Mitsubishi Electronics FR-A701 Marine Battery User Manual


 
210
366
Recheck time
42 C2 3
{ { {
× × × ×
{ { {
367
Speed feedback
range
43 C3 3
{{{
××××
{{{
368
Feedback gain
44 C4 3
{ {
× × × × ×
{ { {
369
Number of encoder pulses
45 C5 3
{{{{{××{{{
374
Overspeed detection level
4A CA 3
× ×
{ { { { { { { {
376
Encoder signal loss
detection enable/disable
selection
4C CC 3
{{{{{××{{{
379
SSCNET III rotation
direction selection
4F CF 3
× × { { { × × { { {
380
Acceleration S-pattern 1
50 D0 3
{{{{
×
{{{{{
381
Deceleration S-pattern 1
51 D1 3
{ { { {
×
{ { { { {
382 Acceleration S-pattern 2
52 D2 3
{{{{× {{{{{
383 Deceleration S-pattern 2
53 D3 3
{ { { { × { { { { {
384
Input pulse division scaling
factor
54 D4 3
{{{{
×
{{{{{
385 Frequency for 0 input pulse
55 D5 3
{ { { { × { { { { {
386
Frequency for maximum
input pulse
56 D6 3
{{{{
×
{{{{{
387
Initial communication delay
time
57 D7 3
{ { { { { { { { { {
388
Send time interval at heart
beat
58 D8 3
{ { {{{{{{{{
389
Minimum sending time at
heart beat
59 D9 3
{ { { { { { { { { {
390
% setting reference
frequency
5A DA 3
{ { {{{{{{{{
391
Receive time interval at
heart beat
5B DB 3
{ { { { { { { { { {
392
Event driven detection
width
5C DC 3
{ { {{{{{{{{
393
Orientation selection
5D DD 3
× × { × × × × { { {
396
Orientation speed gain (P
term)
60 E0 3
××
{
××××
{{{
397
Orientation speed integral
time
61 E1 3
× × { × × × × { { {
398
Orientation speed gain (D
term)
62 E2 3
××
{
××××
{{{
399
Orientation deceleration
ratio
63 E3 3
× ×
{
× × × ×
{ { {
406
High resolution analog input
selection
06 86 4
{ { {{{{{{× {
407
Motor temperature detection
filter
07 87 4
{ { { { { { { { { {
408
Motor thermistor
selection
08 88 4
{ { {{{{{{{{
413
Encoder pulse division
ratio
0D 8D 4
{ { { { { { { { { {
419
Position command source
selection
13 93 4
××××
{
××
{{{
Param
eter
Name
Instruction
Code
* 1
Control Mode-based Correspondence Table *2
Parameter Copy
*3
Parameter Clear
*3
All Parameter Clear
*3
Read
Write
Extended
V/F
Control
Advanced
magnetic
flux
vector
control
Vector control
Real sensorless
vector control
Speed
control
Torque
control
Position
control
Speed
control
Torque
control