Digital Output Settings
Description
The TeSys Tera system supports maximum 13 digital outputs:
-
Three digital outputs on the LTMT main unit.
-
Up to 10 digital outputs with LTMT expansion units.
Each digital output setting is made up of five registers. The order and the description of the settings for digital output 1 are valid for the other digital outputs.
|
Address |
Register |
No. |
Description |
|
|---|---|---|---|---|
|
0x1211 |
4626 |
5 |
Digital output 1 settings |
DO1 on LTMT main unit |
|
0x1216 |
4631 |
5 |
Digital output 2 settings |
DO2 on LTMT main unit |
|
0x121B |
4636 |
5 |
Digital output 3 settings |
DO3 on LTMT main unit |
|
0x1220 |
4641 |
5 |
Digital output 4 settings |
DO on LTMT expansion unit |
|
0x1225 |
4646 |
5 |
Digital output 5 settings |
DO on LTMT expansion unit |
|
0x122A |
4651 |
5 |
Digital output 6 settings |
DO on LTMT expansion unit |
|
0x122F |
4656 |
5 |
Digital output 7 settings |
DO on LTMT expansion unit |
|
0x1234 |
4661 |
5 |
Digital output 8 settings |
DO on LTMT expansion unit |
|
0x1239 |
4666 |
5 |
Digital output 9 settings |
DO on LTMT expansion unit |
|
0x123E |
4671 |
5 |
Digital output 10 settings |
DO on LTMT expansion unit |
|
0x1242 |
4675 |
5 |
Digital output 11 settings |
DO on LTMT expansion unit |
|
0x1243 |
4676 |
5 |
Digital output 12 settings |
DO on LTMT expansion unit |
|
0x1248 |
4681 |
5 |
Digital output 13 settings |
DO on LTMT expansion unit |
|
0x124D |
4686 |
5 |
Reserved |
– |
The settings of the three digital outputs on the LTMT main unit corresponds to the settings of digital output 1 to digital output 3.
The settings of digital outputs on a LTMT expansion unit are defined according to the expansion unit configuration.
Example: If the TeSys Tera system is composed of:
-
One LTMT main unit
-
One LTMTIN42 expansion unit with two digital outputs, configured as expansion unit 1
Then,
-
Digital output 1 settings to Digital output 3 settings are valid for DO1 to DO3 on the LTMT main unit
-
Digital output 4 settings and Digital output 5 settings are valid for DO1 and DO2 on the LTMTIN42 expansion unit
Digital Output 1 Settings
The table lists the registers for the digital output settings.
|
Address |
Register |
No. |
Function code |
RW |
X | Unit |
Type |
Range | Default value |
Svd |
Description |
|---|---|---|---|---|---|---|---|---|---|---|---|
| 0x1211 | 4626 | 1 |
0x03, |
RW |
1 |
– |
UINT16 |
0: Active high 1: Active low |
0 |
Y |
Digital output 1 active type |
| 0x1212 | 4627 | 1 |
0x03, |
RW |
1 |
– |
UINT16 |
0–65535 |
504 |
Y |
Digital output 1 input source |
| 0x1213 | 4628 | 1 |
0x03, |
RW |
1 |
– |
UINT16 |
0–12 |
7 |
Y |
Digital output 1 tag |
| 0x1214 | 4629 | 1 |
0x03, |
RW |
1 |
– |
UINT16 |
0: Level 1: Pulse |
0 |
Y |
Digital output 1 output type |
| 0x1215 | 4630 | 1 |
0x03, |
RW |
1 | ms | UINT16 |
0–60000 |
0 |
Y |
Digital output 1 pulse time |
Digital Output Tag
The table lists the output source for the digital output settings.
