Safeline VV3 User manual

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SafeLine VV3
Operating instructions
ENGLISH V. 2.31

ENGLISH V. 2.31
Table of contents
Mounting 5
The following signs can be displayed 6
Volume control 7
Programming mode 8
Addressing the floor indicator 13
Select input format 14
Select fixed message 15
Overload 16
Programming VV3 with SafeLine Pro 17
Tetris mode 17
Resetting VV3 17
Travelling direction arrows and fixed messages 17
Positive / negative input signals 17
Interface signals 18
Connection 19
Installation & Testing
Programming
Connection
Safety and general information
Introduction 4

6
© 2012 SafeLine and all the SafeLine products and accessories are copyrighted by law.
Installation & testing
ENGLISH V. 2.31
THE FOLLOWING SIGNS CAN BE DISPLAYED:
0-9
A-Z, Å, Ä, Ö, Æ, Ø, Ü
Symbols

18
© 2012 SafeLine and all the SafeLine products and accessories are copyrighted by law.
Programming
ENGLISH V. 2.31
INTERFACE SIGNALS
Binary signals
Binary code is a standardized way to control outputs that are used for floor displays. The benefit is that you
use less output signals to control multiple signals. I.e. there are only 3 signals needed to display 7 floors, 4
signals to display 15 floors, 5 signals to display 31 floors etc.
Example:
Floor Code Floor Code
0 0000 8 1000
1 0001 9 1001
2 0010 10 1010
3 0011 11 1011
4 0100 12 1100
5 0101 13 1101
6 0110 14 1110
7 0111 15 1111
Example:
Floor Code Floor Code
0 0000 8 1100
1 0001 9 1101
2 0011 10 1111
3 0010 11 1110
4 0110 12 1010
5 0111 13 1011
6 0101 14 1001
7 0100 15 1000
GRAY CODE SIGNALS
Gray code is a slightly more rare way to control floor displays.
It is often used on older controllers.
DECIMAL SIGNALS (ONE-FLOOR-PER-PIN)
The old way to control floor displays are called Decimal or one-floor-per-pin.
One output signal is needed for every floor, i.e. 8 outputs for 8 floors.
Example:
Floor Code
1 10000000
2 01000000
3 00100000
4 00010000
5 00001000
6 00000100
7 00000010
8 00000001