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FLUXUS F60 Series
Flexim FLUXUS F60 Series User Manual
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14 Inputs
FLUXUS F60*
14.4 Temperature correct
ion
135
UMFLUXUS_F60xV5-0EN, 201
7-10-16
During the measurement, a corrected
temp
erature value is marked by
cor
.
Fig. 14.1:
Display of the corrected temperature
T1= 90.5
(cor)
0.0
k
W
134
136
Table of Contents
Default Chapter
3
Table of Contents
3
1 Introduction
7
2 Safety Instructions
9
General Safety Instructions
9
Intended Use
9
Not Intended Use
10
Safety Instructions for the User
10
Safety Instructions for the Operator
10
Safety Instructions for Electrical Work
11
Safety Instructions for Transport
11
Recommended Procedure in Hazardous Situations
12
3 General Principles
13
Measurement Principle
13
Measurement Arrangements
19
Acoustic Penetration
22
Undisturbed Flow Profile
24
4 Product Description
26
Measuring System
26
Handling Concept
26
Navigation
28
Keyboard
29
5 Transport and Storage
31
Transport
31
Storage
31
6 Installation
32
Transmitter
33
Transducers
36
Temperature Probe
43
7 Connection
48
Fluxus *601
48
Fluxus *608
60
8 Start-Up
74
Start-Up Settings
74
Switching On/Off
75
Fluxus F60
76
Program Branches
76
Hotcodes
77
Language
77
Initialization
78
Time and Date
79
Instrument Information
80
9 Measurement
81
Parameter Input
82
Measurement Settings
89
Start of the Measurement
102
Displaying Measured Values
106
Execution of Special Functions
110
Determination of the Flow Direction
111
Stop of Measurement
111
10 Troubleshooting
112
Problems with the Measurement
113
Measuring Point Selection
114
Maximum Acoustic Contact
114
Application-Specific Problems
115
Significant Deviations of the Measured Values
115
Problems with the Totalizers
116
Problems During the Heat Flow Measurement
116
11 Maintenance and Cleaning
117
Maintenance
118
Cleaning
118
12 Dismounting and Disposal
119
Dismounting
119
Disposal
119
13 Outputs
120
Configuration of an Output Using the Adapter for the Active Current Input
120
Installation of a Binary Output
122
Configuration of a Frequency Output as Pulse Output
125
Activation of a Binary Output as Pulse Output
127
14 Inputs
129
Assignment of the Temperature Inputs to the Measuring Channels
129
Assignment of Other Inputs to the Measuring Channels
131
Activation of the Inputs
132
Temperature Correction
133
15 Data Logger
136
Activating/Deactivating the Data Logger
136
Setting the Storage Rate
137
Configuration of the Data Logger
137
Measurement with Activated Data Logger
140
Deletion of Measured Values
140
Information Relating the Data Logger
140
16 Data Transmission
142
Online Transmission
142
Offline Transmission
142
Data Format
143
Transmission Parameters
144
Online Transmission of Data to a Terminal Program
145
Offline Transmission of Data to a Terminal Program
146
Data Structure
146
17 Advanced Functions
149
Totalizers
149
Noisetrek Parallel Beam Mode
152
Hybridtrek Mode
152
Upper Limit of the Flow Velocity
154
Cut-Off Flow
155
Uncorrected Flow Velocity
156
Fastfood Mode
157
Calculation Channels
159
Diagnosis by Means of the Snap Function
163
Modification of the Limit for the Inner Pipe Diameter
165
Activation of a Binary Output as Alarm Output
165
Behavior of the Alarm Outputs
170
18 Superuser Mode
174
Activation/Deactivation
174
Transducer Parameters
175
Definition of the Flow Parameters
175
Limit of the Signal Amplification
178
Upper Limit of the Sound Speed
179
Detection of Long Measurement Failures
181
Number of Decimal Places of the Totalizers
181
Temperature-Based Heat Flow Cut-Off
182
Manual Reset of the Totalizers
183
Display of the Totalizer Sum
183
Display of the Last Valid Measured Value
184
Displays During the Measurement
184
19 Settings
185
Dialogs and Menus
185
Measurement Settings
189
Working with Parameter Records
192
Libraries
194
Contrast Settings
197
20 Wall Thickness Measurement (Optional)
198
Orientation of the Wall Thickness Probe
199
Activation of the Wall Thickness Measurement
199
Parameter Input
200
Measurement
201
21 Heat Flow Measurement
206
Calculation of the Heat Flow
207
Normal Measuring Mode
208
BTU Mode
211
Measurement
214
Two Independent Heat Flow Measurements
215
Steam in Inlet
215
Annex Menu Structure
219
B Units of Measurement
229
C Reference
235
D Conformity Declarations
241
4
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Flexim FLUXUS F60 Series Specifications
General
Brand
Flexim
Model
FLUXUS F60 Series
Category
Measuring Instruments
Language
English
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