Rockwell Automation 1395 Discrete Adapter, Rev 3.XX-8.XX User Manual
Page 13
Chapter 3
Control Description
3-2
Table 3.A
Configuration Parameters
Port A
Port B
Name
Function
400
300
Digital Input
Fast Source, Discrete Input to Drive
401
301
Analog In 1
Fast Source, Analog 1 Input to Drive
402
302
Analog In 2
Fast Source, Analog 2 Input to Drive
403
303
Analog In 3
Fast Source, Analog 3 input to Drive
404
304
Analog In 4
Fast Source, Analog 4 Input to Drive
450
350
Digital Output
Fast Sink, Discrete Output from Drive
451
351
Analog Out 1
Fast Sink, Analog 1 Output from Drive
452
352
Analog Out 2
Fast Sink, Analog 2 Output from Drive
453
353
Analog Out 3
Fast Sink, Analog 3 Output from Drive
454
354
Analog Out 4
Fast Sink, Analog 4 Output from Drive
Table 3.B
SetĆUp Parameters
Program Terminal Units
Internal Units
Port A
Port B
Description
Default
Range
Default
Range
550
500
ADC Scale 1
1
(-16, 16)
2048
±
32767
551
501
ADC Offset 1
0
(-20, 20)
0
±
4096
552
502
ADC Scale 2
1
(-16, 16)
2048
±
32767
553
503
ADC Offset 2
0
(-20, 20)
0
±
4096
554
504
ADC Scale 3
1
(-16, 16)
2048
±
32767
555
505
ADC Offset 3
0
(-20, 20)
0
±
4096
556
506
ADC Scale 4
1
(-16, 16)
2048
±
32767
557
507
ADC Offset 4
0
(-20, 20)
0
±
4096
558
508
Digital Out 1
10 at Zero Spd
(0,15)
10
0 - 15
559
509
Digital Out 2
5 Drive Running
(0,15)
5
0 - 15
560 - 574
510 - 524
Not Used
575
525
DAC Scale 1
1
(-1,1)
32767
±
32767
576
526
DAC Offset 1
0
(-20, 20)
0
±
4096
577
527
DAC Scale 2
1
(-1, 1)
32767
±
32767
578
528
DAC Offset 2
0
(-20, 20)
0
±
4096
579
529
DAC Scale 3
1
(-1, 1)
32767
±
32767
580
530
DAC Offset 3
0
(-20, 20)
0
±
4096
581
531
DAC Scale 4
1
(-1, 1)
32767
±
32767
582
532
DAC Offset 4
0
(-20, 20)
0
±
4096
583 (1)
533 (1)
Digital In 1
11 Stop
(0,15)
11
0 - 15
584
534
Digital In 2
9 Jog 2
(0,15)
9
0 - 15
585
535
Digital In 3
12 Start
(0,15)
12
0 - 15
586
536
Digital In 4
14 Drv Flts
(0,15)
14
0 - 15
587 - 598
537 - 548
Not Used
599
549
Adapter Board Identifier
3.xx
-
(1) Digital In 1 is designed for use with a Normally Closed (NC) operator device. Applying positive control voltage to Digital In 1
(Terminal TBĆ3 - 48) will cause the bit specified to be set to zero. With no voltage applied to Digital In 1, the bit will be one.