The DAHUA HAC-HFW1200TLP 2MP HDCVI IR Bullet Camera is a high-performance security camera made to provide incredibly clear video surveillance in a variety of settings. This camera is ideal for both home and business security applications because of its robust bullet-style housing, cutting-edge imaging technology, and dependable night vision.
With its superior 2MP sensor and Full HD 1080P resolution, the HAC-HFW1200TLP captures every detail with remarkable clarity. It guarantees clear and accurate images that make it considerably simpler to recognize people, cars, and activities, whether it is being used for live monitoring or recorded replay.
This camera, which is based on Dahua's cutting-edge HDCVI technology, allows high-definition video to be transmitted over coaxial cable over great distances without sacrificing quality. Additionally, it provides a variety of video output options, which ensures seamless integration into current CCTV setups and compatibility with a wide range of DVR systems.
The HAC-HFW1200TLP has strong infrared night vision that can take crisp black-and-white pictures even in total darkness, providing round-the-clock safety. This makes it perfect for keeping an eye on exterior spaces, including parking lots, building entrances, warehouses, and perimeters.
Advanced picture optimization technologies, including DWDR, 2DNR, and automated white balance, further improve its performance by reducing noise, enhancing contrast, and preserving true colors under difficult lighting circumstances.
The camera is protected from dust, rain, and severe weather by its IP67-rated weatherproof casing, which guarantees that it will continue to function even in challenging outside conditions. Flexible mounting choices for the best surveillance coverage are also made possible by its robust bullet construction.
Overall, the DAHUA HAC-HFW1200TLP 2MP HDCVI IR Bullet Camera is a solid option for long-term, efficient security monitoring since it combines high-definition imaging, robust low-light performance, and a weather-resistant design.