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4 Matrix operating features
4.1 Video input management
4.1.1 Automatic switching sequences
The automatic switching sequences are groups of input videos that are displayed consecutively in the
order and for the length of time defined by the operator. Each switching sequence consists of a minimum of 1
and a maximum of 16 program steps (identified by the letters from A to P).
Each step describes:
x
the input to be viewed
x
the viewing time, from 1 to 300 seconds.
There are no restrictions to programming the switching sequence: an input can even be repeated more than
once, as shown in the example below:
Step
Input
Length
Comment
A
1
2
Input 1 is on view for 2 seconds
B
2
4
Input 2 for 4 seconds
C
5
7
Input 5 for 7 seconds
D
- -
-
Step D is ignored and will be jumped
E
2
5
Input 2 is on view again for 5 seconds
F-P
- -
-
If there are no further program steps, the automatic switching sequence
will resume from step A.
4.1.2 Day and night automatic switching sequences
Two different switching sequences can be defined for each outlet. This makes control of the infrastructures
easier during the day (when there is usually personnel on the premises) and at night (when control would be
better on the outer perimeter or at critical points around the installation).
During configuration, it is necessary to define the start and end times of the daytime switching sequence: the
night-time sequence will be enabled for the rest of the 24-hour period.
Warning! If the night-time sequence is not used (only one automatic viewing sequence is defined for the
whole 24-hour period), the start and end of the daytime switching sequence should be defined as 00:00 and
23:59 respectively. If the matrix seems to have an operating fault this may be due to an error in configuring the
daytime sequence start /end time.
4.1.3 Manual selection
From the keyboard, the operator can directly select a desired input, interrupting the automatic switching sequence.
A specific input video is always selected with reference to the active monitor: if the keyboard is authorised to
control more than one monitor only the “active monitor” (the last one to be selected) will be involved in the input
video selection.
The local keyboard and the remote DCTEL and DCBD keyboards can be used to control all outputs. Keyboards
DCJ and DCK can be configured to restrict access to a set of output videos dedicated to each operator, so as to
prevent unauthorised personnel from operating on all outputs.
4.1.4 Using the Inc/Dec keys
The Inc/Dec keys can be used to block an automatic switching sequence on one input and, where appropriate,
to select the next/previous input video (following the preset order for the switching sequence in progress)
without having to use the numeric keypad to select an input.
4.1.5 Output video dedicated to the VCR
Output video n°4 of matrices SM84A and SM164A is dedicated to the VCR if it is enabled. In this case control of
the VCR channel is only subject to the trigger impulse itself. Any command that may be sent from the keyboard
concerning this channel will therefore be ignored.
Содержание SM164A
Страница 1: ...OPERATING INSTRUCTIONS MANUALE D USO MANUEL D INSTRUCTIONS BEDIENUNGSANWEISUNG...
Страница 3: ...S S M M 8 8 4 4 A A S S M M 1 1 6 6 4 4 A A OPERATING INSTRUCTIONS...
Страница 4: ......
Страница 38: ...Page 34 MNVCSM84A_1729_EN...
Страница 39: ...S S M M 8 8 4 4 A A S S M M 1 1 6 6 4 4 A A MANUALE D USO...
Страница 40: ......
Страница 74: ...Pag 34 MNVCSM84A_1729_IT...
Страница 75: ...S S M M 8 8 4 4 A A S S M M 1 1 6 6 4 4 A A MANUEL D INSTRUCTIONS...
Страница 76: ......
Страница 110: ...Page 34 MNVCSM84A_1729_FR...
Страница 111: ...S S M M 8 8 4 4 A A S S M M 1 1 6 6 4 4 A A BEDIENUNGSANWEISUNG...
Страница 112: ......
Страница 146: ...Seite 34 MNVCSM84A_1729_DE...
Страница 147: ...S S M M 8 8 4 4 A A S S M M 1 1 6 6 4 4 A A...
Страница 148: ......
Страница 150: ...2 MNVCSM84A_1729_RU 5 2 24 29 30 31 32 9 1 0DFUR 32 32 32 33 33 33...
Страница 152: ...4 MNVCSM84A_1729_RU 1 4 SM84A SM164A x x x x x x x x x x x x 1 5 SM84A SM164A x WHQGHG x x x 7...
Страница 154: ...6 MNVCSM84A_1729_RU 3 3 1 3 1 1 3 1 2 3 2 DTRX3 DTCOAX DTMRX1 SM164A PTH910P PTH910 DCTEL PC...
Страница 161: ...13 MNVCSM84A_1729_RU 8 8 3 8 56 56 F 9LGHRWHF 0 52 8 8 56 F 9LGHRWHF 0 52 8 x 8 AUX x x x 5 5 5...
Страница 164: ...16 MNVCSM84A_1729_RU 4 2 SM84A SM164A x x x x 50 4 2 1 x x x 24 4 2 2 x x...
Страница 165: ...17 MNVCSM84A_1729_RU 4 2 3 x DCJ DCK x x x 4 2 4...
Страница 167: ...19 MNVCSM84A_1729_RU 4 4 4 4 1 x x 4 4 1 1 260...
Страница 168: ...20 MNVCSM84A_1729_RU 4 4 1 2 0 M2 5 9 8 4 4 1 3 0 M2 5 X FRD...
Страница 170: ...22 MNVCSM84A_1729_RU 4 6 4 6 1 4 6 2 4 6 2 1 X 2 X 4 6 2 2 MACRO GLS 4 6 3 4 6 3 1 Macro 4 6 3 2...
Страница 171: ...23 MNVCSM84A_1729_RU 4 7 SM84A SM164A DTRX3 DTCOAX DTMRX2 5 1R SM164A SM84A 2 8 4 8 SM84A SM164A 0DFUR GLS...
Страница 173: ...25 MNVCSM84A_1729_RU 1 25 6 4 8 9 2 4 2 22 6 4 8 9 2 5 6 4 1 326 6 4 326 1...
Страница 174: ...26 MNVCSM84A_1729_RU 2 AUX 2 7 RD X 0 52 X 22 6 4 RD X X X QHR X 0 52 RD X 2 8 3 6 4 3DO 176 6 4 3 6 4...
Страница 178: ...30 MNVCSM84A_1729_RU x x x x x x x ULV x x x x x 3 176 3 176 176 3 260 x 260 x x x x x x x x x 7 SM84A SM164A...
Страница 182: ...34 MNVCSM84A_1729_RU...
Страница 183: ......