LumaSense technologies IS 6-TV Advanced User manual

MANUAL
IMPAC Pyrometers
IS 6-TV Advanced ∂IGA 6-TV Advanced ∂IGA 6/23-TV Advanced
ISR 6-TV Advanced ∂IGAR 6-TV Advanced
Addendum to IS 6 Advanced, IGA 6 Advanced,
IGA 6/23 Advanced
,
ISR 6 Advanced and IGAR 6 Advanced Manuals
上海麦兴仪器设备有限公司 www.imaxsun.com

Series 6 – TV Advanced Manual Contents ∂iii
Contents
1General Information......................................................................................................5
1.1 Information about the user manual.....................................................................5
1.1.1 Legend.................................................................................................................5
1.1.2 Terminology ........................................................................................................5
1.2 Safety .....................................................................................................................5
1.3 Limit of liability and warranty ............................................................................. 5
1.4 Unpacking the Instrument .................................................................................... 6
1.5 Transport, Packing, Storage..................................................................................6
1.6 Service Request, Repair, or Support.....................................................................6
1.7 Shipments to LumaSense for Repair .................................................................... 7
1.8 Disposal / decommissioning ................................................................................. 7
2Introduction...................................................................................................................9
2.1 Technical Data ....................................................................................................... 9
2.2 Dimensions ..........................................................................................................10
3Electrical Installation................................................................................................... 11
3.1 Video Output Electrical Connection ................................................................... 11
3.1.1 Video Image ...................................................................................................... 11
Operating Mode................................................................................................................... 12
4Software InfraWin.......................................................................................................13
4.1 Set Video Mode Parameters ...............................................................................13
4.2 Adjusting Brightness...........................................................................................13
5Accessory (optional).................................................................................................... 17
5.1 Video Grabber (Converts Analog TV to USB) ..................................................... 17
5.1.1 Adjusting Grabber Settings............................................................................... 17
5.1.2 Adjusting Video Output Settings ......................................................................18
5.1.3 Viewing the Video Image..................................................................................18
6Data format Universal Pyrometer Protocol (UPP): Extended for Video Module ......19
7Reference Numbers .....................................................................................................23
7.1 Reference numbers instrument .......................................................................... 23
7.2 Reference numbers accessories (video related) ................................................23
7.3 Reference numbers accessories (other) .............................................................24
Index .................................................................................................................................. 25

Series 6 – TV Advanced Manual Electrical Installation ∂9
2Introduction
2.1 Technical Data
(Different from IS 6 Advanced, IGA 6 Advanced, IGA 6/23 Advanced, ISR 6 Advanced, or
IGAR 6 Advanced)
Video-Signal:
FBAS
-
Signal ca. 1 VSS at 75 Ohms,
PAL (B), 50 Hz, CCIR656
video output galvanically isolated from power supply, analog
output and digital interface
Date/Time:
Real time clock with about 14 days buffer (GoldCap)
Connection of Video
-
Signal:
Separate triaxial socket to support double shielded signal
transmission (at pyrometer)
BNC connector (on user side - BNC-RCA adapter included)
Video signal can be switched off via software
Operating ambient
temperature:
0 to 60
°C on the housing
Note: During operation the instruments will warm up and might reach an intrinsic
temperature of up to 58 °C.
Optics
Superimposed text elements: Circular target marker, user text, time, date, measured
temperature
Additional: device temperature or distance or serial no. or
intensity (only ISR)
Field of view:
approx
. 11.6% x 8.4
% of the adjusted measuring distance
Resolution
:
768 x 576 Pixel video chip
768 x 520 Pixel displayed on screen
Brightness control
:
Automatic or manual (via software)
Note: The calibration / adjustment of this pyrometer is carried out in accordance with
VDI/VDE 3511, Part 4.4. See http://info.lumasenseinc.com/calibration for more
information.

Series 6 – TV Advanced Manual Electrical Installation ∂10
2.2 Dimensions
All dimensions in mm

Series 6 – TV Advanced Manual Electrical Installation ∂11
3Electrical Installation
3.1 Video Output Electrical Connection
On the back cover of Series 6-TV Advanced pyrometers, there is an additional coaxial connector
for the video output. LumaSense offers ready-made video connection cables in various lengths,
which are fitted with a BNC connector and a BNC-RCA adapter to connect to a monitor or video
grabber.
Rear View of the Pyrometer
3.1.1 Video Image
The video image is used for aligning the pyrometer to the measuring object and shows the
following information:
∂The measuring object and its surroundings
∂Target marking circle (The size of the circle corresponds to the measuring target size)
∂Current temperature reading
∂In addition to the measuring temperature, one of the following parameters is displayed:
oInternal temperature of the pyrometer (Tcase)
oMeasuring distance (a = xxxxx)
oSerial number (SNo: xxxx)
oSignal intensity (I = xxx.x% only ISR 6-TV Advanced and IGAR 6-TV Advanced)
∂Current Time and Date
∂User text (e.g. "LumaSense")
Example of a video image
Triaxial video-output
Focus adjustment set screw
12-pin connector4 digit LED display

