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1.1
GENERAL DESCRIPTION
The MAXPRO-Net system is designed as an expandable full matrix video switching
system. It can be as small as 32 video inputs and a single video output channel, or a full
matrix configuration of over 1000 cameras and 256 video output channels is possible.
Larger systems can be constructed using split matrix and networking techniques.
All video output channels can support overlaid text insertion to provide camera
identification, channel labeling, current time/date, and other system & operator status
information.
Ninety Nine (99) individually identified keyboards can be implemented on the one
MAXPRO-Net system. Each keyboard can operate the system concurrently. If
necessary, more keyboards can be implemented using networking.
Ninety-nine (99) different operators can be defined on any one MAXPRO-Net system.
Each system operator has programmable access rights and priority codes.
Full camera control (pan/tilt and lens functions) can be implemented for direct control
from each keyboard. Where Video Cassette Recorders are utilized in a MAXPRO-Net
system, the standard control functions (stop, play, record, rewind, fast-forward, pause,
slow mode and optional eject) are available from the keyboards. Remote control
interface of other video processing equipment can also be implemented (e.g. motion
detectors, freeze frame units video multiplexes, quads, etc.).
External alarm inputs and auxiliary control output circuits can also be configured in the
MAXPRO-Net system.
When an alarm is detected by the MAXPRO-Net system, an automatic system response
can be programmed to take place. These automatic responses are called MACRO
SEQUENCES, which allow total flexibility of system operation for any given alarm input.
More important, these MACRO SEQUENCES automate the responses of different
system alarms, minimizing the margin of human error during alarm conditions.
Control output circuits are used to extend the automation and control of the system. For
example, they could be used to control door latches and boom gates, which are remote
from the control room.
Control output circuits can be directly controlled in several different ways:
•
By a given alarm input status,
•
Manual operation from a keyboard, or
•
From virtually any system action that might occur.
Rev. B
SECTION 1:
OVERVIEW
1-1
HMXMC001013
31-Mar-06
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