TAMAGAWA TS5212N510 TS5212N510 TS5212N510 TS5212N510 TS5212N510 TS5212N510

TS3103N156

TS5212N510

TS3624N1E2

TS3624N2E3

TS3624N2E4

TS3624N3E5

TS3624N3E6

TS3630N1E1

TS3630N1E2

TS3630N2E3

TS3630N2E4

TS3630N3E5

TS3630N3E6

TS3630N1303E9

TS3630N1306

TS3630N11E1

TS3630N11E2

TS3630N12E3

TS3630N12E4

TS3630N13E5

TS3630N13E6

FA-CODER

TS5214N566

TS5205N450

If a Flash card is inserted, the CPU copies the user program and the system
parameters stored on the Flash card into the main memory after the reset.
What Remains Following the Memory Reset...
After the CPU has been reset, the following remains:
• The contents of the diagnostic buffer
The contents can be read out with the programming device using STEP 7.
• Parameters of the MPI (MPI address and highest MPI address). Note the
special cases in the section below.
• The time of day
• Status and value of the operating hours counter
Special Case MPI Parameters
The MPI parameters are handled in a special mway during a CPU memory reset. If
you haev inserted a Memory Card containing the MPI parameters, the system
automatically loads these into the CPU and validates the data
A restart resets the process image and the non--retentive flags, timers, times
and counters.
Retentive flags, times and counters retain their last valid value.
All DBs assigned the “Non Retain” attribute are reset to load values. The
remaining DBs retain their last valid value.

Program execution is restarted at the start position (startup OB or OB 1).
• After a power supply interruption, the warm restart function is only available in
backup modeWihen a hot restart is performed, all data and the process image retain their last
valid value.
• Program execution is resumed at the breakpoint.
• The outputs do not change their status until the current cycle is completed.
• After a power supply interruption, the hot restart function is only available in
backup mode.
Control sequence for restart (warm restart) / hot restart
1. Set the switch to STOP.
Result: The STOP LED is lit.
2. Set the switch to RUN.
Whether the CPU executes a restart / hot restart depends on the CPU
configurationYou can insert a Memory Card into any CPU. This card represents the load
memory expansion of the CPU. Depending on the type of memory card, the user
program is retained on the memory card even when power is removed.
What Type of Memory Card Should You Use?
There are two types of memory card: RAM cards and Flash cards.
Whether you use a RAM card or a Flash card depends on how you intend to use
the memory card.g a Memory Card
To insert a memory card, follow the steps outlined below:
1. Set the mode selector switch on the CPU to STOP.
2. Insert the memory card in the submodule slot of the CPU and push the memory
card in as far as it will go.
Note the position of the marker dot. You can only insert the memory card in the
card slot in the direction shown in Figure 6-3.
Result: The CPU requests a memory reset by slow flashing of the STOP LED
at 0.5 Hz.
3. Perform a memory reset on the CPU by pressing the mode selector switch in
MRES position and then resetting it to STOP.
Result: The STOP LED flashes for at least 3 seconds at 2 Hz (reset is being
executed) and then remains lit.If you insert or remove the memory card with the controller switched on, the CPU
inidcates a memory reset request by the slow flashing of the STOP indicator at 0.5
Hz.
If you insert or remove the memory card with the controller switched off, the CPU
performs an automatic memory reset after power on.Depending on the power supply module, you can use one or two backup batteries: