Panasonic C14CRS, FP0T32CP, FP0-C16T, E32RS General specifications, Analogue input specification

Analogue Signal Processing

FP0 Analogue Units

General specifications

Item	Description
Rated operating voltage	24VDC
Operating voltage range	21.6 to 26.4VDC
Rated current consumption	FP0-A80: 60mA or less, FP0-A21/A04V: 100mA or less, FP0-A04I: 130mA or less
Ambient temperature	0°C to +55°C
Storage temperature	-20°C to +70°C
Size	90 x 25 x 60mm
Weight	Approximately 100g

Analogue input specification

Item							Description
Product				FP0-A21					FP0-A80
Number of channels			2 channels/unit						8 channels/unit
	Voltage mode			0 to 5V/ -10V to +10V					-100 to +100mV/0 to 5V/ -10V to +10V
Input range selectable	Current mode			0 to 20mA					0 to 20mA
	Thermocouple mode	K, J, T type thermocouple
( 2 CH)
		K up to 1000°C		or	-100°C to terminal temperature (selectable)				–
		J up to	750°C	or	-100°C to terminal temperature (selectable)
		T up to	350°C	or	-100°C to terminal temperature (selectable)
	0 to 5V/0 to 20mA:			K 0 to K 4000 (H 0000 to H 0FA0)			*1
Digital output	-10 to +10V (-100 to +100mV):			K -2000 to K +2000 (HF830 to H07D0)
	Thermocouple: The value of broken wire detection is K 20000.
	For plus:	K temperature of terminal *2 to K 1000 (Unit is Celsius)							–
	For minus:	K-100 to K temperature of terminal *3				(Unit is Celsius)
Resolution							12 bits (1/4000)
Conversion speed	Voltage/current mode:	1ms/channel							2ms/channel
	Thermocouple mode:	560ms/channel
				Voltage/current mode:		1% for full-scale (0 to		55°C), 0.6% for full-scale (at 25°C)
Overall accuracy	Thermocouple mode:	Offset error (0 to 55°C), 2% for full-scale (K-type)
					2.7% for full-scale (J-type)				–
					5.8% for full-scale (T-type)
		Linearity error (0 to 55%): 1% for full scale
Input impedance						Voltage mode: 1M ohm or more
						Current mode: 250ohm
Maximum input						Voltage mode: +/- 15V
						Current mode: +30mA
					Optical coupler insulation between analogue input terminal and FP0 internal circuit
Insulation						(No insulation between analogue inputs)
			DC/DC converter insulation between analogue input terminal and analogue I/O unit external power supply
	DC/DC converter insulation between analogue input terminal and analogue output terminal								–
									32 input contact points:
	32 input contact points: First 16 points analogue input CH0 data (WX2) *4								First 16 points analogue input
FP0 input address									CH0, 2,4,6 data (WX2) *4
		Last 16 points analogue input CH1 data (WX3) *4
									Last 16 points analogue input
									CH1,3,5,7 data (WX3) *4
*1 K means decimal constants.
*2 Reference temperature → Reference points is start points.
*3 Reference temperature → Reference points is end points.
*4 The address varies depending on the position of the analogue unit. (WX2/3, WX4/5 or WX6/7)

Analogue output specification

Item					Description
Product		FP0-A21			FP0-A04V	FP0-A04I
Number of channels		1			4	4
Output signal selectable	Voltage mode	-10V to +10V			-10V to +10V	4 to 20mA
	Current mode	0 to 20mA
Digital input *1	0 to 20mA:	0 to 20mA: K 0 to K 4000			K -2000 to K+2000	K 0 to K 4000
	-10V to +10V:	-10V to +10V: K -2000 to K+2000
Resolution					12 bits (1/4000)
Conversion speed		500ms			500µs	500µs
Overall accuracy			1% for full-scale (0 to 55°C), 0.6% for full-scale (at 25°C)
Output impedance				Voltage mode: less than 0.50Ω		-
Maximum output current					Voltage mode: +/- 10mA	-
Allowable output load		Less than 300Ω			1000Ω or more	Less than 500Ω
resistance
Insulation			Optical coupler insulation between analogue output terminal and FP0 internal circuit
		DC/DC converter insulation between analogue output terminal and analogue I/O unit external power supply
		DC/DC converter insulation between analogue output terminal and analogue input terminal
Reserved CPU addresses *4		16 output points			32 output points	32 output points

14 07/2007