KLINGER CMF V Series User manual

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Coriolis Massflowmeter
Klinger CMF type V and U
Instruction Manual

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Safety Related Symbol Description
The following symbols are used for security related content in this guide. Statements marked
with security symbols are important contents, please be sure to follow.
An error occurring in the use of the described content may be
dangerous and may result in personal injury or death.
An error occurring in the use of the content may be dangerous and
may result in a person with mild or moderate damage or damage to
the device. But, the symbol is a matter of attention; major accidents
may be caused due to the different circumstances.
Certain matters do not belong to the scope of “Danger”, “Caution”,
however, the matters users needing to comply with are also marked
in the relevant section.
Prohibited matters, if not complying with, it may affect the use
performance or safety performance of the instrument.

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Priorities
 open-package inspection
 Do not use the mass flow meter with damaged or missing
parts.
 There is a risk of internal injuries.
 wiring
 Please confirm that the power is off before wiring.
 There is a risk of electric shock, fire or explosion.
 Please make the power supply is consistent with the
transmitter.
 There is a risk of injury fire or explosion.
 Site voltage and insulation test is forbidden!
 It may cause damages to such devices as
semiconductors, capacitors and coils.
 Application
 Please do not use it in direct sunlight places.
 There is a risk of aging cable, damaging LCD panel.
 It is inconvenient to observe the display contents of the
LCD panel.
 Please read this guide carefully before use.
 There is a risk of damage to the instrument.

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Content
Chapter I Introduction Page 5
Chapter II Installation Page 7
Chapter III Wiring Page 21
Chapter IV Initial Start-up Page 25
Chapter V Software Operation Guide Page 27
Chapter VI Communication Page 48
Chapter VII Troubleshooting Page 61
Chapter VIII Daily Care and Maintenance Page 68

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Chapter Introduction
1.1 Profile
The Klinger mass flowmeter is composed of two parts, the sensor and the transmitter. The
Klinger mass flow meter is equipped with a digital transfer device, which is based on a digital
signal processor (DSP), integrated with digital close-loop vibration controlling (DLC) signal
processing, calculating and diagnostic functions of sensor, and provides high measuring accuracy,
wide range ability and excellent reliability for you. Online node-configuration, faults diagnosis
and data recording can be carried out directly through communication with a communicator by
HART or by PC through Modbus.
The flow meter will not only calculate process volume flow rate, accumulated volume and
component proportion. The TS Series flowmeter can also provide mass flow rate, density
and temperature online and in real-time.
The Klinger mass flowmeter sensor is divided into two series: US and VS.
Figure 1-12 US series integral mass flowmeter, with T1, T2 and T3 transmitters
Figure 1-13 US series remote mass flowmeter sensor, with T1, T2 and T3 transmitters

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Figure 1-14 remote mass flowmeter transmitter, T1, T2 and T3
1.3.1.3 Flowmeter sensor, DN1-DN5
See figure 1-15
Figure 1-15 US series remote mass flowmeter sensor, DN1-DN5
1.4 VS series
New generation of product with twinned micro bend flow tubes.
1.4.1 Figure
See figure 1-18, 1-19, and 1-20
Figure 1-18 VS series integral mass flowmeter
Figure 1-19 VS series remote mass flowmeter sensor
Figure 1-14 remote mass flowmeter transmitter