Series 6 – TV Advanced Manual Electrical Installation ∂12
Operating Mode
The two dots above the letter “T” show
the selected operating mode
(ISR 6-TV Advanced and
IGAR 6-TV Advanced only).
∂2-channel mode: 2 dots
displayed. If the signal falls
below the set Relative Signal (see
"Relative Signal" in
ISR 6 Advanced or
IGAR 6 Advanced Manual), the
temperature displayed on the
image will be flashing.
∂1-channel mode: only the left
dot is displayed.
∂Metal mode: the left dot is displayed continuously,
the right dot flashes.
∂Smart-Mode (IGAR 6-TV Advanced only): both dots flash.

Series 6 – TV Advanced Manual Software Infrawin ∂13
4Software InfraWin
You can configure the video image and display options using a PC and the InfraWin 5 software
(included in scope of delivery).
4.1 Set Video Mode Parameters
1. Choose TV for setting the parameters of the video module.
2. Complete the following fields on the screen:
∂Text: Enter user text (e.g "LumaSense")
∂Parameters: Display in addition to measuring temperature
oOff (no parameter is displayed)
oDevice temperature
oMeasuring distance
oSerial number
oSignal intensity (ISR 6-TV Advanced and IGAR 6-TV Advanced only)
∂Brightness: Selects the brightness adjustment mode of the video image:
automatic or manual
∂Video Output: To turn on/off the video output (high impedance=off)
∂Date and Time Settings: Set the current time and date
3. Click the Accept button to save the settings.
4.2 Adjusting Brightness
You can set the brightness control to Manual (Man.) or Automatic (Auto) using the InfraWin 5
software.

Series 6 – TV Advanced Manual Software Infrawin ∂14
∂Manual - the brightness of the video image can be set manually using the slider at the
right side of the video image.
∂Automatic - the brightness of the video image is automatically controlled. Using the
two sliders (red and blue) at the right side of the video image, a range of brightness can
be set where the automatic control should work. With the yellow button, the selected
range can be moved.
If the circle (representing the current brightness) is within the chosen range, automatic
brightness control is not active. Once the circle is outside of the chosen range, automatic
brightness control activates and automattically adjusts the brightness until the circle returns to
the chosen range.
These settings affect the video chip in the pyrometer. By pressing the Accept button, the
settings are stored in the pyrometer.

Series 6 – TV Advanced Manual Software Infrawin ∂15
Comparison between manual and automatic control of brightness:
The measuring temperature was changed for the image recording from the beginning of the
measuring range to 1200 °C.
Manual brightness control Automatic brightness control

Series 6 – TV Advanced Manual Accessory (optional) ∂17
5Accessory (optional)
5.1 Video Grabber (Converts Analog TV to USB)
Using the video grabber (optional accessory) in conjunction
with the software InfraWin 5, it is possible to see the video
image on the PC screen together with the temperature graph.
The video image can be size adjusted and positioned at any
place of the screen. The properties of the pyro's video chip as
well as properties of the video grabber can be adjusted with
InfraWin 5.
5.1.1 Adjusting Grabber Settings
On top of the video image there is a menu labeled Grabber settings. Set the properties of the
video image by changing the parameters of the video grabber (works like the controlling knobs
of a monitor).
1. Select Grabber settings.
2. Configure the desired settings.
3. Save the configured settings by pressing OK.

Series 6 – TV Advanced Manual Accessory (optional) ∂18
5.1.2 Adjusting Video Output Settings
1. Select Grabber input.
2. Currently, only “PAL_B” is supported.
5.1.3 Viewing the Video Image
During a temperature measurement of the pyrometer, the video image can be displayed on the
screen by pressing the TV button.
The video image can be positioned anywhere on the screen. Use the slider to change the
brightness of the image during the measurement.

