Boat indicator AI.LMV16.R

for shipsfor marinasfor sailboats

The AI.LMV-16 Series magnetic level indicator is the professional solution for continuous liquid level monitoring in tanks and industrial plants. Using the principle of communicating vessels and magnetic coupling, this instrument ensures clear, safe, and leak-free readings, even in the presence of aggressive fluids or harsh operating conditions.

Main Features
High-Contrast Visual Reading: The two-color (white/red) indicator rod allows excellent visibility even from a long distance and in poorly lit environments.
High Safety: The magnetic float system operates within a sealed measuring chamber; there is no direct contact between the fluid and the outside environment.
Vibration Resistance: Each flag is equipped with a permanent magnet that holds it in place, making the reading insensitive to shock, vibration, or temperature changes.
Installation Versatility: Available in various models (side, top, or between pipes) to perfectly adapt to any tank configuration.

Technical Specifications
Materials: SS316L stainless steel body (standard); versions available in titanium, Hastelloy, or plastic coatings (PVC, PP, PVDF).
Pressure: Standard up to 10 bar, with special versions designed to withstand up to 208 bar.
Temperature: Standard operation up to 160°C, with special models capable of withstanding up to 400°C.
Accuracy: Measurement unaffected by foam, steam, viscosity, or pressure and vacuum variations.
Certifications: RINA approval for marine applications and PED compliance.

Configurations, Accessories, and Models:
AI.LMV-16.D (standard side mounting),
AI.LMV-16.F (top mounting on underground tanks),
AI.LMV-16.R (installation between pipes).
Automation: Can be integrated with magnetic switches (including ATEX/Ex d versions) for minimum/maximum alarms and with reed transmitters for a continuous 4-20 mA analog signal.
Customization: Graduated scale available in mm, cm, percentage, or liters.

Competitive Advantage:
ASIT Italia's standard, non-pressurized float system reduces operational risks compared to traditional systems, while offering minimal maintenance and a long service life.