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Chapter Installation
2.1 Preparation before installation
2.1.1 Environmental consideration
The SCM must be appropriately configured for its installation environment. Exposing the CMF
to an unapproved environment can reduce the lifespan of the instrument, void warranty
and/or liability statements, and is dangerous. To confirm that the CMF is configured for the
installation environment:
2.1.1.1 Ensure the explosion-proof certification marks on the nameplates meet or exceed the
required rating of the relevant installation environment.
2.1.1.2 Ensure that the enclosure rating indicated on the nameplates meet the requirements of
the installation environment.
2.1.1.3 Ensure that the ambient and process temperature ranges indicated on the nameplates
meet the application requirements.
See details in Figure 2-1
Figure 2-1 mass flowmeter temperature range
2.1.2 Mechanical Factors
The location and orientation of the SCM can have a large impact on its accuracy, ease of use,
and ease of maintenance.
2.1.2.1 Enough Installation Space
Meet the needs of installation, maintenance and observation.
2.1.3 Product Status
2.1.3.1 Integrated product has no wiring of sensor and transmitter.
2.1.3.2 Special cable for Walsn mass flow meter allocated for Remote product (Ensure length to
meet the installation and use requirements).
2.1.4 Installation location
2.1.4.1 Sensor
Ideal installation location will get the best product performance
Consider the following criteria when choosing the location of the
SCM 2.1.4.1.1 Away from sources of electromagnetic interference

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2.1.4.1.1.1 The installation position of the sensor and transmitter should be far away from
industrial sources of electromagnetic interference, such as high power motors,
transformers, etc., otherwise, the simple harmonic vibration of the flow tube of
sensor will be subject to interference, a weak signal detected by the coil may be
submerged in the noise of electromagnetic interference. Sensor and transmitter
should maintain a sufficient distance with the transformer, motor, etc., specific
details please consult the manufacturer or local dealer.
2.1.4.1.1.2 Electromagnetic interference (EMI) from sources such as high power motors,
transformers, etc. can interfere with the precision coils that drive the SCM and the
signal generated by the EMI. Sensors, transmitters, and their cables should be
installed at least 5m away from large sources of EMI.
2.1.4.1.2 Away from sources of vibration
2.1.4.1.2.1 Sensor installation location should maintain enough distance with the interference
source of mechanical vibration in process pipeline (i.e. pump), specific details
please consult the manufacturer or local dealer.
2.1.4.1.2.2 If multiple sensors are used in series on the same process pipeline, the cross
influence by resonance must be prevented, by ensuring the distance between each
sensor is at least 3 times the size of the flange face to face.
2.1.4.1.3 Away from expansion joints
Compressive or tensile loads on the sensor can interfere with the CMF’s accuracy. The
SCM should be located away from any point where longitudinal forces are likely to act
on the sensor (e.g. due to thermal expansion & contraction).
2.1.4.2 Transmitter
2.1.4.2.1 Environmental requirements
Relative humidity: 5%RH-95%RH
Temperature: see figure 2-1
2.1.4.2.2 Power Supply
Ensure that the power available at the transmitter’s installation location is
compatible with the power supply indicated on the transmitter’s nameplate.
DC: 18 VDC-36VDC
AC: 85 VAC-265VAC, 50/60Hz
Self switching: 18VDC-36VDC or 85VAC-265VAC, 50/60Hz
2.1.4.2.3 Powerconsumption≤20W
2.1.4.2.4 Remote cable length: 5m-100m.
For remote mount transmitters, the transmitter must be connected to the sensor
on-site. Ensure that there is adequate cable length to safely and tidily route the cable
from the sensor location to the desired transmitter location. Use only cable provided
by Walsn.
2.1.4.2.5 Visible
The transmitter should be placed such that the LCD is in a position and orientation
that is easy to observe.
2.1.4.2.6 Maintainable
There should be enough space for transmitter cover removing & wiring.
2.2 Installation

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2.2.1.3 US series
2.2.1.3.1 Integral mass flowmeter with T0 transmitter
See figure 2-14, 2-15
Figure 2-14 Figure 2-15
2.2.1.3.1.1 Imperial size, in
See table 2-9
Table 2-9
Specification Line Size L H HA DS DT
SCM-US-010N 3/8 7-7/8 6-11/16 16-7/16 2-3/8 9-7/16
SCM-US-015N 1/2 10-1/16 8-11/16 19-1/16 2-9/16 9-7/16
SCM-US-025N 1 12 12-3/16 21-5/8 2-13/16 9-7/16
SCM-US-040N 1-1/2 22-5/8 20-9/16 30-9/16 4-3/4 9-7/16
SCM-US-040H 1-1/2 24-1/2 21-3/8 31-15/32 4-3/4 9-7/16
SCM-US-050N 2 24-1/2 21-3/8 31-15/32 4-3/4 9-7/16
SCM-US-050H 2 27-21/32 25-15/16 36-5/32 5-29/32 9-7/16
SCM-US-080N 3 30-1/16 26-11/16 37-7/16 5-29/32 9-7/16
Dimensions
2.2.1.1.2 T1, T2 and T3 transmitters size, in(mm)
See figure 2-4, 2-5
Figure 2-4 Figure 2-5

