Small Bore – Low Flow – Non-Invasive – Ultrasonic Flow Meters

Welcome to Titan ‘Atrato’ Ultrasonic Flow Meters. A range of Ultrasonic Flow Sensors Utilising Breakthrough Flow Measurement Technology

ENQUIRE HERE TO DISCUSS ATRATO

• • Breakthrough Ultrasonic Flow Meters
  • UK Manufacture
  • Wide Scope of Applications
    
  • 2ml/min to 20 L/min Flow Range
  • Specialist & Industry Specific Atrato Derivatives
  • Bespoke Ultrasonic Flow Measurement Solutions & Problem Solving

Utilising patented technology that enables it to operate with excellent accuracy over very wide flow ranges, across the whole span, the Atrato range of inline ultrasonic flow meters is a genuine breakthrough in flowmeter technology.

Its rugged, clean-bore construction makes the Atrato ideal for a whole range of low flow applications and its USB port allows software connectivity at literally the touch of a button. Its signal processing system permits flow measurement across the whole Reynolds number range allowing both viscous and non-viscous products to metered accurately, whilst signal discrimination identifies anomalies in the flow and generates reports as required.

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Technology & Proven Titan Pedigree

With over 40 years experience in flowmeter innovation and manufacture,
Titan’s company philosophy of “pushing the envelope by trying to do
things a little different and better” has resulted in sales of over 500,000
products into 50 countries worldwide and a repeat purchase percentage of
95% – something which Company founder Trevor Forster is justly proud of.

Today Titan supplies innovative flow measurement solutions into a broad
range of sectors, including medical, industrial, food & drink, laboratory and
pharmaceutical. Its latest innovation, the Atrato flowmeter range, is set to
challenge conventional flowmeter thinking the world over. The culmination of
eight years research and development in collaboration with the Department
of Process & Engineering at Cranfield University, it can handle low flows from
laminar to turbulent and is largely immune from viscosity. It has excellent
turndown, repeatability and linearity and can monitor flow over a range of 200:1. Accuracy is better than +/-1.0%.

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Heritage of the Atrato Ultrasonic Flow Meter

The Atrato is the culmination of eight years research and development in collaboration with the Department of Process & Engineering at Cranfield University. It can handle low flows from luminar to turbulent and is largely immune from viscosity. It has excellent turndown, repeatability and linearity and can monitor flow over a range of 200:1. Accuracy is better than +/-1.5%.

The development of the Atrato began in 2001 with a corporate decision to
develop the best noninvasive small bore flow meter in the world as part of a
long term strategic plan. One of the foremost fluid engineering establishments (The Cranfield Institute of Technology) was commissioned to develop the device along with Titan and this joint project has been continuous since that date. Titan have exclusive global rights for the technology which is
subject to two granted patents and two more applications will be made in
the near future.

“The use of low frequency ultrasound and advanced signal processing to interrogate the flow ensures that the flowmeter provides high accuracy over a wide turndown range. In addition the technology developed for the Atrato has the flexibility to provide the basis of a family of flowmeters suitable for an even wider range of flows and applications.” Professor Mike Sanderson, Emeritus Professor of Fluid Instrumentation, Cranfield University

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Atrato BENEFITS

• High reliability
• No moving parts
• Fast response
• Through bore design
• Easy to use
• OEM versions

Ultrasonic Flow Meter Selection Chart

The Atrato Flows from 2mL /Min to 20 L/Min.

The Atrato ultrasonic flow sensors deliver a step change in flow meter performance in a wide range of applications. It can handle low flows from luminar to turbulent and is largely immune from viscosity. It has excellent turndown, repeatability and linearity and can monitor flow over a range of 200:1. Accuracy is better than +/-1.5%, which makes it ideal for:

The Atrato Ultrasonic Flow Sensors are ideal for:

• Drink dispensing
• Laboratory tests
• Cooling equipment
• Active flow alarms
• Semiconductor plant
• OEM applications
• Pilot plant
• Fuel cells
• Pharmaceutical
• Chemical & petrochemical

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How Atrato Ultrasonic Flow Measurement Works

Atrato ultrasonic flow sensors use the well proven time of flight measuring method which is far more reliable and accurate than Doppler shift measurement where reflected signals are required from irregularities in the liquid. The Atrato crystals are plain disks with a hole in the centre forming a washer, which are excited in such a way that they oscillate radially as opposed to the normal mode of excitement which is across the thickness of the ceramic. This strong radial signal sends symmetrical pulses directly into the tube.

