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Flow
turbines for hydraulics and oils
 
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The RE4 range of
flow turbines are designed specifically for the
hydraulics market. Working on the well proven
turbine principle, the flow of liquid acts against
the angled surfaces of a set of precision turbine
blades causing them to rotate. The movement of the
tip of each blade is detected by a sensor located
in the body of the meter. This is then converted in
to a pulsed signal, the frequency of which is
proportional to the flow rate through the meter.
The RE4 series
turbines have long internal flow straighteners on
both the inlet and outlet sides of the meter
resulting in an exceptionally accurate and reliable
reading. The RE4 series is also equipped as
standard with test points for pressure and
temperature sensors enabling all three major
parameters to be monitored from one small compact
unit.
A high pressure
rating of 400 bar and temperature rating of
120°C make this unit perfect for the
hydraulics industry. Available in 4 sizes from 1
L/min up to 600 L/min, ensures there is a unit to
meet your requirements.
A full range of
electronic data loggers and panel mounted displays
are available to accompany the RE4 turbines, please
have a look at the "Instrumentation" section of the
website.
|
TYPE
|
Flow
range
|
In/Out
|
Max
Pressure
|
Length
|
Part
number
|
|
RE4-10
|
1 to
10 l/min
|
1/4"
BSP
|
400
bar
|
120mm
|
3107-10-35.00
|
|
RE4-75
|
7.5
to 75 l/min
|
3/4"
BSP
|
400
bar
|
129mm
|
3107-70-35.00
|
|
RE4-300
|
15/300
l/min
|
1"
BSP
|
400
bar
|
149mm
|
3107-71-35.00
|
|
RE4-600
|
25 to
600 l/min
|
11/4"
BSP
|
350
bar
|
173mm
|
3107-72-35.00
|
|
|
Stainless
Steel turbines for water and chemicals
The 316
stainless steel range of flow turbines are suitable for
almost any clean low to medium viscosity fluid.
Working on the well proven turbine principle, the flow of
liquid acts against the angled surfaces of a set of
precision
turbine blades causing them to rotate. The movement of the
tip of each blade is detected by a sensor located in the
body of the meter. This is then converted in to a pulsed
signal, the frequency of which is proportional to the flow
rate
through the meter.
A high pressure
rating of up to 400 bar and temperature rating of 110°C
make this unit perfect for many industries.
Available in 12 sizes from 1 L/min up to 9000 L/min, and
with screwed or flanged connections, ensures there is a
unit to meet your requirements. A millivolt sinewave,
amplified squarewave or 4-20mA analogue signal is
available.
There is also a choice of a head mounted LCD rate /
totaliser. Accuracy is ±0.5% of reading and each
turbine is supplied
with its own calibration certificate.
A full range of
electronic data loggers and panel mounted displays are
available to accompany these turbines,
please have a look at the "Instrumentation"
section of the website.
Flowtechnik
RN3/4/7 Turbine Flowmeter
All RN series
turbines are CE marked under the Pressure Equipment
Directive.
Maximum
pressure and temperature ratings are subject to the fluid
specification, please call to confirm before
ordering.