| Register value | Digital output tag |
|---|---|
|
0 |
Other |
|
1 |
Device internal DO |
|
2 |
Trip DO |
|
3 |
Alarm DO |
|
4 |
Pickup DO |
|
5 |
Inhibit DO |
|
6 |
Block OP |
|
7 |
CNTR OP 1 |
|
8 |
CNTR OP 2 |
|
9 |
CNTR OP 3 |
|
10 |
CNTR OP 4 |
|
11 |
CNTR OP 5 |
|
12 |
CNTR OP 6 |
Digital Output Input Source
The table lists the output input source for the digital output settings.
| Register value |
Digital output input source |
|---|---|
|
0 |
None |
|
1 |
Fixed 0 |
|
2 |
Fixed 1 |
|
3–6 |
Reserved |
|
7 |
Reset button on LTMT main unit |
|
8 |
DI 1 |
|
9 |
DI 2 |
|
10 |
DI 3 |
|
11 |
DI 4 |
|
12 |
DI 5 |
|
13 |
DI 6 |
|
14 |
DI 7 |
|
15 |
DI 8 |
|
16 |
DI 9 |
|
17 |
DI 10 |
|
18 |
DI 11 |
|
19 |
DI 12 |
|
20 |
DI 13 |
|
21 |
DI 14 |
|
22 |
DI 15 |
|
23 |
DI 16 |
|
24 |
DI 17 |
|
25 |
DI 18 |
|
26 |
DI 19 |
|
27 |
DI 20 |
|
28 |
DI 21 |
|
29 |
DI 22 |
|
30 |
DI 23 |
|
31 |
DI 24 |
|
32–39 |
Reserved |
|
40 |
DO 1 |
|
41 |
DO 2 |
|
42 |
DO 3 |
|
43 |
DO 4 |
|
44 |
DO 5 |
|
45 |
DO 6 |
|
46 |
DO 7 |
|
47 |
DO 8 |
|
48 |
DO 9 |
|
49 |
DO 10 |
|
50 |
DO 11 |
|
51 |
DO 12 |
|
52 |
DO 13 |
|
53–231 |
Reserved |
|
232 |
Pickup status |
|
233 |
Alarm status |
|
234 |
Trip Status |
|
235 |
Motor stop error detection |
|
236 |
Reserved |
|
237 |
Block Output |
|
238–247 |
Reserved |
|
248 |
Motor Stop |
|
249 |
Motor Start |
|
250 |
Motor Run |
|
251 |
Motor Inhibit |
|
252–263 |
Reserved |
|
264 |
Thermal overload alarm |
|
265 |
Locked rotor alarm |
|
266 |
Stalled rotor alarm |
|
267 |
Definite time overcurrent alarm |
|
268 |
Normal inverse overcurrent alarm |
|
269 |
Short time overcurrent alarm |
|
270 |
Calculated ground current alarm |
|
271 |
Measured ground current alarm |
|
272 |
Under current alarm |
|
273 |
Current imbalance alarm |
|
274 |
Current phase loss alarm |
|
275 |
Current phase reversal alarm |
|
276 |
Under voltage alarm |
|
277 |
Over voltage alarm |
|
278 |
Voltage phase loss alarm |
|
279 |
Voltage imbalance alarm |
|
280 |
Voltage phase reversal alarm |
|
281 |
Under frequency alarm |
|
282 |
Over frequency alarm |
|
283 |
Reserved |
|
284 |
Communication loss alarm |
|
285 |
Over temperature alarm |
|
286 |
Under power alarm |
|
287 |
Over power alarm |
|
288 |
Under power factor alarm |
|
289–290 |
Reserved |
|
291 |
HMI communication loss alarm |
|
292–295 |
Reserved |
|
296 |
Thermal overload pickup |
|
297 |
Locked rotor pickup |
|
298 |
Stalled rotor pickup |
|
299 |
Definite time overcurrent pickup |
|
300 |
Normal inverse overcurrent pickup |
|
301 |
Short time overcurrent pickup |
|
302 |
Calculated ground current pickup |
|
303 |
Measured ground current pickup |
|
304 |
Under current pickup |
|
305 |
Current imbalance pickup |
|
306 |
Current phase loss pickup |
|
307 |
Current phase reversal pickup |
|
308 |
Under voltage pickup |
|
309 |
Over voltage pickup |
