Programming Your Application
6-63
590 Series DC Digital Converter
TORQUE CALC.
This block is used to split the motor
current demand and use the appropriate
current limit clamp dependant on winding
roll direction.
Functional Description
Pos. I Clamp
Neg. I Clamp
200%
Tension
Enable
Overwind
-200%
200%
-1
[434]
Current Demand
[432]
Link to [301]
Link to [48]
TORQUE CALC.
–
POS. I CLAMP [435]
–
0
–
NEG. I CLAMP [436]
–
0
0.00 %
–
[432] TORQUE DEMAND
–
ENABLED
–
[433] TENSION ENABLE
–
ENABLED
–
[434] OVER WIND
–
MMI Menu Map
1
SETUP PARAMETERS
2
SPECIAL BLOCKS
3
TORQUE CALC.
TORQUE
DEMAND
TENSION
ENABLE
OVER
WIND
Parameter Descriptions
TORQUE DEMAND
Range: -200.00 to 200.00 %
This is the torque input of the block.
TENSION ENABLE
Range:
ENABLED/DISABLED
When enabled, torque demand is applied. When disabled, the torque demand is zero.
OVER WIND
Range:
ENABLED/DISABLED
When enabled, Over Wind is selected which means the torque demand is applied in the positive
quadrant (POS. I CLAMP, Tag No. 301). When disabled, Under Wind is selected which means
the torque demand is applied in the negative quadrant (NEG. I CLAMP, Tag No. 48).
POS. I CLAMP
Reserved parameter for use by Parker SSD Drives.
NEG. I CLAMP
Reserved parameter for use by Parker SSD Drives.
Summary of Contents for 590 series
Page 12: ...605 Frequency Inverter HA389591 Issue 1 Contents Contents Page Cont 12...
Page 16: ...1 4 Getting Started 590 Series Digital Converter...
Page 22: ...2 6...
Page 64: ...3 42 Installing the Converter 590D DC Digital Converter HA467078...
Page 82: ...4 18 Operating the Converter 590 Series DC Digital Converter...
Page 90: ...5 8 The Man Machine Interface MMI 590 Series DC Digital Converter...
Page 168: ...9 6 Control Loops 590 Series DC Digital Converter...
Page 222: ...13 14 Standard and Optional Equipment 590 Series DC Digital Converter...
Page 234: ...15 2 The Default Application 590 Series DC Digital Converter...
Page 242: ......