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The LNCVs which will make up a command are always differentiated by a value of 10 from
each other. For example: the specifications for the first command will be found in the LNCVs
(80, 90, 100), those for the second command in the LNCVs (81, 91, 101) and so on. This is
probably best illustrated by means of a table in which each column represents a command:
Operational style 2 – LNCV-numbers for function commands with double-sensors. All com-
mands are available at the installation location of both sensors:
LNCV-Numbers for Electrically Accessory Commands with Double-Sensors
Command Nr.
LNCV-Nr/Addr.
LNCV-Nr/Value
LNCV-Nr/Mode
Operational style 3 – LNCV-numbers for speed commands with 2 single sensors. At each
installation location of one sensor, 5 functions are available:
LNCV-Numbers for Electrical Accessory Commands with Single-Sensors
Command Nr.
LNCV-Nr/Addr.
LNCV-Nr/Value
LNCV-Nr/Mode
Once the navigation receiver has recognised the address and category of a navigation trans-
mitter, it will search through the LNCVs 80 – 89 in ascending order (likewise 80 – 84 or
85 – 89, according to the sensor and operational style), to ascertain whether a special com-
mand exists for this address or category or whether there is a command for the general
address. You should program in this sequence, because there are differing priorities between
the three possibilities, first the commands for the general address, then for the category and
then finally for the individual addresses. In chapter 9.3 you will discover how these priorities
can be utilised in the arrangement of the operations.
Electrical Accessory Command Values
Purely for clarification, we will take a short excursion to look at the switching of electrical
accessories via the TWIN-CENTER. The TWIN-CENTER enables you to switch individual
electrical accessories using their virtual addresses from 1 to 2000. In the keyboard mode of
the TWIN-CENTER there are always 8 electrical accessories directly under control of the 16
centrally located keys. Each set of two keys makes up a pair, i.e. a signal allocated to keys
1 and 4, can be set to red (key 1) or green (key 4).
It's a very similar procedure when switching electrical accessories by using the command
values of the navigation receivers, whereby the command value contains the address of the
electrical accessory and also the way it is to be switched. The concept of „red" and „green"
are translated into understandable numbers for the navigation receiver: „red"=0, „green"=1.
The command value therefore contains 2 figures: the electrical accessory address and the
desired direction of switching.
Examples:
•
In order to change point 1 to the curve (red), the command value is 1 and 0, so put
alongside each other makes 10.
•
The command value 431 will switch the electrical accessory 43 to green/straight
•
The command value 4560 will switch the electrical accessory 456 to red/curve
1
2
3
80
81
82
90
91
92
100
101
102
Sensor 1
1
2
3
80
81
82
90
91
92
100
101
102
4
5
6
83
84
85
93
94
95
103
104
105
4
5
1
83
84
85
93
94
95
103
104
105
7
8
9
86
87
88
96
97
98
106
107
108
Sensor 2
2
3
4
86
87
88
96
97
98
106
107
108
10
89
99
109
5
89
99
109
119
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