AMX MKP-106P-BL Massio 6-Button Ethernet Keypad, Portrait Design, Black Finish, Fits Standard 1-Gang US, UK, and EU Back Boxes, Compatible with NetLinx Control Systems, (FG5793-06P-BL)

AMX MKP-106P-BL Massio 6-Button Ethernet Keypad, Portrait Design, Black Finish, Fits Standard 1-Gang US, UK, and EU Back Boxes, Compatible with NetLinx Control Systems (FG5793-06P-BL)

The AMX MKP-106P-BL Massio 6-Button Ethernet Keypad (FG5793-06P-BL) is a professional wall-mounted control interface designed for seamless integration with AMX NetLinx control systems. Featuring a portrait orientation with six programmable buttons, this keypad provides an intuitive and efficient solution for controlling AV equipment, lighting, room automation, and other connected systems.

The keypad features a sleek black finish and a compact design that fits standard 1-gang US, UK, and EU back boxes, allowing flexible installation in a variety of commercial environments. Ethernet connectivity enables reliable network-based communication with AMX control systems, making it ideal for modern AV installations.

Designed for conference rooms, classrooms, boardrooms, hospitality spaces, and corporate facilities, the Massio keypad provides convenient user access to frequently used commands while maintaining a clean and professional wall-mounted appearance.

Key Features:

• Six-button Ethernet keypad for AMX NetLinx control systems
• Portrait orientation for vertical wall installation
• Black finish for a sleek and professional appearance
• Fits standard 1-gang US, UK, and EU back boxes
• Six programmable buttons for customized AV and automation commands
• Ethernet connectivity for network-based control integration
• Supports control of AV equipment, lighting, shades, and room automation systems
• Compact wall-mounted design minimizes equipment clutter
• Provides simple and intuitive user operation
• Designed for conference rooms, classrooms, and commercial installations
• Suitable for enterprise AV and automation environments
• Easy integration with AMX NetLinx-based systems