JOG positioning control (command F171)
It can be started without setting a target value. Set the target value by stopping input and execute deceleration stop.

■ Set acceleration and deceleration times separately (using commands F171, F172, F174, F175 are valid)
Acceleration time and deceleration time can be set separately.

■ Speed change (using commands F171, F172 are valid)
During JOG operation and trapezoidal control, the target speed can be changed through external signals.

Pulse frequency measurement (instruction F178)
Count the number of pulses input for one instruction within a specified time and calculate the frequency.

■ Built in 4-axis pulse output (transistor output type)
It can simultaneously control the interpolation of two sets of 2-axis straight lines.
No complex speed calculations or programs are required, as long as the dedicated instruction (F175) is used to perform 2-axis linear interpolation. Due to the ability to execute 2 sets of controls simultaneously, it is also possible to control both XY workbenches.

High speed counter+pulse output
Combining with the ladder program diagram, the pulse signal emitted by the encoder is measured by a high-speed counter input, and the frequency of the pulse output is adjusted based on this signal to achieve synchronization of the spindle speed from the shaft to the main shaft, and to construct corresponding applications.

■ Built in multi-point PWM output (4ch)
The FP0R pulse output port can be used as a PWM output port. The speed of the frequency converter can be controlled by using analog voltage output.

■ Connect PLC (MEWNET-W0)
In addition to FP0R, it can be mixed with FP ∑, FP-X, FP2/FP2SH to share contacts and data information among up to 16 PLCs without the need for a program.

RS485 serial communication
Host/slave compatible with Modbus RTU
Widely used in the Eco market, exerting power in the fields of air conditioning, temperature, and power control

Up to 99 units can be connected
When connecting more than 17 FP series products, if Modbus function is used instead of MEWNET-W0, a maximum of 99 can be connected. Each FP0R can be used as both a host and a child, so a multi host link can be established by running the token through the user program.

RS232C Universal Serial Communication
Control unit with RS232C port, also corresponding to serial communication.
By using the RS232C port, it can be directly connected to the touch screen and computer. In addition, it can easily achieve bidirectional data transmission with serial devices such as barcode scanners.
The serial port is connected through the S.R.G3 terminal. The touch screen can also be connected through a programming port.
Both relay output and transistor output control units can be equipped with an RS232C serial port.

CC Link Slave Unit
Corresponding to the open network CC Link. Maximum 16 point input/16 point output, capable of reading/writing 4-digit data.

■ Program protection
Setting to prohibit uploading programs
Using the tool software FPWIN, you can arbitrarily disable the upload of programs. Close unauthorized copying and protect important programs for customers. The most suitable for operators who use computers to manage raw programs.

8-digit password
You can input uppercase and lowercase English letters and numbers, so there are approximately 218 million combinations. After three consecutive input errors, the power supply needs to be powered on again.
Most suitable for operators who need to upload programs through FP0R.

■ Temperature regulation
Using the PID instruction (F356 EZPID), only one line of thermocouple unit instruction needs to be described to implement difficult PLC temperature control programs.
Equipped with two models: 4ch and 8ch, with a comprehensive accuracy of ± 0.8 ℃ (K, J, T range). Up to 3 units can be connected, and high-precision, multi-point PID control of up to 24ch can be achieved.

■ Built in RTC real-time clock (T-type only)
Can process data of year, month, day, hour, minute, and second. It can combine regular monitoring of production information, work status, and error message history management with clock data.

■ Interrupt input
Independently of scanning time, it can read input signals at high speed and execute interrupt programs instantly. It can be effectively used for high-precision positioning control and eliminating poor valve control. X0-X7 can be specified in the interrupt input.
(Only C10 is X0-X5)

Pulse capture
Capable of capturing 10 μ s pulse input. It can easily capture sensor signals for detecting smaller components.

Analog unit
The simulation unit has been completely refreshed. There are 5 major models in total: analog input 4ch, 8 ch 2 model, analog output 4ch, analog input/output 2ch/output 1ch, input 4ch/2ch output 2 model. Small body, achieving high resolution of 14 bits and high precision of ± 0.2% (25 ℃).

EEPROM data storage (instructions F12, P13)
All models of FP0R have built-in EEPROM, which can electrically rewrite data and maintain data without the need for voltage supply. Use instruction P13 to write various set values, production records, etc., and save them. If necessary, it can be read through instruction F12.

Download program during RUN process (comments can be written)
Even if FP0R is in RUN mode and the device is working, the program edited offline can be fully downloaded to FP0R. Comments can also be written at the same time. No need to stop production due to program replacement.