Series 6 – TV Advanced Manual Data format UPP ∂19
6Data format Universal Pyrometer
Protocol (UPP): Extended for Video
Module
Software commands can be exchanged directly with the pyrometer through an interface using
suitable communication software or by using the Test function located in the Pyrometer
Parameters window of the InfraWin software package.
The data exchange occurs in ASCII format with the following transmission parameters:
•The data format is: 8 data bits, 1 stop bit, even parity (8,1,e) no handshake;
•The device responds to the entry of a command with output (such as the measuring
value) + CR (Carriage Return, ASCII 13), to pure entry commands with ok + CR, or no +
CR.
•Every command starts with the 2-digit device address AA (e. g. "00"). This is followed by
1 lower case command letter and 2 numbers finished with CR.
Example Read Command: Entry: “00v08“ + <CR>
Selectable parameter that is additionally shown to the measuring temperature
Read selection: Answer: 2-digit, hex
e.g. "02" + <CR> The measured distance is displayed in addition to temperature.
oThe ASCII parameter “X” indicates a change to be made in a parameter. When used, the
command contains the new value.
Example Write Command: Entry: “00v08XX “ + CR
The case temperature is additionally shown to the measuring temperature. A „?“
after the read command answers with the limits of the respective settings (only a
setting command, not a query command).
oA “?” after the lower case command letters answers with the limits of the respective
settings (only at setting commands, not at query commands).
Example Read Limits Command: Entry: “00v08?“ + CR!
The answer is "00FF" + <CR>

Series 6 – TV Advanced Manual Data format UPP ∂20
Description
Command
Parameters
v00
v00XX
Text fade in, set value. XX=00..1F,hex
Bit[0]: Overlay_0 -> parameter display
(0: fade out; 1: fade in)
Bit[1]: Overlay_1 -> Time/Date
(0: fade out; 1: fade in)
Bit[2]: Overlay_2 -> User-Text
(0: fade out; 1: fade in)
Bit[3]: Overlay_3 -> target circle
(0: fade out; 1: fade in)
Bit[4]: Firmware-Block Overlay-activation
(0: Off ⇓all ovl’s off, resolution=768x576;
1: On ⇓ovl’s corresponding to Bit[3:0]
Settings on and resolution=768x520)
v01
v01
Pixel Coordinates of top left corner of temperature display read.
(Overlay_0)
Answer = XXXYYY (6-digit, hex)
XXX: X-Coordinate
YYY: Y-Coordinate (000 = top)
v01XXXYYY
Set Coordinates of temperature display.
XXX: 000..300hex (X-Coordinate)
YYY: 000..208hex (Y-Coordinate⇓Change only in multiples of 2)
v01?
Coordinates of temperature display read limits.
Answer: 000300000208 (PAL)
Format xxxXXXyyyYYY
xxx min X-Value, XXX max X-Value
yyy min Y-Value, YYY max Y-Value
v02
description see „v01“ but Coordinates of time/Date (Overlay_1)
v03
description see „v01“ but Coordinates of UserText (Overlay_2)
v05
v05
store v01,v02,v03,v04 in flash
memory
v06
v06
UserText read. Answer: ASCII
-
String
v06nnS
UserText write.
nn: 01..32hex (number of characters)
S: ASCII-String (nn characters long)
v06?
UserText read limit. Answer: 0132xy
x: first character is blank (0x20)
y: last character is ‘ÿ‘ (0xff)
v07
v07
Store user
-
text in flash memory
v08
v08
Selectable parameter, selection read.
Answer: 2-digit, hex
v08XX
Selectable parameter, selection write. XX={00,01,80}
00: case temperature
02: measuring distance
03: Ser-No
80: Intensity (ISR 6-TV Advanced and IGAR 6-TV Advanced only);
FF: no parameter
v08?
Selectable parameter, read limits.
Answer: 00FF
v09
v09
Selectable parameter, store selection in flash memory

Series 6 – TV Advanced Manual Data format UPP ∂21
Description
Command
Parameters
v10
v10
Text properties
parameter, read.
Answer 4-digit, hex.
v10ABCD
Text properties parameter, write.
A: text color (0..F)
B: text transparency
(0..7 ⇓0: transparent; 7: full opacity)
C: background color (0..F)
D: background transparency (0..7)
Color palette:
0=black; 1=DarkRed; 2=Red; 3=Pink; 4=Teal; 5=Green; 6=BrightGreen;
7=Turquoise; 8=DarkBlue; 9=Violet; A=Blue; B=Grey 25%; C=Grey 50%;
D=DarkYellow; E=Yellow; F=White
In cross faded colors
⇓ reduce opacity!!!
(e.g. Yellow)
v10?
Text
-
properties parameter, read limits.
Answer: 0F070F07
v11
v11
v11ABCD
v11?
Text properties (date/time)
description see „v10“
v12
v12
v12ABCD
v12?
Text properties (User Text)
description see „v10
v13
v13
v13ABCD
v13?
reserved (Overlay_3 used for pictures
⇓
LumasenseLogo, circle marker,
AVG_rectangle)
description see „v10“ however Text properties (Overlay_3)
v14
v14
store v10,v11,v12,v13 text properties in flash memory
v18
v18
Brightness control, settings read.
Answer: 1-digit, hex.
v18X
Brightness control, settings write. X=0..1
0: manual brightness control
1: automatic brightness control
v18?
Brightness control, read limits. Answer: 01
v19
v19
Brightness, read.
Answer: 3
-
digit, hex.
v19XXX
Brightness, write. XXX=000..1A5
v19?
Brightness, read limits. Answer: 0001A5
v20
v20
Brightness, store in flash memory.
v21
v21
AVG
-
Rectangle, properties read.
Answer: AAABBBCCCDDD (12-digit, hex)
v21
AAABBBCCCDDD
AVG
-
Rectangle, properties write.
AAA: width (004..300hex)
BBB: high (008..208hex ⇓Change only in multiples of 2)
CCC: X-Coordinate (000..2FChex)
DDD: Y-Coordinate (000..200hex ⇓Change only in multiples of 2)
∂Coordinates-reference : corner top left
∂If AAA+CCC > 768 , Answer „no“
∂if BBB+DDD > 520 , Answer „no“
v21?
AVG
-
Rectangle, read limits.
Answer: 0043000082080002FC000200
v22
v22
AVG
-
Rectangle, set to position and size of circle marker.
v23
v23
AVG
-
Rectangle, store in flash memory.

