The SP300 Straight Rod Magnetostrictive Probe is a highly accurate liquid level measurement solution engineered for industrial process control and monitoring applications. Built with advanced magnetostrictive sensing technology, this probe ensures precise and stable level detection in demanding environments such as oil & gas facilities, water and wastewater systems, chemical plants, HVAC operations, marine applications, and food processing industries. Its rigid rod design offers durability and consistency, making it ideal for tanks, reservoirs, and storage systems requiring reliable measurement.
Key Features
- High-precision level measurement with superior repeatability
- Robust rigid rod design for industrial durability
- Suitable for hazardous environments with explosion-proof capability
- Temperature sensing integration for enhanced process monitoring
- Long operational life with minimal maintenance requirements
- Compatible with industrial communication protocols
Design & Functionality
The SP300 probe operates using magnetostrictive technology, which provides accurate real-time liquid level measurement by detecting the position of a float along the probe. Its straight rod construction ensures stable performance even in harsh conditions such as high pressure, temperature fluctuations, and corrosive environments. The probe is designed for vertical installation in tanks and vessels, offering seamless integration into process control systems.
Total Crossed Beams
The sensing mechanism ensures precise signal transmission along the probe, delivering consistent measurement without signal loss. This enables accurate level detection across the entire measuring range, improving process reliability and safety.
Beam Pitch Options
The probe supports flexible measurement configurations, allowing customization based on tank height and application requirements. This ensures optimal performance in both small and large-scale industrial systems.
Intrinsic Synchronism
The SP300 ensures synchronized measurement output, reducing latency and improving system responsiveness. This makes it highly suitable for automated control systems and real-time monitoring applications.
Operational Advantages
This probe enhances operational efficiency by providing accurate and continuous level data, reducing downtime and manual intervention. It is widely used in industries such as oil & gas storage tanks, wastewater treatment plants, chemical processing units, HVAC systems, marine vessels, food production facilities, and vehicle fluid monitoring systems. Its reliability and precision make it a preferred solution for modern industrial automation.
