Danfoss FC 360 Programming guide [zh]

ENGINEERING TOMORROW

VLT® AutomationDrive FC 360

vlt-drives.danfoss.com

1			3
1.1			3
1.2			4
1.3	-		7
2			10
2.1			10
2.2			10
2.3			10
3			12
3.1			12
3.2			19
4			22
4.1	0-**		22
4.2	1-**		33
4.3	2-**		45
4.4	3-** /		48
4.5	4-** /		54
4.6	5-** /		58
4.7	6-** /		69
4.8	7-**		72
4.9	8-**		77
4.10		9-** PROFIdrive	83
4.11		12-**	90
4.12		13-**	93
4.13		14-**	100
4.14		15-**	107
4.15		16-**	109
4.16		17-**	113
4.17		18-** 2	114
4.18		21-**	115
4.19		22-**	117
4.20		30-**	119
4.21		32-** MCO	119
4.22		33-** MCO	120
4.23		34-** MCO	121
4.24		37-**	123

MG06C841

Danfoss A/S © 12/2018

1

VLT® AutomationDrive FC 360

5			128
	5.1		128
	5.2		131
6			149
	6.1		149
			157

2

Danfoss A/S © 12/2018

MG06C841

1	1	1

1.1

1.1.1

VLT® AutomationDrive FC 360

VLT®

1.1.2

•VLT® AutomationDrive FC 360

•VLT® AutomationDriveFC 360

Danfoss www.danfoss.com/ fc360

1.1.3

1.1

MG06C8			1.8x
1.1

°C
°F
AC
AEO
ACP
AWG
AMA
DC
EEPROM
EMC
EMI
ESD
ETR
fM,N
FC
IGBT
IP
ILIM
IINV
IM,N
IVLT,MAX
IVLT,N
Ld		d
Lq		q
LCP
MCP
N.A.
NEMA
PM,N
PCB
PE
PELV
PWM
Rs
RPM
RFI
SCR
SMPS
TLIM
UM,N
Xh
1.2

MG06C841

Danfoss A/S © 12/2018

3

VLT® AutomationDrive FC 360

1 1 1.1.4

1.2

1.2.1

IVLT,MAX

IVLT,N

nM,N

ns

ns = 2 × 1 23 × 60 s

1 39

nslip

PM,N

kW hp

TM,N

UM

UM,N

UVLT,MAX

1.2.2

LCP

1 2

1
			[OFF]
2
			[Hand On]
1.3

Torque

Pull-out

RPM

1.1

<![if ! IE]>

<![endif]>175ZA078.10

1.2.3

0 RPM

fJOG

fM

fMAX

fMIN

fM,N

IM

IM,N

ηVLT

-- 11.3

停止命令属于第11.3

1.2.4

传输到模拟输入端53 54

4

Danfoss A/S © 12/2018

MG06C841

-100% +100%

84

29 33

RefMAX

100% 10 V 20 mA 3-03

RefMIN

0% 0 V 0 mA 4 mA 3-02

1.2.5

模拟输入有两种类型

•0–20 mA 4–20 mA

•: 0–10 V DC

0-20 mA 4-20 mA

(AMA)

AMA

动斩波器可确保将该功率传输到制动电阻器。

CT

2 24 V 40 mA

ETR

作用是估计电机温度。

FC

FC MC RS485

8-30

14-22 2

定期工作。

LCP		1	1
LCP
LCP
3 9.8

GLCP

(LCP 102) GLCP

NLCP

(LCP 21)NLCP

(lsb)

(msb)

MCM

Mille Circular Mil1 MCM = 0.5067 mm2

/ [OK]

PID

PID

PCD

(LCP)

I1 IRMS

	= 3		x U x I		cos	ϕ1
			3	1
				x U x IRMS

VLT® AutomationDriveFC 360 cosϕ1 = 1

= I1 xI cosϕ1 = I I1

RMS RMS

IRMS

IRMS = I21 + I25 + I27 + .. + I2n

电源施加的负载降到最低程度。

/

RCD

MG06C841

Danfoss A/S © 12/2018

5

VLT® AutomationDrive FC 360

1 1

2 21

SFAVM

(SLC)

SLC “ ” 13-**

STW

THD

编程自动复位来取消。请勿因个人安全而使用跳闸。

VT

VVC+

/ (VVC+)