Series 6 – TV Advanced Manual Data format UPP ∂22
Description
Command
Parameters
v24
v24
Control limit, for automatic brightness read.
Answer: XXYY (4-digit, hex)
v24
XXYY
Control limit, for automatic brightness write.
XX: bottom Control limit (00..FFhex)
YY: top Control limit (00..FFhex)
brightness of the image is changed by the OV7960 till the average value of
the brightness, all pixels within the defined AVG rectangle, is in these
control limits)
v24?
Control limit, read limits. Answer: 00FF00FF
v25
v25
Control limit, store selection in flash
memory
v26
v26
Time, read. Answer 6
-
digit, decimal
v26hhmmss
Time, write.
hh: hour (00..23)
mm: minute (00..59)
ss: second (00..59)
v26
?
Time, read limit. Answer: 002300590059
v27
v27
Date, read. Answer 6
-
digit, decimal
v27
DDMMYY
Date, write.
DD: day (01..31)
MM: month (01..12)
YY: year (00..99)
v27
?
Date, read limits. Answer: 013101120099
v31
v31
Video
-
Out
-
Tristate read.
Answer 1-digit, hex.
v31
x
Video
-
Out
-
Tristate write. x = 0..1
0: Disable
1: Enable
v31
?
Video
-
Out
-
Tristate, read
limits
Answer: 01
v32
v32
Video
-
Out
-
Tristate, store selection in flash memory

7Reference Numbers
7.1 Reference numbers instrument
Type Temperature Range Reference Number
IS 6-TV Advanced
(PAL / RS485)
600 to 1800 °C (MB 18) 3 914 570
600 to 3000 °C (MB 30)3 914 530
IGA 6-TV Advanced
(PAL / RS485)
250 to 1800 °C (MB 18)3 914 070
250 to 2500 °C (MB 25) 3 914 030
IGA 6/23-TV Advanced
(PAL / RS485)
50 to 1000 °C (MB 10) 3 914 230
75 to 1300 °C (MB 13)3 914 270
150 to 1800 °C (MB 18)3 914 310
ISR 6-TV Advanced
(PAL / RS485)
600 to 1400 °C (MB 14) 3 904 030
700 to 1800 °C (MB 18) 3 904 090
800 to 2500 °C (MB 25) 3 904 160
1000 to 3000 °C (MB 30) 3 904 230
IGAR 6-TV Advanced
(PAL / RS495) 100 to 2000 °C (MB 20) 3 914 720
Ordering note: Connection and video cables are not included in scope of delivery and must be
ordered separately.
7.2 Reference numbers accessories (video related)
3 920 600
3 920 610
3 920 620
3 920 630
3 920 640
3 920 650
3 920 660
3 920 670
3 920 680
3 920 690
Video cable BNC, 5 m long
Video cable BNC, 10 m long
Video cable BNC, 15 m long
Video cable BNC, 20 m long
Video cable BNC, 25 m long
Video cable BNC, 30 m long
Video cable BNC, 40 m long
Video cable BNC, 45 m long
Video cable BNC, 60 m long
Video cable BNC, 100 m long
All video cables include an
adapter BNC-socket to RCA
male (CINCH)
3 826 740 Passive Video Baluns with BNC connectors for transmitting video signals over
standard inexpensive patch cable (eg CAT5 cable). Maximum cable length:
300 m with color video.
3 826 730 Video grabber (converts analog TV to USB)
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