1. Main Specifications| Product Type | Magnetic Inductive Flow Meter | | Operating Voltage DC | 8...33 V | | Voltage Type | DC | | Number of Outputs | 1 | | Output Function | Analog | | Output Signal | Analog Signal |
2. Key Selling PointsHigh Accuracy and Stability Based on Electromagnetic Principle:The SV6151 operates on the magnetic inductive measurement principle, utilizing Faraday’s Law of Electromagnetic Induction. It is
unaffected by changes in fluid temperature, pressure, density, or
viscosity, ensuring highly accurate and stable flow measurement
over time. Designed for Conductive Liquids – Wide Application Range:Suitable for various conductive liquids such as water, wastewater,
acids, alkalis, slurries, juices, and dairy products (conductivity
≥ 5 µS/cm), making it ideal for environmental, chemical, food &
beverage industries. No Obstructions, Virtually Zero Pressure Loss:The flow tube has no moving or protruding parts, creating a smooth,
straight-through passage. This results in negligible pressure drop, maintaining system efficiency—perfect for energy-sensitive
applications. Full-Bore Design with Bidirectional Flow Measurement:Capable of accurately measuring both forward and reverse flow,
ideal for applications requiring backflow monitoring or used in
recirculating systems such as cooling circuits and backwash
processes. Analog Output for Seamless System Integration:Provides standard 4–20 mA or 0–10 V analog output signals, enabling direct connection to PLCs, DCS, or SCADA systems for
real-time monitoring and automated process control. Robust and Durable Construction with High Protection Rating:Typically constructed with stainless steel housing and optional
PTFE/PFA linings (chemical resistant), with protection up to IP68 (suitable for continuous submersion), ideal for wet, outdoor, and
harsh industrial environments.
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