NORDAC FLEX (SK 200E ... SK 235E) – Users Manual for Frequency Inverters
182
BU 0200 en-US-4920
17 =
Comparison val. AIN2,
SK 2x0E:
Setpoint AIN2 of the VFD is compared with the value in (P435[-01 or -02]).
SK 2x5E:
Setpoint AIN2 of 1st I/O extension is compared with value in
(P435[-01])
High
18 =
Inverter ready
: The VFD is ready for operation. After being enabled it delivers
an output signal.
High
19 =
... 27 reserved
POSICON functions see BU 0210
28 =
Rotor pos. PMSM ok
The PMSM rotor position is known.
High
29 =
Reserved
30 =
Status dig in 1
High
31 =
Status dig in 2
High
32 =
Status dig in 3
High
33 =
Status dig in 4
High
38 =
Value Bus Setpoint
High
39 =
STO inactive
High
40 =
Output via PLC
: The output is set by the integrated PLC
High
Pos : 460 /Anleit ungen/El ektr onik /FU und St art er/5. Par ameter/ Par ameter auflist ung (P000 .. .)/P400- P499/Param et er P434 – Digitalausg ang_Inform ati on "l ow-aktive Ei nst ellungen/F unktionen" [ alle FU ] @ 19\m od_1505978722699_14638.docx @ 2365680 @ @ 1
Information
"low" active settings/functions
If the variable frequency drive is not in operation, i.e. no line or control voltage is connected, all
outputs have no function ("low"). This means that the following must be taken into account
when using settings or functions that are "low" active (e.g setting
7
Fault
):
Evaluation of the output signal of the device, e.g. by a PLC must be compared with the basic
readiness for operation of the variable frequency drive.
Pos : 461 /Anleit ungen/El ektr onik /FU und St art er/5. Par ameter/ Par ameter auflist ung (P000 .. .)/P400- P499/Param et er P435 – Normi erung Digitalausgänge [ SK 1x 0E, SK 2xx E, SK 2xx E-FDS] @ 2\m od_1346931807892_14638.docx @ 42812 @ @ 1
P435
[-01]
[-02]
Dig. out scaling
(digital output standardization)
-400 ... 400 %
{ 100 }
[-01] =
Digital output 1,
Digital output 1 of the variable frequency drive
[-02] =
Digital output 2,
Digital output 2 of the variable frequency drive SK 2x0E
Adjustment of the limits of the output function. For a negative value, the output function will be
output negative.
Reference to the following values:
Current limit (3) = x [%]
⋅
P203 >Rated motor current<
Torque current limit (4) = x [%]
⋅
P203
⋅
P206 (calculated rated motor torque)
Frequency limit (5) = x [%]
⋅
P201 >Rated motor frequency<
Pos : 462 /Allgem ein/ Allgem eingültig e Module/---------Seitenumbr uc h k ompakt --------- @ 13\m od_1476369695906_0. doc x @ 2265496 @ @ 1
