Danfoss VACON NXL Application guide [zh]

VACON®NXL

vacon • 1

Vacon ( ALFIFF20) 3.45

1.		..................................................................................................................	2
2.	I/O.............................................................................................................		3
3.	............................................................................................................		4
	3.1	M1 ............................................................................	4
	3.2	P2P2.1 .................................................................	5
	3.3	P2P2.2 .................................................................	8
	3.4	P2P2.3 ...............................................................	10
	3.5	P2P2.4 ..........................................................	12
	3.6	P2P2.5 ................................................................	12
	3.7	P2P2.6 ..........................................................	13
	3.8	P2P2.7 .....................................................................	13
	3.9	P2P2.8 .......................................................	15
	3.10 PID P2P2.9 ......................................................		15
	3.11 P2P2.10 .................................................		16
	3.12 K3 .................................................................		17
	3.13 S6 ......................................................................		17
	3.14 E7 .........................................................................		17
4.	..........................................................................................................		18
	4.1	.....................................................................................................	18
	4.2	.....................................................................................................	22
	4.3	.....................................................................................................	26
	4.4	...............................................................................................	30
	4.5	.....................................................................................................	33
	4.6	...................................................................................................	34
	4.7	.........................................................................................................	36
	4.8	...........................................................................................	42
	4.9	PID ...........................................................................................	43
	4.10 ..............................................................................................		47
	4.11 ..............................................................................................		57
5.	.......................................................................		58

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2 • vacon

VACON NXL

Vacon NXL 1PIDPID

设置参数2.9.1 2 P2.10

PID PID 1 2 PID PID

·DIN2 DIN3 DIN4 DIE1 DIE2 DIE3

·/

·1 DIN4

2.2.6 AI1 1 DIN4 1-1

·I/O PID

·/

·2

·U/f U/f

	·		·
	·		·
	·	1	·
	·		·

·

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1	1
	1

I/O

vacon • 3

2.I/O

mA

	1	+10Vref
	2	AI1+
			0—10VDC			DIN4
	3	AI1-	I/O
	4	AI2+
	5	AI2-/GND	0—10VDC
			0(4)—20mA
	6	+24V				0.1A
	7	GND	I/O
	8	DIN1				=
	9	DIN2				=
	10	DIN3	1			=
	11	GND	I/O
	18	AO1+				0—20mA
	19	AO1-				RLmax500Ω
	A	RS485				/
	B	RS485				/
	30	+24V	24V
	21	RO1			1
	22	RO1
	23	RO1

1-1. I/O

	1	+10Vref
				MF2/MF3
	2	AI1+		/
		/DIN4	0—10VDC	MF4-MF6
				DIN4
	3	AI1-	I/O
	4	AI2+
		AI2-
	5		0—20mA
		/GND
	6	+24V
	7	GND	I/O

1-2. AI1 DIN4

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4 • vacon

4

== ==

= ==

ID = ID PC

=

3.1 M1

§7.4.1

				ID
V1.1			Hz	1
V1.2			Hz	25
V1.3			rpm	2
V1.4			A	3
V1.5			%	4	/
V1.6			%	5	/
V1.7			V	6
V1.8			V	7
V1.9			ºC	8
V1.10	1			13	AI1
V1.11	2			14	AI2
V1.12			mA	26	AO1
V1.13	1		mA	31
V1.14	2		mA	32
V1.15	DIN1 DIN2 DIN3			15
V1.16	DIE1 DIE2 DIE3			33	I/O
V1.17	RO1			34	1
V1.18	ROE1 ROE2 ROE3			35	I/O
V1.19	DOE1			36	I/O 1
V1.20	PID		%	20
V1.21	PID		%	21
V1.22	PID	3	%	22
V1.23	PID		%	23

