B&B Electronics 3PXCC2a Especificaciones descargar pdf (Pagina 47)

SOFTWARE SET-UP PROCEDURE AE/LZB 119 1894 R1A

for each console is supplied from the factory to the

customer. Licensing records are maintained at the factory.

In addition to the required TCP/IP-related network

configurations previously mentioned in this manual (page

43) and described in detail in the Administrator’s Manual,

feature licensing also requires third-party software. This

software—iFOR/LS from Gradient Technologies—is always

installed on the computer’s hard disk drive at the factory

even if no feature licensed option is ordered with the console

equipment package. This allows feature licensed options to

be later added to the console by simply updating the

encrypted license file.

The set-up and administration of feature licenses is

beyond the scope of this manual. Refer to EDACS Product

Licenses for Windows NT manual AE/LZT 123 1906 and/or

the console’s Software Release Notes for additional for

details. Also see the console’s Administrator’s Manual.

CEC/IMC Auxiliary Input/Output (I/O)

A C3 Maestro console may be utilized to monitor and

control CEC/IMC 2-state auxiliary I/O (input/output) events.

CEC/IMC firmware version 4.x and earlier provides 30 total

auxiliary I/O events and version 5.x and later provides 255

total auxiliary I/O events.

On a per event basis, CEC/IMC auxiliary I/O event

configurations accomplished at the CEC/IMC Manager

include:

•

defining the event as one of either a standard input,

an acknowledge input, a momentary output or a

toggle output (event type);

•

defining the event’s CEC/IMC Controller Board

utilized (device type and device assignment

number) and the I/O bit number used on this

Controller Board;

•

including or not including each console in the

event’s “console mask”;

•

defining the event’s active state as either high or

low; and,

•

other event definitions which are not required

for/applicable to the C3 Maestro console for

Windows NT but are required for other consoles

connected to the CEC/IMC.

Refer to the appropriate CEC/IMC Manager manual

(numbers listed in Table 29) and/or the CEC/IMC

Manager’s on-line help for specific CEC/IMC auxiliary I/O

configuration information. Also see LBI-38938.

If a C3 Maestro console is granted monitoring/control

capability of CEC/IMC auxiliary I/O events via “console

mask” definitions, it can monitor input event transitions and

it can control output event transitions. For an auxiliary input

event, a state change indication displays at the console in the

respective auxiliary input module and in the console’s

message panel. An auxiliary output event is controlled via

one of <Alt><F1> thru <Alt><F8> keystrokes from the

console’s dispatch keyboard or by mouse/track-ball actions

upon the respective auxiliary output module. Like an

auxiliary input event state change, an output event’s state

change indication displays in the respective auxiliary output

module and in the console’s message panel. These

indications provide feedback to the console operator when

auxiliary output event state changes occur, even if they are

initiated by a different console(s) within the CEC/IMC

system.

In addition to the required CEC/IMC auxiliary I/O

configurations accomplished via the CEC/IMC Manager, a

C3 Maestro console for Windows NT also requires

configurations at the console. At the console, auxiliary I/O-

related configurations are accomplished by “adding”

auxiliary I/O modules to the console’s (active) screen

initialization file using the UDS Configurator off-line

program. Within the UDS Configurator, required

configurations include:

•

selecting which module page the auxiliary I/O

module will be located on;

•

positioning the module on the selected module

page;

•

assigning an auxiliary I/O event (number) to the

module;

•

specifying the module’s/event’s type (must match

CEC/IMC type event designation);

•

defining the module’s button label text string;

•

defining the module’s active label text string which

is displayed when the assigned auxiliary I/O event

is in the active state; and,

•

defining the module’s inactive label text string

which is displayed when the assigned auxiliary I/O

event is in the inactive state.

In addition, many auxiliary I/O module-related color

configurations are possible via the UDS Configurator. These

configuration changes are performed on a per element basis.

For example, a change to the foreground color for

momentary output events affects the foreground color of all

auxiliary output modules programmed for momentary

operation.

See the UDS Configurator’s User’s Manual for

additional information on auxiliary I/O module

configuration.

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