Advertisement
Table of Contents
Calibration instructions
Page 1 of 8
Date 2 Oct 2001
C80.
1.
0,17
0,16
2
0,16
3
0,16
geodyna 6300
Basic settings of diameter and distance potentiometers with code
C80
Service and test functions become accessible by simultaneously
pressing and holding the C and the balancing mode keys and by
rotating the main shaft.
... is read out for 1 second.
The display proceeds automatically to the basic settings.
Then the basic settings of .15 to .2 Volt of the diameter and distance
potentiometers are read out.
The left-hand reading refers to the basic setting of the diameter potentiometer.
Engage the calibration tip of the gauge head with the calibration groove in the
board of the vibratory system. If the slider voltage of the diameter potentiometer
is not within a range of .15 to .20 Volt, turn the potentiometer shaft to bring the
voltage to within this range.
The right-hand reading refers to the basic setting of the distance potentiometer.
If the gauge arm is in left home position and if the slider voltage of the distance
potentiometer is not within a range of .15 to .20 Volt, turn the potentiometer
shaft to bring the voltage to within this range.
Return the gauge arm into the left home position and press the C key to store
the values.
The following reading appears:
Fully pull out the gauge arm, hold, and press the C key to store the value.
The following reading appears:
Engage the calibration tip on the bottom of the gauge head with the calibration
groove in the board of the vibratory system and press the C key to store the
value.
Advertisement
Table of Contents
Related Manuals for Hofmann geodyna 6300
Summary of Contents for Hofmann geodyna 6300
- Page 1 Calibration instructions geodyna 6300 Page 1 of 8 Date 2 Oct 2001 Basic settings of diameter and distance potentiometers with code Service and test functions become accessible by simultaneously pressing and holding the C and the balancing mode keys and by rotating the main shaft.
- Page 2 Calibration instructions geodyna 6300 Page 2 of 8 Date 2 Oct 2001 The following reading appears: 0,16 Raise the gauge arm, apply the calibration tip of the diameter calibration rod into the calibration groove of the board of the vibratory system and the calibration tip of the gauge arm into the recess at the lower end of the calibration rod.
- Page 3 Calibration instructions geodyna 6300 Page 3 of 8 Date 2 Oct 2001 Measuring adaptor flange and zero plane using code C81. Service and test functions become accessible by simultaneously pressing and C 81. holding the C and the balancing mode keys and by rotating the main shaft.
- Page 4 Calibration instructions geodyna 6300 Page 4 of 8 Date 2 Oct 2001 3 D SAPE Calibration of width gauge arm with code C82 Service and test functions become accessible by simultaneously pressing and holding the C and the balancing mode keys and by rotating the main shaft.
- Page 5 Calibration instructions geodyna 6300 Page 5 of 8 Date 2 Oct 2001 Code C83 – Calibration of unbalance measurement Clamp the test rotor, enter distance, 15“ diameter and 6.5“ width. Service and test functions become accessible by simultaneously pressing and holding the C and the balancing mode keys and by rotating the main shaft.
- Page 6 Calibration instructions geodyna 6300 Page 6 of 8 Date 2 Oct 2001 After the measuring run the following reading appears: Start Remove the 100 gm calibration weight from the left-hand plane of the test rotor and insert it into the right-hand plane of the test rotor. Then press the START key.
- Page 7 Calibration instructions geodyna 6300 Page 7 of 8 Date 2 Oct 2001 Calibration of residual unbalance of main shaft and drive pulley using code C84 Service and test functions become accessible by simultaneously pressing and holding the C and the balancing mode keys and by rotating the main shaft.
- Page 8 Calibration instructions geodyna 6300 Page 8 of 8 Date 2 Oct 2001 Storing calibration data with code C90 Service and test functions become accessible by simultaneously pressing and holding the C and the balancing mode keys and by rotating the main shaft.
Need help?
Do you have a question about the geodyna 6300 and is the answer not in the manual?
Questions and answers