Single Channel Video Insertion Generators
|
||
|
Annotation,
positioning of the IRIG time message and selection and positioning of
the alarm messages can be done via the keyboard and/or the RS-232 port.
The IRIG time may also be transmitted over the RS-232 port upon
command from the keyboard or the RS-232 port.
Seven discrete control inputs are used to enable the alarm
messages with either a TTL level or a contact closure. The
6980 has two modes of insertion, constant contrast and white with black
border, selectable via a front panel switch. In addition, the mode can
be selected via the keyboard or the RS-232 port, on a
character-by-character basis. The
overlay intensity is controlled by a front panel control.
Full control of the 6980, with exception of the overlay
intensity, may be performed via the RS-232 port, which allows the unit
to be used without the manual keyboard.
|
||
|
IRIG Decoder/Inserter Model 6025, IRIG time code decoder and
video insertion generator that inserts the decoded IRIG time into a
standard RS-170 or NTSC video signal, The 6025 also provides for the
insertion of event marks. Up to six TTL levels or contact closures can be
monitored and, when triggered, a unique message will be inserted for each
input. The IRIG time message may be positioned either at the top or the
bottom of the display as selected by a front panel switch. The IRIG clock
is controlled by the input of the serial IRIG signal. Once the time is
established a loss of the IRIG signal will cause the 6025 to automatically
switch to an internal real time clock which will increment the time
display until the IRIG signal is re-acquired. Model 6025A, - As above but operates on both RS-170 video and RS-343 (875/60) video. The scan rate is selectable via a front panel switch. Model 6025P - As above but operates with PAL/CCIR video |
||
|
The
movable crosshair format is an open center, full screen crosshair with
fixed tick marks on each axis and a small crosshair at the center.
The length of the horizontal and vertical elements of the small
crosshair is 9 pixels. The
opening in the large crosshair is 63 by 63 pixels.
The tick marks are located at 20 pixel intervals from the center.
The position is stored in non-volatile memory and once set, will
remain even when power is interrupted. The
fixed boresight crosshair may be inserted in the precise center of the
video raster under command of the operator via the The FOV Box is a closed square box
which, when enabled, is positioned by the same commands as the Movable
Crosshair. In addition the
size may be varied from zero to 99 pixels. The 6225C is powered by 9 to 36 Volts DC. An
included windows configuration utility provides a means of setting up the
6225C with the user preferences using a PC. This allows standalone
operation when it is installed without remote serial control. |
||
GPS Video Time Inserter, Model 6225G, provides for the insertion of a GPS synchronized time message into an applied RS 170, NTSC or S- Video, signal. The time message may be positioned to any location in the viewed scene by serial ASCII commands entered via an RS-232 port. Additionally an alphanumeric channel ID message and a boresight reticle may be inserted. Major features include:
An included windows configuration program provides the means of setting up the 6225G with the user preferences using a PC. This allows standalone operation when it is installed without remote serial control. |
||
GPS Video Time Inserter, Model 6225GR, provides for the insertion of a GPS synchronized time message into an applied RS 170, NTSC or S- Video, signal. The time message may be positioned to any location in the viewed scene by serial ASCII commands entered via an RS-232 port. Additionally an alphanumeric channel ID message and a boresight reticle may be inserted. Major features include:
 
An internal clock is controlled by the GPS receiver.
