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AFP0R-C32CT Panasonic PLC FPO serial NEWPanasonic PLC FP0R-C32CT (AFP0R-C32CT)
Product Description?
Panasonic PLC FP0R-C32CT (AFP0R-C32CT)
1 super high speed processing. For improving the productivity contribution.
0 ~3000, super high speed 80ns / (ST directive )
Only the previous FP0( step 2.7K ) to the FP0R, can greatly shorten the scan time.
3001 step above can also be the case the previous rate 1.5 times
Basic instruction at 900ns FP0. FP0R is the speed of 1.5 times, namely 600ns.
Even if the program because the equipment and device function promotion and increase,
with the use of the super high speed processing section (0 ~3K )
can improve the processing speed, greatly improve the production.
FP0R scan time as shown below:
The 100 step program for the case of0.2ms following.
The 1000 step of the case just below 0.5ms.
Ultra high speed capability.
With the SUNX production of optical fiber sensor used in combination,
FP0R can be used as high performance sensor controller to power play.
2step program capacity32K,32K word data register.
With the device, equipment, high function ( analog control, positioning,
communication, touch screen ) development, program will inevitably increase,
and complicated. FP0R through the large capacity memory32K step to solve this one task,
and further to the data register expanded to32K word, in support of programs increase while,
also make the experience of management, many varieties of data setting becomes more simple.
* C10/ C14 / C1616K step, data register12 characters
The 3is equipped with an independent annotation memory.
Convenient maintenance program
4 standard with Mini USB2.0programming port.
The use of a commercially available USB cable ( grade B,5Pin ) can be easily connected
to a computer, editor or monitor. Do not require the use of expensive USB converter adapter.
Please use the USB2.0standard cable ( A Mini B ). Shape: USB ( A ) male USB ( mini-B,5Pin ) male
High speed program transmission
As long as the use of USB programming, can be extremely high speed transmission program,
and further improves the operability. Even 32K step ( without annotation ),
has only about 5 seconds of the transmission time, instantaneous transmission,
do not feel pressure.
The corresponding OS Windows2000
5no battery, of all data backup.
Type F ( FP0R-F32) built in the latest equipment" FRAM", without the use of a backup battery,
automatically to maintain all of the data in real time.
After a long holiday, no need to worry about vacation during the data disappear.
For exports, moved to overseas device, without the need for replacement of battery maintenance.
Equipment replacement, can simply make idle device recovery.
* as of April 1, 2009
The 6 positioning
JOG positioning control ( command F171)
In the absence of target value setting case start. By stopping input to set the target value,
execute deceleration stop.
Deceleration time ( F171using instruction set respectively, F172, F174, F175)
We can set the acceleration time, deceleration time.
Speed change ( using the instruction F171, F172 effective )
In the JOG operation, trapezoidal control through the process of an external signal to change
the target speed.
Pulse frequency measurement ( F178 command )
On1 instruction within the specified time input counts the number of pulses, and calculate
the frequency of.
7built in 4axis pulse output ( transistor output type )
Multi axis (4 axes) control can be used without extension.
Due to the 4 axis are built-in pulse output, thus eliminating the need to use a positioning unit expansion unit,
can perform multiple axis motor control.
At the same time2 groups of2 axis linear interpolation control.
Without the need of complex velocity calculation and the program, as long as the use
of special instruction ( F175) can be executed2 axis linear interpolation.
Because of the simultaneous execution of 2groups of control, thus also on XY two platform
to control.
At the same time using high speed counter (6ch ) + pulse output (4CH )
With the ladder program chart are combined, by high speed counter input to the measuring
encoder emits a pulse signal, and according to this signal to adjust the output pulse frequency,
so as to realize from the shaft to the spindle speed synchronization,
to construct the corresponding application.
The encoder pulse count to measure frequency converter is controlled by a transmission
with1 speed, and makes the motor ( from the shaft speed. ) output and the pulse ( JOG ),
which makes the transmission with2 speed synchronization.
8built-in PWM output (4CH )
1 FP0R can control up to4DC motor / fan motor speed. Can also be used as the analog
voltage output.
Network
The link between PLC ( MEWNET-W0)
Apart from the FP0R, FP and FP-X, FP2/ FP2SH sigma, mixed use, without the use of the procedure can be up to16 PLC
between the contacts, information sharing.
9 temperature adjustment
Use the PID command ( F356EZPID ), only about1commands, can realize the difficult
PLC temperature control program.
With a precision of + / - 0.8 DEG C ( K, J, T ) type 4CH, type 8CH two models. Up to3
units are connected, the maximum achievable24ch precision, the multi-point PID control.
The built-in RTC real-time clock ( T only type)
The date when the minutes and seconds of data processing. The regular production information,
working status monitoring and error information record management and clock data combination.
Interrupt input
And the scanning time, high speed to read the input signal,
and the instantaneous execution of interrupt program.
Can be effectively used for the high precision positioning control and elimination of undesirable
valve control. In the interrupt input specified in the X0~ X7. (C10 only for X0-X5)
The pulse capture
Can capture10 u s pulse input. Can easily capture the smaller parts to detect the sensor signal.
Analog I / O
The small size of the fuselage including analog input, analog output2CH1ch analog I / O unit,
analog input8CH A / D converting unit, and the analog output 4CH D / A conversion unit.
Can be achieved24ch, multiple channel communication.
In addition, maintaining a small body at the same time, the input / output resolution
is 1/ 4000(12), with high performance. The DIP switches corresponding to
various input and output range, operation is also very excellent.
Save EEPROM data ( F12, P13instruction )
All FP0R models are built in EEPROM, the data can be electrically rewritten,
without the supply voltage can keep data. Using P13to write a variety of instruction set value,
production, and preservation. When necessary, the F12 to read through the instructions.
In the process of 10.RUN to download the program
Even if the FP0R is in the RUN mode, equipment is working,
can also be offline editing procedures complete download to FP0R.
At the same time also can write comments. Because of the replacement program
without stopping production.
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