Specs : Programmable Logic Controller - KV Nano series

Terminal block type: Expansion input unit

Model				KV-N8EX	KV-N16EX
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Expansion input unit	External connection method			Terminal block
	Input terminals			24 VDC mode, 5 VDC mode
	Maximum input voltage			26.4 VDC
	Input rated voltage	24 VDC mode		5.3mA
		5 VDC mode		1mA
	Minimum ON voltage	24 VDC mode		19V
		5 VDC mode		3.5V
	Maximum OFF voltage	24 VDC mode		1.5mA
		5 VDC mode		1.5V
	Common method			8 points/1 common (2 terminals)^*1	16 points/1 common (2 terminals)^*1
	Input time constant (four-level switching)	Input time constant setting	OFF to ON: Typ.	25µs : 10µs 300µs : 240µs 1ms : 1ms 10ms : 10ms
			OFF to ON: Max.	25µs : 50µs 300µs : 290µs 1ms : 1.2ms 10ms : 11ms
			ON to OFF: Typ.	25µs : 50µs 300µs : 280µs 1ms : 1ms 10ms : 10ms
			ON to OFF: Max.	25µs : 150µs 300µs : 390µs 1ms : 1.2ms 10ms : 11ms
	Input impedance			4.3kΩ
Internal current consumption				20mA or less
Weight				Approx. 150 g	Approx. 220 g
^*1 The KV-N8EX and KV-N16EX have 2 COM terminals, but these are shared internally.

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Terminal block type: Expansion output unit

Model			KV-N8ER	KV-N16ER	KV-N8ET	KV-N8ETP	KV-N16ET	KV-N16ETP
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Expansion output unit	Output Points		8 points	16 points	8 points		16 points
	External connectionmethod		Relay		MOSFET With overcurrent protection function ^2 ^3
	External connection method		Terminal block
	Rated load		250 VAC/30 VDC, 2 A		30 VDC, 0.5 A
	Leakage current (when output is OFF)		−		100 μA or less
	Residual voltage (at ON)				0.8 VDC or less (with 0.5 A output) 0.6 VDC or less (with 0.3 A output)
	ON resistance		50 mΩ or less		−
	Common method		Independent	4 points/1 common (8 terminals) ^*1	8 points/1 common (4 terminals) ^*4		16 points/1 common (8 terminals) ^4 ^5
	Response time	OFF to ON	10 ms or less		100 μs or less (with a load of 1 mA or more)
		ON to OFF			200 μs or less (with a load of 1 mA or more)
	Relay life		Electrical: 100000 cycles or more (20 cycles/minute) Mechanical: 20000000 cycles or more		−
	Relay replacement		Impossible
Internal current consumption			60 mA or less	100 mA or less	30 mA or less		40 mA or less
Weight			Approx. 230 g	Approx. 260 g	Approx. 160 g		Approx. 210 g
^1 The KV-N16ER has two terminals for each of C0, C1, C2, and C3 respectively, which are shorted internally. (C0, C1, C2, and C3 are independent.) ^2 If even a single overcurrent is detected, the protection operation (output turned OFF) and automatic recovery are repeated for all outputs within the shared common ()The outputs within the shared common that are protected when an overcurrent is detected are outputs 000 to 007 or 008 to 015 for the case of the KV-N16ET(P)., until the cause of the problem is removed. ^3 MOSFET (N-ch) output for the sink output type; and MOSFET (P-ch) output for the source output type. ^4 The KV-N8ET(P) and KV-N16ET(P) COM terminals are shorted internally. ^*5 The outputs within the shared common that are protected when an overcurrent is detected are outputs 000 to 007 or 008 to 015 for the case of the KV-N16ET(P).

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Terminal block type: Expansion I/O unit