Once the time is established, a loss of GPS lock will cause the
6225G to automatically switch to the internal clock that will increment
the time display until the GPS signal is re-acquired. The default format
is UTC time, *DDD:HH:MM:SS.SSS, where “*” indicates the GPS lock
status. It is also possible
to program a time offset via the serial port, to convert from UTC to local
time. Once entered it will be
stored in non-volatile memory until overwritten. In the absence of a
GPS signal the 6225GR clock may be set by the user via the RS-232 port. An
asterisk will be displayed to the left of the time message to alert the
operator that the time is not derived from GPS. A subsequent GPS satellite
lock will override the user-entered time.An included windows configuration program provides the means of setting up the 6225GR with the user preferences using a PC. This allows standalone operation when it is installed without remote serial control. |
||
|
An internal clock is synchronized by the GPS receiver. Once the time is established, a loss of GPS lock will cause the 6325G to automatically switch to the internal clock that will increment the time display until the GPS signal is re-acquired. A programmable time offset may be used to convert from UTC to local time. In the event that a GPS signal is not available, the 6325G can be locked to an external IRIG B serial time code signal. In the absence of both a GPS and IRIG signal the 6325G clock may be set by the user via the RS-232 port. The 6325G is housed in a ruggedized 2.5 inch high by 8.5 inch by 8.5 inch deep aluminum enclosure.
|
||
Multi-Channel Video Data Insertion Systems |
||
|
Annotation, positioning of the IRIG time message and positioning of the alarm messages can be done via the keyboard and/or the RS-232 port. The IRIG time may also be transmitted over the RS-232 port upon command from the keyboard or the RS-232 port. Twenty discrete control inputs, two per channel, are used to enable the alarm messages with either a TTL level or a contact closure. A loss of IRIG B input causes the 6055B to automatically switch to an internal real time clock. If it is desired to operate the unit without IRIG input this clock may be set by either the keyboard or via the RS-232 port. The 6055B-10 has two modes of insertion, constant contrast and white with black border, independently selectable for each channel via front panel switches. The overlay intensity is controlled by front panel controls. The Data Encode function encodes the time and selected text, independently into each video channel using the "Left Edge" encode method. Data may be read by the ITS models 6042 or 6142A Decoders or other decoders conforming to the RCC Document 452-86 Section 7, specification. The unit includes an IRIG synchronized countdown clock. The countdown clock is set by the keyboard or RS-232 inputs. Enable (start) and load (preset) are controlled by TTL or contact closure inputs. The 6055B is housed in a 19 inch wide, 3 1/2 inch high,
15 inch deep, ruggedized rack mountable sheet metal cabinet and is powered
by 100 to 240 VAC, 50 to 400 Hz line.
Annotation, positioning of the IRIG time message and positioning of the alarm messages can be done via the keyboard and/or the RS-232 port. The IRIG time may also be transmitted over the RS-232 port upon command from the keyboard or the RS-232 port. Sixteen discrete control inputs, eight per channel, are used to enable the alarm messages with either a TTL level or a contact closure. A loss of IRIG B input causes the 6055B to automatically switch to an internal real time clock. If it is desired to operate the unit without IRIG input this clock may be set by either the keyboard or via the RS-232 port. The 6055B-2A has two modes of insertion, constant contrast and white with black border, independently selectable for each channel via front panel switches. The overlay intensity is controlled by front panel controls. The Data Encode function encodes the time and selected text, independently into each video channel using the "Left Edge" encode method. Data may be read by the ITS models 6042 or 6142A Decoders or other decoders conforming to the RCC Document 452-86 Section 7, specification. The unit includes an IRIG synchronized countdown clock. The countdown clock is set by the keyboard or RS-232 inputs. Enable (start) and load (preset) are controlled by TTL or contact closure inputs. The 6055B-2A is housed in a 19 inch wide, 1.72 inch high, 9 inch deep (including connectors), ruggedized rack mountable sheet metal cabinet and is powered by 100 to 240 VAC, 50 to 400 Hz line.
