Banner Engineering K50 Pro Touch Beacons
Banner Engineering K50 Pro Touch Beacons feature advanced touch technology that reliably detects both bare and gloved hands with no force required. This touchless design reduces strain on hands and wrists. Banner K50 Pro Touch Beacons let users replace basic on/off buttons with configurable touch response, including momentary or latching operation, normally open or closed states, and adjustable on/off delays. Users can easily configure touch responses on discrete models with Pro Editor software or directly via protocol on IO-Link and Modbus® models. The beacons allow easy communication via three default colors (red, green, and yellow), with 11 additional colors and eight animations configurable on discrete models using Pro Editor software or directly via protocol on IO-Link and Modbus models.
Features
- 50mm outer diameter
- Advanced touch technology reliably detects both bare and gloved hands
- No force required
- Reduces strain on hands and wrists
- Replaces basic on/off buttons with configurable touch response
- Includes momentary or latching operation, normally open or closed states, and adjustable on/off delays
- Easily configured on discrete models with Pro Editor software or directly via protocol on IO-Link and Modbus® models
- Easily communicates via three default colors (red, green, and yellow)
- 11 additional colors and eight animations configurable on discrete models using Pro Editor software or directly via protocol on IO-Link and Modbus models
Applications
- Factory automation
- Industrial automation
- Harsh industrial environment controls
- Fault or warning indication
- Material handling
- Package line control
- Conveyor status signals
Videos
Related Indicators and Beacons
Banner Engineering K50 Pro Touchless Beacons
Delivers reliable, no-contact activation with clear status indication for high-cycle applications.
Banner Engineering K50 Pro Optical LED Panel Mount Indicators
Combines a bright, multicolor indicator with an optical sensor for reliable touchless detection.