Configurator
CP Input Set
5−71CM 4000 Installation and Operating Manual
11. DD (“Diamond”) − E−MEM
For DD applications, both E−MEM and Serial tables will probably be required. The dual entries are necessary because
of the two hardware connections, as previously described (page 2−60).
For the E−MEM table, you will need entries similar to that shown in Figure 5−53.
[
Data in this field is not used, but an entry must
be made to satisfy the Jupiter compiler. Each
number in this column must be unique.
Figure 5−53. Input Set menu (example).
1
Input Set — DIA−INP
Category
Entry Mnemonic
Input
2
3
dflt 1 BARS BARS
dflt 4 VT01 VT014
5
dflt 2 TONE TONE
dflt 3 TC TC
dflt 5 VT02 VT02
dflt 6 VT03 VT03
dflt 7 VT04 VT04
dflt 8 VT05 VT05
dflt n ESS ESS
6
7
8
n
[
[
[
[
[
[
[
[
[
Logical
a. For Category, the word “dflt” is used for all entries.
There are no category choices since the DD identifies inputs and outputs by number only.
b. Enter an Entry number. This can be done by double−clicking on the desired “Entry” field and typing the number.
Press ENTER.
Note: Data in this field is not used, but an entry must be made to satisfy the Jupiter compiler. Each num-
ber in this column must be unique.
c. Enter the desired Mnemonic for the first router input that will be available to the DD.
This is the source of the mnemonics that will appear on the DD. The DD can display four−character mnemonics.
d. Select the Input name of the first router input that will be available to the DD. The source of these names is the
Switcher Input table (page 5−48).
When a switch is made, Jupiter will search this table for the name of the new input. The corresponding mnemonic
will then be sent to the DD.
e. Enter the next Entry number, Mnemonic, and Input name, until you have entered all the inputs that you want avail-
able to the Diamond.
When finished, skip to Steps 15 and 16. Then return to Step 2 and following and build the DD serial table.
