SICK LFV200-XASGBTPM Level Sensor – Precision Liquid Control

SICK LFV200-XASGBTPM Level Sensor – Precision Liquid Detection with Tuning Fork Technology

The SICK LFV200-XASGBTPM Level Sensor provides dependable and precise monitoring of liquid levels using advanced tuning fork technology. It is specifically designed to ensure consistent measurement performance even in the presence of foam, bubbles, or varying fluid viscosities. Built from durable stainless steel 316L and rated IP67, the sensor performs reliably across a broad temperature range from –40 °C to +100 °C. Its compact 67 mm probe design allows for easy installation in limited spaces, making it suitable for a wide variety of process control environments such as chemical plants, water treatment facilities, and food production systems.

The LFV200-XASGBTPM combines high accuracy with exceptional durability, achieving precise level detection within a ±2 mm tolerance. Its vibration-based detection method ensures stable readings under turbulent or aerated conditions. With rapid response time and minimal power usage, it integrates seamlessly into automated systems for continuous monitoring. The sensor’s stainless-steel body offers long-term resistance to corrosion and pressure up to 64 bar, reducing maintenance demands. Certified for industrial safety and hygiene standards, it enhances reliability, minimizes downtime, and improves operational efficiency across demanding process applications.

Why SICK LFV200-XASGBTPM?
The SICK LFV200-XASGBTPM stands out for its intelligent tuning fork technology that delivers precise and stable liquid level detection, even in extreme process conditions. Its rugged stainless-steel build, rapid response, and maintenance-free design make it the ideal choice for industries seeking dependable performance, long service life, and minimal downtime.

What Problem Does It Solve?
This sensor eliminates unreliable readings caused by foam, turbulence, or varying liquid properties—common issues with conventional level sensors. By providing consistent detection in complex environments, it ensures accurate process control, prevents overfilling or dry-running, and enhances operational safety across demanding applications such as chemical processing, water management, and food production.

Key Features & Specifications – SICK LFV200-XASGBTPM (Article No. 6036359)

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Commercial Data – SICK LFV200-XASGBTPM (Article No. 6036359)

The Applications of SICK LFV200-XASGBTPM Level Sensor

1. Grease Chamber Monitoring in Heavy Machinery

In industrial mining machines, grease chambers operate under harsh conditions where high viscosity, metal debris, and fluctuating temperatures can cause unreliable sensor readings. The LFV200-XASGBTPM excels in these environments by using vibration-based tuning fork technology that remains unaffected by buildup or thick lubricants. Its stainless-steel construction resists contamination, while the sensor’s ±2 mm precision ensures consistent detection of critical grease levels. This prevents costly mechanical wear and under-lubrication, extending the life of bearings and improving maintenance efficiency in heavy-duty applications.

2. Buffer Tank Monitoring in Food and Beverage Production

Food production lines often deal with liquids that foam or have changing density, making conventional sensors unstable. The LFV200-XASGBTPM provides accurate and hygienic level detection in buffer tanks containing emulsions, syrups, or foamy fluids. Its tuning fork principle ensures reliable readings regardless of foam buildup. Constructed with 316L stainless steel, the sensor supports cleaning-in-place (CIP) and sterilization-in-place (SIP) procedures, maintaining sanitary conditions. With rapid response and robust sealing, it enables safe and continuous operation across beverage and dairy processing facilities.

3. Coolant System Dry-Run Protection in Machine Tools

Machine tool coolant systems require precise level control to prevent pumps from running dry or tanks from overflowing. The LFV200-XASGBTPM offers immediate detection of fluid changes, triggering system shutdowns or refills as needed. Its high reproducibility and quick installation simplify integration into automated systems. Resistant to chemical additives and mechanical vibration, the sensor maintains accuracy during long operational cycles. This ensures reliable coolant circulation, protects equipment from overheating, and minimizes downtime in CNC and manufacturing environments.

4. Chemical Storage Tank Level Control

In chemical processing facilities, tanks often contain liquids with varying density, temperature, and foaming tendencies. The LFV200-XASGBTPM ensures accurate detection across these challenging conditions without requiring recalibration. Its robust stainless-steel housing withstands pressures up to 64 bar and temperatures up to 100 °C. The tuning fork design ignores changes in dielectric properties, maintaining stable operation even with aggressive or viscous chemicals. This dependable performance enhances process safety, prevents overflows, and ensures consistent production quality in demanding chemical applications.

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