214
Learning Advanced Features
Time Event function enables the user to operate the inverter using the RTC (Real-Time
Clock) feature at certain times that the user would like to set. An RTC battery is installed on
the I/O board of the H100 inverter, and it lasts approximately 25,800 hours with the inverter
turned off, and 53,300 hours with the inverter turned on.
To use the Time Event, set the current date and time. Three parameters need to be set to
configure the Time event feature: Time Period Module, Time Event, and Exception Date.
Time Period
Description
Time Period
Used to set the time of operation.
Time Event
Used to set the time of operation.
Exception Date Used to specify the exception date. Exception date has the highest priority.
4 Time period Module types, 8 Time Event Module types, and 8 Exception day types can be
used to configure time events. The Time Event function works based on a series of
configuration using the modules listed in the table above.
Group Code
Name
LCD Display Parameter Setting Setting Range
Unit
AP3
01
Current date
Now Date
01/01/2000
01/01/2000 ~
12/31/2099 (Date)
Hz
02
Current time
Now Time
0: 00
0: 00
–23: 59
Sec
03
Current day of
the week
Now
Weekday
0000001
0000000
–1111111
-
04
Summer Time
Start date
Summer T
Start
04/01
01/01 ~ Summer T
Stop
Day
05
Summer Time
Finish date
Summer T
Stop
11/31
Summer T Start ~
12/31(Date)
Day
10
Period
connection
status
Period
Status
-
-
-
11
Time Period 1
Start time
Period1
StartT
24: 00
00:00 ~ 24:00
Min
12
Time Period 1
End time
Period1
Stop T
24: 00
Period1 StartT ~
24:00(Min)
Min
13
Time Period 1
Day of the
week
Period1 Day 0000000
0000000~1111111
-
14
Time Period 2
Start time
Period2
StartT
24: 00
00:00 ~ 24:00
Min
15
Time Period 2
Period2
24: 00
Period2 StartT ~
Min
Summary of Contents for LSLV-H100 Series
Page 17: ...Preparing the Installation 4 37 90 kW 3 Phase ...
Page 18: ...Preparing the Installation 5 110 132 kW 3 Phase ...
Page 19: ...Preparing the Installation 6 160 185 kW 3 Phase ...
Page 20: ...Preparing the Installation 7 220 250 kW 3 Phase ...
Page 21: ...Preparing the Installation 8 315 400 kW 3 Phase ...
Page 22: ...Preparing the Installation 9 500 kW 3 Phase ...
Page 35: ...Installing the Inverter 22 ...
Page 50: ...37 Installing the Inverter Input and Output Control Terminal Block Wiring Diagram ...
Page 104: ...91 Learning Basic Features 0 10 V Input Voltage Setting Details V1 Quantizing ...
Page 181: ...168 Learning Advanced Features PID Command Block ...
Page 182: ...169 Learning Advanced Features ...
Page 183: ...170 Learning Advanced Features PID Feedback Block ...
Page 184: ...171 Learning Advanced Features PID Output Block ...
Page 185: ...172 Learning Advanced Features PID Output Mode Block ...
Page 198: ...185 Learning Advanced Features EPID1 Control block ...
Page 199: ...186 Learning Advanced Features EPID2 Control block ...
Page 220: ...207 Learning Advanced Features ...
Page 235: ...222 Learning Advanced Features The Time Chart for the Exception Day ...
Page 506: ...Table of Functions 493 ...
Page 520: ...Table of Functions 507 8 16 4 Cooling Tower MC4 Group ...
Page 549: ...Troubleshooting 536 ...
Page 569: ...Technical Specification 556 11 3 External Dimensions 0 75 30 kW 3 phase 37 90 kW 3 phase ...
Page 570: ...Technical Specification 557 110 185 kW 3 phase ...
Page 601: ...588 ...
Page 602: ...589 ...
Page 603: ...590 ...