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do not use battery monitoring, set the BATT INDIC switch to OFF.
use battery monitoring with a single-width
power supply module,
set the BATT INDIC switch to BATT.
want to monitor a backup battery with a
double or triple-width power supply module,
set the BATT INDIC switch to 1BATT.
want to monitor two backup batteries with a
double or triple-width power supply module,
set the BATT INDIC switch to 2BATT.
6.3 Connecting a Programming Device (PG) to an
Connecting a Programming Device (PG) to an
You must connect the programming device via a connecting cable to the MPI of the
CPU. This allows access via the communication bus to all CPUs and
programmable modules.The following conditions apply when communicating between a programming
device and a CPU:
• You need a programming device with STEP 7.
• The CPU can communicate with the programming device in the following
modes: RUN, STOP, STARTUP, and HOLD.
Operator Control
A description of operator control of communication between CPUs and
programming devices can be found in the STEP 7 manuals.
6.4 Switching On an for the First Time
Switching On an for the First Time
First switch on the power cutout.
Then set the standby switch of the power supply module from the standby setting
to the I setting (output voltages at rated value).
Result:
• On the power supply module, the green 5 VDC and 24 VDC LEDs light up.
• On the CPU
-- The yellow CRST LED lights up;
-- The yellow STOP LED flashes for three seconds at 2 Hz. During this time the
CPU automatically executes a reset.
-- The yellow STOP LED lights up after the automatic reset.
If the red BAF LED and one of the yellow LEDs (BATTF or BATT1F or BATT2F)
light up on the power supply module, check the backup battery/batteries, the
setting of the BATT INDIC switch, or read the section on controls and indicators of
the power supply modules in Chapter 3 of the Reference Manual, Module
Specifications.When you reset a CPU, you place the memories of the CPU in a defined initial
state. The CPU also initializes its hardware parameters and some of the system
program parameters. If you have inserted a Flash card with a user program in the
CPU, the CPU transfers the user program and the system parameters stored on
the Flash card into the main memory after the memory reset.
When Should a CPU be Reset?
You must reset the CPU:

Before transferring a new, complete user program to the CPU.
• When the CPU requests a reset. Your recognize this request by slow flashing of
the STOP LED at 0.5 Hz.
How to Perform a Memory Reset
There are two ways of resetting the CPU:
• Reset with the mode selector switch
• Reset from the programming device (see STEP 7)
Resetting the CPU with the mode selector is described in the following sectionFigure 6-2 Positions of the mode selector switch
Proceed as follows to reset the CPU using the mode switch:
Case A: You want to transfer a new, complete user program to the CPU.
1. Set the switch to STOP setting.
Result: The STOP LED lights up.
2. Set the switch to MRES and hold it there.
Result: The STOP LED is switched off for one second, on for one second, off
for one second and then remains on.
3. Turn the switch back to the STOP setting, then to the MRES setting again within
the next 3 seconds, and back to STOP.
Result: The STOP LED flashes for at least 3 seconds at 2 Hz (reset is being
executed) and then remains lit.
Case B: The CPU requests a reset by slow flashing of the STOP LED at 0.5 Hz
(system reset request, for example, when a memory card has been removed or
inserted).

Set the switch to MRES and then back to STOP.
Result: The STOP LED flashes for at least 3 seconds at 2 Hz (reset is being
executed) and then remains lit.When you carry out a memory reset, the following process occurs in the CPU:
• The CPU deletes the entire user program from the main memory and load
memory (integrated RAM and, if applicable, RAM card).
• The CPU clears all counters, bit memory, and timers (except for the time of
day).
• The CPU tests its hardware.

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