Sdc Z7252E5QRIC7PKA Request to Exit Device 12/24VDC

Product Description

The SDC - SECURITY DOOR CONTROLS Z7252E5QRIC7PKA is a request-to-exit (REX) device from the Z7200 Eclipse series, engineered for access control applications in commercial and institutional facilities. Operating on 12/24VDC dual voltage, it provides a reliable egress signal to access control panels, allowing personnel to exit a secured area without triggering an alarm. The unit is finished in Satin Chrome (626), making it suitable for installations where aesthetics matter alongside function. Licensed electricians and access control technicians are the primary installers of this device.

The Z7252E5QRIC7PKA is intended for commercial door access control systems where a passive infrared or touchless egress trigger is required. It fits into standard door frame and wall-mount scenarios alongside electrified hardware, magnetic locks, and electric strikes. The Eclipse series is designed for professional installation in applications ranging from office entry points to secured corridors in healthcare, education, and government facilities.

Key Features

• Dual voltage operation at 12/24VDC for flexible power supply compatibility
• Satin Chrome (626) finish for clean, professional aesthetics at the door
• REX (request to exit) function integrates with access control panels for alarm-shunt egress signaling
• Part of the Z7200 Eclipse series, a recognized platform in commercial access control
• Single-unit quantity per order (sold individually)

Compatibility

Designed as an OEM-style request-to-exit device for commercial access control systems requiring 12/24VDC REX input. Consult the Z7200 series datasheet and your access control panel specifications to confirm integration requirements before ordering.

Installation Notes

Installation should be performed by a licensed electrician or a certified access control technician familiar with low-voltage systems and applicable local codes. Power down the access control panel and all associated hardware before wiring or mounting the device. Follow the manufacturer datasheet wiring diagram for proper relay and power connections. Do not exceed the rated supply voltage to avoid damaging internal circuitry.