Place of Origin: | Japan |
Brand Name: | Tamagawa |
Certification: | CE |
Model Number: | TS5208N576 |
Minimum Order Quantity: | 1pcs |
---|---|
Packaging Details: | carton |
Delivery Time: | in stock |
Payment Terms: | T/T, Western Union, MoneyGram |
Supply Ability: | 100pcs/week |
TAMAGAWA: | TAMAGAWA | TS5208N576: | TS5208N576 |
---|---|---|---|
COLOR: | BLACK | Material: | Iron |
Temperature: | 20-80 | Wire: | Wire |
Dimension: | 80mm |
will interrupt normal cyclic program execution in reaction to a signal from a hardware | A time error interrupt OB executes when either the maximum cycle time is exceeded or a time error event occurs. The OB for processing the time error interrupt is OB 80. |
event. You define the events in the properties of the hardware configuration. One OB is | ggered, it executes, interrupting normal cyclic program execution or any other eventtri |
allowed for each configured hardware event. The OB must be OB 200 or greater. | OB. The events that trigger the time error interrupt and the reaction of the CPU to those events are described below: |
TS3103N156
TS5208N576
TS5647
TS5648
TS5643
TS2223
TS2224
TS2225
TS20E12
TS13E11
TS5308N616
TS2650N11E78
TS5420N60
TS5208N131
TS3462N1E76
48-2500P8-L6-5VC/T-L3-12V
TS-5016N-60
TS5214N561
TS5214N510
TS2014N182E32
TS3653N2E5
TS5320N510
TS5016N-60
TS5016N60
TS5305N616
TS5008N12238
Exceeding the maximum cycle time: You configure the maximum cycle time in the
properties of the CPU. If OB 80 does not exist, the reaction of the CPU for exceeding
the maximum time is to change to STOP.
– Time errors: If OB 80 does not exist, the reaction of the CPU is to stay in RUN. Time
errors occur if the time of day event is missed or repeated, the queue overflows, or an
event OB (time delay event, time of day event, or cyclic interrupt) starts before the
CPU finishes the execution of the first.
The occurrence of either of these events generates a diagnostic buffer entry describing
the event. The diagnostic buffer entry is generated regardless of the existence of OB 80.
● Diagnostic error interrupt OBs execute when a diagnostic error is detected and reported.
A diagnostic OB interrupts the normal cyclic program execution if a diagnostics-capable
module recognizes an error (if the diagnostic error interrupt has been enabled for the
module). OB 82 is the only OB number supported for the diagnostic error event. You can
include an STP instruction (put CPU in STOP mode) inside your OB 82 if you desire your
CPU to enter STOP mode upon receiving this type of error. If there is no diagnostic OB in
the program, the CPU ignores the error (stays in RUN).
The CPU processing is controlled by events. An event triggers an interrupt OB to be
executed. You can specify the interrupt OB for an event during the creation of the block,
during the device configuration, or with an ATTACH or DETACH instruction. Some events
happen on a regular basis like the program cycle or cyclic events. Other events happen only
a single time, like the startup event and time delay events. Some events happen when there
is a change triggered by the hardware, such as an edge event on an input point or a high
speed counter event. There are also events like the diagnostic error and time error event
which only happen when there is an error. The event priorities and queues are used to
determine the processing order for the event interrupt OBs.
The program cycle event happens once during each program cycle (or scan). During the
program cycle, the CPU writes the outputs, reads the inputs and executes program cycle
OBs. The program cycle event is required and is always enabled. You may have no program
cycle OBs, or you may have multiple OBs selected for the program cycle event. After the
program cycle event is triggered, the lowest numbered program cycle OB (usually OB 1) is
executed. The other program cycle OBs are executed sequentially (in numerical order) within
the program cycle.
The cyclic interrupt events allow you to configure the execution of an interrupt OB at a
configured scan time. The initial scan time is configured when the OB is created and
selected to be a cyclic interrupt OB. A cyclic event will interrupt the program cycle and