Takex DA-303S PIR Request to Exit Sensor, Auto Door Sensor Infrared Beam Direct Reflection, Door Coverage 6.8" to 10", N/O 12-24VDC or 100V AC, Silver Color

Optimize door security and traffic flow with the Takex America DA-303S Request to Exit Sensor. Designed for reliable exit detection in commercial and institutional settings, this near-infrared beam direct-reflection sensor delivers precise monitoring with a high-density 32-zone/4-row detection pattern. The DA-303S simplifies configuration with an adjustable pattern width and the ability to disable rows, so installers can quickly tailor coverage to single or double doors with effective detection from 6.8" to 10".

Built for integration, the DA-303S supports N/O 12–24VDC or 100V AC operation and features selectable channels and four environment sensitivity levels to minimize crosstalk and false alarms in busy or challenging conditions. Its slim 28mm profile fits discreetly above or beside doorways, making it ideal for access control, security, and surveillance applications where reliable request-to-exit signaling matters.

For facility managers and security integrators looking to enhance exit control, the Takex America DA-303S offers a compact, adjustable, and dependable solution. Contact us to specify the DA-303S for your access control or auto-door project and improve safety and operational efficiency.

• Provides fast, reliable exit signaling using a high-density 32-zone/4-row near-infrared pattern to reduce false triggers and keep traffic moving
• Adjustable beam width and 6.8"–10" door coverage let you tailor detection for single or double doors, simplifying installation and tuning
• Selectable channels and four sensitivity settings prevent crosstalk and adapt to varied environmental conditions for consistent monitoring
• Slim 28mm profile and multiple power options (N/O 12–24VDC or 100VAC) enable discreet, retrofit-friendly mounting in access control systems
• Improves overall security and compliance by integrating with auto-door drives, access control, and surveillance systems for dependable request-to-exit performance