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SCM-US-080H 3 33-7/16 33-7/8 45-5/8 7-23/32 9-7/16
SCM-US-100N 4 32-1/4 28-29/32 40-7/16 5-29/32 9-7/16
SCM-US-100H 4 41-29/32 45-9/32 57-31/32 11-29/32 9-7/16
SCM-US-150N 6 45-11/16 39-1/8 51-11/16 9-21/32 9-7/16
SCM-US-150H 6 40-5/16 49-1/2 63-3/8 12-27/32 9-7/16
SCM-US-200N 8 49-15/16 49-1/2 64-15/16 12-27/32 9-7/16
SCM-US-250N 10 69-5/16 68-15/16 84-5/8 17-1/8 9-7/16
2.2.1.3.1.2 Metric size, mm
See table 2-10
Table 2-10
Specification Line Size L H HA DS DT
SCM-US-010N 10 200 170 418 95 240
SCM-US-015N 15 256 220 485 115 240
SCM-US-025N 25 304 310 550 135 240
SCM-US-040N 40 574 522 776 121 240
SCM-US-040H 40 622 542 799 121 240
SCM-US-050N 50 622 542 799 121 240
SCM-US-050H 50 702 658 918 150 240
SCM-US-080N 80 763 678 951 150 240
SCM-US-080H 80 850 861 1159 196 240
SCM-US-100N 100 822 733 1027 150 240
SCM-US-100H 100 1064 1150 1472 302 240
SCM-US-150N 150 1160 994 1313 245 240
SCM-US-150H 150 1240 1257 1609 326 240
SCM-US-200N 200 1268 1257 1609 326 240
SCM-US-250N 250 1760 1751 2150 435 240
2.2.1.3.2 Integral mass flowmeter with T1, T2 and T3 transmitters
See table 2-16, 2-17
Figure 2-16 Figure 2-17

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2.2.1.3.2.1 Imperial size, in
See table 2-11
Table 2-11
Specification Line Size L H HA DS DT
SCM-US-010N 3/8 7-7/8 6-11/16 17-1/8 2-3/8 7-9/16
SCM-US-015N 1/2 10-1/16 8-11/16 19-3/4 2-9/16 7-9/16
SCM-US-025N 1 12 12-3/16 22-3/8 2-13/16 7-9/16
SCM-US-040N 1-1/2 22-5/8 20-9/16 31-9/32 4-3/4 7-9/16
SCM-US-040H 1-1/2 24-1/2 21-3/8 32-7/32 4-3/4 7-9/16
SCM-US-050N 2 24-1/2 21-3/8 32-7/32 4-3/4 7-9/16
SCM-US-050H 2 27-21/32 25-15/16 36-27/32 5-29/32 7-9/16
SCM-US-080N 3 30-1/16 26-11/16 38-5/32 5-29/32 7-9/16
SCM-US-080H 3 33-7/16 33-7/8 46-11/32 7-23/32 7-9/16
SCM-US-100N 4 32-1/4 28-29/32 41-5/32 5-29/32 7-9/16
SCM-US-100H 4 41-29/32 45-9/32 58-21/32 11-29/32 7-9/16
SCM-US-150N 6 45-11/16 39-1/8 52-13/32 9-21/32 7-9/16
SCM-US-150H 6 40-5/16 49-1/2 64-9/16 12-27/32 7-9/16
SCM-US-200N 8 49-15/16 49-1/2 64-9/16 12-27/32 7-9/16
SCM-US-250N 10 69-5/16 68-15/16 853/8 17-1/8 7-9/16
2.2.1.3.2.2 Metric size, mm
See table 2-12
Table 2-12
Specification Line Size L H HA DS DT
SCM-US-010N 10 200 170 436 95 192
SCM-US-015N 15 256 220 503 115 192
SCM-US-025N 25 304 310 568 135 192
SCM-US-040N 40 574 522 794 121 192
SCM-US-040H 40 622 542 817 121 192
SCM-US-050N 50 622 542 817 121 192
SCM-US-050H 50 702 658 936 150 192
SCM-US-080N 80 763 678 969 150 192
SCM-US-080H 80 850 861 1177 196 192
SCM-US-100N 100 822 733 1045 150 192
SCM-US-100H 100 1064 1150 1490 302 192
SCM-US-150N 150 1160 994 1331 245 192
SCM-US-150H 150 1240 1257 1627 326 192
SCM-US-200N 200 1268 1257 1627 326 192
SCM-US-250N 250 1760 1751 2168 435 192

