Titan Standard Atrato - 1/2" BSP St Steel - Borosillicate Glass

Titan Standard Atrato - 1/2" BSP St Steel - Borosillicate Glass

2-500 ml/min / Viton / Analog
$1,446.62
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Titan Standard Atrato - 1/2" BSP St Steel - Borosillicate Glass

Titan Standard Atrato - 1/2" BSP St Steel - Borosillicate Glass

$1,446.62

Ships in ~4 weeks

Flow Range
Seal Material
Electronics

The Titan Atrato® Inline Ultrasonic Flow Meter uses patented time-of-flight technology to measure low liquid flows with no moving parts. The clean-bore design supports both viscous and non-viscous liquids, while USB connectivity provides configuration, monitoring, and ASCII flow streaming. Configured here with 1/2 in BSPP connection, 316 stainless steel end fitting, and borosilicate glass flow tube.

Features

  • No moving parts with straight-through bore
  • Four flow ranges spanning 0.002–20 L/min overall
  • ±1.0% of reading linearity
  • Repeatability: ±0.1% from 25–100% of range; ±0.5% below 25% of range
  • NPN and PNP pulse outputs
  • Analog-output and display configurations available
  • USB interface with ASCII flow streaming
  • Reverse-flow capability

Technical Specifications

  • Technology: Inline ultrasonic time-of-flight
  • Overall flow range: 0.002–20 L/min across four models
  • Connection: 1/2 in BSPP
  • Pressure options: 10 or 30 bar depending on end fitting
  • Power: 9–24 VDC
  • Temperature options: Up to 60°C or 110°C depending on sensor configuration
  • Outputs: Pulse; analog, display, flow-switch, rate, and total options depend on electronics package
  • Selected end-fitting material: 316 stainless steel
  • Selected flow-tube material: borosilicate glass

Typical Applications

  • High-speed batching
  • Laboratory and research equipment
  • Cooling systems
  • OEM equipment
  • Pharmaceutical processes
  • Chemical and petrochemical systems
  • Flow alarms and data logging

Configuration Options

This product is configured with 1/2 in BSPP connection, 316 stainless steel end fitting, and borosilicate glass flow tube. Select the required flow range, seal material, and electronics package. Confirm pressure, temperature, and wetted-material compatibility for the selected configuration.

Need help selecting the right configuration? Send us the liquid, minimum and maximum flow, viscosity, pressure, temperature, and connection requirements.

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