1100mm Cooled Thermal Imaging Night Vision PTZ Camera

Model NO. SHR-HZIR1100 Sensor CMOS HDMI Format 1080P Kind Autofocus Lens Certification CE, FCC Feature Waterproof / Weatherproof, High Definition, Vandal-proof, Auto BLC Effective Distance 20km Sensor Size 1/3 inch Remote Control With Remote Control Detection Distance 17-20km Recognition Distance 9-15km Identification Distance 5-10km Detector Type Cooled Thermal Pixel 640/1240 Optional Power DC30V Salt Fog Proof pH6.5-7.2, Continuously Spraying 48 Hours Protocol Pelco-D/ Pelco-P Transport Package Carton Box Specification IP66 Trademark CZVZ Origin Jinan, Shandong, China Production Capacity 3000PCS/Years

Product Description

                              SHR-HZIR1100 Cooled Thermal Camera   Monitoring distanceTargetHuman(1.8m×0.5m)Vehicle(2.3m×2.3m)Detection17800m216000m46000m112400mRecognition9200m15100mIdentification5300m10500mThermal lensFocal length110/1100mmFOV0.4°×0.3°~5°×4°Space resolution0.014~0.14mradDetectorDetector TypeCooledPixel640x512Spectrum Range8~14μmNETD≤25mkfrequency25HzNon- uniformity correctionAuto/manualImage ProcessAGC, DDE, Pseudo ColorVideo outputPALInterfacePowerDC30VVideoRS422,BNC,alarm outputEnvironmental indicatorsOperation temperature-25ºC~+55ºCStorage temperature-40ºC~+65ºCInternational protectionIP66Salt fog proofPH6.5~7.2, Continuously spraying 48 hoursPowerWhole powerDC30VConsumption≤120WPan tiltCapacity50kg(top)Horizontal angleHorizontal 0°~360°Vertical angle-60°~ +45°Pan speed0.1°~12°/sTilt speed0.1°~ 8°/sPresets255, support lens zoom focus presetPresets precision±0.1°Auto cruise8 paths, each path can set up 10 presetsAuto scan1ProtocolPelco-D,Pelco-PBaud rate2400/4800/9600/19200 bpsThunder proofPower 4000V,Video signal 2000V  Note: black number is in real environment considering the atmospheric attenuation tested by FLIR, red number is calculated in theory Effective distance is affected by thermal imaging camera settings, environmental conditions, operation experience, monitor and display mode. Above effective distance is achieved under conditions of 2ºC target temperature difference, 0.85/km atmospheric attenuation coefficients and 50% probability.