Sensors flow assembly for four s::can physical probes

The s::can flow assembly for four physical probes is a flow cell/pipe::scan system designed to measure multiple water quality parameters at once in a bypass or in-line installation. It ensures proper flow, pressure, and temperature conditions for accurate sensor performance and interfaces seamlessly with Badger Meter displays or data acquisition systems.

  • Impeller design: Durable 4–6 blade, non-magnetic, non-fouling impeller that tolerates debris.
  • Signal output: Offers a low-impedance square-wave output proportional to flow, or a 4–20 mA analog signal for PLCs and data loggers.
  • Long-distance transmission: Supports cable runs up to 2000 ft without the need for signal amplification.
  • Performance: Provides reliable accuracy and repeatability even at low flow rates, typically without needing calibration.
  • Applications: Suitable for clean water systems, HVAC, industrial process flow monitoring, and wastewater applications.
  • Wastewater Treatment Plants: Supports continuous monitoring for compliance, process optimization, early event detection, and chemical dosing control.
  • Industrial Process Control: Monitors process water, chemical flow, and effluents across diverse industrial applications.
  • Building Services & HVAC: Helps maintain energy efficiency and prevent corrosion in closed-loop HVAC systems through reliable water quality monitoring.
  • Irrigation & Grounds Management: Ensures efficient water use and assesses water source quality for large-scale irrigation systems.
  • Environmental Monitoring: Suitable for pump monitoring, system flow balancing, wastewater reuse tracking, and broader water resource management.
  • Bypass installation: Designed for bypass setups where a controlled portion of the main flow passes through the chamber for measurement.
  • Capacity: Holds one i::scan probe plus up to three additional sensors (e.g., condu::lyser, ammo::lyser).
  • Easy integration: Supports straightforward flow-through or bypass installation.
  • Durable materials: Typically made from POM-C or PVC, selected based on application needs (wastewater, surface water, etc.).
  • Cleaning option: Supports optional automatic cleaning with an auto-brush for the i::scan probe.
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