i-PRO MC-5365-EKP Miniprox HID 5365 Mullion Reader - Black
When installing access control in narrow door frames, mullions, or space-constrained entryways, standard readers won't fit. The i-PRO MC-5365-EKP delivers HID Prox compatibility in a slim mullion-mount form factor designed specifically for tight installations where width is limited. This reader handles 125 kHz proximity credentials while maintaining the compact profile required for modern architectural hardware and narrow frame configurations.
Key Features
- Mullion-mount design for narrow door frames and space-constrained installations
- 125 kHz proximity technology compatible with HID 5365 format credentials
- Compact black housing suitable for discreet mounting applications
- Wiegand output for integration with standard access control panels
- Weather-resistant construction for interior or covered exterior deployments
- Standard mounting bracket included for quick installation on mullions and frames
- LED and beeper feedback for credential read confirmation
- Compatible with existing HID Prox card infrastructure
The MC-5365-EKP integrates into access control systems using standard Wiegand protocol, allowing it to work with virtually any panel that accepts HID format credentials. The mullion form factor measures significantly narrower than traditional wall-switch readers, making it ideal for aluminum storefront systems, glass door frames, and retrofit applications where cutting large openings isn't feasible. The black finish provides a professional appearance that blends with modern door hardware and architectural finishes.
This reader works with your existing HID Prox credential population—no need to re-badge users when upgrading or expanding access points in constrained locations. The included mounting hardware simplifies installation on standard mullion widths. For integrators working with Class A office buildings, retail storefronts, or any application where aesthetics and space constraints drive hardware selection, the MC-5365-EKP provides credential reading capability without compromising the installation envelope.
