Mitsubishi Electric A800 Plus Series Function Manual page 238

Parameters (functions) and instruction codes under different control methods
Pr. Name
1403 Tension command bias
1404 Tension command input voltage gain
1405 Tension command gain
Commanded tension reduction
1406
scaling factor during stall condition
1407 Speed limit during stall condition
Tension command cushion time
1409
during stall condition
1410 Motor inertia
1411 Empty reel inertia
1412 Roll width
1413 Material specific gravity
First acceleration time for inertia
1414
compensation
First deceleration time for inertia
1415
compensation
1418 Inertia compensation cushion time
Mechanical loss setting frequency
1419
bias
1420 Mechanical loss setting frequency 1
1421 Mechanical loss 1
1422 Mechanical loss setting frequency 2
1423 Mechanical loss 2
1424 Mechanical loss setting frequency 3
1425 Mechanical loss 3
1426 Mechanical loss setting frequency 4
1427 Mechanical loss 4
1428 Mechanical loss setting frequency 5
1429 Mechanical loss 5
Load characteristics measurement
1480
mode
1481 Load characteristics load reference 1 51
1482 Load characteristics load reference 2 52
1483 Load characteristics load reference 3 53
1484 Load characteristics load reference 4 54
1485 Load characteristics load reference 5 55
Load characteristics maximum
1486
frequency
Load characteristics minimum
1487
frequency
1488 Upper limit warning detection width
1489 Lower limit warning detection width
1490 Upper limit fault detection width
1491 Lower limit fault detection width
Load status detection signal delay
1492 time / load reference measurement
waiting time
1499 Parameter for manufacturer setting. Do not set.
Instruction
Control method
code
∗1
× ×
03 83 E
× ×
04 84 E
× ×
05 85 E
× ×
06 86 E
07 87 E × ×
09 89 E × ×
0A 8A E × ×
× ×
0B 8B E
× ×
0C 8C E
× ×
0D 8D E
0E 8E E × ×
0F 8F E × ×
12 92 E × ×
13 93 E × ×
× ×
14 94 E
× ×
15 95 E
× ×
16 96 E
17 97 E × ×
18 98 E × ×
19 99 E × ×
× ×
1A 9A E
× ×
1B 9B E
× ×
1C 9C E
1D 9D E × ×
50 D0 E  
D1 E  
D2 E
 
D3 E  
D4 E  
D5 E  
56 D6 E  
57 D7 E  
58 D8 E
 
59 D9 E  
5A DA E  
5B DB E  
5C DC E  
∗2
Sensorless Sensorless Sensorless
Vector Vector Vector
× ×
 
× ×
 
× ×
 
× ×
 
×  × 
×  × 
× ×
 
× ×
 
× ×
 
× ×
 
×  × 
×  × 
×  × 
× ×
 
× ×
 
× ×
 
× ×
 
×  × 
×  × 
× ×
 
× ×
 
× ×
 
× ×
 
×  × 
   
   
   
   
   
   
   
   
   
   
   
   
   
Parameter
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
10
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APPENDIX