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CHAPTER 6
SERVICE CODES
6.1 INTRODUCTION
The service codes are used to:
Ø Calibrate module
Ø Change setting.
Ø Show and check measured values of display of certain signals, system information.
Ø Upgrade software
6.2 TABLE OF SERVICE CODES
The service codes are not the same for all balancers. The box below indicates all service codes available for this
balancer as follows:
C Description
0 Set to default profi le and settings
1 Resolution of unbalance readings
2 Suppression of minor unbalance readings (0=off (default), 1=on)
3 Measurement units of unbalance readings
4 Compensation of adaptor unbalance
6 Number of revolutions for measurement
7 Volume of audible signals
8 Threshold value for suppression of minor unbalance readings in units selected with C3
10 Save user settings
11 Position brake after measuring run
12 Indication of total numbers of measurement runs-> Type of counters depends on brand
13 Starting measurement run by closing the wheel guard
14 User calibration
21 Indication of the program version number
28
Display the last 10 error codes
43 Reset counters
45 Unbalance Calculation parameters
47 Select machine model
53 Display test
54 Checking the incremental encoder on the main shaft
55 Indication the line voltage
56 Indication of the circuit state of the wheel guard switch
57 Indication of temperature
59 Indication of the residual unbalance compensated for using code C84
60 Motor : Indication of RPM of main shaft
63 Continuous measurement (with statistics)
64 Indication of the transducer sensitivity as measured with C code 83
66 Display calibration values as measured with C code 83 (virtual dimensions)
67 Display phase stability of the vibratory system as measured with C code 83
71 Display angular deviation of the vibratory system as measured with C code 83
72 Measurement of angular deviation
74 Indication of position counter and basic incremental encoder test
75 Display values from AD converter
80 Calibration of the inner SAPE gauge arm and the AutoStopSystem
81 Measuring the adaptor fl ange and the zero plane.
83 Calibration of the unbalance measurement with wheel/test rotor.
84 Compensation of unbalance of main shaft
85 Copy content of serial EEPROM (EEP) from micro-controller EEP to incremental encoder EEP.
86 Copy content of serial EEPROM (EEP) from incremental encoder EEP to micro-controller EEP.
88 Calibration of the 12 o’clock position for fi tting position of weights
90 Saving the adjustments data in the PO’s
92 Display of actual distance and diameter of inner SAPE/geodata
102 Performing a measuring run and indication of harmonic contents of the unbalance signals
103 Test of the transimpedance and unbalance signal amplifi ers
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