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3	3
	3

																	vacon • 5
		V1.24				1 2 3						30
		V1.25										66		1=
														2= 3= 4=
		V1.26								%		9		1000			100.0% =
		1-3.
		3.2 P2P2.1
																ID
	P2.1.1						0.00	Par.		Hz		0.00				101
								2.1.2
	P2.1.2						Par.	320.00		Hz		50.00				102	fmax
							2.1.1
	P2.1.3					1	0.1	3000.0		s		1.0				103
	P2.1.4					1	0.1	3000.0		s		1.0				104
	P2.1.5						0.1xIL	1.5xIL		A		IL				107	MF3
																	Vacon
	P2.1.6						180	690		V		NXL2:230V				110
												NXL5:400V
	P2.1.7						30.00	320.00		Hz		50.00				111
	P2.1.8						300	20 000		rpm		1440				112	4
	P2.1.9						0.3xIL	1.5xIL		A		IL				113
	P2.1.10						0.30	1.00				0.85				120
	P2.1.11						0	1				0				505	0= 1=
	P2.1.12						0	1				0				506	0= 1=
	P2.1.13					U/f	0	1				0				109	0=
																	1=
	P2.1.14					I/O	0	5				0				117	0=AI1
																	1=AI2
																	2=
																	3=
																	4=
																	5=AI1/AI2
	P2.1.15					AI2	1	4				2				390	AI2
																	0%
																	100%
																	1=0mA–20mA
																	2=4mA–20mA
																	3=0V–10V

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	6 • vacon
										4=2V–10V
	P2.1.16			0	12		1		307	0=
										1= (0-fmax)
										2= (0-fmax)
										3= (0-NnMotor)
										4= (0-InMotor)
										5= (0-TnMotor)
										6= (0-PnMotor)
										7= (0-UnMotor)
										8=
										(0-1000V)
										9=PI
										10=PI 1
										11=PI
										12=PI
	P2.1.17		DIN2	0	10		1		319	0=
										1= DIN1=
										2= DIN1=
										3= DIN1=
										4= cc
										5= oc
										6=
										7= 2
										8= cc
										9= PID (
										)
										10= 1

3

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	3

										vacon • 7
	P2.1.18		DIN3	0	17		6		301	0=
										1=
										2= cc
										3= oc
										4=
										5=
										6= 1
										7= 2
										8=
										9= cc
										10= cc
										11= PID (
										)
										12=PID 2
										13= 2
										14=
										§6.2.4
										15=
										16= I/O
										17= I/O
										AI1/AI2
	P2.1.19		1	0.00	Par.	Hz	10.00		105
					2.1.2
	P2.1.20		2	0.00	Par.	Hz	50.00		106
					2.1.2
	P2.1.21			0	1		0		731	0= 1=
	P2.1.22			0	1		0		115	0=
										1= P2.1
										M1-H5

1-4. P2.1

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8 • vacon

3.3 P2P2.2

									ID
	P2.2.1		DIE1	0	13		7		368	0=
										1=
										2= cc
										3= oc
										4=
										5=
										6= 1
										7= 2
										8=
										9= cc
										10= cc
										11= PID PID
										12=PID 2
										13= 1
			DIE2	0	13		4			13= 2
	P2.2.2								330
										par.2.2.1
			DIE3	0	13		11			13= 3
	P2.2.3								369
										par.2.2.1

3

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	3

								vacon • 9
P2.2.4	DIN4	0	13		2		499	P2.2.6 = 0
	(AI1)							par.2.2.3
								10= AI1 (1=
								0= 1)
								11= AI2 (1=
P2.2.5	AI1	0			10		377	1= 2)
								20= AI1 (2=
								0= 1)
								21= AI2 (2=
								1= 2)
P2.2.6	AI1	1	4		3		379	0= 4 DIN4
								1=0–20mA MF4
								2=4–20mA MF4
								3=0–10V
								4=2–10V
								AI1
								0%
								100%
								§7.4.6
								AI1
P2.2.7	AI1	0.00	100.00	%	0.00		380
P2.2.8	AI1	0.00	100.00	%	100.00		381
P2.2.9	AI1	0	1		0		387	0= 1=
P2.2.10	AI1	0.00	10.00	s	0.10		378	0=
P2.2.11	AI2	0			11		388	par. 2.2.5
								AI2
								0%
								100%
P2.2.12	AI2	1	4		2		390
								1=0 20 mA
								2=4 20 mA
								3=0 10V
								4=2 10V
P2.2.13	AI2	0.00	100.00	%	0.00		391
P2.2.14	AI2	0.00	100.00	%	100.00		392
P2.2.15	AI2	0	1		0		398	0= 1=
P2.2.16	AI2	0.00	10.00	s	0.10		389	0=