Note: This unit replaces the model 6055B-2
The
6055B-4G has two modes of insertion, constant contrast and white with
black border, independently selectable for each channel via front panel
switches. The overlay
intensity is controlled by front panel controls. A six channel unit is also available, the Model 6055B-6G. The unit is housed in a rack mountable aluminum enclosure, 19 inches wide, 3.5 inches high, 15 inches deep. It is powered by 100 to 240VAC, 50 to 400 Hz. |
||
|
port. The IRIG time may also be transmitted over the RS-232 port upon
command from the keyboard or the RS-232 port. Twelve discrete control
inputs, two per channel, are used to enable the alarm messages with either
a TTL level or a contact closure. A loss of IRIG B input causes the
6055E to automatically switch to an internal real time clock. If it is
desired to operate the unit without IRIG input this clock may be set by
either the keyboard or via the RS-232 port. The Countdown Clock is set via
the keyboard or RS232 port and controlled by two discrete TTL inputsThe unit is housed in a ruggedized aluminum enclosure, 8.5 inches wide, 4.25 inches high, 8.5 inches deep. It is powered by 100 to 240VAC, 50 to 400 Hz. |
||
IRIG Decoder/Inserter, Model 6095, IRIG time code
decoder and video insertion generator that inserts the decoded IRIG time
into standard RS-170 or NTSC video signals. Major features include:
|
 |
 |
|
The IRIG clock is controlled by the input of the serial IRIG signal. Once the time is established a loss of the IRIG signal will cause the 6095 to automatically switch to an internal real time clock which will increment the time display until the IRIG signal is re-acquired. The generated time message is added to the existing video using the relative or constant contrast method. The overlay intensity is controlled by a front panel control. The unit is housed in a ruggedized 4.5 inch wide, 6.0 inch deep, aluminum enclosure. Height is 2.1 inches for the single channel version, 3.75 inches for the three channel version and 5.4 inches for the five channel version. The 6095 is powered by 9 to 36VDC. Model 6095A, - As above except operates with PAL/CCIR video. |
||
|
The
6115G-8V2 has an asynchronous RS-232C port, which provides a means of
configuring the unit, as well as reading the time, event, and location
information.
The output messages for time/location and events are individually
controlled.
The Time/Location message may be set to OFF or AUTO.
When set to AUTO, messages are sent at one second intervals.
The Event message may also be turned off, or may be set to respond
only to a Query or set to send automatically until the event buffer is
empty. Included
with the 6115G-8V2 is a CDROM containing a self-installing utility program
for setting up the unit via a Graphical User Interface (GUI) from a
Windows™
based computer via the COM port. The 6115G-8V2 is housed in an aluminum enclosure, 7.5 inches long (including mounting flanges), 4.25 inches wide and 1.45 inches high. All controls, connectors and indicators are on the front panel. The 6115G-8V2 is also available with four and six video channels, the Model 6115G-8V4, Four Channel Video inserter and the Model 6115G-8V6, Six Channel Video Inserter. The IRIG generator only with no video insertion is the Model 6115G-8
|
||
|
Video Data Encoders and Decoders |
||
|
The unit it housed in a ruggedized 8 1/2 inch wide, 2 1/2 inch high , 10 inch deep aluminum enclosure and is powered by 12 or 28 VDC. Power consumption is approx. 7 watts. Model 6041A, As above but includes two 21 bit parallel ports. Model 6041P, As above but operates with PAL/CCIR video signals. Video Data Decoder, Model 6042, A two function device designed to
read video data which has been encoded into the horizontal interval of an
RS-170 or NTSC video signal in accordance with standard left edge format
(OSG-452-86), and also quantitize the relative position of points of
interest within a viewed scene. Model 6042P, As above but operates with PAL/CCIR video signals. |
||
|
Data
is received via an RS232C port, IRIG B port and Synchro ports.
Data input from the ports is encoded and/or inserted in the applied
video. The unit is housed in
a 8-1/2 x 10 x 2-1/2 inch aluminum enclosure and is powered by 115VAC 60Hz
line. |
||
 Video
Data Encoder, Model 6041R-8, is
a programmable video insertion generator which inserts a variety of man
and machine readable annotation and graphics into existing RS170 or NTSC
video signal. Additionally
the unit includes a video sync generator, which produces an RS-170A (NTSC)
composite signal with black burst, which is synchronized, to the IRIG B
serial time signal. This signal is used to synchronize video cameras that
are connected to the 6041R-8. All
cameras genlocked to like units operating on a common serial time signal
will be precisely synchronized. A handheld terminal is included
which is used for local setup and user display configuration.Major features include:
Data is received via a handheld terminal port, IRIG B port and parallel binary port. Data input from the ports is encoded and/or inserted in the applied video. The unit is housed in a 19 inch wide rack mountable enclosure, 3.75 inches high and 15 inches deep. It is powered by 115VAC 60Hz line.
|
||
 Dual
Mode Video Data Encoder, Model 6172, A video inserter that can
simultaneously encode data in two different formats, scanline and left
edge, into standard RS170 or RS-170A video.
