3.9 File Transfer Registers
Address
Point ID
Description
File Allocation Status Registers
3500,3501
File allocation map (bitmap)
3502,3503
Reserved
3504,3505
Daily profile log sections map (bitmap)
3506,3507
File memory size, Bytes
3508,3509
Free file memory size, Bytes
3510
Total number of records in the Event log file
3511
Total number of records in the Data log #1 file
3512
Total number of records in the Data log #2 file
3513
Total number of records in the Data log #3 file
3514
Total number of records in the Data log #4 file
3515
Total number of records in the Data log #5 file
3516
Total number of records in the Data log #6 file
3517
Total number of records in the Data log #7 file
3518
Total number of records in the Data log #8 file
3519-3526
Reserved
3527
Total number of records in the Waveform log #1 file
3528
Total number of records in the Waveform log #2 file
3529
Number of new records in the Event log file
3530
Number of new records in the Data log #1 file
3531
Number of new records in the Data log #2 file
3532
Number of new records in the Data log #3 file
3533
Number of new records in the Data log #4 file
3534
Number of new records in the Data log #5 file
3535
Number of new records in the Data log #6 file
3536
Number of new records in the Data log #7 file
3537
Number of new records in the Data log #8 file
3538-3545
Reserved
3546
Number of new records in the Waveform log #1 file
3547
Number of new records in the Waveform log #2 file
File Transfer Control/Status Registers
28160-28927
+0
File status (bitmap)
+1
Number of records logged in the file
E
Options/Range
F6
0
F7
1040384
0-1040384
0-65535
0-65535
0-65535
0-65535
0-65535
0-65535
0-65535
0-65535
0-65535
0
0-65535
0-65535
0-65535
0-65535
0-65535
0-65535
0-65535
0-65535
0-65535
0-65535
0-65535
0
0-65535
0-65535
F4
0 to 65535
Units
Type
R/W
Notes
UINT32
R
Bits set to 1 indicate that the
memory is allocated to the
designated files
UINT32
R
UINT32
R
Bits set to 1 indicate that the
corresponding sections are allocated
in the Data log #8 file to the
designated energy/maximum
demand registers
UINT32
R
UINT32
R
UINT16
R
UINT16
R
UINT16
R
UINT16
R
UINT16
R
UINT16
R
UINT16
R
UINT16
R
UINT16
R
UINT16
R
UINT16
R
UINT16
R
UINT16
R
UINT16
R
UINT16
R
UINT16
R
UINT16
R
UINT16
R
UINT16
R
UINT16
R
UINT16
R
UINT16
R
UINT16
R
UINT16
R
1
UINT16
R
UINT16
R
71
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