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10 • vacon
								0=
P2.2.17		0	2		1		367	1=
								2=
								par. 2.1.1 par.
P2.2.18		0.00	P2.2.19		0.00		344
								2.1.2
								par. 2.1.1 par.
P2.2.19		P2.2.18	320.00		0.00		345
								2.1.2
								0=AI1
								1=AI2
P2.2.20		0	5		2		121	2=
								3=
								4=
								5=PID
P2.2.21		0	5		3		122
1-5. P2.2
3.4 P2P2.3
							ID
								0=
								1=
								2=
								3=
								4=
								5=
								6=
								7=
								8=
	1							9=
P2.3.1		0	20		3		313	10=
								11=At speed
								12=
								13= 1
								14= I/O
								15= /
		3						16=
								17= 1
								18= 2
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	3

								vacon • 11
								19= 3
								20=AI
P2.3.2		0	19		2		314	2.3.1
	1
P2.3.3		0	19		3		317	2.3.1
	2
P2.3.4		0	19		1		312	2.3.1
	1
P2.3.5		0	12		1		307	2.1.16
P2.3.6		0.00	10.00	s	1.00		308	0=
P2.3.7		0	1		0		309	0= 1=
P2.3.8		0	1		0		310	0=0mA 1=4mA
P2.3.9		10	1000	%	100		311
P2.3.10		0	12		0		472	2.1.16
	1
P2.3.11		0	12		0		479	2.1.16
	2
	1							0=
P2.3.12		0	2		0		315	1=
								2=
P2.3.13	1	0.00	Par.	Hz	0.00		316
			2.1.2
								0=
P2.3.14		0	2		0		356	1=AI1
								2=AI2
P2.3.15		0,00	100,00	%	10,00		357

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12 • vacon
	P2.3.16			0,00	100,00	%	90,00		358
	P2.3.17		1	0,00	320,00	s	0,00		487	RO1
	P2.3.18		1	0,00	320,00	s	0,00		488	RO1
1-6. P2.3
3.5 P2P2.4
									ID
			1							0=
	P2.4.1			0.0	10.0	s	0.0		500	>0=S
										0=
				0	3		0			1=
	P2.4.2								504
										3=
	P2.4.3			0.15In	1.5In	A			507
	P2.4.4			0.00	600.00	s	0.00		508	0=
	P2.4.5			0.10	10.00	Hz	1.50		515
	P2.4.6			0.00	600.00	s	0.00		516	0=
	P2.4.7			0	1		0		520	0= 1=
	P2.4.8			0.0		A	0.0		519

1-7. P2.4

3.6 P2P2.5

								ID
P2.5.1	1	0.0		Par.	Hz	0.0		509	0=
				2.5.2
P2.5.2	1	0.0		Par.	Hz	0.0		510	0=
				2.1.2
P2.5.3	/	0.1	3	10.0		1.0		518

1-8. P2.5

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	3

vacon • 13

3.7 P2P2.6

										ID
					0	1		0			0=
	P2.6.1									600
											1=
											0=
											1=
	P2.6.2		U/f		0	3		0		108	2=
											3=
	P2.6.3				30.00	320.00	Hz	50.00		602
	P2.6.4				10.00	200.00	%	100.00		603	n% x Unmot
			U/f		0.00	par.	Hz	50.00
	P2.6.5									604
						P2.6.3
			U/f								n% x Unmot
	P2.6.6				0.00	100.00	%	100.00		605
											=par.2.6.4
					0.00	40.00	%	0.00
	P2.6.7									606	n% x Unmot
	P2.6.8				1.0	16.0	kHz	6.0		601
	P2.6.9				0	1		1		607	0=
											1=
	P2.6.10				0	1		1		608	0=
											1=
	P2.6.11				0	1		0		631	0=
											1=ID
1-9. P2.6