Model				KV-N8EXR	KV-N8EXT
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Expansion input unit	External connection method			Terminal block
	Input Points			8
	Input terminals			24 VDC mode, 5 VDC mode
	Maximum input voltage			26.4 VDC
	Input rated voltage	24 VDC mode		5.3mA
		5 VDC mode		1mA
	Minimum ON voltage	24 VDC mode		19V
		5 VDC mode		3.5V
	Maximum OFF voltage	24 VDC mode		1.5mA
		5 VDC mode		1.5V
	Common method			8 points/1 common (1 terminal)^*1	8 points/1 common (2 terminals)^*1
	Input time constant (four-level switching)	Input time constant setting	OFF to ON: Typ.	25µs : 10µs 300µs : 240µs 1ms : 1ms 10ms : 10ms
			OFF to ON: Max.	25µs : 50µs 300µs : 290µs 1ms : 1.2ms 10ms : 11ms
			ON to OFF: Typ.	25µs : 50µs 300µs : 280µs 1ms : 1ms 10ms : 10ms
			ON to OFF: Max.	25µs : 150µs 300µs : 390µs 1ms : 1.2ms 10ms : 11ms
	Input impedance			4.3kΩ
Expansion output unit	Output Points			8
	External connectionmethod			Relay	MOSFET (N-ch) (with overcurrent protection function)^*3
	Rated load			250 VAC/30 VDC, 2 A	30 VDC, 0.5 A
	Leakage current (when output is OFF)			―	100µA or less
	Residual voltage (at ON)				0.8 VDC or less (with 0.5 A output), 0.6 VDC or less (with 0.3 A output)
	ON resistance			50mΩ or less	―
	Common method			4 points/1 common (2 terminals)^1^2	8 points/1 common (4 terminals)^1^4
	Response time	OFF to ON		10ms or less	100 µs or less (with a load of 1 mA or more)
		ON to OFF			200 µs or less (with a load of 1 mA or more)
	Relay life			Electrical : 100000 cycles or more (20 cycles/minute) Mechanical : 20000000 cycles or more	―
	Relay replacement			Not possible
Internal current consumption				60mA or less	30mA or less
Weight				Approx. 230 g	Approx. 210 g
^1 The input COM and output COM terminals are independent. ^2 The KV-N8EXR has two C1 output terminals and two C2 output terminals, but each pair of these terminals is shared internally. (C1 and C2 are isolated.) ^3 If even a single overcurrent is detected, the protection operation (output turned OFF) and automatic recovery are repeated for all outputs within the shared common, until the cause of the problem is removed. ^4 The KV-N8EXT has four COM output terminals, but these terminals are shared nternally.

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Terminal block type: Analogue I/O unit

Model			KV-N3AM
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Conversion speed			80 µs/channel^*1
Conversion			A/D conversion, D/A conversion
Points			A/D conversion : 2 (single end), D/A conversion : 1
Range/resolution	Voltage	-10 V to +10 V	A/D conversion : 1/8000 2.5 mV, D/A conversion : 1/8000 2.5 mV^*2
		0 to 10 V	A/D conversion : 1/4000 2.5 mV, D/A conversion : 1/4000 2.5 mV^*2
		0 to 5 V	A/D conversion : 1/4000 1.25 mV, D/A conversion : 1/4000 1.25 mV^*2
		1 to 5 V	A/D conversion : 1/3200 1.25 mV, D/A conversion : 1/4000 1.25 mV^*2
	Current	0 to 20 mA	A/D conversion : 1/4000 5 µA, D/A conversion : 1/4000 5 µA^*2
		4 to 20 mA	A/D conversion : 1/3200 5 µA, D/A conversion : 1/3200 5 µA^*2
Conversion precision	Voltage	Without temperature compensation	A/D conversion : ±0.3% of F.S. (at 25°C ±5°C), ±0.5% of F.S. (at 0 to 55°C), D/A conversion : ±0.3% of F.S. (at 25°C ±5°C), ±0.5% of F.S. (at 0 to 55°C)
		With temperature compensation	A/D conversion : ±0.3% of F.S. (at 25°C ±5°C), D/A conversion : ±0.3% of F.S. (at 25°C ±5°C), ±0.5% of F.S. (at 0 to 55°C)
	Current	Without temperature compensation	A/D conversion : ±0.4% of F.S. (at 25°C ±5°C), ±0.6% of F.S. (at 0 to 55°C), D/A conversion : ±0.3% of F.S. (at 25°C ±5°C), ±0.5% of F.S. (at 0 to 55°C)
		With temperature compensation	A/D conversion : ±0.4% of F.S. (at 25°C ±5°C), D/A conversion : ±0.3% of F.S. (at 25°C ±5°C), ±0.5% of F.S. (at 0 to 55°C)
Input resistance	Voltage		A/D conversion : 5MΩ
	Current		A/D conversion : 250MΩ
Absolute maximum input	Voltage		A/D conversion : ±15V
	Current		A/D conversion : ±30mA
Isolation method	Between analogue input		Isolated (photocoupler, transformer)
A/D , D/A conversion unit	Isolation method	Between Analogue input - output	Non-isolated
Isolation method	Between analogue input channels		A/D conversion : Non-isolated
Minimum load resistance	Voltage		D/A conversion : 1kΩ
Maximum load resistance	Current		D/A conversion : 600kΩ
Special functions			▼A/D conversion Input range switching, temperature fluctuation compensation enabling/disabling, channel skip, scaling, special data offset, peak-/bottom-hold, zero clip, zero shift, comparator, averaging (time-specified, count-specified, moving average), disconnection detection ▼D/A conversion Output range switching, output data offset, scaling, error hold, upper/lower limit alarm, output limit, channel skip, output in PROG mode
Internal current consumption			120mA or less
Weight			200 g
^1 When the temperature fluctuation compensation is used, the temperature fluctuation compensation time of 80 µs will be added regardless of the number of channels being used. ^2 For the possible measuring range for out-of-range input, refer to “A/D and D/A conversion table” in “KV-N3AM User's Manual.”

