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SL901
SL901 Guided Wave Radar (GWR) is a highly accurate level measurement technology based on time-domain reflectometry. It transmits low-energy electromagnetic pulses down a probe immersed in a tank or silo. The pulse reflects at the product surface, and the level is calculated from the time-of-flight. GWR excels in harsh process conditions, being unaffected by pressure, temperature, density, vapor, foam, or turbulence. It offers reliable measurement for both liquids and solids with minimal maintenance. Widely used in chemical, oil & gas, power, and water treatment industries, GWR provides robust performance where other technologies struggle.
Product Advantage
1. Exceptional Accuracy: Provides precise level measurement unaffected by changes in density, pressure, or temperature.
2. Robust Performance: Immune to vapor, foam, dust, and surface turbulence, ensuring reliable operation in harsh process conditions.
3. Interface Measurement Capability: Can simultaneously measure the level and interface between two immiscible liquids (e.g., oil and water) using the same probe.
4. Suitable for Low Dielectric Media: Advanced designs reliably measure liquids with very low dielectric constants (down to 1.4), expanding application range.
5. Minimal Maintenance: No moving parts and a non-contact principle reduce wear, lowering maintenance and downtime.
6. Versatile Application: Suitable for liquids, solids, slurries, and bulk materials across various industries.
Technical Parameters
Product Uses
1. Oil & Gas Separator Tanks: Measures both total liquid level and oil-water interface simultaneously in production separators, optimizing separation efficiency and water cut monitoring.
2. Chemical Storage Tanks: Reliable level measurement of aggressive chemicals and low dielectric solvents (e.g., hydrocarbons, alcohols) under varying temperature and pressure conditions.
3. Boiler Feedwater & Condensate Tanks: High-temperature/pressure applications in power plants where accurate water level control is critical for safe and efficient operation.
SL901 Guided Wave Radar (GWR) is a highly accurate level measurement technology based on time-domain reflectometry. It transmits low-energy electromagnetic pulses down a probe immersed in a tank or silo. The pulse reflects at the product surface, and the level is calculated from the time-of-flight. GWR excels in harsh process conditions, being unaffected by pressure, temperature, density, vapor, foam, or turbulence. It offers reliable measurement for both liquids and solids with minimal maintenance. Widely used in chemical, oil & gas, power, and water treatment industries, GWR provides robust performance where other technologies struggle.
Product Advantage
1. Exceptional Accuracy: Provides precise level measurement unaffected by changes in density, pressure, or temperature.
2. Robust Performance: Immune to vapor, foam, dust, and surface turbulence, ensuring reliable operation in harsh process conditions.
3. Interface Measurement Capability: Can simultaneously measure the level and interface between two immiscible liquids (e.g., oil and water) using the same probe.
4. Suitable for Low Dielectric Media: Advanced designs reliably measure liquids with very low dielectric constants (down to 1.4), expanding application range.
5. Minimal Maintenance: No moving parts and a non-contact principle reduce wear, lowering maintenance and downtime.
6. Versatile Application: Suitable for liquids, solids, slurries, and bulk materials across various industries.
Technical Parameters
Product Uses
1. Oil & Gas Separator Tanks: Measures both total liquid level and oil-water interface simultaneously in production separators, optimizing separation efficiency and water cut monitoring.
2. Chemical Storage Tanks: Reliable level measurement of aggressive chemicals and low dielectric solvents (e.g., hydrocarbons, alcohols) under varying temperature and pressure conditions.
3. Boiler Feedwater & Condensate Tanks: High-temperature/pressure applications in power plants where accurate water level control is critical for safe and efficient operation.
