The PS302 digital pressure switch is engineered to provide accurate and stable pressure monitoring in industrial automation environments. Built for performance-driven applications, it integrates advanced sensing technology with intelligent output control. This makes it suitable for manufacturing plants, hydraulic systems, pneumatic equipment, and process industries where precision and reliability are critical.
Key Features
- High accuracy sensing with ±0.5% full-scale precision
- Dual output capability with analog and switching signals
- Wide measuring range up to 1 MPa for versatile applications
- Strong overload protection for extended product lifespan
- Compact and durable design for industrial environments
Design & Functionality
The PS302 features a robust housing combined with a digital sensing core that ensures consistent and accurate pressure readings. Its compact design allows easy installation in confined spaces, while the 5-pin aviation connector ensures secure and reliable electrical connections. The integrated digital control system enables real-time monitoring and quick response to pressure changes, improving system efficiency.
Total Crossed Beams
Designed with optimized internal sensing pathways, the PS302 ensures stable signal transmission and minimal interference. This improves measurement consistency and supports high-performance operation across fluctuating pressure conditions.
Beam Pitch Options
The device supports flexible configuration for different industrial setups, allowing users to adapt pressure thresholds and output settings based on specific operational requirements. This adaptability enhances usability across multiple applications.
Intrinsic Synchronism
The PS302 maintains synchronized pressure detection and output signaling, ensuring accurate system response. This intrinsic synchronization improves automation control and reduces system delays, making it ideal for precision-driven environments.
Operational Advantages
- Enhances automation efficiency with accurate pressure control
- Reduces system downtime through reliable performance
- Supports diverse industrial applications with flexible outputs
- Improves safety with overload protection and stable operation
- Enables seamless integration into existing control systems
