Controller N1200
NOVUS AUTOMATION
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rskl
Remote SP
High Limit
REMOTE SETPOINT HIGH LIMIT: defines the full
scale indication of the Remote Setpoint
.
Parameter displayed when remote SP is enabled.
Spll
Setpoint Low
Limit
Defines the SP lower limit of SP.
For the linear analog input types available (0-20
mA, 4-20 mA, 0-50 mV, 0-5 V and 0-10 V), defines
the minimum PV indication range, besides limiting
the SP adjustment.
Spxl
Setpoint High
Limit
Defines the upper limit for adjustment of SP.
For the linear analog input types available (0-20
mA, 4-20 mA, 0-50 mV, 0-5 V and 0-10 V), defines
the maximum PV indication range, besides limiting
the SP adjustment.
rtll
Retransmission
Low Limit
In association with the
rtxl
parameter, it defines
the analog retransmission scale for PV or SP. The
rtll
represents the. minimum scale value for
the analog output
This parameter is displayed only if the analog
retransmission is selected in the I/O 5 parameter
(I/O level).
rtkl
Retransmission
High Limit
Defines the full scale value for the analog
retransmission of PV or SP.
This parameter is displayed only when the analog
retransmission is selected in the I/O 5 parameter
(I/O level).
1eov
Percentage output value that will be transfer to MV
when the SAFE output function is enabled. If
1eov
= 0, the SAFE output function is disabled
and the outputs are turned off in the occurrence of
a sensor fail.
bavd
Baud
Rate
Digital communication
Baud Rate
selection, in
kbps: 1.2, 2.4, 4.8, 9.6, 19.2, 38.4, 57.6 and 115.2
prty
Parity
Parity of the serial communication.
none
Without parity
Ewem
Even parity
0dd
Odd parity
Addr
Address
SLAVE ADDRESS SELECTION: Identifies the
controller in the network. The possible address
numbers are from 1 to 247.
CYCLE OF I/OS (INPUTS AND OUTPUTS)
Io 1
Function of the channel I/O 1: Selection of the
function used in the channel I/O 1, according to the
Table 2
.
Io 2
Function of the channel I/O 2: Selection of the
function used in the channel I/O 2, according to the
Table 2
.
Io 3
Function of the channel I/O 3: Selection of the
function used in the channel I/O 3, according to the
Table 2
.
Io 4
Function of the channel I/O 4: Selection of the
function used in the channel I/O 4, according to the
Table 2
.
Io 5
Function of the channel I/O 5: Selection of the
function used in the channel I/O 5, according to the
Table 2
.
CALIBRATION CYCLE
All of the input and output types are calibrated in the factory. If a
recalibration is required, this should be carried out by a
experienced personnel. If this cycle is accidentally accessed, pass
through all the parameters without pressing the or keys
pass
Password
Input of the Access Password.
This parameter is presented before the protected
cycles. See item
Protection of Configuration
.
inL(
Input Low
Calibration
See section MAINTENANCE / Input Calibration.
Enter the value corresponding to the low scale
signal applied to the analog input.
ink(
Input High
Calibration
See section MAINTENANCE / Input Calibration.
Enter the value corresponding to the full scale
signal applied to the analog input.
rsL(
Remote SP Low
Calibration
See section: MAINTENANCE / Input Calibration
Enter the value corresponding to the low scale
signal applied to the remote SP input.
rsk(
Remote SP
High Calibration
See section: MAINTENANCE / Input Calibration.
Enter the value corresponding to the full scale
signal applied to the remote SP input.
0vL(
Output Low
Calibration
See section MAINTENANCE / Analog output
Calibration. Enter the analog low value as
measured at the analog output.
0vk(
Output High
Calibration
See section MAINTENANCE / Analog output
Calibration. Enter the analog high value as
measured at the analog output.
rstr
Restore
Restores the factory calibration for all inputs and
outputs, disregarding modifications carried out by
the user.
(j
Adjusts the of cold junction temperature value.
ktyp
Hardware Type
Parameter that informs the controller about the
hardware optionals installed. It should not be altered
by the user, except when an accessory is introduced
or removed.
0
– Basic model. Without optional items
1
– 485
2
– 3R
3
– 3R + 485
4
– DIO
5
– DIO + 485
8
– HBD
9
– HDB + 485
Note:
The options
6
and
7
not are used.
Pas.(
Allows defining a new access password, always
different from zero.
Prot
Sets up the Level of Protection. See
Table 7.
Freq
Mains frequency. This parameter is important for
proper noise filtering.