3.8 P2P2.7

							ID
								0=
								1=
P2.7.1	4mA	0	3		0		700	2=
								2.1.12
								3=
P2.7.2		0	3		2		701	0=
								1=

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14 • vacon
P2.7.3		1	3		2				727		2=
											2.1.12
P2.7.4		0	3		2				702
P2.7.5		0	3		2				703		3=
P2.7.6		0	3		2				704
P2.7.7		-100.0	+100.0	%	0.0				705
P2.7.8	0	0.0	150.0	%	40.0				706
P2.7.9		1	200	min	45				707
P2.7.10		0	100	%	100				708
P2.7.11		0	3		1				709		2.7.1
P2.7.12		0.1	2Inmot	A	1.3Inmot				710
P2.7.13		1.00	120.00	s	15.00				711
P2.7.14		1.0	P2.1.2	Hz	25.0				712
P2.7.15		0	3		0				713		2.7.1
P2.7.16		10.0	150.0	%	50.0				714
P2.7.17	0	5.0	150.0	%	10.0				715
P2.7.18		2.00	600.00	s	20.00				716
P2.7.19		0	3		0				732		2.7.1
P2.7.20		0	3		2				733		2.7.1
P2.7.21		0	3		2				734		2.7.1
											0=
											1=
											2=
P2.7.22		0	4		0			735			3=
											4=
P2.7.23		0.0	100.0	%	10.0			736
P2.7.24		0.0	3600	s	5			737
		3
1-10. P2.7

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3	3
	3

vacon • 15

3.9 P2P2.8

							ID
P2.8.1		0.10	10.00	s	0.50		717
P2.8.2		0.00	60.00	s	30.00		718
								0=
P2.8.3		0	2		0		719	1=
								2= 2.4.6
1-11. P2.8

3.10 PID P2P2.9

							ID
								0=
P2.9.1	PID	0	1		0		163	1=PID
								2=
								2.10
								0=AI1
								1=AI2
P2.9.2	PID	0	3		2		332	2= PID
								1
								3=
								IN1
								0=AI1
								1=AI2
								2= (
								IN2)
P2.9.3		0	6		1		334	3=
								4=
								5=
								6=
								7=AI1-AI2
P2.9.4	PID	0.0	1000.0	%	100.0		118
P2.9.5	PID	0.00	320.00	s	10.00		119
P2.9.6	PID	0.00	10.00	s	0.00		132
P2.9.7	1	–1000.0	1000.0	%	0.00		336	0=
P2.9.8	1	–1000.0	1000.0	%	100.0		337	100=
P2.9.9		0	1		0		340

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16 • vacon
P2.9.10		Par.	Par.	Hz	10.00		1016
		2.1.1	2.1.2
P2.9.11		0	3600	s	30		1017
P2.9.12		0.00	100.00	%	25.00		1018
								0=
								Par.2.9.12
								1=
P2.9.13		0	3		0		1019	Par.2.9.12
								2=
								PID
								3=
								PID
1-12. PID P2.9

3.11 P2P2.10

! 2.9.1 2

							ID
P2.10.1		0	3		1		1001
P2.10.2		0.0	300.0	S	4.0		1010
P2.10.3		0.0	300.0	S	2.0		1011
								0=
								1=
								2=
P2.10.4		0	4		0		1027
								3=
								( )
								4=
								(
								)
								0.0=
P2.10.5		0.0	3000.0	H	48.0		1029	40s

3

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3	3
	3

							vacon • 17
P2.10.6		0	3		1		1030
P2.10.7		0.00	2.1.2	Hz	25.00		1031
P2.10.8	1	Par.	320.00	Hz	51.00		1002
		2.10.9
P2.10.9	1	Par.	Par.	Hz	10.00		1003
		2.1.1	2.10.8

1-13. P2.10

3.12 K3

								ID
									0=I/0
P3.1			1	3		1		125	1=
									2=
R3.2			Par.2.1.1	Par.2.1.2	Hz
P3.3			0	1		0		123	0=
									1=
									0=
R3.4			0	1		1		114
									1=
R3.5	PID		0.00	100.00	%	0.00
R3.6	PID 2		0.00	100.00	%	0.00
1-14. M3

3.13 S6

/ §7.4.6

3.14 E7

E7 §7.4.7

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