Honeywell 60 Series 20MP IP IR Multi-Sensor Camera - White
$3,100.00
$1,716.99
Mfg # HC60WM20R1
CDW # 7926389
Quick tech specs
- NTSC/PAL Video Standard
- 1/2.7" CMOS x 4 Image Sensor
- Resolution: 20MP
- 3 DNR Noise Reduction
- H.265 HEVC/H.264/MJPEG Video Compression
- One-Way Audio Stream
- Color: White
- Progressive Scanning System
- Full Strength IR and Manual IR Control
- 120dB Wide Dynamic Range
- Built-in FIPS 14-0-2 Encryption Chipset
- G.711, G.726 Audio Compression
- Motion Detection, Tampering, Audio Detection
- Pantone Black IR Light Cover
Know your gear
The Honeywell 60 Series Model HC60WM20R1 is designed for diverse operating environments with a wide temperature range of -40°C to 60°C and an exceptional humidity tolerance of 0 to 95%. This professional-grade surveillance camera features a multi-sensor system with a powerful optical sensor that achieves clarity with 20,000,000 total pixels across its 1/2.7" sensor, making it suitable for monitoring important areas with precision and reliability.
Equipped with advanced connectivity options, this model supports various networking protocols such as TCP/IP, HTTP, and HTTPS, ensuring seamless integration into existing systems. Its comprehensive feature set includes motion detection, day and night functionality, built-in microphones for audio support, and multiple video formats, ensuring performance in any situation. Whether used for security, monitoring, or capturing essential visuals, the Honeywell 60 Series HC60WM20R1 offers robust functionality and image quality.
Equipped with advanced connectivity options, this model supports various networking protocols such as TCP/IP, HTTP, and HTTPS, ensuring seamless integration into existing systems. Its comprehensive feature set includes motion detection, day and night functionality, built-in microphones for audio support, and multiple video formats, ensuring performance in any situation. Whether used for security, monitoring, or capturing essential visuals, the Honeywell 60 Series HC60WM20R1 offers robust functionality and image quality.
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