Redefining Switch Technology Through Piezoelectric Innovation

In today's rapidly evolving technological landscape, the humble switch plays a critical yet often overlooked role. AIBEIKEN's PS12B-P10F-A Piezo Switch represents a quantum leap in control technology, combining advanced piezoelectric principles with rugged engineering to deliver unparalleled performance across industries.

The Science Behind the Switch:

1. Piezoelectric Core Technology
   • Harnesses the natural piezoelectric effect where mechanical stress generates electrical charge
   • Utilizes high-grade quartz crystals for consistent 1,000,000+ operation cycles
   • Generates instant electrical signals (<5ms response) without physical contact
2. Engineered for Extreme Conditions
   • IP68-rated waterproof and dustproof construction
   • Withstands temperature extremes from -30°C to +85°C
   • Chemical-resistant PBT housing for harsh industrial environments
3. User-Centric Design Features
   • Compact 12/16/19/22/25/30mm diameter options for space-constrained installations
   • Tactile feedback without mechanical wear points
   • Optional RGB LED indicators for visual status confirmation

Where the PS12B-P10F-A Excels

✔ Industrial Automation – Perfect for control panels in manufacturing plants and processing facilities
✔ Marine Applications – Resists saltwater corrosion in shipboard systems
✔ Medical Equipment – Seamless integration into sterilizable devices
✔ Outdoor Infrastructure – Reliable operation in weather-exposed locations

Real-World Performance Validation

"Our food processing facility requires switches that can withstand daily washdowns. The PS12B-P10F-A's sealed design has eliminated our maintenance headaches while providing precise control." – Plant Engineer, Food Processing Solutions Ltd.

Technical Specifications

• Voltage Range: 3-24V DC
• Current Capacity: 2A
• Actuation Force: 2-6N
• Protection Rating: IP68

AIBEIKEN continues to pioneer electronic components that bridge innovation with practical reliability, helping industries operate smarter in challenging environments.