Instruc
tion manual - English - EN
53
MNTCMPXT_1824_EN
9.6.10.1 Flat Field Correction Menu
The thermal camera is fitted with an internal
mechanism which periodically improves the quality
of the images: the Flat Field correction (FFC). The
parameters which manage this function are:
1.
Flat Field Auto:
Enables the automatic
or manual Flat Field correction. When the
automatic correction is enabled, the camera
carries out a FFC after a given time or
temperature change. Vice versa, when the
manual correction is set, the FFC operations are
carried out when requested by the operator. We
advise setting the manual correction at all times.
2.
Interval:
Sets the time that has to elapse before
carrying out a FFC when the dynamic gain range
is High. The time interval is indicated in frames
(33ms for NTSC and 40ms for PAL).
3.
Low Gain Interval:
Sets the time that has to
elapse before carrying out a FFC when the
dynamic gain range is Low. The time interval is
indicated in frames (33ms for NTSC and 40ms for
PAL).
4.
Temperature:
Sets the temperature change
after which a FFC has to be carried out when the
dynamic gain range is High. The temperature
change is indicated in 0.1°C intervals.
5.
Low Gain Temperature:
Sets the temperature
interval after which a FFC has to be carried
out when the dynamic gain range is Low.
The temperature change is indicated in 0.1°C
intervals.
6.
Gain Mode:
Allows the setting of dynamic gain
range type:
•
High:
This setting aims to maximize the
contrast and is especially suitable for
applications which carry out the video
analysis of images.
•
Low:
This setting increases the dynamic range
of the image and diminishes the contrast. It is
especially suitable for identifying the hottest
elements in an image.
•
Auto:
This setting allows the camera to switch
between High and Low modes depending on
the type of image currently being displayed.
The parameters in the Gain Change Values
menu are used to change the behaviour of
this mode (9.6.10.2 Gain Switch Values, page
7.
Do FFC:
Carries out a FFC.
8.
Gain Switch Values:
Allows access to the Gain
Switch Values submenu.
FLAT FIELD CORRECTION
------------------------
1>FLAT FIELD AUTO: Y
2 INTERVAL : 7200
3 LOW GAIN INTER.: 1350
4 TEMPERATURE : 5
5 LOW GAIN TEMP. : 10
6 GAIN MODE : AUTO
7 DO FFC?
8 GAIN SWITCH VALUES >
Fig.
102
We recommend that you do not change
the default values which have been set
to guarantee high quality images in any
operating condition.
Summary of Contents for EC-940-DUA Series
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Page 347: ...RU EC 940 PTZ A EC 940 DUA PTZ...
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Page 353: ...RU 7 MNTCMPXT_1824_RU 1 1 1 INFO 2 3 J1 6 5 19 1...
Page 354: ...RU 8 MNTCMPXT_1824_RU 40 C 60 C IEC EN60079 14 4 4 2 10...
Page 357: ...RU 11 MNTCMPXT_1824_RU 5 5 1 15A max 3mm 5 2...
Page 358: ...RU 12 MNTCMPXT_1824_RU 5 3 1 PTZ 1 2 1 1 2 2 IP 1 PTZ 1 2 1 1 2 2 1 CD 1 PTZ 1 2 1 3 6 2 2 5 4...
Page 363: ...RU 17 MNTCMPXT_1824_RU 6 3 15A max 3mm 80 C 10 C 3 4 NPT 01 02 03 02 01 03 12...
Page 376: ...RU 30 MNTCMPXT_1824_RU 6 21 STAHL 46 47 30mm 48 49...
Page 377: ...RU 31 MNTCMPXT_1824_RU 7 7 1 7 1 1 STAHL 7 1 2 7 1 3...
Page 378: ...RU 32 MNTCMPXT_1824_RU 8 De Ice 0 C 60 120 8 1...
Page 426: ...RU 80 MNTCMPXT_1824_RU 15 336 336 232 232 N 4 M10 N 4 M10 138 138 398 398 128 EC 940 PTZ A...
Page 427: ...RU 81 MNTCMPXT_1824_RU 453 453 232 232 N 4 M10 N 4 M10 138 138 398 398 129 EC 940 DUA...
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Page 519: ...KO EC 940 PTZ A EC 940 DUA PTZ...
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Page 525: ...KO 7 MNTCMPXT_1824_KO 1 1 1 INFO 2 3 J1 6 5 19 1...
Page 526: ...KO 8 MNTCMPXT_1824_KO 40 C 60 C 40 F 140 F IEC EN60079 14 4 4 2 10 A UPS...
Page 529: ...KO 11 MNTCMPXT_1824_KO 5 5 1 15A 3mm 0 1 5 2...
Page 530: ...KO 12 MNTCMPXT_1824_KO 5 3 1 PTZ 1 2 1 1 2 2 IP 1 PTZ 1 2 1 1 2 2 1 CD 1 PTZ 1 2 1 3 6 2 2 5 4...
Page 535: ...KO 17 MNTCMPXT_1824_KO 6 3 15A 3mm 0 1 80 10 C 3 4 NPT 01 02 03 02 01 03 12...
Page 548: ...KO 30 MNTCMPXT_1824_KO 6 21 OR OR STAHL O 46 OR 47 30mm 48 49...
Page 549: ...KO 31 MNTCMPXT_1824_KO 7 7 1 7 1 1 STAHL 7 1 2 7 1 3...
Page 550: ...KO 32 MNTCMPXT_1824_KO 8 De Ice 0 C 60 120 8 1...
Page 579: ...KO 61 MNTCMPXT_1824_KO PC 117 118 9 7 2 1 WAN Setting IP IP 192 168 0 101 30 192 168 0 101 119...
Page 598: ...KO 80 MNTCMPXT_1824_KO 15 336 336 232 232 N 4 M10 N 4 M10 138 138 398 398 128 EC 940 PTZ A...
Page 599: ...KO 81 MNTCMPXT_1824_KO 453 453 232 232 N 4 M10 N 4 M10 138 138 398 398 129 EC 940 DUA...
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