TAMAGAWA TS2651N141E78 TS2651N141E78 TS2651N141E78 TS2651N141E78 TS2651N141E78

TS2651N141E78

Bit 14 = 1: PNIO - module disconnected
15 -

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TS5019N60

TS3653N11E2

TS5313N122

TS2228N33E1

TS4507N1002E200

TS3134N52

OSE5K-6-12-108

TS3667N13E8

TS5013N68

TS3653N12E5

TS5320N632

TS2640N141E172

TS4507N1202E200

OSE5KN-6-12-108

TS3674N37

TS5013N69

TS3653N13E8

TS5420

TS2640N181E100

TS4507N1205E200

TS3166N43

TS3679N2E1

TS5208N131

TS3653N1E1

TS5641N150

TS2640N321E64

TS4507N1229E200

TS3212N32

status of the module.
0 No fault
1 The module or device is disabled.
2 Maintenance required
3 Maintenance demanded
4 Error
5 The module or the device cannot be reached from the CPU (valid for
modules and devices below a CPU).
6 Inputs/outputs are not available.
OwnState Uint16
7 -
Bit array I/O status of the module
0 Bit 0 = 1: No maintenance required
1 Bit 1 = 1: The module or device is disabled.
2 Bit 2 = 1: Maintenance required
3 Bit 3 = 1: Maintenance demanded
IO State Uint16
4 Bit 4 = 1: Error il structure
With the MODE parameter = 2, the diagnostics information details are output in accordance
with the DiagnosticsDetail structure. The following table shows the meaning of the individual
parameter values: With the MODE parameter = 2, the diagnostics information details are output in accordance
with the DNN structure. The following table shows the meaning of the individual parameter
values: SubordinateState UINT Enum Status of the subordinate module (See parameter OwnState of
the DIS structure.)
SubordinateIOState WORD Bitarray Status of the inputs and outputs of the subordinate module (See
parameter IO State of the DIS structure.)
DNNmode WORD Bitarray  Bit 0 = 0: Diagnostics enabled
 Bit 0 = 1: Diagnostics disabled
 Bit 1 to 15: Reserved No error
n The data area in the DETAILS parameter is too small. Not all details of the diagnostic data can be
output.
8080 Value in the MODE parameter is not supported.
8081 Type in the DIAG parameter is not supported with the selected mode (parameter MODE).
8082 Type in the DETAILS parameter is not supported with the selected mode (parameter MODE).
8090 LADDR does not exist.
8091 The selected channel in the CHANNEL parameter does not exist.
80C1 Insufficient resources for parallel executionThe following ladder logic network and DB show how to use the three modes with the three
structures:
● DIS
● DiagnosticsDetail
● DNN In the DB, you must manually type in the data type to access each of the three structures;
there is no dropdown list selection. Type in the data types exactly as shown below:
 DNN
 DIS
 DiagnosticsDetail PWM identifier: Names of enabled pulse generators will become tags in
the "constant" tag table, and will be available for use as the PWM
parameter. (Default value: 0)
ENABLE IN Bool 1=start pulse generator
0 = stop pulse generator
BUSY OUT Bool Function busy (Default value: 0)
STATUS OUT Word Execution condition code (Default value: 0)
The CTRL_PWM instruction stores the parameter information in the DB. The data block
parameters are not separately changed by the user, but are controlled by the CTRL_PWM
instruction.
Specify the enabled pulse generator to use, by using its tag name for the PWM parameter.
When the EN input is TRUE, the PWM_CTRL instruction starts or stops the identified PWM
based on the value at the ENABLE input. Pulse width is specified by the value in the
associated Q word output address.
Because the CPU processes the request when the CTRL_PWM instruction is executed,
parameter BUSY will always report FALSE. If an error is detected, then ENO is set to
FALSE, and parameter STATUS contains a condition code. The pulse width will be set to the initial value configured in device configuration when the
CPU first enters RUN mode. You write values to the Q-word location specified in device