Skip to product information
1 of 1

Series IPFS Paddlewheel Flow Sensor

Taxes included. Shipping calculated at checkout.

SKU :

SKU:SeriesIPFS

Calibration needed?

Paddlewheel Flow Sensor
Hot-Tap Option, Field Adjustable Insertion, Wide Flow Range

View full details

Hot-Tap Option, Field Adjustable Insertion, Wide Flow Range

The Series IPFS Insertion Paddlewheel Flow Sensor is available for pipe sizes ranging from 3" to 40" and available in brass, PVC or stainless steel. The Series IPFS has an available hot tap model with a bronze or stainless steel valve assembly. The bearings are made from ruby jewel to reduce the coefficient of friction and maintain high accuracy. The Series IPFS can be purchased with a variety of saddle fittings, Series SDF, that comes in iron or brass. The Series IPFS is good for large pipe and clean water applications. It is ideal for chemical proportioning applications or any applications with rapidly changing fluid conductivity.

PRINCIPLE OF OPERATION
The IPFS uses the rotation of an impeller to measure flow. Liquid flow pushes the rotor and the rotation is detected by a Hall-effect sensor. The output is a current sinking pulse signal which can be connected to the Series RTI to display flow rate and total or the Series BAT for a 4 to 20 mA signal conversion.

ACCESSORIES
• Series BAT, Blind Analog Transmitter, converts pulse output to 4 to 20 mA analog output. Unit is loop powered, fits on the enclosure of the meter, and is fields spannable.
• Series RTI, Rate Total Indicator, converts pulse output to 4 to 20 mA analog output with local flow rate and totalization display. Unit is loop powered, can fit on the enclosure of the meter, and provides a high/low flow alarm.
• Series PWD, Pulse Divider, for use with pacing electronic metering pumps. Unit divides the input frequency to any number from 1 to 9999 with the use of rotary switches to suit a number of metering pump inputs.

Product Applications

  • Clean Liquids
  • Large Pipes
  • Aquariums, Water Parks
  • Water & Wastewater Monitoring