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2.2.1.3.3 Remote mass flowmeter with T0 transmitter
See figure 2-18, 2-19, 2-20, and 2-21
Figure 2-18 Figure 2-19
Figure 2-20 Figure 2-21
2.2.1.3.3.1 Imperial size, in
See table 2-13
Table 2-13
Specification Line Size L H HA DS D
SCM-US-001N 1/24 4-1/2 \ 5-7/8 1-3/16 \
SCM-US-002N 1/12 5-5/16 \ 6-11/16 1-9/16 \
SCM-US-005N 3/16 6-7/8 \ 8-1/4 2-9/16 \
SCM-US-010N 3/8 7-7/8 6-11/16 9-1/2 2-3/8 3-15/16
SCM-US-015N 1/2 10-1/16 8-11/16 14-5/8 2-9/16 3-15/16
SCM-US-025N 1 12 12-3/16 18-3/8 2-13/16 3-15/16
SCM-US-040N 1-1/2 22-5/8 20-9/16 30-9/16 4-3/4 3-15/16
SCM-US-040H 1-1/2 24-1/2 21-3/8 31-15/32 4-3/4 3-15/16
SCM-US-050N 2 24-1/2 21-3/8 31-15/32 4-3/4 3-15/16
SCM-US-050H 2 27-21/32 25-15/16 36-5/32 5-29/32 3-15/16
SCM-US-080N 3 30-1/16 26-11/16 37-7/16 5-29/32 3-15/16
SCM-US-080H 3 33-7/16 33-7/8 45-5/8 7-23/32 3-15/16
SCM-US-100N 4 32-1/4 28-29/32 40-7/16 5-29/32 3-15/16
SCM-US-100H 4 41-29/32 45-9/32 57-31/32 11-29/32 3-15/16
SCM-US-150N 6 45-11/16 39-1/8 51-11/16 9-21/32 3-15/16
SCM-US-150H 6 40-5/16 49-1/2 63-3/8 12-27/32 3-15/16
SCM-US-200N 8 49-15/16 49-1/2 64-15/16 12-27/32 3-15/16
SCM-US-250N 10 69-5/16 68-15/16 81-7/16 17-1/8 3-15/16

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2.2.1.3.3.2 Metric size, mm
See table 2-14
Table 2-14
Specification Line Size L H HA DS D
SCM-US-001N 1 115 \ 149 30 \
SCM-US-002N 2 135 \ 169 40 \
SCM-US-005N 5 175 \ 209 65 \
SCM-US-010N 10 200 170 241 95 100
SCM-US-015N 15 256 220 372 115 100
SCM-US-025N 25 304 310 467 135 100
SCM-US-040N 40 574 522 694 121 100
SCM-US-040H 40 622 542 717 121 100
SCM-US-050N 50 622 542 717 121 100
SCM-US-050H 50 702 658 836 150 100
SCM-US-080N 80 763 678 869 150 100
SCM-US-080H 80 850 861 1077 196 100
SCM-US-100N 100 822 733 945 150 100
SCM-US-100H 100 1064 1150 1390 302 100
SCM-US-150N 150 1160 994 1231 245 100
SCM-US-150H 150 1240 1257 1527 326 100
SCM-US-200N 200 1268 1257 1527 326 100
SCM-US-250N 250 1760 1751 2068 435 100
2.2.1.3.4 Remote mass flowmeter with T1, T2 and T3 transmitters
See figure 2-22, 2-23, 2-24, and 2-25
Figure 2-22 Figure 2-23
Figure 2-24 Figure 2-25

