Configuring The Monitoring Mode Read-Only Parameters; Configuring The On-Line Graphic (Watch) Function - WEG MVW3000 Programming Manual

KEYPAD (HMI) OPERATION
In the [000 Inactive] mode, the Graphic HMI is not enabled to send commands to the inverter and the parameters
P0220...P0228 are programmed with the factory settings.
In the [001 HMIG Local] and [002 HMIG Remote] modes, the parameters P0220...P0228 are programmed ac-
cording to the examples of configurations previously described.
3.4.3 Configuring the Monitoring Mode Read-Only Parameters
In the monitoring mode, the HMI is able to present from 1 to 6 read-only parameters simultaneously. The parame-
ters P0500...P0505 select which read-only parameters will be presented Refer to
to identify the possible programmable parameters.
3
For a read-only parameter not to be presented, the parameter(s) P0500...P0505 must be programmed to '0 =
Without read-only parameter'. The number of read-only parameters presented depends on how many parameters
P0500...P0505 are programmed different from '0 = Without read-only parameter'.
Parameter
P0001
P0002
P0003
P0005
P0007
P0009
P0010
P0040
3.4.4 Configuring the On-line Graphic (Watch) Function
In the on-line graphic visualization mode (watch function), the user is able to program up to two read-only parame-
ters (refer to P0500) for real time graphic monitoring on the HMI. This programming is done in a similar form to the
programming of the monitoring mode (P0512...P0519). The variable updating (sampling) is slow, and the objective
is of monitoring in real time the inverter situation. Data is not saved in any memory device, i.e., it is only for real
time monitoring.
The graphic (watch) function is accessed through the [Graphic] softkey, from the parameter monitoring mode.
NOTE!
For the [Graphic] softkey to be available, it is necessary that at least one read-only parameter be
programmed for watch (P0512...P0519).
MVW3000 | 3-10
Table 3.4: Possible read-only parameters in the monitoring mode
Description
Motor speed reference
Motor Speed
Motor Current
Motor Frequency
Motor Voltage
Motor Torque
Inverter output power
Value of process variable (PID)
Motor Rdy
100%
50%
0%
P0002= 1253 rpm
Exit 13:38
Figure 3.10: Graphic function visualization example
Table 3.4 on page 3-10
1800rpm
LOC
P0003= 20.0A
in order
Full Scale
P0208
P0208
P0295
P0403
P0296
(P0295/P0401) * 100 %
1,732 * (P0295 * P0296)
100 %