60° AVM

60°

6

Danfoss A/S © 12/2018

MG06C841

1.3	-			1	1
1.3.1

	RFI		3)
3 phase	91	(L1)					(U) 96
	92	(L2)					(V) 97
power
	93	(L3)					(W) 98
input
	95	PE					(PE) 99
								Motor
			Switch mode				(-UDC) 88
			power supply			1)
			10 V DC		24 V DC		(+UDC) 89	Brake
			15 mA		100 mA			resistor
	50	(+10 V OUT)	+ -	+	-
+10 V DC							(BR) 81 5)

0-10 V DC	53	(A IN)
0/4-20 mA
0-10 V DC	54	(A IN)
0/4-20 mA
	55	(COM A IN/OUT)					Relay 1
								03
								02	250 V AC, 3 A
Analog	42 (A OUT)
output								01
0/4-20 mA
	45 (A OUT)
	12	(+24 V OUT)					Relay 2	2)
				P 5-00				06	250 V AC, 3 A
				24 V (NPN)				05
	18	(D IN)
				0 V (PNP)
				24 V (NPN)				04
	19	(D IN)
				0 V (PNP)
	20	(COM D IN)			4)
				24 V (NPN)			ON=Terminated
	27	(D IN/OUT)			<![if ! IE]> <![endif]>2 1	<![if ! IE]> <![endif]>ON
			24 V	0 V (PNP)			OFF=Open
						5V

	0 V
29	(D IN/OUT)
	24 V
	0 V

31 (D IN)

32 (D IN)

33 (D IN)

24 V (NPN)
0 V (PNP)		S801	0V
	RS485	(N RS485)	69	RS485
	Interface
24 V (NPN)		(P RS485)	68
0 V (PNP)	0 V	(COM RS485) 61
24 V (NPN)
0 V (PNP)				(PNP) = Source
24 V (NPN)				(NPN) = Sink
0 V (PNP)

<![if ! IE]>

<![endif]>130BC438.19

1.2

A = D =

1)J1–J5

2)J1-J3 2 J4-J7 2 3 J4-J7 2 4 5 6/ 1 J1-J5 J6-J7

3)J1–J5 J6–J7

4)S801 RS485 68 69

5)J6–J7 BR

MG06C841

Danfoss A/S © 12/2018

7

VLT® AutomationDrive FC 360

1 1 50/60 Hz100 nF

20 55

<![if ! IE]> <![endif]>+24VDC			PNP (Source)							<![if ! IE]> <![endif]>VDC0	<![if ! IE]> <![endif]>130BD367.11
			Digital input wir ing
12	13	18		19	27		29	32	33	55

“

”

<![if ! IE]>

<![endif]>130BA681.10

1.5 /

1.3 PNP

<![if ! IE]> <![endif]>+24VDC					NPN (Sink)													<![if ! IE]> <![endif]>0VDC
					Digital input wir ing
12	18		19			27			29			31		32		33		55

1.4 NPN

<![if ! IE]>

<![endif]>130BD368.11

1.3.2 /

18 = 5-10 18 [8]27 = 5-12 27 [0]

	<![if ! IE]> <![endif]>+24V P 5-10 [8] P 5-12 [0]	<![if ! IE]> <![endif]>130BD369.11
	12 18 19 27 29 31 32 33 20

Start/Stop

Speed

Start [18]

1.6 /

/

8

Danfoss A/S © 12/2018

MG06C841

1.3.3 /										FC			<![if ! IE]> <![endif]>130BF821.10		1	1
										+24 V	12
18	= 5-10		18			[9]				D IN	18
										D IN	19
27=	5-12		27 [6]							D IN	27
										D IN	29
										D IN	31
	<![if ! IE]> <![endif]>V+24		<![if ! IE]> <![endif]>10-5P[9]		<![if ! IE]> <![endif]>12-5P[6]				<![if ! IE]> <![endif]>130BD370.11	D IN	32
										D IN	33
	12	13	18	19	27	29	32	33		+10 V	50
										A IN	53
										A IN	54
										COM	55
										A OUT	42
		Latched start			Stop inverse				1.8 /
	Speed
									1.3.5
										1 = [1]		53
Latched start (18)										53 =		0
										53 =		10
Stop inverse (27)										53 / =				0
										53 / =				50
1.7 /										6-19	Terminal 53 mode		=	[1]
1.3.4 /													<![if ! IE]> <![endif]>V/30+10 mA		<![if ! IE]> <![endif]>130BF873.10
29/32 = /										Speed			50 53		54 55
										P 6-15
18		= 5-10				18		[8]
27 5-12							27
[19]
29		= 5-13				29		[21]			Ref. voltage
											P 6-11 10V
32		5-14				32		[22]				1 kΩ
									1.9

