- C-Bus Sensors 18
- Miscellaneous Inputs 20
- Output Units 21
- C-Bus Dimmers 23
- Maximum Load Calculations 25
- Fluorescent Dimming 27
- IR Transmitter 28
- Software 29
- C-Bus Cable 30
- Cable Current 31
- Cable Terminations 31
- 1 2 3 4 5 6 7 8 32
- Cable Topologies 33
- C-Bus Units 36
- C-Bus Voltage 37
- Power Supply Placement 38
- 1 km of C-Bus Cable 39
- Over Voltage Protection 40
- C-Bus Current 41
- C-Bus Current Consumption 42
- C-Bus Clock 43
- Network Burdens 44
- Mains Segregation 45
- Learn Mode 47
- Selecting Output Channels 48
- Learn Mode Operations 49
- Timer Configurations 50
- Super Learn Mode 51
- C-Bus Addressing 53
- C-Bus Toolkit 54
- 5500NB 5500NB 5500NB 5500NB 54
- Network Address 56
- Network 254 56
- Network 253 56
- Group Address 001 60
- Group Address 002 60
- Group Address 003 60
- Group Address 004 60
- Group Address 01 61
- C-Bus Tags 62
- How C-Bus Works 63
- L5504D2U 65
- L5504RVF 65
- 5084NL 5082NL 65
- C-Bus Message Types 66
- Status Report Interval 66
- C-Bus Into to Toolkit 67
- C-Bus Toolkit Overview 68
- The C-Gate Console 69
- The Toolkit Main Menu 70
- The Navigation Tree 71
- The Toolbar 73
- Installing USB Drivers 80
- Creating a Project 80
- Editing a Network 82
- Creating Group Addresses 83
- Add Units to Database 84
- Adding Units Manually 85
- Scanning a Network 90
- Readdressing C-Bus Units 92
- Serial Number Readdress 94
- Application Log 96
- Programming C-Bus Units 97
- DIN Rail Relays 98
- Channel 1 101
- Logic Group 101
- Channel 2 101
- Turn On Tab 102
- Recovery Tab 103
- Restrike Delay Tab 104
- Global Tab 105
- Status Tab 106
- DIN Rail Dimmers 107
- Logic Tab 108
- Min/Max Tab 112
- Dual Applications 117
- Indicators 119
- Disable All Keys 121
- Corridor Linking 123
- Timing Parameters 123
- Micro Functions 125
- Passive Infrared Sensors 128
- PIR Function Details 129
- Sensor Enable/Disable 130
- False Triggering Sensors 130
- Light Level Sensors 131
- Remote Triggering Scenes 136
- Variants 141
- Labelling Scenes 142
- C-Bus Diagnostics 143
- Analysis Tools 144
- Multimeter 145
- Oscilloscope 146
- Diagnostic Utility 146
- Diagnostic Utility Setup 147
- Support and Training 148
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