43
9.54 IRMS-LEVEL1
DOx(54) is similar to DOx(13), but AI1 is used as the comparison level.
Actual comparison method is : Irms(%) > 150% * AI1
9.55 IRMS-LEVEL2
DOx(55) is similar to DOx(13), but AI2 is used as the comparison level.
Actual comparison method is: Irms(%) > 150% * AI2
9.56 IRMS-LEVEL3
DOx(56) is similar to DOx(13), but AI3 is used as the comparison level.
Actual comparison method is: Irms(%) > 150% * AI3
9.57 POWER-LIMIT
DOx(57) will ON, if under Power-Limit condition. (Refer to section 4.3.4)
9.58 ~ 9.69 reserve
9.70 RUN & AI1-COMPARE-HIGH
9.71 RUN & AI1-COMPARE-LOW
9.72 RUN & AI2-COMPARE-HIGH
9.73 RUN & AI2-COMPARE-LOW
9.74 RUN & AI3-COMPARE-HIGH
9.75 RUN & AI3-COMPARE-LOW
DOx(70)~DOx(75) are used to detect the input level of AIx and inverter running respectively.
Pr.74 is used as the comparison level for AI1.
Pr.75 is used as the comparison level for AI2.
Pr.76 is used as the comparison level for AI3.
Under this application, the value of Pr.74, Pr.75 and Pr.76 should set in the range 0.0~1023.0.
AI1 input level can be monitored by checking Pr.56 when Pr.55=3.
AI2 input level can be monitored by checking Pr.56 when Pr.55=4.
AI3 input level can be monitored by checking Pr.56 when Pr.55=5.
Example: DOx(80) will ON, if inverter running and AI1 input level > Pr.74.
DOx(81) will ON, if inverter running and AI1 input level < Pr.74.
9.78 OL-WARNING
9.79 /OL-WARNING
The OL level can be monitored at Pr.61 when Pr.54=11.
DOx(78) will ON, if OL level >50%.
DOx(79) is complement function of DOx(78).
Refer to Pr.54, for monitoring the OL accumulation level.
9.80 AI1-COMPARE-HIGH
9.81 AI1-COMPARE-LOW
9.82 AI2-COMPARE-HIGH
9.83 AI2-COMPARE-LOW
9.84 AI3-COMPARE-HIGH
9.85 AI3-COMPARE-LOW
DOx(80)~DOx(85) are used to detect the input level of AIx respectively.
Pr.74 is used as the comparison level for AI1.
Pr.75 is used as the comparison level for AI2.
Pr.76 is used as the comparison level for AI3.
Under this application, the value of Pr.74, Pr.75 and Pr.76 should set in the range 0.0~1023.0.
AI1 input level can be monitored by checking Pr.56 when Pr.55=3.
AI2 input level can be monitored by checking Pr.56 when Pr.55=4.
AI3 input level can be monitored by checking Pr.56 when Pr.55=5.
Example: DOx(80) will ON, if AI1 input level > Pr.74.
DOx(81) will ON, if AI1 input level < Pr.74.
9.86 ACCELERATING
DOx(86) will ON, if inverter is increasing its output frequency.
9.87 DECELERATING
DOx(87) will ON, if inverter is decreasing its output frequency.
9.88 DISCHARGING
DOx(88) will ON, if the voltage of internal capacitor goes too high.
9.89 reserve
9.90 RUNNING FORWARD
DOx(90) = ON, when the inverter is Running in FORWARD direction.
9.91 RUNNING REVERSE
DOx(91) = ON, when the inverter is Running in REVERSE direction.
9.92 TMOC with Disable
When DIx(36)=TMIC is ON, this output function is the same as DOx(42).
If DIx(36) is OFF, then DOx(92) will always OFF.
9.93 /TMOC
Same as DOx(43)