Banner STBVP6 Safety Touch Buttons
The STBVP6 Banner Safety Touch Buttons is designed for dependable emergency stop activation with fast response performance, touch-sensitive operation, and reliable industrial safety control. Banner Safety Touch Buttons are widely used for machine stop systems, operator safety, and hazardous equipment shutdown applications. This safety device supports stable operation in industrial environments requiring reliable emergency control and dependable personnel protection.
| Brand | Banner |
| Product | Safety Touch Buttons |
| Model Number | STBVP6 |
Banner STBVP6 Safety Touch Buttons - Technical Specifications
| Specification | Value |
|---|---|
| Housing Style | Base Mount - Saddle |
| Sensing Mode (General) | Single Point Optical |
| Power Supply/Supply Voltage | 10-30 V dc |
| Connection | Integral QD |
| IP Rating | IP66 |
| Cable Length (m) | 2 |
| Primary Housing Material | Thermoplastic Polyetherimide |
| Power | DC |
| Mounting Thread | M30 x 1.5 |
| Product Size (mm) | Other |
The Banner STBVP6 operates using touch-sensitive safety activation technology that allows operators to stop machinery through direct contact with the button surface. It helps industrial systems respond quickly during emergency conditions by sending an immediate stop signal to connected equipment. The device supports reliable emergency shutdown performance in automated production and machine safety applications.
STBVP6 is commonly installed in robotic systems, conveyor lines, packaging machinery, and automated assembly stations. Industrial users apply this safety touch button for emergency stop control, operator access safety, hazardous motion shutdown, and machine protection systems. Its touch-sensitive operation supports faster response in environments with continuous machine movement and active production processes.
The Banner STBVP6 is built for continuous industrial use in environments exposed to vibration, dust, and regular factory operation. Its rugged construction helps maintain dependable safety performance during long automation cycles and demanding manufacturing conditions. The device delivers reliable emergency stop functionality in industrial facilities where stable safety control and reduced maintenance interruptions are important.