FP-X0 L14R AFPX0L14R Panasonic PLC 100-240VDC DC input 8 points Relay output 4 points FP-X0 Control Unit Original New

FP-X0 L14R AFPX0L14R Panasonic PLC 100-240VDC DC input 8 points Relay output 4 points FP-X0 Control Unit Original New

Feature

Super-high Processing Speed

Super-high speed of 80 ns/step for 0 to 3000 steps (ST command).

580 ns/step processing speed for 3001 steps or more (Only for L40 and L60).

Program Memory

L14 and L30: 2.5 k steps
L40 and L60: 8 k steps

The Maximum Number of I/O Points

One control unit can be connected with up to 3 expansion units. Therefore, the maximum number can reach 150 points.
In addition, if the expansion FP0 adaptor is used, the maximum number can reach 216 points when the FP0R expansion unit is used. (Only for L40R, L40MR, L60R and L60MR)

Performance specifications

Items			Specifications
			L14R	L30R	L40R	L40MR	L60R	L60MR
Controllable I/O points	Control unit		DC input 8 points, Relay output 4 points, Transistor output 2 points	DC input 16 points, Relay output 10 points, Transistor output 4 points	DC input 24 points, Relay output 12 points, Transistor output 4 points		DC input 32 points, Relay output 24 points, Transistor output 4 points
	When using FP-X E16 expansion I/O units		-	-	88 points max. (3 expansion units max.)		108 points max.
	When using FP-X E30 expansion I/O units		-	-	130 points max. (3 expansion units max.)		150 points max. (3 expansion units max.)
	When using FP0R expansion units		-	-	196 points max. (3 expansion units max.)		216 points max. (3 expansion units max.)
Programming method/Control method			Relay symbol/Cyclic operation
Program memory			Built-in Flash-ROM (Free of backup battery)
Program capacity			2.5 k steps		8 k steps
No of instruction	Basic commands		Approx. 114 kinds
	High-level commands		Approx. 230 kinds
Processing speed			0.08 µs/step for basic commands 0.32 µs for high-level commands (MV commands)		3 k steps: 0.08 µs/step for basic commands, 0.32 µs for high-level commands(MV commands) After 3 k steps: 0.58 µs/step for basic commands, 1.62 µs for high-level commands(MV commands)
I/O refreshing + basic time	Basic time		0.15 ms or less	0.18 ms or less	0.31 to 0.35 ms or less		0.34 to 0.39 ms or less
			When using E16: 0.4 ms × No. of units When using E30: 0.5 ms × No. of units When using FP0 expansion adaptors: 1.4 ms + the refreshing time of the FP0 expansion unit
Memory for processing	Relays	External input (X) (Note 1)	960 points		1760 points
		External output (Y) (Note 1)	960 points		1760 points
		Internal relay (R)	1008 points		4096 points
		Special internal relay (R)	224 points
		Timer Counter (T/C)	256 points (Note 2)		1024 points (Note 2)
			Timer: (1 ms, 10 ms, 100 ms, 1 s)× 32767, Counter: 1 to 32767
		Link relay (L)	No		2048 points
	Memory area	Data register (DT)	2500 words		8192 words
		Special data register (DT)	420 words
		Link data register (LD)	No		256 words
		File registration (FL)	No
		Index register (I)	14 words (IO to ID)
Differential points			Equivalent to program capacity
Master control relay (MCR)			32 points		256 points
Label number (JP+LOOP)			100 points		256 points
No. of step programs			128 (Engineering)		1000 (Engineering)
No. of subroutines			100		500
No. of interrupt programs			Input: 8 programs, timing: 1 program
Sampling trace			No		Yes
Comments storage			All of the I/O comments,explanations and block comments can be saved.(Free of backup battery, 328 k bytes)
PLC link function			No		Yes
Constant scan			In unit of 0.5 ms: 0.5 ms to 600 ms
Password			Available (4 or 8 digits)
Upload protection			Available
Self-diagnosis function			Checks of the watchdog timer and the program syntax
Program editting during Run			Available (Capacity modified simultaneously: 128 steps) But comments cannot be modified during the process.		Available (Capacity modified simultaneously: 512 steps) But comments can be modified during the process.
Downloading during Run			Available
High-speed counter (Note 3) (Note 4)	Body input		1-phase, 4-channel (20 kHz max.) and 2-phase, 2-channel (20 kHz max.)		1-phase, 4-channel (50 kHz max.) and 2-phase, 2-channel (20 kHz max.)
Pulse output/ PWM output (Note 3) (Note 4)	Body output		Pulse: 1-channel (20 kHz max.) PWM: 1-channel (1.6 kHz max.)	Pulse: 2-channel (20 kHz max.) PWM: 2-channel (1.6 kHz max.)	Pulse: 2-channel (50 kHz) PWM: 2-channel(3.0 kHz max.)
Pulse catch input/ Interrupt program			8 points (High-speed counting and interrupt input included)
Analog input			No		2-channel (For inputting any of the following items in each channel)
					Potentiometer input Min. resistance value of potentiometer: 5 kΩ 10-bit resolution (K0 to K1000) Accuracy ± 1.0% F.S.+ accuracy of external reistors
					Thermistor input For inputting the resistance value of the thermistor (Min. resistance value of external thermistors + external resistance value > 2 kΩ) 10-bit resolution (K0 to K1023) Accuracy ± 1.0% F.S.+ accuracy of external thermistors
					Voltage input Absolute max. input voltage: 10 V 10-bit resolution (K0 to K1023) Accuracy ± 2.5% F.S.(F.S. = 10 V)
Calendar/clock			No		Yes
Flash ROM backup (Note 5)	Backup made according to commands of F12 and P13		Data memory (2500 words)		Data memory (8192 words)
	Automatic backup when power OFF		Counter: 6 points (C250 to C255) Process value of the counter: 6 points (EV250 to EV255) Internal relays: 5 points (WR58 to WR62) Data memory: 300 words (DT2200 to DT2499)		Counter: 16 points (C1008 to C1023) Process value of the counter: 16 points (EV1008 to EV1023) Internal relays: 8 points (WR248 to WR255) Data memory: 302 words (DT7890 to DT8191)
Backup battery			No		Yes (Backup lasting for the whole process)
RS485 communication port			No			Yes	No	Yes

Note 1) The actual usable points depend on the combination of the hardware.
Note 2) The points of the timer can be added as required.
Note 3) The rated voltage is 24 V DC at 250C. The frequency may fall according to the changes of the voltage, temperature and operating conditions.
Note 4) The maximum frequency may vary with the difference of the operating method.
Note 5) The allowable writing operation is within 10000 times. Areas to be held and not held can be specified using the system registers.

Dimension Figure