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Connector type: Expansion input unit

Model				KV-NC16EX	KV-NC32EX	KV-NC16EXE
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Expansion input unit	External connection method			Connector		European terminal block
	Input Points			16 points	32 points	16 points
	Input terminals			24 VDC mode, 5 VDC mode
	Maximum input voltage			26.4 VDC
	Input rated voltage	24 VDC mode		5.2 mA
		5 VDC mode		1 mA
	Minimum ON voltage	24 VDC mode		19 V
		5 VDC mode		3.5 V
	Maximum OFF voltage	24 VDC mode		1.5 mA
		5 VDC mode		1.5 V
	Common method			16 points/1 common (2 terminals)^*1	32 points/1 common (2 terminals)^*1	16 points/1 common (16 terminals) ^*2
	Input time constant (four-level switching)	Input time constant setting	OFF to ON: Typ.	25 µs: 10 µs 300 µs : 240 µs 1 ms: 1 ms 10 ms: 10 ms
			OFF to ON: Max.	25 µs: 50 µs 300 µs : 290 µs 1 ms: 1.2 ms 10 ms: 11 ms
			ON to OFF: Typ.	25 µs: 50 µs 300 µs : 280 µs 1 ms: 1 ms 10 ms: 10 ms
			ON to OFF: Max.	25 µs: 150 µs 300 µs : 390 µs 1 ms: 1.2 ms 10 ms: 11ms
	Input impedance			4.4 kΩ
Internal current consumption				20 mA or less
Weight				Approx. 100 g	Approx. 110 g	Approx. 120 g
^1 The KV-NX16EX and KV-NC32EX have 2 COM terminals, but these are shared internally. ^2 The KV-NC16EXE has 16 COM terminals, but these are shared internally.

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Connector type: Expansion ounput unit

Model			KV-NC8ER	KV-NC16ET	KV-NC16ETP	KV-NC32ET	KV-NC32ETP	KV-NC16ETE	KV-NC16ETPE
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Expansion output unit	External connectionmethod		Relay	MOSFET output (With overcurrent protection function)^2^3		MOSFET output (With overcurrent protection function)^7^3		MOSFET output (With overcurrent protection function)^2^3
	External connection method		European terminal block	Connector				European terminal block
	Rated load		250 VAC/30 VDC, 2 A	30 VDC, 0.2 A^*4				30 VDC, 0.2 A^*9
	Leakage current (when output is OFF)		―	100 µA or less
	Residual voltage (at ON)			0.6 VDC or less
	ON resistance		50mΩ or less	―
	Minimum applicable load			―
	Common method		4 points/1 common (8 terminals)^*1	16 points/1 common (2 terminals)^5^6		32 points/1 common (2 terminals)^5^8		16 points/1 common (16 terminals)^5^6
	Response time	OFF to ON	10 ms or less	100 µs or less (with a load of 1 mA or more)
		ON to OFF		200 µs or less (with a load of 1 mA or more)
	Relay life		Electrical : 100,000 cycles or more (20 cycles/minute) Mechanical : 20,000,000 cycles or more	―
	Relay replacement		Not possible
Internal current consumption			70 mA or less	30 mA or less		50 mA or less		30 mA or less
Weight			Approx. 130 g	Approx. 100 g		Approx. 110 g		Approx. 120 g
^1 The KV-NC8ER has four C0s and four C1s, and each set of C0s and C1s is shorted internally.(The sets of C0s and C1s are independent.) ^2 If even a single overcurrent is detected, the protection operation (output turned OFF) and automatic recovery are repeated for all outputs within the shared common (The outputs within the shared common that are protected when an overcurrent is detected are outputs 000 to 007 or 008 to 015 for the KV-NC16ET(P) and KV-NC16ET(P)E.), until the cause of the problem is removed. ^3 Sink output types use MOSFET (N-ch) output. Source output types use MOSFET (P-ch) output. ^4 The rated load of each common terminal is 1.6. ^5 The KV-NC16ET(P), KV-NC16ET(P)E, and KV-NC32ET(P) COM terminals are shorted internally. ^6 The outputs within the shared common that are protected when an overcurrent is detected are outputs 000to 007 or 008 to 015 for the KV-NC16ET(P) and KV-NC16ET(P)E. ^7 If even a single overcurrent is detected, the protection operation (output turned OFF) and automatic recovery are repeated for all outputs within the shared common (The outputs within the shared common that are protected when an overcurrent is detected are outputs 000 to 015 or 100 to 115 for the KV-NC32ET(P).), until the cause of the problem is removed. ^8 For KV-NC32ET(P), the outputs within the shared common that are protected when overcurrents are detected, are outputs 000 to 015, or outputs 100 to 115. ^*9 The rated load of each common terminal is 3.2.

