NORDAC SK 750E Manual
120 Technical design subject to change BU 0750 GB
Setting value / Description / Note
This parameter stores the label of the parameter set active the moment the incident occurred.
The data of the past 5 errors are stored.
When the ControlBox is used, the memory locations 1 to 5 (array) assigned to these faults must
be accessed and validated with the ENTER command for the stored error code to be readable.
This parameter indicates the number of the software
version and that of the last update. This may be of
consequence when different frequency inverters are
intended to be identically programmed.
... - 01 = version number (3.1)
... - 02 = update number (1.0)
00 ... 3F
(hexadecimal code)
This parameter displays the state of the digital inputs in hexidecimal notation. This option can
be used to check input signals.
Bit 0 = digital input 1 [on the far right]
Bit 1 = digital input 2
Bit 2 = digital input 3
Bit 3 = digital input 4
Bit 4 = digital input 5
Bit 5 = digital input 6
Bit 6 = digital input 7 (only with PosiCon)
Bit 7 = digital input 8 (only with PosiCon)
Bit 8 = digital input 9 (only with PosiCon)
Bit 9 = digital input 10 (only with PosiCon)
Bit 10 = digital input 11 (only with PosiCon)
Bit 11 = digital input 12 (only with PosiCon)
Bit 12 = digital input 13 (only with encoder)
ControlBox: If only 4 digital inputs are provided, their state is displayed in binary notation. If
the Multi I/O customer interface, Encoder or PosiCon has been installed (bits 4, 5 ...), the dis-
play is encoded in hexadecimal form.
This parameter displays the value measured at analogue input 1 (-10.0 ... 10.0V).
This parameter displays the value supplied by analogue output 1 (0.0 ... 10.0V).
This parameter displays the current state of the indicator relays.
Bit 0 = relay 1
Bit 1 = relay 2
Bit 2 = relay 3 (only with PosiCon option)
Bit 3 = relay 4 (only with PosiCon option)
This parameter displays the value measured at analogue input 2 (-10.0 ... 10.0V).
This parameter displays the value supplied by analogue output 2 (0.0 ... 10.0V).