Kofloc FM01 SERIES Small Karman Vortex Flow Meter for Liquid

The Kofloc FM01 SERIES is engineered for longevity in industrial environments where downtime for sensor maintenance is not an option.

Description

The Kofloc FM01 SERIES is engineered for longevity in industrial environments where downtime for sensor maintenance is not an option. By utilizing the Karman vortex effect—where the frequency of vortices shed by a bluff body is directly proportional to flow velocity—the FM01 provides an accurate electronic output without the risk of mechanical failure. Because there are no bearings to wear out or rotors to clog, the FM01 excels in continuous-duty cycles. Its ultra-compact footprint allows for easy integration into tight spaces within equipment housings, such as laser cooling units, induction heaters, and semiconductor wet benches. The FM01 is constructed with a high-performance resin body (PPS), offering excellent chemical resistance and ensuring that no metal ions are shed into high-purity water lines. With a clear digital display and multiple output options (Pulse or Alarm), the FM01 provides real-time visibility and protection for your most critical liquid-cooled processes.

Baca Juga: Flowma Batching System

The Kofloc FM01 Series is a specialized line of compact, lightweight Karman Vortex flow meters designed specifically for liquid measurement, such as cooling or cleaning water. Unlike traditional mechanical meters, these use the principle of vortex frequency to determine flow rate, making them highly reliable due to their lack of moving parts.

Baca Juga: Batching System : Mempermudah Filling dan Mixing Pada Industri

Specifications

  • Applicable fluids (liquid) water
  • Max. flow rate (liquid) 4 to 150L/min
  • Accuracy ±3%F.S.

Features

  • Ultra-Compact Design: Small dimensions make it ideal for OEM integration and space-constrained piping.

  • High Chemical Resistance: Constructed with PPS (Polyphenylene Sulfide) resin, compatible with various liquids and DI water.

  • Low Pressure Drop: Streamlined internal flow path minimizes energy loss in the system.

Applications

  • Laser Cooling Systems: Monitoring flow rates to prevent overheating in high-power industrial lasers.

  • Induction Heating Equipment: Ensuring constant water flow to cooling coils for system safety.

  • Semiconductor Tools: Managing DI water flow in cleaning and etching processes.