LunaVision
480 TVL Analogue Colour Day/Night Camera
Operation Manual
Copenhagen Sensor Technology A/S
Symfonivej 15
Phone
+45 44 92 18 55
Document no.:
A03-001-E01
DK-2730 Herlev
Fax
+45 44 92 18 56
Revision/Date:
A / Jan. 2012
Denmark
Web
www.copst.com
Author:
GJ
Page 3 of 12
1.
General
The The HO-S321 LunaVision is a colour 480 TVL
1/2” electronic day/night camera designed to
deliver
high
performance
in
extreme
temperatures.
The camera is an electronic day/night camera,
meaning it can automatically switch between
colour and monochrome operation depending on
the light level. It also features an Extended Night
Mode, with up to 64 fields integration.
It is designed to operate in temperatures ranging
from -30°C to +70°C and is therefore suitable for
installation in e.g. areas with very warm climate
without the expense of installing a cooling
system.
Conducted cooling
The LunaVision camera uses conducted cooling to
remove heat from the CCD sensor. The main
benefit of this is that it reduces the noise from
the CCD thereby providing a better video image,
particularly in low-light conditions.
Precision mounted CCD
The CCD sensor of the HO-S321 is precision
mounted with reference to the lens mount which
makes bore-sighting of camera and optics
possible.
2.
Main features
Image sensor
Sony Hyper HAD CCD
TM
Cooling
Conductive
Image sensor format (inch)
1/2”
Image output
colour / monochrome
Day/Night mode
Automatic or external control
Resolution
480 TVL
Video format
NTSC (EIA) / PAL (CCIR)
Video output
Composite VBS
S/N ratio
> 50dB
White balance
Automatic or manual
Shutter control
Manual shutter up to 1/60 to 1/10 000 sec.
Iris control
CCD Iris and Direct Drive auto-iris
High sensitivity function
Frame integration mode for higher sensitivity
Image reversal
Scanning reversal function (mirror-effect mode)
Lens adaptor
CS-lens mount with back-focus adjustment
Connections
15-pin (male) Power in/zoom/focus/RS 232
15-pin (female) Zoom/Focus/ Ext. Power out/Ext. Function out/Iris out
BNC video out
put
Power
12VDC ±10%, max. 250 mA
