Panasonic FP-X Series Highly expandable lineup satisfies a wide range of demands,  Control unit

Product lineup

The highly expandable lineup satisfies a wide range of demands.

 Control unit
		Relay ouput			Transistor ouput
	DC power supply		AC power supply	DC power supply		AC power supply
	AFPX-C14RD		AFPX-C14R	AFPX-C14TD (NPN)		AFPX-C14T (NPN)
				AFPX-C14PD (PNP)		AFPX-C14P (PNP)
	8-point input of 24VDC		8-point input of 24VDC	8-point input of 24VDC		8-point input of 24VDC
Program capacity: 16k steps	6-point output of 2A relay		6-point output of 2A relay	0.5A/5 to 24VDC		0.5A/5 to 24VDC
2-point potentiometer				6-point output of transistor		6-point output of transistor

Program capacity: 32k steps 2-point potentiometer,

equipped with a USB communication port

DC power supply	AC power supply	DC power supply	AC power supply
AFPX-C30RD	AFPX-C30R	AFPX-C30TD (NPN)	AFPX-C30T (NPN)
		AFPX-C30PD (PNP)	AFPX-C30P (PNP)
16-point input of 24VDC	16-point input of 24VDC	16-point input of 24VDC	16-point input of 24VDC
14-point output of 2A relay	14-point output of 2A relay	0.5A/5 to 24VDC	0.5A/5 to 24VDC
		14-point output of transistor	14-point output of transistor

Program capacity: 32k steps 4-point potentiometer,

equipped with a USB communication port

DC power supply	AC power supply	DC power supply	AC power supply
AFPX-C60RD	AFPX-C60R	AFPX-C60TD (NPN)	AFPX-C60T (NPN)
		AFPX-C60PD (PNP)	AFPX-C60P (PNP)
32-point input of 24VDC	32-point input of 24VDC	32-point input of 24VDC	32-point input of 24VDC
28-point output of 2A relay	28-point output of 2A relay	0.5A/5 to 24VDC	0.5A/5 to 24VDC
		28-point output of transistor	28-point output of transistor

Expansion unit

Relay ouput Transistor ouput

Remarks: 2 or more E16’s cannot be connected serially because they cannot supply the power to other units.

	AFPX-E16R	AFPX-E16T (NPN)
		AFPX-E16P (PNP)
8-point input of 24VDC		8-point input of 24VDC
8-point output of 2A relay		0.5A/5 to 24VDC
		8-point output of transistor

Remarks: Addition of up to 8 units is possible in- cluding E16 and EFP0.

DC power supply	AC power supply	DC power supply	AC power supply
AFPX-E30RD	AFPX-E30R	AFPX-E30TD (NPN)	AFPX-E30T (NPN)
		AFPX-E30PD (PNP)	AFPX-E30P (PNP)
16-point input of 24VDC	16-point input of 24VDC	16-point input of 24VDC	16-point input of 24VDC
14-point output of 2A relay	14-point output of 2A relay	0.5A/5 to 24VDC	0.5A/5 to 24VDC
		14-point output of transistor	14-point output of transistor

Add-on cassette

		Application cassette
NEW	AFPX-IN4T3	Input/Output cassette (4-point input of 24VDC,
		NPN 0.3A/3-point output of 24VDC)
	AFPX-IN8	Input cassette (8-point input of 24VDC)
	AFPX-TR8	Output cassette (NPN 0.3A/8-point output of 24VDC)
	AFPX-TR6P	Output cassette (PNP 0.5A/6-point output of 24VDC)
		Pulse I/O cassette
	AFPX-PLS	(High-speed counter input: single phase 80kHz 2ch.,
		2-phase 30kHz 1ch.)
		(Pulse output: 1 axis 100kHz < CW/CCW, pulse + sign >)
		*Cannot be built into a transistor output type.
	AFPX-AD2	Analog input cassette (2 points, 0 to 10 V/0 to 20mA 12-bit
		non-insulated)
	AFPX-A21	Analog I/O cassette
NEW		Input: 2ch. (0 to 5V/0 to 10V or 0 to 20mA 12-bit insulated)
		Output: 1ch. (0 to 10V or 0 to 20mA 12-bit insulated)
NEW	AFPX-DA2	Analog output cassette
		2ch. (0 to 10V or 0 to 20mA 12-bit insulated 2ch.)
NEW	AFPX-TC2	Thermocouple input cassette,
		(K/J type, resolution: 0.2°C, insulated 2ch.)
		Master memory cassette with a real-time clock*
	AFPX-MRTC	(32k steps program memory +
		real-time clock in year/month/day/hour/minute)
		*Real-time clock requires an optional battery.
		(Real-time clock → Calendar timer)

Communication cassette

	AFPX-COM1	Communication cassette (RS232C 1ch.)
	AFPX-COM2	Communication cassette (RS232C 2ch.)
	AFPX-COM3	Communication cassette
		(RS485/422 selectable 1ch. insulated)
	AFPX-COM4	Communication cassette
		(RS485 1ch. insulated + RS232C 1ch.)
NEW	AFPX-COM5	Communication cassette
		(Ethernet 1ch. + RS232C 1ch.)
NEW	AFPX-COM6	Communication cassette
		(RS485 2ch. insulated)

Expansion FP0 adapter

AFPX-EFP0

Up to 3 FP0 expansion units can be connected. Please refer to page 7 for details.

01/2008