MG06C841

Danfoss A/S © 12/2018

9

VLT® AutomationDrive FC 360

2

2 2

2.1

还用于防范不安全的行为。

外部开关、串行总线命令、从LCP

•LCP [Off/Reset] /

• 连接并组装完毕。

2.2

运输、存放、安装、操作和维护。仅允许具备资质的人员 安装和操作本设备。

备资质的人员还必须熟悉本文档中所述的说明和安全措 施。

2.3

则可能导致死亡或严重伤害。

•UPS

• 表2.1

	[V]	[kW (hp)]
	380–480	0.37–7.5	kW	4
		(0.5–10	hp)
	380–480	11–75 kW		15
		(15–100	hp)

2.1

3.5 mA

10

Danfoss A/S © 12/2018

MG06C841

	2 2

•

•

•

• 固定。

2000 6562Danfoss PELV

IT IT

MG06C841

Danfoss A/S © 12/2018

11

VLT® AutomationDrive FC 360

3

3.1

3	3	VLT® AutomationDrive FC 360
		(NLCP) LCP 21 (GLCP) LCP 102
		LCP 21 LCP 102

PC RS485 MCT 10130B1000Danfoss drives.danfoss.com/downloads/pctools/#/.

3.1.1

LCP 21 4

C.(LED)

D.(LED)

	1					<![if ! IE]> <![endif]>130BC506.10
						3
	A	Setup 1
						5
2
4	B		Status	Quick	Main	10
				Menu	Menu
		Menu
9
	C		Back			11
		On		OK
6
						12
		Warn
7		Alarm
8		Hand		O	Auto	10
	D
		On		Reset	On
	13			14		15
3.1 LCP 21

A.

LCD 1LCP

1
	12
2
3
4
5	LCP

3.1 3.1 A

Setup 12					AHP	<![if ! IE]> <![endif]>130BD135.10
					VkW
					srpm
		n1	n2	n3	Hz%
INDEX	p5	p4		p2
		p3			p1

3.2

[Menu]

C.(LED)

6							24	V
7
8
3.2 3.1 (LED)
9	[Back]
		[▲]	[▼]
10						/
11		[OK]
12		[►]
3.3 3.1

12

Danfoss A/S © 12/2018

MG06C841

D. (LED)

13		•
14	/
15		•
3.4 3.1 D

[Off/Reset] /

•2.1

3.1.2 NLCP

[►] 4[►]3.3 [▲] [▼] [►]

Setup 1

<![if ! IE]> <![endif]>130BC440.10

[►] [►]0-03

[0] 1-00 [0]

3.1.3 NLCP	3	3

1.[Menu]

2.[▲] [▼] QM1 1 QM2 2 [OK]

3.[▲] [▼]

4.[OK]

5.[▲] [▼]

6.[OK]

7.[Back]

QM2 QM3

[Menu]

Setup 1

Setup 1

Setup 1

Setup 1

3.3

MG06C841

Danfoss A/S © 12/2018

13

<![if ! IE]>

<![endif]>14

<![if ! IE]>

<![endif]>12/2018 © A/S Danfoss

<![if ! IE]>

<![endif]>MG06C841

<![if ! IE]>

<![endif]>3 3

QM 1

QM 2

Basic motor set-up

Adv. motor set-up

Encoder set-up

Language

0-01 [0]

t

[0]

BMS

AMS

ES

Mo or Type

1-10

X

X

X

X

[0]

PM motor

Asynchronous motor

a

Motor current

t

1-00

1-30

XXX

St tor

5-70 XXX

X1-24

XXX A

1X-20

XXX kW

Mo or p wer

mode

[1]

X

Resistance (Rs)

t

v

Mo or

t

1-25 XXX RPM

1-22

XXX V

Motor control

1-39

XXX

Motor poles

nominal

1-01

5-71 [0]

Mo or oltage

speed

X

X

c

principle

r

[0]

Motor cont.

