SWI-SGY-USB-V05700
Description
Text in quotes refer to a Synergy parameter or function, for example "Start Time"
i-synergy = synergy Class 10 current, i-rated = synergy Class20 / Class30 current, i-motor = motor current
[ SGY1051400 SGY2070000 SGY3023400 ]
PNU Number
PNU Name
PNU Format
PNU Note
Range
0 ( 0 hex ) 0%
-
16384 ( 4000 hex ) 100%
Default
16384 ( 4000 hex ) 100%
Type
Read/Write
PNU Number
PNU Name
PNU Format
PNU Note
Range
0 ( 0 hex ) 0Degrees
-
90 ( 5A hex ) 90Degrees
Default
0 ( 0 hex ) 0Degrees
Type
Read Only
PNU Number
PNU Name
PNU Format
PNU Note
Range
0 ( 0 hex ) 0Degrees
-
90 ( 5A hex ) 90Degrees
Default
0 ( 0 hex ) 0Degrees
Type
Read Only
PNU Number
PNU Name
PNU Format
PNU Note
Range
0 ( 0 hex ) 0Degrees
-
60 ( 3C hex ) 60Degrees
Default
0 ( 0 hex ) 0Degrees
Type
Read Only
PNU Number
PNU Name
PNU Format
PNU Note
Range
0 ( 0 hex ) 0Degrees
-
55 ( 37 hex ) 55Degrees
Default
0 ( 0 hex ) 0Degrees
Type
Read Only
22464 ( 57C0 hex )
The maximum possible delay for iERS saving
Delay Max
Displayed for diagnostic purposes
16 bit unsigned
Linear Scaling (1 = 1° of mains cycle)
Time(ms)=(Value/PNU32000)*(25/9)
22400 ( 5780 hex )
Internal firing delay angle in Degrees
Delay Angle
Displayed for diagnostic purposes
16 bit unsigned
Linear Scaling (1 = 1° of mains cycle)
Time(ms)=(Value/PNU32000)*(25/9)
21824 ( 5540 hex )
The Present Power Factor used by the iERS saving function
Pres PF Degrees
This is the actual Power Factor for the iERS saving function.
The "Delay" is constantly adjusted to minimise the control loop error between "Pres PF Degrees" and "Ref PF Degrees"
16 bit unsigned
The parameter displays the displacement part of the True Power Factor and is used for diagnostic purposes.
Linear Scaling (1 = 1° of mains cycle)
Time(ms)=(Value/PNU32000)*(25/9)
21760 ( 5500 hex )
The Reference Power Factor used by the iERS saving function
Ref PF Degrees
This is the target Power Factor for the iERS saving function.
The parameter will change dynamically dependant on motor operation
16 bit unsigned
The parameter displays the displacement part of the True Power Factor and is used for diagnostic purposes.
Linear Scaling (1 = 1° of mains cycle)
Time(ms)=(Value/PNU32000)*(25/9)
21376 ( 5380 hex )
Determines the maximum energy saving potential.
iERS Level
Reduce if the application shows signs of instability.
16 bit unsigned
The amount of energy that can be saved may fall as the "iERS level" is reduced.
Linear Scaling ( 1 = 0.006104 % )
MAN-SGY-012-V11 EC 5195
Fairford Electronics Ltd - Synergy Modbus RTU Programming Manual - 22nd February 2016
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