ORION Images 17RTCSR RTCSR Series 17" Class SXGA LED LCD Monitor, 5:4, Black

For security and surveillance applications that must perform in bright light, the ORION Images 17RTCSR 17" class sunlight-readable LCD monitor delivers dependable, high-visibility monitoring where it matters. This ORION Images surveillance monitor uses transflective enhancement with an ultra-bright LED backlight (up to 1500 cd/m2) to provide clear, low-power viewing in outdoor kiosks, control rooms and field-mounted security stations. The 5:4 SXGA-capable panel (up to 1280 x 1024) preserves image detail for video analytics and operator review, while multiple video inputs — HDMI, VGA and BNC/S-Video — make it easy to connect cameras, DVRs/NVRs and access-control systems. Built-in speakers, a rugged metal chassis and VESA 100x100 compatibility simplify installation and reduce accessory costs. Backed by a 3-year limited warranty, the 17RTCSR is engineered for continuous operation in demanding environments. Choose this monitor to improve situational awareness, reduce maintenance, and accelerate deployment of security and monitoring systems. Contact sales or add to cart to outfit control rooms, ATMs, kiosks and outdoor surveillance installations.

• Sunlight-readable 17in LED panel delivers reliable visibility in bright outdoor and high-ambient-light environments to improve on-site security monitoring and reduce operator fatigue.
• Transflective technology and ultra-high brightness (up to 1500 cd/m2) provide clear, low-power imaging without extra heat—extending component life and lowering maintenance.
• SXGA-capable display and versatile inputs (VGA, HDMI, BNC/S-Video) simplify integration with CCTV, DVR/NVR and access-control systems for centralized surveillance.
• Rugged metal chassis, VESA 100x100 mounting and a 3-year limited warranty ensure durable, long-term performance in kiosks, control rooms and industrial installations.
• Built-in speakers and multi-language OSD streamline deployment for interactive kiosks, ATMs and operator workstations, reducing additional hardware needs.