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2.2.1.3.4.1 Imperial size, in
See table 2-15
Table 2-15
Specification Line Size L H HA DS D
SCM-US-001N 1/24 4-1/2 \ 5-7/8 1-3/16 \
SCM-US-002N 1/12 5-5/16 \ 6-11/16 1-9/16 \
SCM-US-005N 3/16 6-7/8 \ 8-1/4 2-9/16 \
SCM-US-010N 3/8 7-7/8 6-11/16 10-3/16 2-3/8 4-5/8
SCM-US-015N 1/2 10-1/16 8-11/16 15-3/8 2-9/16 4-5/8
SCM-US-025N 1 12 12-3/16 19-1/16 2-13/16 4-5/8
SCM-US-040N 1-1/2 22-5/8 20-9/16 28-1/32 4-3/4 4-5/8
SCM-US-040H 1-1/2 24-1/2 21-3/8 28-15/16 4-3/4 4-5/8
SCM-US-050N 2 24-1/2 21-3/8 28-15/16 4-3/4 4-5/8
SCM-US-050H 2 27-21/32 25-15/16 33-5/8 5-29/32 4-5/8
SCM-US-080N 3 30-1/16 26-11/16 34-15/16 5-29/32 4-5/8
SCM-US-080H 3 33-7/16 33-7/8 43-1/8 7-23/32 4-5/8
SCM-US-100N 4 32-1/4 28-29/32 36-27/32 5-29/32 4-5/8
SCM-US-100H 4 41-29/32 45-9/32 55-7/16 11-29/32 4-5/8
SCM-US-150N 6 45-11/16 39-1/8 49-3/16 9-21/32 4-5/8
SCM-US-150H 6 40-5/16 49-1/2 60-13/16 12-27/32 4-5/8
SCM-US-200N 8 49-15/16 49-1/2 60-13/16 12-27/32 4-5/8
SCM-US-250N 10 69-5/16 68-15/16 82-1/8 17-1/8 4-5/8
2.2.1.3.4.2 Metric size, mm
See table 2-16
Table 2-16
Specification Line Size L H HA DS D
SCM-US-001N 1 115 \ 149 30 \
SCM-US-002N 2 135 \ 169 40 \
SCM-US-005N 5 175 \ 209 65 \
SCM-US-010N 10 200 170 259 95 117
SCM-US-015N 15 256 220 390 115 117
SCM-US-025N 25 304 310 485 135 117
SCM-US-040N 40 574 522 712 121 117
SCM-US-040H 40 622 542 735 121 117
SCM-US-050N 50 622 542 735 121 117
SCM-US-050H 50 702 658 854 150 117
SCM-US-080N 80 763 678 887 150 117

