Bosch VCN-9095-F111 CCTV dome camera with 720 TVL resolution
Technical Specification
Features:
- Make: Bosch
- Model code: VCN-9095-F111
- Chip Inch Size: 1/3 inch
- Colour Type: True Day / Night
- Resolution TVL: 720
Additional info:
Bosch VCN-9095-F111 is a flexidome IR CCTV camera featuring 960H 1/3-inch CCD sensor with a resolution of 720TVL. The ultra-wide lens enables the camera to view the entirety of a small room, including the floor beneath the camera. The camera incorporates mechanical filter technology for daytime color and night-time imaging under infrared illumination while maintaining sharp focus under all lighting conditions.
Read more| Make | Bosch |
|---|---|
| Manufacturer | Bosch Security Systems |
| Category | IP Cameras products |
| Model code | VCN-9095-F111 |
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Chip Inch Size: 1/3 inch Colour Type: True Day / Night Resolution TVL: 720 HD: HD Sensitivity lux: 0.002 lux Pan Speed o/ sec: 139 o/ sec pan speed Indoor/Outdoor: Indoor/Outdoor Digital (DSP): DSP Tilt Speed o/ sec: 104 o/ sec tilt speed Mount Type: Corner mount Focal length: 2 Back Light Compensation: backLightCompensation Auto Gain Control: autoGainControl White Balance: whiteBalance Electronic Shutter range: 1/50 [1/60] ~ 1/100000 S/ N (Signal/ Noise) Ratio dB: > 50 Synchronisation: Internal, Line Lock Signal Mode: PAL Built-in IR LED: Built-in-IR-LED Video Output: Composite video 1 Vpp, 75 ohm Zoom Ratio: x16 |
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| Electrical Specifications |
Voltage: 12 V DC / 24 V AC Power Consumption: 6.48 W |
| Physical Specifications |
Dimensions mm: 240 x 146 x 169 Weight g: 1,840 |
| Environmental Specifications |
Operating Temp oC: -10 ~ +50 C (14 ~ +122 F) Operating Humidity %: 20 ~ 90 Protection: IP65, IK10 |
| Additional info | Bosch VCN-9095-F111 is a flexidome IR CCTV camera featuring 960H 1/3-inch CCD sensor with a resolution of 720TVL. The ultra-wide lens enables the camera to view the entirety of a small room, including the floor beneath the camera. The camera incorporates mechanical filter technology for daytime color and night-time imaging under infrared illumination while maintaining sharp focus under all lighting conditions. |
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