Control Panel in a Slim and Minimalist Design

Control Panel in a Slim and Minimalist Design

Control Panel in a Slim and Minimalist Design

For products and systems where user access to settings and adjustments should be limited, we have developed a sleek and discreet touch-based control panel.

A control panel offers the advantage of providing only a limited number of options, allowing precise selection of which controls are available to the user. Advanced and complex settings can be hidden away in an app or accessed online via a PC. In some cases, restricting user adjustments can be an advantage.

The hardware is fully developed, enabling a fast time-to-market for a customized control panel.

Customizable Touch Controls and LED Indicators

The control panel can be configured with up to six touch-sensitive buttons. Additionally, it features 15 predefined slots for positioning up to 15 LEDs in customizable colors, providing clear visual feedback on settings.

Once the touch buttons and LED placements are defined, the control panel is completed with a front foil in your design. You can choose any RAL color and logo. If you do not have a designer, we are happy to assist with the design and layout.

Discreet Wall-Mounted Integration

The minimalist design is based on research showing that end-users prefer wall-mounted products to be as neutral as possible.

To achieve this, the control panel is designed for flush wall mounting in a standard EU wall box, ensuring a highly discreet appearance. If flush mounting is not possible, the panel can be surface-mounted using the included wall bracket.

Technical Specifications

  • Dimensions: 80×80×10 mm
  • Power Supply: 24V DC
  • Processor: STM32H5 32-bit ARM Cortex M33 MCU, 250 MHz
  • Flash Memory: 2MB – Available for implementing various online services such as MQTT
  • Communication Protocol: Modbus
  • Additional Interfaces: Bluetooth and WiFi, positioned at the front of the panel for optimal wireless signal strength

This control panel combines elegance, simplicity, and efficiency, making it ideal for applications where a discreet yet functional interface is required.