Because of these annular ring crystals the sound travelling down the liquid
can be considered as a plain wave. The signal to noise ratio is remarkable
as there is little background noise and high signal strengths. At times the
signal to noise ratio is as high as 3000:1. As the system is fully balanced at
zero flows the two signals are identical and cancel each other out. This gives
a very stable zero flow condition and is the basis of the Atrato’s high ratio
between minimum and maximum flows. As the flow increases these signals
go out of phase and we measure this phase shift to an accuracy equivalent to
250 picoseconds.

In addition, the sound waves travelling down the tube in the Atrato operating
system are symmetrical and as a result any changes in the fluid’s velocity
profile across the pipe diameter will be averaged out by the signal as it passes
from the transmitter to the receiver. It is therefore irrelevant whether the fluid
velocity profile is fully formed with turbulent flow or completely laminar with a
classic parabolic profile. In practice this gives the Atrato an excellent immunity
to Reynolds number changes and a good high viscosity performance.

Heritage of Atrato Ultrasonic Flow Indicators

The development of Atrato ultrasonic flow indicators began in 2001 with a corporate decision to develop the best noninvasive small bore flow meter in the world as part of a long term strategic plan. One of the foremost fluid engineering establishments (The Cranfield Institute of Technology) was commissioned to develop the device along with Titan and this joint project has been continuous since that date. Titan have exclusive global rights for the technology which is subject to two granted patents and two more applications will be made in the near future.

• Breakthrough technology for ultrasonic flow Indicators
• Choice of materials
• ±1.0% of reading and ±0.1% repeatability
• 4 Flow ranges
• Pulse output
• USB interface 
• 10/30 Bar rating
• Viton seals as std.
• Choice of end fittings & connectivity
• 10-24 Vdc
• 60°C or 110°C Max to match flow temperature range
• 200:1 turndown
• Non metallic options
• Analogue outputs

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In-Use Benefits of Ultrasonic Flow Measurement

• High reliability of device
• No moving parts
• Fast & rapid response
• Through bore meter design
• Easy to use interface
• OEM versions available
• 21st Century Ultrasound Flow Sensing

A Powerful Measuring System

The time of flight measuring system measures both the upstream and downstream flight times and half the difference is the velocity of the fluid. Our patented system measures these time differences to an accuracy of better than 250 pico-seconds giving our excellent meter performance. As the pipe geometry is known the resulting pulse output is accurate for the volume passed. This performance is further enhanced by our primary signal to noise ratio which is typically 2000:1 and at times as high as 3000:1.

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Atrato Ultrasonic Meter Computer interface

The USB connection permits the user to directly monitor the rate and total on their laptop as well as altering some of the operating parameters such as the pulse resolution and units. If the rate and total or the analogue boards are used their programming and operation can be accessed directly. Inquire for details of data logging and operational statistical output possibilities.

 

Linearity
±1.0% of reading over flow range

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Repeatability
±0.1% from 25% to 100%
±0.5% from 0 to 25%

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Housing
IP54

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Temperature range
-10 to 60°C assembly with enclosed electronics
or -10 to 110°C sensor only (for use with remote electronics)
-10 to 60°C remote electronics

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Fluid temperature range
-10 to 60°C or -10 to 110°C with remote electronics

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Storage temperature
-20 to 110°C

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Pressure rating
10 bar standard, 30 bar with stainless steel end fittings

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Pulse output
PNP or NPN maximum frequency 1000 Hz

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Relay
24 Vdc 500mA max non inductive

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PIN 6 Transistor
output
PNP 24 V @ 20mA maximum

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input
Pull down resistor required (10K ohm)

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PIN 7 Transistor
output
NPN 24 V @ 20mA maximum

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input
Pull up resistor required (10K ohm)

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LCD display
Reflective
6 x 8mm high main characters
2.5mm enunciators
Gal. cc. Kg. gms. Ltr. /min /Hr /Sec

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4 – 20mA output
into 250 ohm maximum
14 bit resolution
±0.1% linearity (plus flowmeter accuracy)

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0 – 10 Volt output
14 bit resolution (14 V dc min supply voltage)
±0.1% linearity (plus flowmeter accuracy)

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0 – 5 Volt output
12 bit resolution

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USB
TypeA connector Windows XP or later

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Wiring terminals
1mm maximum

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Power supply
10 – 24 Vdc (15 -24 Vdc for 4-20mA or 0-10 V)

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Power consumption
110mA (plus analogue output current)

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Connections
1/2” BSP male PEEK or 1/2” NPT or BSP 316 stainless steel.
3/8” John Guest push-in

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MATERIALS OF CONSTRUCTION

End fittings
PEEK, food and medical grade or 316 Stainless steel

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Flow tube
316 Stainless steel as standard
Alternative – Borosilicate glass

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Seals
Viton as standard
Alternative – Nitrile, EPDM, Silicon

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Housing
Aluminium extrusion

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End caps
ABS

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Mounting bracket
ABS

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Ext. elastomeric seals
PTE