TR-D2253WDIR7 2.7-13.5
Archive
WDR:
RWDR 120 dBResolution:
5MPMaximum video output resolution:
2592x1920Image sensor:
1/2.8" CMOSBitrate (Mb/sec):
8Power supply:
DC 12 V, PoELens (mm):
2.7 - 13.5Net Weight (kg):
0.64Sensitivity(Lux):
0,002Ingress protection:
IP67Dimensions (mm):
234.2x77.3x73.2Power consumption, Watt:
10.7Working temperature, C°:
-40…+60Day/Night Mode:
Mechanic IR-filterNetwork interfaces:
RJ-45TRASSIR TR-D2253WDIR7
5 MP (2592 × 1944) IP-camera is supplied in a metal case, protected from moisture and dust according to IP67 standard, from mechanical influences - IK08, which, together with operating temperatures of –40 ° C ... +60 ° C and TVS 4000 V lightning protection, provides stable operation of the device outdoors, regardless of the season.
Functionality:
- - WDR 120 dB - neutralization of the influence of changes in the level of illumination on the picture quality.
- - 3D DNR - spatial noise reduction.
- - Defog - increasing the contrast to eliminate defects introduced by fog, smoke.
- - ROI - fixing on the selected area and parallel reducing the resolution in the rest of the frame to optimize the bitrate.
- - BLC - Backlight Compensation.
- - HLC - local exposure masking.
- - IR illumination with a range of 70 m.
- - Compression with H.265 +, H.265 and H.264 codecs.
- - Broadcast speed: 5 Mp - 20 fps, 4 Mp and less - 25 fps.
- - Built-in microphone.
- - Bitrate - 8 Mbps.
Basics:
TR-D2253WDIR7 is equipped with a variable focal length lens. Parameters: focal length - 2.7 mm ~ 13.5 mm, horizontal field of view - 95.8 ° ~ 29.6 °, vertical - 69.6 ° ~ 24.5 °. The onboard interfaces include RJ-45 network port, audio input, audio output, alarm input, alarm output, microSD card slot with a capacity of up to 128 MB. Power supply - DC 12 V, PoE. The maximum power consumption is 9.3 watts. Dimensions - 234.33 × 75.31 × 77.50 mm. Weight - 640 g.
The camera supports corridor mode (vertical resolution) and day / night with ICR: in sufficient light, the filter refracts IR rays, optimizing color rendition, and in the dark it is mechanically shifted away from the matrix to increase its sensitivity and backlight efficiency.
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