5 Remote control O-
5.1 Remote control O-34 5.2 Functions and remote control codes O-
Contents
Activating the tolerance monitor
(TOL-MON) ... O-26 Activating the minimum reading
capture mode (MIN-CAP) ... O-27 3.2 Setting the gate (cGAT) ... O-28 Evaluation logic of the gate C (cLOGIC) .. O-28 Starting point of the gate (cSTART) ... O-29 Width of the gate (cWIDTH) ... O-29 Response and measuring threshold
of the gate (cTHRSH) ... O-29
4 Documentation ... O-31
4.1 Printing out the test report ... O-32
5 Remote control ... O-33
5.1 Remote control ... O-34 5.2 Functions and remote control codes .... O-34
O-4 Issue 03, 06/2003 Krautkramer Option Data Logger (USM family)
Contents
Krautkramer Option Data Logger (USM family) Issue 03, 06/2003 O-5
Introduction
1
O-6 Issue 03, 06/2003 Krautkramer Option Data Logger (USM family)
Introduction The Data Logger
1.1
The option Data Logger
The option Data Logger makes an additional operating level available to you. It includes the five function groups JOBS, LOGG, VIEW, TOL and cGAT. The groups JOBS, LOGG and VIEW serve for the operation of the Data Logger. The group TOL enables the monitor- ing of the measured values by means of a tolerance monitor and minimum reading capture mode. The group cGAT serves for the configuration of a third gate. The option Data Logger can be added to all instrument versions of the ultrasonic flaw detectors USM 25 (from serial number 1500 up), USM 23, USM 23Ex and USM 35.
1.2
The Data Logger
The Data Logger gives you the possibility of easily managing test jobs as well as storing and documenting the test results. Using test jobs that you have clearly and explicitly named and described, you can record, display, and print out measured values. In this way, you can selectively access readings that your’re look- ing for.
You can create up to 100 test jobs. The total storage capacity is 5000 measurement values plus 500 A-scans. Further you can create an individual com- ment list with 10 text lines (results) for each job. These results are linked to the measured values.
Introduction The Data Logger
1.1
The option Data Logger
The option Data Logger makes an additional operating level available to you. It includes the five function groups JOBS, LOGG, VIEW, TOL and cGAT. The groups JOBS, LOGG and VIEW serve for the operation of the Data Logger. The group TOL enables the monitor- ing of the measured values by means of a tolerance monitor and minimum reading capture mode. The group cGAT serves for the configuration of a third gate. The option Data Logger can be added to all instrument versions of the ultrasonic flaw detectors USM 25 (from serial number 1500 up), USM 23, USM 23Ex and USM 35.
1.2
The Data Logger
The Data Logger gives you the possibility of easily managing test jobs as well as storing and documenting the test results. Using test jobs that you have clearly and explicitly named and described, you can record, display, and print out measured values. In this way, you can selectively access readings that your’re look- ing for.
You can create up to 100 test jobs. The total storage capacity is 5000 measurement values plus 500 A-scans. Further you can create an individual com- ment list with 10 text lines (results) for each job. These results are linked to the measured values.
Krautkramer Option Data Logger (USM family) Issue 03, 06/2003 O-7
1.3
Monitoring measured values
The Data Logger option provides you with an individu- ally configurable tolerance monitor and the minimum reading capture mode to monitor measured values. The tolerance monitor will help you to ensure that the measured values are within an individually variable tolerance range. If this is not the case, an alarm is triggered.
The minimum reading capture mode serves for the storage of the smallest sound path or the smallest sound path difference. The value remains stored until an even smaller value occurs. This function is useful with remaining wall thickness measurements on tubes.
1.4
The third gate
The Data Logger option makes an additional third gate available to you. The gate C is configured and used analogously to the two gates A and B that you already know. You can use the gate C e.g. for measurements of sound path differences between the gates B and C if the gate a is already occupied by another job (e.g. monitoring of the interface echo).
1.5
Acoustic acknowledgement
You can activate an acoustic acknowledgement for recording your measured values.
– Adjust the option beep in the function HORN. Recording of measured values is now acknowledged by a short acoustic acknowledgement signal. After saving the measured value with A-scan, a long acous- tic acknowledgement signal will sound.
Introduction
Monitoring measured values
1.3
Monitoring measured values
The Data Logger option provides you with an individu- ally configurable tolerance monitor and the minimum reading capture mode to monitor measured values. The tolerance monitor will help you to ensure that the measured values are within an individually variable tolerance range. If this is not the case, an alarm is triggered.
The minimum reading capture mode serves for the storage of the smallest sound path or the smallest sound path difference. The value remains stored until an even smaller value occurs. This function is useful with remaining wall thickness measurements on tubes.
1.4
The third gate
The Data Logger option makes an additional third gate available to you. The gate C is configured and used analogously to the two gates A and B that you already know. You can use the gate C e.g. for measurements of sound path differences between the gates B and C if the gate a is already occupied by another job (e.g. monitoring of the interface echo).
1.5
Acoustic acknowledgement
You can activate an acoustic acknowledgement for recording your measured values.
– Adjust the option beep in the function HORN. Recording of measured values is now acknowledged by a short acoustic acknowledgement signal. After saving the measured value with A-scan, a long acous- tic acknowledgement signal will sound.
Introduction
O-8 Issue 03, 06/2003 Krautkramer Option Data Logger (USM family)
Introduction Overview of the functions
1.6
Overview of the functions
The functions of the Data Logger are located at the 4th operating level. You will recognize the 4th operating level by the small number 4 between the first and the second function field.
Besides the function groups of the Data Logger, there are two more function groups at the 4th operating level. The functions of the group TOL serve for the monitor- ing of measured values by means of a tolenrance monitor and a minimum reading capture mode. You can use the functions of the group cGAT to configure a third gate.
Function groups of the 4th operating level
JOBS This is where you’ll find functions required for setting up and for editing your test jobs. LOGG This menu serves for the logging or recording
of measured values in a test job.
VIEW This menu serves for the representation of all measured values of a test job, including A-scan.
TOL Functions for monitoring the measured values. cGAT All functions for setting the gate C are to be
found in this function group.
Introduction Overview of the functions
1.6
Overview of the functions
The functions of the Data Logger are located at the 4th operating level. You will recognize the 4th operating level by the small number 4 between the first and the second function field.
Besides the function groups of the Data Logger, there are two more function groups at the 4th operating level. The functions of the group TOL serve for the monitor- ing of measured values by means of a tolenrance monitor and a minimum reading capture mode. You can use the functions of the group cGAT to configure a third gate.
Function groups of the 4th operating level
JOBS This is where you’ll find functions required for setting up and for editing your test jobs. LOGG This menu serves for the logging or recording
of measured values in a test job.
VIEW This menu serves for the representation of all measured values of a test job, including A-scan.
TOL Functions for monitoring the measured values. cGAT All functions for setting the gate C are to be
Krautkramer Option Data Logger (USM family) Issue 03, 06/2003 O-9