|
RN3 part
number
|
Screwed
Connections
|
Flow
Range
|
Max
Pressure
|
Max
Temp
|
Output
Options
|
|
RN3/15/1
|
3/8"
*
|
1.2-10
l/min
|
35 bar / 345
bar
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN3/15/2
|
1/2"
*
|
2-20
l/min
|
35 bar / 345
bar
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN3/20/5
|
3/4"
|
5-50
l/min
|
35 bar / 345
bar
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN3/20/8
|
3/4"
|
8-80
l/min
|
35 bar / 345
bar
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN3/25/15
|
1"
|
15-150
l/min
|
35 bar / 345
bar
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN3/25
|
1"
*
|
25-250
l/min
|
35 bar / 345
bar
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN3/32
|
1.1/4"
*
|
45-450
l/min
|
35 bar / 345
bar
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN3/40
|
1.1/2"
*
|
67-670
l/min
|
35 bar / 345
bar
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN3/50
|
2"
|
110-1100
l/min
|
35 bar / 345
bar
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN3/65
|
2.1/2"
*
|
225-2250
l/min
|
35 bar / 345
bar
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN4 part
number
|
Flanged
connections
|
Flow
Range
|
Max
Pressure
|
Max
Temp
|
Output
Options
|
|
RN4/15/1
|
3/8"
|
1.2-10
l/min
|
As per
flange
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN4/15/2
|
1/2"
|
2-20
l/min
|
As per
flange
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN4/20/5
|
3/4"
|
5-50
l/min
|
As per
flange
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN4/20/8
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3/4"
|
8-80
l/min
|
As per
flange
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN4/25/15
|
1"
|
15-150
l/min
|
As per
flange
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN4/25
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1"
|
25-250
l/min
|
As per
flange
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN4/32
|
1.1/4"
|
45-450
l/min
|
As per
flange
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN4/40
|
1.1/2"
|
67-670
l/min
|
As per
flange
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN4/50
|
2"
|
110-1100
l/min
|
As per
flange
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN4/80
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3"
|
225-2250
l/min
|
As per
flange
|
110°C
|
Pulse /
Analogue / LCD
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|
RN4/100
|
4"
|
450-4500
l/min
|
As per
flange
|
110°C
|
Pulse /
Analogue / LCD
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|
RN4/150
|
6"
|
900-9000
l/min
|
As per
flange
|
110°C
|
Pulse /
Analogue / LCD
|
-B = ANSI 150
-N = ND 16 - I = ANSI 600 - K = ANSI 1500
-C = ANSI 300 -
J = ANSI 900
Hygenic
Stainless Steel turbines
|
RN7 part
number
|
Hygienic
Connections
|
Flow
Range
|
Max
Pressure
|
Max
Temp
|
Output
Options
|
|
RN7/10/1
|
1"
|
1.2-10
l/min
|
As per
flange
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN7/15/2
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1"
|
2-20
l/min
|
As per
flange
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN7/20/5
|
1"
|
5-50
l/min
|
As per
flange
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN7/20/8
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1"
|
8-80
l/min
|
As per
flange
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN7/25/15
|
1"
|
15-150
l/min
|
As per
flange
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN7/25
|
1"
|
25-250
l/min
|
As per
flange
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN7/40
|
2"
|
67-670
l/min
|
As per
flange
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN7/50
|
2"
|
110-1100
l/min
|
As per
flange
|
110°C
|
Pulse /
Analogue / LCD
|
|
RN7/80
|
3"
|
225-2250
l/min
|
As per
flange
|
110°C
|
Pulse /
Analogue / LCD
|
Most hygienic
connections are available ( Triclamp, RJT, IDF, ISS)
-8 = Tri-clamp
(standard as above) -5 = ISS -9 = RJT
GAS
Stainless Steel turbines
The This 316
stainless steel range for flow turbines are designed
specifically for gas flow measurement duty.
Working on the well proven turbine principle, the flow of
gas acts against the angled surfaces of a set of
precision
turbine blades causing them to rotate. The movement of the
tip of each blade is detected by a sensor located in the
body of the meter. This is then converted in to a pulsed
signal, the frequency of which is proportional to the
flow
rate through the meter.
The Gx series
has a high pressure rating of up to 250 bar and temperature
rating of 120°C. Available in 10 sizes f
rom 0.3 m3/hr up to 1960 m3/hr, ensures there is a unit to
meet your requirements. Accuracy is ±1% or
±0.5%
when linearised. Available end connections include BSP (M),
ANSI 150 and 300lb flanges, wafer connection and PN16
and 25.
A full range of
electronic data loggers and panel mounted displays are
available to accompany these turbines,
please have a look at the "Instrumentation"
section of the website.
All Gx series
conform to the Pressure Equipment Directive.
