VLT
®
Series 3500
98
★
= ROM default setting.
✔
= Normal Danfoss setup. Text in ( ) = display text. Figures in [ ] are used when communicating with the bus.
602 Alarm Store (ALARM MEMO)
0
1
2
3
--
7
Fault code
(CODE)
[0]
Time
(TIME)
[1]
Value
(VALUE
[2]
Function:
[Index 000.00 to 007.02]. Storage of data in connection with
tripping. The “+” and “-” keys can be used to cycle through
the display values and the eight saved data sets. The data
set number is displayed on the far right of the display’s third
line.
Description of choice:
The fault code gives the cause of a tripping incident in the
form of a digit code from 1 to 15:
Fault code
Fault
1
Alarm
2
Overvoltage
3
Undervoltage
4
Overcurrent
5
Ground fault
6
Overtemperature
7
Inverter overloaded
8
Motor overloaded
9
Current limit
10
Trip locked
11
Control card or option card fault
13
Auto-optimization fault
14
Fault in the DC supply
15
Thermistor input activated
Time indicates the value of the total number of operating
hours when the trip occurred. Display range 0.0 to 999.9.
Value indicates at what voltage or current the trip occurred.
Display range 0.0 to 999.9.
When serial communication is used, the fault code is re-
turned in the form of a whole number. Time and value are
returned in the form of floating decimal point values.
Eight events are logged, numbered from 0 to 7.
The lowest log number, 0, contains the most recent event,
the highest log number, 7, contains the oldest event.
An alarm can only be represented once. The fault log is re-
set after manual initialization. Regardless of the log set be-
ing studied at any given time, the display automatically
switches to log number 0 if another trip occurs.
603 Nameplate (NAMEPLATE)
Value:
★
0 Type (VLT3xxx)
1 Unit voltage (xxx V)
2 Software type
HVAC
[1]
Series
[2]
Profibus Proc
[3]
Profibus Series
[4]
Syncron Opt
[5]
Proc
[6]
Modbus Series
[7]
3 Software version (V x.xx)
Function:
The key data for the unit can be read from the display or
the serial bus.
Description of choice:
Type indicates the size of unit and the basic functions
involved.
Unit voltage indicates the voltage range of the unit
200 V = 200 through 230 V
380 V = 380 through 410 V
460 V = 440 through 500 V
Software type indicates whether the software used is a
standard product or specially developed.
Software version indicates the version number.