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SCM-US-080H 80 850 861 1095 196 117
SCM-US-100N 100 822 733 963 150 117
SCM-US-100H 100 1064 1150 1408 302 117
SCM-US-150N 150 1160 994 1249 245 117
SCM-US-150H 150 1240 1257 1545 326 117
SCM-US-200N 200 1268 1257 1545 326 117
SCM-US-250N 250 1760 1751 2086 435 117
2.2.1.4 VS series
2.2.1.4.1 Integral mass flowmeter with T1, T2 and T3 transmitters
See figure 2-26, 2-27
Figure 2-26 Figure 2-27
2.2.1.4.1.1 Imperial size, in
See table 2-17
Table 2-17
Specification Line Size L H HA DS DT
SCM-VS-005 3/16 14-1/2 4-1/16 13-7/8 1-15/16 7-9/16
SCM-VS-015 1/2 17-1/2 7-1/2 17-4/5 3-1/2 7-9/16
SCM-VS-025 1 17-1/2 7-1/2 17-4/5 3-1/2 7-9/16
SCM-VS-040 1-1/2 29 11-1/4 24-5/16 4-3/4 7-9/16
SCM-VS-050 2 29 11-1/4 24-5/16 4-3/4 7-9/16
SCM-VS-080 3 52-9/16 15-3-16 18-1/4 6-5/8 7-9/16
2.2.1.4.1.2 Metric size, mm
See table 2-18
Table 2-18
Specification Line Size L H HA DS DT
SCM-VS-005 5 368 103 352 49 192
SCM-VS-015 15 444 190 452 89 192
SCM-VS-025 25 444 190 452 89 192
SCM-VS-040 40 735 286 617 120 192
SCM-VS-050 50 735 286 617 120 192
SCM-VS-080 80 1336 386 717 168 192

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2.2.1.4.2 Remote mass flowmeter with T1, T2 and T3 transmitters
See figure 2-28, 2-29
Figure 2-28 Figure 2-29
2.2.1.4.2.1 Imperial size, in
See table 2-19
Table 2-19
Specification Line Size L H HA DS D
SCM-VS-005 3/16 14-1/2 4-1/16 10-5/8 1-15/16 4-5/8
SCM-VS-015 1/2 17-1/2 7-1/2 14-9/16 3-1/2 4-5/8
SCM-VS-025 1 17-1/2 7-1/2 14-9/16 3-1/2 4-5/8
SCM-VS-040 1-1/2 29 11-1/4 21-1/16 4-3/4 4-5/8
SCM-VS-050 2 29 11-1/4 21-1/16 4-3/4 4-5/8
SCM-VS-080 3 52-9/16 15-3-16 25 6-5/8 4-5/8
2.2.1.4.2.2 Metric size, mm
See table 2-20
Table 2-20
Specification Line Size L H HA DS D
SCM-VS-005 5 368 103 270 49 117
SCM-VS-015 15 444 190 370 89 117
SCM-VS-025 25 444 190 370 89 117
SCM-VS-040 40 735 286 535 120 117
SCM-VS-050 50 735 286 535 120 117
SCM-VS-080 80 1336 386 635 168 117

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2.2.2 Sensor Installation
2.2.2.1 Sensor Orientation
Sensor orientation can have a significant effect on the performance of the SCM. In
general the orientation should be chosen to ensure the flow tube is always filled with
the process fluid and to prevent accumulation of other media.
2.2.2.1.1 Upright installation (Figure 2-34)
Figure 2-34
2.2.2.1.1.1 Upright installation (as shown in Figure 2-34) is generally preferred if the process
fluid is a liquid, and the process fluid is easily vaporized. Upright installation
prevents the accumulation of vapor or air in the sensor tubes.
2.2.2.1.2 Inverted installation (Figure 2-35)
Figure 2-35
2.2.2.1.2.1 Inverted installation (as shown in Figure 2-35) is preferred if the process fluid is a
liquid with entrained solids, or if the process fluid is a gas which may condense.
Inverted installation prevents higher density media from accumulating in the
sensor tubes.

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Instruction Manual Page 18
2.2.2.1.3 Flagpole installation (Figure 2-36)
Figure 2-36
2.2.2.1.3.1 Flagpole installation (as shown in Figure 2-36) is a compromise. It may be preferred
if the process fluid is a slurry mixture, or if the pipe is to be purged with gas or
steam.
2.2.2.1.3.2 It is more difficult to fix than upright and inverted installation.
2.2.2.2 Typical installation
2.2.2.2.1 Normal line size: DN10~DN250(Figure 2-37)
Figure 2-37
Pipe support point
2.2.2.2.2 Small line size:DN1~DN5(Figure 2-38, 2-39, 2-40, 2-41)
Figure 2-38 Figure 2-39

