YOKOGAWA UPM100, User Manual

Page: 80 / 104

6-6
IM 77C01H01-10EN
6.4 D Register Map
D-Reg
No.
Ref No. H No.
Register
Symbol
Register Name Effective Range
Initial
Value
Back-
up
R/W
D0074 40074 0049 – Do not use. – – – –
D0075 40075 004A FREQ L Frequency (float, lower 2 bytes)
45.0 to 65.0 [Hz] 0 X
R
D0076 40076 004B FREQ H Frequency (float, upper 2 bytes) R
D0077 40077 004C Lead Varh L LEAD reactive energy (uint32, lower 2 bytes) 0 to 9,999,999 [kvarh]
0 to 9,999,999 [varh]
(Note 1) (Note 5)
0 ●
R
D0078 40078 004D Lead Varh H LEAD reactive energy (uint32, upper 2 bytes) R
D0079 40079 004E Lag Varh L LAG reactive energy (uint32, lower 2 bytes) 0 to 9,999,999 [kvarh]
0 to 9,999,999 [varh]
(Note 1) (Note 5)
0 ●
R
D0080 40080 004F Lag Varh H LAG reactive energy (uint32, upper 2 bytes) R
D0081 40081 0050 Var L Instantaneous reactive power (float32, lower 2 bytes)
0.1 to ±9,999,999.9 [var]
(Note 1)
0 X
R
D0082 40082 0051 Var H Instantaneous reactive power (float32, upper 2 bytes) R
D0083 40083 0052 kVAh L Apparent energy (lower 2 bytes) 0 to 99,999,999 [kVAh]
0 to 99,999,999 [VAh]
(Note 6)
0 ●
R
D0084 40084 0053 kVAh H Apparent energy (upper 2 bytes) R
D0085 40085 0054 PULSE2 Pulse unit-2 of electric energy (uint16)
1 to 50,000 [x10varh/pls]
(Note 2)
100 ○ * R/W
D0086 40086 0055 – Do not use. – – – –
D0087 40087 0056
PULSE2
SLCT
LAG/LEAD/regenerative selection for
pulse output of electric energy
0: LAG pulse,
1: LEAD pulse,
2: Regenerative pulse
(Note 2)
0 ○ * R/W
D0088 40088 0057
PULSE2
WIDTH
ON pulse width-2 of electric energy (uint8) 1 to 127 [x10ms] 5 ○ * R/W
D0089 40089 0058
Lead kVarh
SET L
LEAD reactive energy - setpoint (uint32, lower 2 bytes)
0 to 9,999,999 [kvarh]
0 to 9,999,999 [varh]
(Note 3) (Note 5)
0 X
W
D0090 40090 0059
Lead kVarh
SET H
LEAD reactive energy - setpoint (uint32, upper 2 bytes) W
D0091 40091 005A
Lag kVarh
SET L
LAG reactive energy - setpoint (uint32, lower 2 bytes)
0 to 9,999,999 [kvarh]
0 to 9,999,999 [varh]
(Note 3) (Note 5)
0 X
W
D0092 40092 005B
Lag kVarh
SET H
LAG reactive energy - setpoint (uint32, upper 2 bytes) W
D0093 40093 005C kVarh RST Reactive energy reset
If other than 1: Invalid
If 1: Reactive energy
(D0077 to D0080) is reset
X W
D0094 40094 005D kVarh STS Reactive energy writing status
If other than 1: Invalid
If 1: The values of D0089
to D0092 are written as the
integrated value
0 X W
D0095 40095 005E kVAh SET L Apparent energy - setpoint (lower 2 bytes) 0 to 99,999,999 [kVAh]
0 to 99,999,999 [VAh]
(Note 6)
0 X
W
D0096 40096 005F kVAh SET H Apparent energy - setpoint (upper 2 bytes) W
D0097 40097 0060 kVAh RST Apparent energy reset
If other than 1: Invalid
If 1: Apparent energy
(D0083, D0084) is reset
X W
D0098 40098 0061 kVAh STS Apparent energy writing status
If other than 1: Invalid
If 1: The values of D0095
and D0096 are written as
the integrated value
0 X W
D0099 40099 0062 ADERROR ADC failure – – R
D0100 40100 0063 ERROR Various types of error information – – R
D0101 40101 0064 USER User area (Note 4) 0 to 65535 0 X R/W
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D0150 40150 0095 USER User area (Note 4) 0 to 65535 0 X R/W
Note 1: The UPM100-xxxx2 allows these registers to be read.
Note 2: The UPM100-xx2x2 and UPM100-xx3x2 allow this register to be read and written.
Note 3: The UPM100-xxxx2 allows these registers to be written.
Note 4: Use the user area when using a display unit from Digital Corporation.
Note 5: For the UPM100-xxxx0 to -xxxx3, the unit is [kvarh].
For the UPM100-xxxx4 to -xxxx7, the unit is [varh].
Note 6: For the UPM100-xxxx0 to -xxxx3, the unit is [kVAh].
For the UPM100-xxxx4 to -xxxx7, the unit is [VAh].