Bosch EX36MNX902W-N day/night CCTV camera with 540 TVL resolution
Technical Specification

- Make: Bosch
- Model code: EX36MNX902W-N
- Chip Inch Size ": 1/3 inch
- Colour Type: Colour / Monochrome
- Resolution TVL: 540
The Bosch EX36MNX902W-N is a vandal-resistant corner integrated Day/Night camera featuring anchor-free No-Grip design. The camera has no anchor points for maximum safety in environments with at-risk individuals. The innovative design allows a perfectly flush fit into the corner of a room that protects against even the most brutal attempt to destroy, detach or disable the camera. The camera incorporates mechanical filter technology for vivid daytime color and exceptional night-time imaging under infrared illumination while maintainingsharp focus under all lighting conditions.
Read moreMake | Bosch |
---|---|
Category | Surveillance software products |
Model code | EX36MNX902W-N |
Chip Inch Size ": 1/3 inch Colour Type: Colour / Monochrome Resolution TVL: 540 Digital (DSP): Digital Specialist Types: Infrared Sensitivity lux: 0.0 Focal Length mm: 2.5 mm Picture Elements HxV: 768 x 494 Auto Gain Control: AutoGainControl Gamma Correction: 0.45 Electronic Shutter range: 1/60 ~ 1/100,000 s S/ N (Signal/ Noise) Ratio dB: >48 Signal Mode: NTSC Video Output: 1 Vpp, 75 ohms |
|
Electrical Specifications |
Voltage: 12 ~ 24 V AC Power Consumption: 900 mA |
Physical Specifications |
Dimension mm: 224 x 134 x 155 Weight g: 1,200 |
Environmental Specifications | Operating Temperature oC: -50 ~ +50 C (-58 ~ 122 F) |
Additional info | The Bosch EX36MNX902W-N is a vandal-resistant corner integrated Day/Night camera featuring anchor-free No-Grip design. The camera has no anchor points for maximum safety in environments with at-risk individuals. The innovative design allows a perfectly flush fit into the corner of a room that protects against even the most brutal attempt to destroy, detach or disable the camera. The camera incorporates mechanical filter technology for vivid daytime color and exceptional night-time imaging under infrared illumination while maintainingsharp focus under all lighting conditions. |
Download PDF version |