Maximum
pressure and temperature ratings are subject to the fluid
specification, please call to confirm before
ordering.
|
Gx part
code
|
Screwed
Connections
|
Flow
Range
|
Max
Pressure
|
Max
Temp
|
Output
Options
|
|
GxBSP3/8
|
3/8"
|
0.3-4.2
m3/hr
|
250
bar
|
120°C
|
Pulse /
Analogue / LCD
|
|
GxBSP1/2
|
1/2"
|
0.5-7
m3/hr
|
250
bar
|
120°C
|
Pulse /
Analogue / LCD
|
|
GxBSP5/8
|
3/4"
|
1-14
m3/hr
|
250
bar
|
120°C
|
Pulse /
Analogue / LCD
|
|
GxBSP3/4
|
3/4"
|
2.5-35
m3/hr
|
250
bar
|
120°C
|
Pulse /
Analogue / LCD
|
|
GxBSP1
|
1"
|
5-70
m3/hr
|
250
bar
|
120°C
|
Pulse /
Analogue / LCD
|
|
GxBSP11/2
|
1.1/2"
|
10-140
m3/hr
|
250
bar
|
120°C
|
Pulse /
Analogue / LCD
|
|
GxBSP2
|
2"
|
18-252
m3/hr
|
250
bar
|
120°C
|
Pulse /
Analogue / LCD
|
|
Gx part
code
|
Flanged
connections
|
Flow
Range
|
Max
Pressure
|
Max
Temp
|
Output
Options
|
|
GxFL*3/4
|
3/4"
|
2.5-35
m3/hr
|
As per
flange
|
120°C
|
Pulse /
Analogue / LCD
|
|
GxFL*1
|
1"
|
5-70
m3/hr
|
As per
flange
|
120°C
|
Pulse /
Analogue / LCD
|
|
GxFL*11/2
|
1.1/2"
|
10-140
m3/hr
|
As per
flange
|
120°C
|
Pulse /
Analogue / LCD
|
|
GxFL*2
|
2"
|
18-252
m3/hr
|
As per
flange
|
120°C
|
Pulse /
Analogue / LCD
|
|
GxFL*3
|
3"
|
35-490
m3/hr
|
As per
flange
|
120°C
|
Pulse /
Analogue / LCD
|
|
GxFL*4
|
4"
|
70-980 m3/hr
|
As per
flange
|
120°C
|
Pulse /
Analogue / LCD
|
|
GxFL*6
|
6"
|
140-1960
m3/hr
|
As per
flange
|
120°C
|
Pulse /
Analogue / LCD
|
Replace *
with:
1 = ANSI 150 (19 bar)
2 = ANSI 300 (29 bar)
3 = (DIN) PN16 (16 bar)
4 = (DIN) PN25 (25 bar)
|
Gx part
code
|
Wafer
Connections
|
Flow
Range
|
Max
Pressure
|
Max
Temp
|
Output
Options
|
|
GxWAF3/4
|
3/4"
|
2.5-35
m3/hr
|
100 bar
|
120°C
|
Pulse /
Analogue / LCD
|
|
GxWAF1
|
1"
|
5-70
m3/hr
|
100 bar
|
120°C
|
Pulse /
Analogue / LCD
|
|
GxWAF11/2
|
1.1/2"
|
10-140
m3/hr
|
100 bar
|
120°C
|
Pulse /
Analogue / LCD
|
|
GxWAF2
|
2"
|
18-252
m3/hr
|
100 bar
|
120°C
|
Pulse /
Analogue / LCD
|
|
GxWAF3
|
3"
|
35-490
m3/hr
|
100 bar
|
120°C
|
Pulse /
Analogue / LCD
|
SUBSEA
Flow turbines
The This 316
Stainless Steel range of flow turbines are designed
specifically for the sub-sea engineering market.
Working on the well proven turbine principle, the flow of
liquid acts against the angled surfaces of a set of
precision
turbine blades causing them to rotate. The movement of the
tip of each blade is detected by a sensor located in the
body
of the meter. This is then converted in to a pulsed signal,
the frequency of which is proportional to the flow rate
through
the meter.
Available for
use on flow rates from 1 L/min up to 9000 L/min and suitable
for use at depths of up to 4000 meters,
these meters are manufactured with your choice of flanged
connection. The output signal is available as either an
amplified
square wave pulse or 2 wire 4-20mA analogue signal. The
signal convertors are fully potted and sealed and can be
fitted
with either a flying lead or a Seacon sub sea connector.
Each turbine is supplied with its own individual calibration
certificate.
A full range of
electronic data loggers and panel mounted displays are
available to accompany these turbines,
please have a look at the "Instrumentation"
section of the website.
This site and all
photography and illustrations are the copyright of
Flowtechnik, a division of Hydrotechnik UK Limited ©
2004
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