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B-13
1600XP Series Installation and Operation Manual
415 Vdc Gain (Positive) VdcP Gain - - - R/W R/W 7947 Used this value to convert AD value to actual unit.
Range: 1 – 32767
416 Vdc Offset (Positive) VdcP Offset - - - R/W R/W 0 Feedback Offset adjustment due to hardware
components and software AD converter’s offset.
Range: -32768 – 32767
417 Vdc AD Amount (Positive) VdcP AD - - - R R 0 AD summation of 16 samples per half cycle
418 Vdc Gain (Negative) VdcN Gain - - - R/W R/W 7947 Used this value to convert AD value to actual unit.
Range: 1 – 32767
419 Vdc Offset (Negative) VdcN Offset - - - R/W R/W 0 Feedback Offset adjustment due to hardware
components and software AD converter’s offset.
Range: -32768 – 32767
420 Vdc AD Amount (Negative) VdcN AD - - - R R 0 AD summation of 16 samples per half cycle
430 DC Bus Slew Rate DC Bus Slew Rate - - - - R/W 5
431 DC Bus Soft charging time SoftCharge Time - - - R/W R/W 360
432 DC Bus Hard charging time HardCharge Time - - - R/W R/W 120
436 Calibrated DC Bus Reference Calibrated DCRef - - - R/W R/W 100 Starts from DC Bus reference and slowly ramp up to
this nal target value. DC Bus and this value is inversely
propotional.
437 Present DC Bus Reference Present DCRef - - - R R 0 Presently plotting DC Bus reference
438 ACDC Reference AC/DC Ref - - - R/W R/W 288
439 Input Current Reference Offset
Adjustment
Ii Ref Offset - - - R/W R/W 0
440 DC undervoltage detection
delay
DCUV SW
DeDelay
- - - R/W R/W 2
441 DC overvoltage detection
delay
DCOV SW
DeDelay
- - - R/W R/W 2
442 DCUB Detection Delay DCUB SW
DeDelay
- - - R/W R/W 2
501 Battery Voltage Battery Voltage R R R R R 0
Item Brief Description
Description
On lCD
U A D
Svc/
QC
F Default Remark