This is a simple yet feature-rich 6-button programmable multi-function control panel. The wall-mounted control panel comes with 2 programmable RS232 interfaces and 2 infrared IR interfaces. It can fully control our company's products and third-party devices that support the relevant protocols, such as matrix switchers, compact scaling switchers, projectors, screens, etc. It is suitable for various indoor control scenarios such as conference rooms, multi-function halls, exhibition halls, classrooms, and rooms.
Features
- 6 programmable control buttons that can be customized to assign specific functions to each button.
- 1 volume control knob for integrated control of volume levels.
- Buttons support backlighting, allowing use in the dark or in areas with insufficient lighting.
- Buttons support custom labeling for easy user identification and operation.
- Supports 2 infrared IR, 2 RS232, 2 Relay, and TCP/IP control.
- Can be controlled and configured through a graphical user interface (GUI).
- Multiple power supply options, can be powered via PoE or via an adapter with DC 12V supply.
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Specification
|
Buttons |
6 programmable backlit buttons with customizable labels. |
|
Knob |
1 volume control knob. |
|
Control Interfaces |
2 RS232, 2 IR, 2 relay controls. |
|
Network Control |
TCP/IP control. |
|
Infrared Function |
Supports infrared learning function. |
|
GUI |
User-friendly GUI management. |
|
Power Supply |
PoE, or adapter DC12V 1A. |
|
Dimensions |
Width 86x Height 86x Depth 50.5mm. |
Q: What is a Programmable Control Panel (PCP), and how does it differ from a standard fixed-function control panel?
A: A Programmable Control Panel (PCP) is a digital interface (often a touchscreen or keypad-based device) that allows users to customize its functionality, layout, and logic to control connected systems (e.g., industrial machinery, AV equipment, smart buildings). Unlike a standard fixed-function control panel—which has pre-defined buttons/settings (e.g., a TV remote with fixed "volume up/down" keys)—a PCP can be reconfigured via software to:
Change button labels, icons, or screen layouts (e.g., a factory PCP might switch from "production mode" to "maintenance mode" with a tap).
Implement custom logic (e.g., "If temperature exceeds 80°C, shut down Machine A and alert operators").
Integrate with new devices without hardware changes (e.g., adding a new sensor to a building automation system).
It acts as a "flexible brain" for complex systems, adapting to evolving user needs.
