EEI 100825 4 Gang Adapter Plate with 3 Gang, White

Designed to simplify bedside connectivity, the EEi 100825 4 Gang Adapter Plate with 3 Gang (white) provides a neat, professional solution for retrofitting or new patient station installations. As a patient stations accessory from EEi, this adapter plate converts a standard 4-gang electrical box to accept 3-gang patient station modules, reducing installation time and minimizing on-site modifications. The white low-profile finish blends into clinical environments while offering durable mounting for nurse call, patient monitoring and bedside surveillance or security equipment.

Engineered for compatibility, the plate accepts industry-standard module sizes and installs quickly using existing wall boxes, helping contractors and facilities teams maintain consistent layouts across patient rooms. Manufacturer part number 100825 ensures easy ordering and inventory tracking. Use this adapter plate to create a tidy, secure mounting point for monitoring panels, communication modules and cabling runs that require organized bedside access.

Ideal for hospitals, clinics and long-term care facilities, the EEi adapter plate improves system reliability and appearance. Add the 100825 adapter plate to your next patient station or security integration project to streamline installation and maintain a professional bedside environment.

• Simplifies bedside installation by converting a standard 4-gang box to accept 3-gang patient station modules, reducing labor and retrofit time
• Clean, low-profile white finish provides a professional appearance ideal for clinical and healthcare environments
• Broad compatibility with standard electrical boxes and patient monitoring modules to streamline inventory and installation
• Durable construction resists daily wear in high-traffic patient areas, maintaining reliable secure mounting for nurse call and monitoring equipment
• Helps organize and protect cabling for security, surveillance and patient monitoring systems, improving uptime and maintainability