KLINGER Denmark A/S | Nyager 12-14 | DK-2605 Brøndby | [phone] | [e-mail] | www.klinger.dk
Klinger CMF
Instruction Manual Page 19
Figure 2-40 Figure 2-41
2.2.2.3 Instructions and precautions
2.2.2.3.1 Upstream and downstream straight pipe
No requirement.
2.2.2.3.2 Avoiding stress
2.2.2.3.2.1 Coaxial installation
Sensor flange (or thread) must be coaxial installed with the pipe flange (or thread).
2.2.2.3.2.2 Ensure the housing of sensor is impending, and not in contact with any object
2.2.2.3.2.3 Sensor installation
Install all piping and valves prior to connecting the SCM.
When installing the vertical pipe, the sensor, the valve and the process pipeline
should be in the same vertical plane.
2.2.2.3.2.4 When installing the vertical pipe, the sensor, the valve and the process pipeline
should be in the same vertical surface.
2.2.2.3.2.5 Do not at any time apply force to the body of the sensor. Use only the flanges or
provided lifting lugs for manipulating the sensor into position.
2.2.2.3.3 Vibration isolation
2.2.2.3.3.1 To prevent vibration solid supports should be securely installed on the pipe on
both sides of the sensor.
2.2.2.3.3.2 Pipeline support only supporting process pipeline.
2.2.2.3.3.3 All threaded connections must be tightened.
2.2.2.3.3.4 Prohibit the use of sensor housing to support process pipeline.
2.2.2.3.3.5 For small line size sensor, it should be installed on a vertical surface bracket
through such flexible connections as rubber gasket, and the installed bracket
weight≥10timestheSensor.
2.2.2.3.4 Valve
2.2.2.3.4.1 To facilitate any future maintenance operations, stop valves should be installed
both upstream and downstream of the sensor.
2.2.2.3.4.2 Ensure that the downstream shutoff valve is closed without leakage.
2.2.2.3.4.3 Control valve should be installed downstream of the sensor.
2.2.2.3.5 Others
2.2.2.3.5.1 New pipe installations should be purged prior to installing the sensor.
2.2.2.3.5.2 The sensor should be removed prior to the welding operations on the pipe.
2.2.2.3.5.3 Note the default forward flow direction indicated on the sensor housing.

KLINGER Denmark A/S | Nyager 12-14 | DK-2605 Brøndby | [phone] | [e-mail] | www.klinger.dk
Klinger CMF
Instruction Manual Page 20
26
2.2.3 Transmitter Installation
2.2.3.1 Installation
2.2.3.1.1 Integrated installation
2.2.3.1.1.1 For the installation of an integrated mass flow meter, there is no special
transmitter installation guide.
2.2.3.1.1.2 To enhance visibility the transmitter can be rotated up to 360 degrees in 90 degree
increments. (Please confirm the original state before rotating) To do so:
 Loosen and remove the bolts connecting the transmitter and the flange it is
mounted to.
 Gently rotate the transmitter to the desired angle.
 Screw the transmitter to its flange.
2.2.3.1.1.3 To enhance visibility the LCD can be rotated up to 270 degrees according in 90
degree increments mode. (Please confirm the original state before rotating) To do
so:
 Remove the front cover from the transmitter.
 Loosen and remove the screws securing the LCD to the transmitter.
 Check the LCD connections for pre-existing twist.
 Gently rotate the LCD to the desired angle ensuring that the connections do
not become over twisted.
 Re-install and tighten the LCD screws and the front cover.
2.2.3.1.2 Remote installation
2.2.3.1.2.1 Transmitter can be installed in any desired location.
2.2.3.1.2.2 Cable length: 5 m -100 m.
2.2.3.2 Instructions and precautions
2.2.3.2.1 Please do not place the transmitter conduits up along.
2.2.3.2.2 Ensure that the cover of transmitter is fully tightened.
2.2.3.2.3 Ensure that the O-ring is firmly seated and in good condition.