Geovision 84-PT22000-001U 2MP IR Pan Tilt Camera
Overview
The Geovision 84-PT22000-001U is a 2MP network pan-tilt camera with integrated infrared illumination, built for surveillance deployments where fixed mounting angles are insufficient and low-light performance cannot depend on external ambient light. The 4mm lens combined with mechanical pan-tilt actuation allows remote repositioning without site visits, reducing installation labor and enabling dynamic coverage adjustment across retail floors, warehouse perimeters, parking areas, and after-hours office corridors. IR capability extends usable monitoring into complete darkness—critical when ambient light is absent or unreliable. The 84-PT22000-001U operates via standard IP networking, integrating into both enterprise and SMB surveillance ecosystems without specialized adapters or legacy system modifications.
Compatibility
The 84-PT22000-001U integrates with standard ONVIF-compliant video management platforms and modern IP-based NVR systems. It connects via standard RJ-45 network drops and operates as a conventional network-attached device within existing IP camera infrastructure. The camera draws power via PoE or dedicated 12V DC supply, accommodating both powered-switch deployments and independent power supply installations. Installation into enterprise surveillance systems requires no protocol translation or third-party gateway devices—direct integration into standard VMS platforms is supported.
Installation Notes
Mount the camera to solid surfaces (ceiling, wall, or pole) capable of supporting the unit weight and bearing dynamic force from pan-tilt motor movement. Ensure adequate cable slack near the pan-tilt joint to prevent strain during full-range repositioning. Network connectivity must support sustained bitstream delivery for real-time pan-tilt positioning commands; latency-sensitive deployments should verify NVR and switch response times before field commissioning. Stable mechanical support is essential—avoid mounting to surfaces prone to vibration, which degrades image steadiness during pan-tilt operation.
