Wafer Series

Wafer Series UFT display wafer flowmeter
Wafer Series analogue wafer flowmeter
Wafer Series meter mounted display wafer flowmeter
Wafer Series threaded wafer flowmeter

Principle of Operation: The process fluid enters the wafer body and flows
through a precision-machined turbine rotor. The kinetic energy of the fluid causes the
turbine to rotate. The rotational speed of the turbine is directly proportional to the
volumetric flow rate. A magnetic pickup / Hall-effect sensor detects the turbine blades
passing through the magnetic field. Each blade passage generates a pulse signal. The
electronics convert the pulses into instantaneous flow rate and totalized flow.

CHARACTERISTICS

  • Measuring range: 0.2 to 550 M3/Hr
  • Media temperature: -40 … 150 °C
  • Maximum pressure: …250 bar

Key Features

  • Compact wafer construction for limited installation space
  • High accuracy (±0.5% to ±1% of reading)
  • Excellent repeatability (±0.05%)
  • Low pressure drops
  • Wide flow range 10:1, 20:1
  • Robust SS 316
  • High pressure and temperature capability
  • Local flow indicator / transmitter options
  • Pulse, 4–20 mA, RS 485 digital output
  • Easy integration with PLC, DCS & SCADA

Wafer with Pulse Output

Wafer Pulse Flowmeter
Wafer Pulse Transmitter

CHARACTERISTICS

  • Measuring range Screw Type: 0.2 to 550 M3/Hr
  • Media temperature: -30 … 150 °C
  • Maximum pressure: … 300 bar

Pulse Transmitter

  • Model – SPA – 10, SPA 100, SPA-1000
  • SPA-10 – 2 Wire, 3 Wire PNP Pulse
  • SPA-100 – Dual PNP Pulse
  • SPA – 1000 - Dual PNP Pulse
  • Enclosure – IP 66, PESO, ATEX
  • Power Supply – 24 VDC

Wafer with Analogue Output

Wafer Analogue Output
Wafer FI current transmitter

CHARACTERISTICS

  • Measuring range Screw Type: 0.2 to 550 M3/Hr
  • Media temperature: -30 … 150 °C
  • Maximum pressure: … 300 bar

FI Current Transmitter

  • Model – FI-8100, FI-8200
  • Output – 4-20mA, 0-10VDC
  • Serial Communication – RS 485
  • Enclosure – IP 66, PESO, ATEX
  • Power Supply – 24 VDC

Wafer with Meter Mounted Battery-Operated Flow Indicator

Wafer Meter Mounted Battery
UFT 9000 meter mounted display unit

CHARACTERISTICS

  • Measuring range Screw Type: 0.2 to 550 M3/Hr
  • Media temperature: -30 … 150 °C
  • Maximum pressure: … 300 bar

Meter Mounted Display Unit

  • Model – UFT 9000
  • Output – 4-20mA, 0-10VDC
  • Serial Communication – RS 485
  • Enclosure – IP 66, PESO, ATEX
  • Power Supply – 24 VDC & Battery Operated

Wafer with Meter Mounted Flow Indicator 24VDC Operated

Wafer 24VDC Meter Mounted
UFT 8000 meter mounted display unit

CHARACTERISTICS

  • Measuring range Screw Type: 0.2 to 550 M3/Hr
  • Media temperature: -30 … 150 °C
  • Maximum pressure: … 300 bar

Meter Mounted Display Unit

  • Model – UFT 8000
  • Output – 4-20mA, 0-10VDC
  • Serial Communication – RS 485
  • Enclosure – IP 66, PESO, ATEX
  • Power Supply – 24 VDC

Wafer with Panel / Wall Mounted Flow Indicator 230VAC Operated

Wafer panel indicator flowmeter
FRT 7000 panel display
Wafer panel wall controller

CHARACTERISTICS

  • Measuring range Screw Type: 0.2 to 550 M3/Hr
  • Media temperature: -30 … 150 °C
  • Maximum pressure: … 300 bar

Panel / Wall Mounted Display Unit

  • Model – FRT 7000 / UFT 8000-P
  • Output – 4-20mA, 0-10VDC
  • Serial Communication – RS 232
  • Enclosure – IP 66, PESO, ATEX
  • Power Supply – 230 VAC or 24 VDC

Datasheet Download

Download the product datasheet for technical specifications.

Wafer Series Datasheet

Download the datasheet for this product.

Industry-wise Applications

1. Food & Beverage Industry
  • Milk, juice, soft drinks, edible oil, and syrup transfer
  • Accurate batching and flavor dosing
  • Hygienic construction to prevent product contamination
  • Smooth, easy-to-clean sanitary flow paths
2. Pharmaceutical Industry
  • Purified Water (PW) and Water for Injection (WFI)
  • Liquid medicines and solvent measurement
  • Strict compliance with international hygiene standards
  • Full compatibility with CIP and SIP cleaning processes
3. Biotechnology Industry
  • Nutrient media flow and buffer solutions
  • Fermentation process liquids monitoring
  • Gentle flow measurement without product degradation
  • High-precision sterile operation environment
4. Dairy Industry
  • Raw milk collection and high-speed processing lines
  • Cream, whey, and yogurt lines measurement
  • Supports automated batching controls
  • High resistance to aggressive chemical wash cycles
5. Cosmetic & Personal Care
  • Liquid soaps, shampoos, and conditioners dosing
  • Low-viscosity lotions and creams filling lines
  • Smooth internal finish to prevent product residue
  • Extremely consistent dosing and filling accuracy
6. Chemical (Hygienic) Industry
  • High-purity alcohols and clean solvents measurement
  • Specialty chemical flow monitoring in batch plants
  • Highly accurate measurement of low-viscosity liquids
  • Corrosion-resistant SS316/SS316L body construction
7. Brewery & Distillery Industry
  • Brewing water, wort transfer, and alcohol measurement
  • Extremely high accuracy for production consistency
  • Simple, thorough cleaning between production batches
  • Compact design suitable for modern modular skids

Common Construction Options

Common Construction Options

  • Body materials: SS316
  • Connections: Wafer Type
  • Rotor – ANC 21, Duplex SS
  • Bush – TC & SS Ball Bearing
  • Shaft - TC & Duplex SS
  • Pick Off Sensor – Magnetic and Hall Sensor
  • Outputs: Pulse, 4–20 mA, Modbus, Display-integrated or Remote
  • Sizes: From ¾” to 6” (and higher for special designs)

Selection Tips

When choosing an inline turbine flowmeter, consider the following process data:
  • Fluid type & viscosity
  • Flow range (min/max)
  • Operating pressure & temperature
  • Required accuracy
  • Output signal / integration needs

Advantages of Wafer Turbine Flowmeters

  • Compact wafer-type design for easy installation
  • High accuracy flow measurement
  • Low pressure drop across the meter
  • Suitable for clean and low-viscosity liquids
  • Durable construction for industrial environments
  • Fast response for dynamic flow conditions
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