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Example 2: Enter Gage Parameters:
Enter and store gage parameters for each axis:
A axis:
Linear conversion
Zero Read Offset = 0
Gage Factor = .62
Gage Offset = 0
Command:
G70A/L/0/.62/0<CR>
Response:
GT:70A ZR:0.0000 GF:0.6200 GO:0.0000 GT:70B ZR:0.0000 GF:1.0000 GO:0.0000
B axis:
Linear conversion
Zero Read Offset = 0
Gage Factor = 1.005
Gage Offset = 0
Command:
G70B/L/0/1.005/0<CR>
Response:
GT:70A ZR:0.0000 GF:0.6200 GO:0.0000 GT:70B ZR:0.0000 GF:1.005 GO:0.0000
Example 3: Display Gage Parameters:
Display gage parameters stored in the probe:
Command:
G<CR>
Response:
GT:70A ZR:0.0000 GF:0.6200 GO:0.0000 GT:70B ZR:0.0000 GF:1.005 GO:0.0000
Example 4: Display Probe Serial Number:
Display the serial number that is stored in the probe:
Command:
#<CR>
Response:
6001-E,126543
Example 5: Enter Probe Serial Number:
Enter and store probe serial number. Up to 16 alphanumeric characters and symbols may
be stored.
Command:
#sn6001-E,126543<CR>
Response:
6001-E,126543
(1)
NOTES:
1.
The GK-604D IRA uses the serial number to determine the appropriate probe units (metric or english)
by reading the model number portion of the serial number string (the part to the left of the comma).
If the model number does not contain a “-E” or a “–M” then unpredictable results may occur.
Summary of Contents for GK-604D
Page 2: ......
Page 4: ......
Page 12: ......
Page 16: ...4 Figure 4 6000 6100 type probe Figure 5 GK 604 4 Interface ...
Page 28: ...16 Figure 11 Windows Mobile Device Center ...
Page 46: ...34 Figure 35 Viewing Compass Data ...
Page 52: ...40 Figure 41 Stable Indication Figure 42 Unstable Indication ...