The 6172 also provides for the insertion of up to 30 lines of 32
alphanumeric characters each.
The character generator produces the full 96 character ASCII set plus an
additional 32 special characters. A Boresight reticle fixed to the center of the raster is also
inserted. Both parallel and serial ports are included to receive data to
be displayed and/or encoded. The
unit has an IRIG B time code decoder and time inserter which generates a
time message that can be displayed any where in the display and/or
included in the scanline and edge encoded data.
A summary of major features include:
Operator
setup is accomplished via a front panel keypad and operator prompting is
provided by an LCD display. All setup information is stored in
non-volatile memory. The 6172 is housed in a 19 inch rack mountable aluminum enclosure, 3.5 inches high by 10 inches deep. It is powered by 100 to 240VAC, 50/60Hz. |
||
|
The 6142A decodes and unpacks the encoded data and generates an ASCII
message which is displayed on the applied video and output to an RS-232
port. An operator controllable movable reticle is inserted into the video
signal. The position of the reticle is controllable via a mouse or
trackball. The reticle coordinates included in the ASCII Operator programming of the 6142A is via the detachable keyboard and is
aided by extensive on screen prompts and menus. |
||
|
Copyright © 2007, Instrumentation Technology Systems
|
||
The
6980 is housed in a 1U, 19-inch wide, 1¾ inch high, 8-inch deep, rack
mountable aluminum enclosure and is powered by 100 to 240 VAC, 50/60 Hz
line.
Crosshair Inserter, Model 6225C, provides for the insertion of
a Movable Crosshair, a Fixed Boresight Reticle and a programmable
Field-of-View (FOV) Box, into an applied RS-170, NTSC or S Video signal.
RS-232
port.
Multi-channel
IRIG Inserter, Model 6055B-10, Provides for the insertion of
alphanumeric messages, IRIG time and edge encoded data into Ten,
asynchronous, RS-170, NTSC or S-Video signals. Major features include:
Multi-channel
IRIG Inserter, Model 6055B-2A, Provides for the insertion of
alphanumeric messages, IRIG time and edge encoded data into Two,
asynchronous, RS-170, NTSC or S-Video signals. Major features include:
Multi-channel
IRIG Inserter, Model 6055E, Provides for the insertion of alphanumeric
messages and IRIG time into six, asynchronous, RS-170, NTSC or S-Video
signals. Major features include:
The
IRIG time message may be independently positioned in each channel to any
of fifteen locations, nine at the top and six at the bottom as set by
three front panel selector switches. The switch also has a sixteenth
position which turns the message off. There are two character sizes which
are selected for each channel by three front panel switches. When
"Small" is selected, the inserted characters are 14 scan lines
high. When "Large" is selected the height is doubled to 28 scan
lines.
GPS Synchronized Miniature Time Code Generator/Video Inserter, Model
6115G-8V2 provides an IRIG B time code output derived from GPS and
inserts a time message into two independent video signals.
Video
Data Encoder, Model 6041, Provides for the insertion of a variety of
man and machine readable annotation and graphics into an existing RS-170
or NTSC video signal. Major features include:
Video
Data Encoder, Model 6041-4,
Dual
Mode Video Data Decoder, Model 6142A, A multi-function unit
designed to read video data which has been encoded into an RS-170 or
RS-170A video signal using the left edge encoding or scanline encoding
standard. A movable crosshair, controlled by an included mouse, provides
the means of digitizing points of interest within the viewed scene.
Additionally the unit provides for the insertion of alphanumeric
characters and a boresight reticle. A summary of major features include: