 |
| Place of Origin: | Japan |
| Brand Name: | Tamagawa |
| Certification: | CE |
| Model Number: | TS5210N530 |
| Minimum Order Quantity: | 1pcs |
|---|---|
| Packaging Details: | carton |
| Delivery Time: | in stock |
| Payment Terms: | T/T, Western Union, MoneyGram |
| Supply Ability: | 100pcs/week |
| TAMAGAWA: | TAMAGAWA | Material: | Iron |
|---|---|---|---|
| Color: | Black | Temperature: | 20-80 |
| TS5210N530: | TS5210N530 | Japan: | Japan |
| Wire: | Wire | Dimension: | 70mm |
| multierror BOOL TRUE if more than one error is present | onstants tab of PLC tags. A name is also assigned automatically for the hardware identifier. |
| The laddr input contains the hardware identifier of the device or functional unit which returned the error. | These entries in the Constants tab of the PLC tags cannot be changedThe cycle time is the time that the CPU operating system requires to execute the cyclic |
| The hardware identifier is assigned automatically when components are inserted in the device or network view and appears in the |
phase of the RUN mode. The CPU provides two methods of monitoring the cycle time: ● Maximum scan cycle time |
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TS5210N530
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TS4559N3E15
TS2151N11E45
TS3738N1E7
TS1980N43E12
482048P6L65V
TS3653N2E5
TS5778N157
TS3624N3E5
TS4886N9079E411
TS2640N321E64
TS3738N1E7
TS1980N56E12
60798024
TS3653N2E6
TS5787N10
TS3624N3E6
TS-5008-N-65
TS2641N31E64
TS3741N3E8
TS1981N134E9
Fixed minimum scan cycle time
Scan cycle monitoring begins after the startup event is complete. Configuration for this
feature appears under the "Device Configuration" for the CPU under "Cycle time".
The CPU always monitors the scan cycle and reacts if the maximum scan cycle time is
exceeded. If the configured maximum scan cycle time is exceeded, an error is generated
and is handled one of two ways:
● If the user program does not include an OB 80, then the CPU generates an error and
goes to STOP. (You can change the configuration of the CPU to ignore this time error
and stay in RUN. The default configuration is for the CPU to go to STOP.)
● If the user program includes an OB 80, then the CPU executes OB 80
The RE_TRIGR instruction (Re-trigger cycle time monitoring) allows you to reset the timer
that measures the cycle time. However, this instruction only functions if executed in a
program cycle OB; the RE_TRIGR instruction is ignored if executed in OB 80. If the
maximum scan cycle time is exceeded twice within the same program cycle with no
RE_TRIGR instruction execution between the two, then the CPU transitions to STOP
immediately. The use of repeated executions of the RE_TRIGR instruction can create an
endless loop or a very long scan.
Typically, the scan cycle executes as fast as it can be executed and the next scan cycle
begins as soon as the current one completes. Depending upon the user program and
communication tasks, the time period for a scan cycle can vary from scan to scan. To
eliminate this variation, the CPU supports an optional fixed minimum scan cycle time (also
called fixed scan cycle). When this optional feature is enabled and a fixed minimum scan
cycle time is provided in ms, the CPU will maintain the minimum cycle time within ±1 ms for
the completion of each CPU scan.
In the event that the CPU completes the normal scan cycle in less time than the specified
minimum cycle time, the CPU spends the additional time of the scan cycle performing
runtime diagnostics and/or processing communication requests. In this way the CPU