|
310 |
Voltage phase loss pickup |
|
311 |
Voltage imbalance pickup |
|
312 |
Voltage phase reversal pickup |
|
313 |
Under frequency pickup |
|
314 |
Over frequency pickup |
|
315 |
Excessive start time pickup |
|
316 |
Communication loss pickup |
|
317 |
Over temperature pickup |
|
318 |
Under power pickup |
|
319 |
Over power pickup |
|
320 |
Under power factor pickup |
|
321 |
Reserved |
|
322 |
Device internal pickup |
|
323 |
HMI communication loss pickup |
|
324–327 |
Reserved |
|
328 |
Thermal overload trip |
|
329 |
Locked rotor trip |
|
330 |
Stalled rotor trip |
|
331 |
Definite time overcurrent trip |
|
332 |
Normal inverse overcurrent trip |
|
333 |
Short time overcurrent trip |
|
334 |
Calculated ground current trip |
|
335 |
Measured ground current trip |
|
336 |
Under current trip |
|
337 |
Current imbalance trip |
|
338 |
Current phase loss trip |
|
339 |
Current phase reversal trip |
|
340 |
Under voltage trip |
|
341 |
Over voltage trip |
|
342 |
Voltage phase loss trip |
|
343 |
Voltage imbalance trip |
|
344 |
Voltage phase reversal trip |
|
345 |
Under frequency trip |
|
346 |
Over frequency trip |
|
347 |
Excessive start time trip |
|
348 |
Communication loss trip |
|
349 |
Over temperature trip |
|
350 |
Under power trip |
|
351 |
Over power trip |
|
352 |
Under power factor trip |
|
353 |
Reserved |
|
354 |
Device internal trip |
|
355 |
HMI communication loss trip |
|
356–359 |
Reserved |
|
360 |
Interlock 1 alarm |
|
361 |
Interlock 2 alarm |
|
362 |
Interlock 3 alarm |
|
363 |
Interlock 4 alarm |
|
364 |
Interlock 5 alarm |
|
365 |
Interlock 6 alarm |
|
366 |
Interlock 7 alarm |
|
367 |
Interlock 8 alarm |
|
368 |
Interlock 9 alarm |
|
369 |
Interlock 10 alarm |
|
370 |
Interlock 11 alarm |
|
371 |
Interlock 12 alarm |
|
372–375 |
Reserved |
|
376 |
Interlock 1 pickup |
|
377 |
Interlock 2 pickup |
|
378 |
Interlock 3 pickup |
|
379 |
Interlock 4 pickup |
|
380 |
Interlock 5 pickup |
|
381 |
Interlock 6 pickup |
|
382 |
Interlock 7 pickup |
|
383 |
Interlock 8 pickup |
|
384 |
Interlock 9 pickup |
|
385 |
Interlock 10 pickup |
|
386 |
Interlock 11 pickup |
|
387 |
Interlock 12 pickup |
| 388–391 | Reserved |
|
392 |
Interlock 1 trip |
|
393 |
Interlock 2 trip |
|
394 |
Interlock 3 trip |
|
395 |
Interlock 4 trip |
|
396 |
Interlock 5 trip |
|
397 |
Interlock 6 trip |
|
398 |
Interlock 7 trip |
|
399 |
Interlock 8 trip |
|
400 |
Interlock 9 trip |
|
401 |
Interlock 10 trip |
|
402 |
Interlock 11 trip |
|
403 |
Interlock 12 trip |
|
404–503 |
Reserved |
|
504 |
Contactor output 1 |
|
505 |
Contactor output 2 |
|
506 |
Contactor output 3 |
|
507 |
Contactor output 4 |
|
508 |
Contactor output 5 |
|
509–535 |
Reserved |
|
536 |
Motor forward running |
|
537 |
Motor reverse running |
|
538 |
Motor fast forward running |
|
539 |
Motor fast reverse running |
|
540 |
