Model 6 Motor Control Centers 80459-641-01E
Section 9—iMCC 10/2012
© 1999–2012 Schneider Electric All Rights Reserved90
ENGLISH
Configuring with PowerSuite™ Software The PowerSuite Software kit contains one PowerSuite CD, one
USB-to-RS-485 converter, and one 10 ft. (3 m) cable.
1. Install the PowerSuite software on your PC.
2. Set the top switch on the converter to 0-TER MULT.
3. Set the Polarization switch on the side of the converter to OFF.
4. Connect one end of the cable to the RJ-45 port on the converter.
5. Connect the other end of the cable to the TeSys T controller.
6. Connect the USB connector on the converter to a USB port on your PC.
(The converter uses the UniTelway/Modbus driver that is included with
PowerSuite.)
7. Set the full load current (FLC)
— Go to Settings -> Thermal -> FLC1 (OC1)
— Enter FLC1 as a % of FLCmax.
8. Convert the amperes to FLC Settings
— FLC values are stored as a percentage of FLCmax in the TeSys T:
FLC (in %) = FLC (in A) / FLCmax
NOTES: For details about the PowerSuite software, refer to the TeSys T
LTM R Motor Management Controller User's Manual specific to
your network communication protocol.
Verify the proper configuration of the TeSys T controller per your
application.
PowerLogic™ Power Meter Series
800
Instructions for performing local and remote programming for the Power
Meter Series 800 are contained in Schneider Electric instruction bulletins
# 63230-500-200 and 63230-500-224 (
see the
“iMCC-Related Literature”
table on 12).
PowerLogic Circuit Monitor Instructions for performing local and remote programming for the Circuit
Monitor 3000 or Circuit Monitor 4000 series are contained in Schneider
Electric instruction bulletin # 63230-400-204 or 63230-300-209, respectively
(see the
“iMCC-Related Literature” table on 12
).
Altivar™ 61/71
To perform local setpoint programming, please refer to Schneider Electric
bulletin atv71_Programming_Manual_en
(see the
“iMCC-Related Literature”
table on page 12
)
.
To perform remote setpoint programming, please refer to Schneider Electric
bulletin atv71_Parameters_en
(see the
“iMCC-Related Literature” table on
page 12
)
.
Altistart™ 48 The Altistart 48 is factory set to operate without adjustment along with many
applications. The Altistart 48 is set up with the following parameters:
Two switches on the back of the keypad provide three levels of access to
the parameters. Each can be set to avoid adjustment of the parameters, as
is the case when shipped from the factory. The parameters are locked at the
factory to avoid accidental modification. To adjust parameters, you must first
remove the communications module from the front of the unit door, and then
change the DIP switch settings.
Protocol Address Speed Format Parity
Modbus RTU Customer defined 19,200 baud
8 data bits,
1 stop bit
Even
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