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Connector type: A/D & D/A conversion unit

Model			KV-NC4AD	KV-NC2DA
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Conversion speed			80 µs/channel^*1	80µs/CH
Conversion			A/D conversion	D/A conversion
Points			4 (single end)	2
Range/resolution	Voltage	-10 V to +10 V	1/8000 2.5mV
		0 to 10 V	1/4000 2.5mV
		0 to 5 V	1/4000 1.25mV
		1 to 5 V	1/3200 1.25mV
	Current	0 to 20 mA	1/4000 5µA
		4 to 20 mA	1/3200 5µA
Conversion precision	Voltage	Without temperature compensation	±0.3% of F.S. (at 25°C ±5°C) ±0.5% of F.S. (at 0 to 55°C)
		With temperature compensation	±0.3% of F.S. (at 0 to 55°C)	±0.3% of F.S. (at 25°C ±5°C) ±0.5% of F.S. (at 0 to 55°C)
	Current	Without temperature compensation	±0.4% of F.S. (at 25°C ±5°C) ±0.6% of F.S. (at 0 to 55°C)
		With temperature compensation	±0.4% of F.S. (at 0 to 55°C)
Input resistance	Voltage		5MΩ	―
	Current		250Ω
Absolute maximum input	Voltage		±15V
	Current		±30mA
Isolation method	Between analogue input		Isolated (photocoupler, transformer)
	Between analogue input channels		Non-isolated
Minimum load resistance	Voltage		―	1kΩ
Maximum load resistance	Current			600Ω
Special functions			Input range switching, temperature fluctuation compensation enabling/disabling, channel skip, scaling, special data offset, peak-/bottom-hold, zero clip, zero shift, comparator, averaging (time-specified, count-specified, moving average), disconnection detection	Output range switching, output data offset, scaling, error hold, upper/lower limit alarm, output limit, channel skip, output in PROG mode
^*1 When the temperature fluctuation compensation is used, the temperature fluctuation compensation time of 80 µs will be added regardless of the number of channels being used.

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Connector type: Temperature input unit

Model			KV-NC4TP
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Temperature input unit	Number of inputs		4^*1
	Input		Thermocouple, Platinum resistance thermometer
	Input range	Thermocouple	K : -270.0 to 1372.0˚C J : -210.0 to 1200.0˚C T : -270.0 to 400.0˚C E : -270.0 to 1000.0˚C N : -270.0 to 1300.0˚C R : -50.0 to 1768.0˚C S : -50.0 to 1768.0˚C B : 0.0 to 1820.0˚C WRe5-26 : 0.0 to 2315.0˚C
		Platinum resistance thermometer	Pt100 : -200.0 to 850.0˚C JPt100 : -200.0 to 600.0˚C
	Overall accuracy	Thermocouple	±0.2% of F.S. (at 25°C ±5°C) ±0.4% of F.S. (at 0 to 55°C)
		Platinum resistance thermometer
	Allowable wiring resistance	Platinum resistance thermometer	100 Ω max./wire (no variation allowed among three wires)
	Conversion speed		125ms/ch
	Isolation method		Between input terminals and base unit : Photocoupler/semiconductor relay/transformer isolation Between channels : (When resistance thermometer is not used) : Semiconductor relay isolation : When resistance thermometer is used : No isolation
	Special functions		Channel skip, disconnection detection, averaging (time average, count average, moving average), special data offset, peak-/bottom-hold, alarm function, abnormal input setting function
Internal current consumption			40mA or less
Weight			Approx. 110 g
^*1 Individual setting is possible for each channel.

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Specs Programmable Logic Controller KV Nano series

Terminal block type: Expansion input unit

Terminal block type: Expansion output unit

Terminal block type: Expansion I/O unit

Terminal block type: Analogue I/O unit

Connector type: Expansion input unit

Connector type: Expansion ounput unit

Connector type: A/D & D/A conversion unit

Connector type: Temperature input unit