Motor running in star (forward) |
|
541 |
Motor running in delta (forward) |
|
542 |
Motor running in star (reverse) |
|
543 |
Motor running in delta (reverse) |
|
544 |
Motor in star-delta changeover (forward) |
|
545 |
Motor in star-delta changeover (reverse) |
|
546 |
Interlocking time active |
|
547 |
Change-over pause active |
|
548–551 |
Reserved |
|
552 |
Status - Permissive Command 1 |
|
553 |
Status - Permissive Command 2 |
|
554 |
Status - Permissive Command 3 |
|
555 |
Status - Permissive Command 4 |
|
556 |
Status - Permissive Command 5 |
|
557 |
Status - Permissive Command 6 |
|
558 |
Status - Permissive Command 7 |
|
559 |
Status - Permissive Command 8 |
|
560–583 |
Reserved |
|
584 |
No Voltage Inhibit |
|
585 |
Under Voltage Inhibit |
|
586 |
Trip Inhibit |
|
587 |
Thermal Inhibit |
|
588 |
Max Starts Inhibit |
|
589 |
Interlock 1 Inhibit |
|
590 |
Interlock 2 Inhibit |
|
591 |
Interlock 3 Inhibit |
|
592 |
Interlock 4 Inhibit |
|
593 |
Interlock 5 Inhibit |
|
594 |
Interlock 6 Inhibit |
|
595 |
Interlock 7 Inhibit |
|
596 |
Interlock 8 Inhibit |
|
597 |
Interlock 9 Inhibit |
|
598 |
Interlock 10 Inhibit |
|
599 |
Interlock 11 Inhibit |
|
600 |
Interlock 12 Inhibit |
|
601 |
Local DI Stop Inhibit |
|
602 |
Remote DI Stop Inhibit |
|
603 |
Communication Stop Inhibit |
|
604 |
Forced Stop Inhibit |
|
605 |
Antibackspin Inhibit |
|
606 |
Reserved |
|
607 |
Direction change Inhibit |
|
608 |
Speed change Inhibit |
| 609 |
Custom Stop Inhibit |
|
610–615 |
Reserved |
|
616 |
Sensor module communication error detected |
|
617 |
Expansion unit communication error detected |
|
618 |
HMI communication error detected |
|
619 |
EEPROM interface error detected |
|
620 |
EEPROM checksum error detected |
|
621 |
Configuration error detected |
|
622 |
PROFIBUS DP interface error detected |
|
623 |
Internal temperature major error detected |
|
624 |
Watchdog timeout detected |
|
625 |
Low Battery detected |
|
626–627 |
Reserved |
|
628 |
Energy Register Overflow |
|
629 |
Error detected during expansion unit initialization |
| 630 |
RTC initialization error detected |
|
631 |
Internal temperature minor error detected |
|
632–647 |
Reserved |
|
648 |
SM watchdog timeout detected |
|
649 |
ADC conversion error detected |
|
650 |
Flash error detected |
|
651 |
Reserved |
|
652 |
Voltage configuration not detected |
|
653 |
Reserved |
|
654 |
Calibration error detected |
|
655 |
VL1 measurement error detected |
|
656 |
VL2 measurement error detected |
|
657 |
VL3 measurement error detected |
|
658 |
IL1 low gain measurement error detected |
|
659 |
IL1 high gain measurement error detected |
|
660 |
IL2 low gain measurement error detected |
|
661 |
IL2 high gain measurement error detected |
|
662 |
IL3 low gain measurement error detected |
|
663 |
IL3 high gain measurement error detected |
|
664–65535 |
Reserved |