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FLUXUS F808, F809 7 Installation of FLUXUS F809

74 UMFLUXUS_F808_8091V1-2-1EN, 2019-08-23

RS485

F809**-A1

F809**-F1

120 Ω

termination resistor

shield S

Tab. 7.14: Circuits of the outputs

output transmitter external circuit remark

internal circuit connection

The number, type and connections of the outputs are customized.

ext

is the sum of all ohmic resistances in the circuit (e.g. resistance of the conductors, resistance of the amperemeter/voltmeter).

Table of Contents5
Introduction9
Regarding this User Manual9
Safety Instructions9
Warranty9
Handling10
First Inspection10
General Precautions10
Cleaning10
General Principles11
Measurement System11
Measurement Principle11
Measurement Arrangements15
Description of the Transmitter18
Fluxus F80818
Fluxus F80918
Keyboard19
Selection of the Measuring Point20
Acoustic Penetration20
Undisturbed Flow Profile22
Selection of the Measurement Arrangement Taking into Account the Measuring Range and the Measuring Conditions24
Installation of FLUXUS F80826
Location26
Opening and Closing the Housing26
Installation26
Connection of the Transmitter28
Connection of the Transducers to the Transmitter F808**-A129
Connection of the Transducers to the Transmitter F808**-F137
Connection of the Transducers to the Transmitter F808**-F240
Power Supply47
Outputs49
Serial Interface52
Sensor Module (SENSPROM)53
Installation of FLUXUS F80954
Location54
Opening and Closing the Housing54
Installation55
Connection of the Transmitter57
Connection of the Transducers to the Transmitter F809**-A158
Connection of the Transducers to the Transmitter F809**-F166
Power Supply69
Outputs71
Serial Interface75
Sensor Module (SENSPROM)76
Installation of the Transducers77
Pipe Preparation77
Orientation of the Transducers and Transducer Distance77
Transducer Mounting Fixture Variofix L (Permarail)78
Transducer Mounting Fixture Variofix C86
Transducer Mounting Fixture Permafix93
Start-Up of the Transmitter98
Start-Up Settings98
Switching on98
Initialization99
Display99
Hotcodes101
Language Selection102
Operation State Indication102
Interruption of the Power Supply102
Basic Measurement103
Input of Pipe Parameters103
Input of Fluid Parameters104
Other Parameters106
Selection of Channels106
Input of the Sound Path Number107
Transducer Distance107
Start of Measurement109
Detection of the Flow Direction109
Interruption of the Measurement109
Displaying Measured Values110
Selection of the Physical Quantity and the Unit of Measurement110
Toggling between Channels110
Adjustment of the Display111
Status Line112
Transducer Distance112
Advanced Measuring Functions113
Command Execution During Measurement113
Damping Factor113
Totalizers113
Settings of the Noisetrek Parallel Beam Mode115
Settings of the Hybridtrek Mode115
Upper Limit of the Flow Velocity116
Cut-Off Flow116
Uncorrected Flow Velocity117
Measurement of Highly Dynamic Flows (Fastfood Mode)117
Calculation Channels118
Change of the Limit for the Inner Pipe Diameter121
Diagnosis by Means of the Snap Function121
Program Code122
Data Logger and Transmission of Data123
Data Logger123
Transmission of Data126
Libraries132
Partitioning of the Coefficient Memory132
Input of Material/Fluid Parameters Without Extended Library133
Extended Library134
Deleting a User Defined Material/Fluid136
Arrangement of the Material/Fluid Scroll List136
Settings138
Time and Date138
Dialogs and Menus138
Measurement Settings141
Contrast Settings142
Instrument Information142
Superuser Mode143
Activation/Deactivation143
Transducer Parameters143
Defining the Flow Parameters143
Limit of the Signal Amplification145
Upper Limit of the Sound Speed145
Detection of Long Measurement Failures146
Number of Decimal Places of the Totalizers146
Manual Reset of the Totalizers147
Display of the Totalizer Sum147
Display of the Last Valid Measured Value147
Display During the Measurement147
Outputs148
Installation of an Output148
Error Value Delay151
Activation of an Analog Output152
Configuration of a Frequency Output as a Pulse Output153
Activation of a Binary Output as a Pulse Output153
Activation of a Binary Output as an Alarm Output154
Behavior of the Alarm Outputs156
Deactivation of the Outputs158
Troubleshooting159
Problems with the Measurement159
Selection of the Measuring Point160
Maximum Acoustic Contact160
Application Specific Problems160
Large Deviations of the Measured Values161
Problems with the Totalizers161
Data Transmission161
Maintenance162
Cleaning162
Examination of the O-Ring162
A Menu Structure164
B Units of Measurement178
C Reference183

Brand	Flexim
Model	FLUXUS F808 A1 Series
Category	Measuring Instruments
Language	English

Flexim FLUXUS F808 A1 Series User Manual

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