Sambo SCB119HQMV Instruction Manual
RS Part No. 696-1207
Instruction Manual
Digital Colour Bullet Camera
SCB119HQMV
RS Part No. 696-1207
DIGITAL COLOUR VARI-FOCAL BULLET CAMERA
CAUTION
Do not open or strike this equipment. Sensitive electronics inside are vulnerable to excessive shock.
• Do not install the equipment near any naked flames or heat sources. Excessive heat could damage this unit.
• Do not cover cloth or to install this unit in poorly ventilated places. This may lead to overheating.
• Do not continue to operate if there appears to be fault.
If the unit ceases to function, contact qualified service personnel for help.
• Do not touch the power connection with wet hands. Risk of short circuit or electric shock.
• Do not damage the power cord or leave it under pressure. Risk of fire or shock circuit.
FEATURE
1/3" COLOUR SONY SUPER HAD
HIGH RESOLUTION (26 )
High Resolution : 560TV Line
B/W Mode : 600TV Line (True Day&Night)
Minimum Illumination : 0.2Lux(Day),0.03(Night) (F:1.2)
Auto White Balance
Automatic Gain Control
Power Source : DC12V ( 10%)
Manual Vari-Focal Lens Type
SPECIFICATION
Image Device
Picture Elements
Scanning System
Sync System
Video Output
S/N Ratio
Gamma Characteristic
Gain Control
White Balance
Electronic Shutter
LENS
Lens Option
Smear Effect
Minimum Illumination
Power Consumption
Operation Temperature
Storage Temperature
Weight
Housing
Dimension(mm)
Cable(option)
12V 10% DC, 140mA
26 × 105
0dB ~ 32dB Auto
Auto 2100 K ~ 9100 K Auto Push Lock (option : ATW)
Manual 4mm~9mm
10
~ 50 , RH95% Max
1/60~1/100,000sec (Auto)
1/50~1/100,000sec (Auto)
Manual 9mm~22mm
0.005%
Approx 125g
ALUMINUM
20 ~ 60 , RH95% Max
Standard 500mm BNC/DC Jack
SCB119HQMV
Internal Synchronization
1Vp-p 75 Composite
SCB119HQMV (NTSC)
Horizontal Resolution
0.2Lux (Day) (f:1.2)
752(H) 582(V)
768(H) 494(V)
0.45
560 TV Line
More Than 50dB (AGC Off)
525 Lines, 60Field/sec
SCB119HQMV (PAL)
1/3" Colour SONY Super HAD CCD (1/3" Color SONY Exview CCD)
625 Lines, 50Field/sec
600TV Line (5~7Lux B/W Mode : True Day & Night)
•
℃
℃
℃
℃
Φ
±
Φ