t

Motor thermal

1-26

XXX

1-23

XXX Hz

Mo or f equen y

1-90 [0]

rated torque

X

X

Motor type

1-10

protection

[0]

a

PM motor

Asynchronous motor

St tor

1-30

XXX

1-24

XXX A

Motor current

Resistance (Rs)

X

X

2-10

Brake function

X

X

o

X

a

1-39

XXX

t

Motor

1-24

XXX A

1-20

XXX kW

t

Motor poles

1-25

Mo or

Mo or p wer

4-16

XXX %

P

X

XXX RPM nominal

current

X

X

Torque limit motor mode

speed

t

X

v

Back EMF

t

1-40

XXX

Mo or

1-25

XXX RPM

1-22

XXX V

t

nominal

1000 R M

X

Mo or oltage

4-17

XXX %

Torque limit generator mode

speed

X

X

c

1-37

XXX

r

X

d-axis

t

Motor cont.

1-26

XXX

1-23

XXX Hz

inductance (Ld)

rated torque

Mo or f equen y

4-18

XXX %

X

X

Current limit

X

a

tor

St

1-30

XXX

1-24

XXX A

Motor current

3-02

XXX Hz

Minimum reference

Resistance (Rs)

X

X

X

a

t

1-39

XXX

Motor poles

1-25

Mo or

3-03

XXX Hz

Maximum reference

P

X

XXX RPM nominal

speed

X

Back EMF

t

1-40

XXX

1000 R M

3-41

XXX S

Ramp 1 ramp-up time

X

X

1-37

XXX

d-axis

3-42

XXX S

Ramp 1 ramp-down time

inductance (Ld)

5-12 [2]

X

Terminal 27 digital input

[1]

	4-19		XXX Hz		Maximum output frequency
		X
1-29	AMA
		4-14	XXX Hz		Motor speed high limit [Hz]

Changes made

QM 3

QM 4

QM 5

Alarm log

TBD

L10C

SFS

Last 10 changes	Since factory setting
Terminal 32/33
pulses per revolution
Terminal 32/33
encoder direction

<![if ! IE]>

<![endif]>130BC445.13

3.4

<![if ! IE]>

<![endif]>360 FC AutomationDrive ®VLT

3.1.4 NLCP

[Menu]

[▲] [▼]

<![if ! IE]>

<![endif]>130BA466.10

3.5

NLCP 8

•16-02 %.

•16-09 .

•16-10 [kW].

•16-13 .

•16-14 .

•16-16 (Nm).

•16-30 .

•16-52 [ ].

[Hand On] NLCP6

•16-09 .

•16-10 [kW].

•16-13 .

•16-14 .

•16-16 (Nm).

•16-30 .

3.1.5 NLCP

1.[MENU]

2.[▲] [▼]:

3.[OK]

4.[▲] [▼]:

5.[OK]

6.[►] [▲] [▼] /

7.[OK]

8. [Back] 3 3[Menu]

3.6 3.7 3.8 3.5

3.6 3.7

		Setup 1	12		<![if ! IE]> <![endif]>130BC446.10
OK	1			11	Back
		Setup 1
2 x			10
	2
+ OK		Setup 1
OK	3
		Setup 1
	4
		Setup 1
	5
		Setup 1
	6				9
					OK
		Setup 1
					Back
	7
		Setup 1

8

Setup 1

3.6 —

MG06C841

Danfoss A/S © 12/2018

15

VLT® AutomationDrive FC 360

					1	[OK]
					2	[▼]
					3	[OK]
					4	[►]:
					5	[►]:
	3		3
					6	[►]:
					7	[▼]:
					8	[▲]:
					9	[Back] 2
						[OK] 2
					10	[▲][▼]:
					11	[Back]
					12	[▲][▼]:

3.5

LCP 21 4 9999 LCP 21

Setup 1	7	<![if ! IE]> <![endif]>130BC447.11

OK	1	6		Back
	Setup 1
		5
OK	2	4	Back	OK
	Setup 1
		3

3.7 —

1	[OK]
2	[OK]
3	[▲][▼]:
4	[Back] [OK]
	2
5	[▲][▼]:
6	[Back]
7	[▲][▼]:

3.6

Setup 1

5 x

OK 1

Setup 1

INDEX

OK 2

Setup 1

INDEX

	10		<![if ! IE]> <![endif]>130BC448.10
		9	Back
%	8
%	7		Back

Setup 1	OK
%	6
INDEX	Back
OK 4

Setup 1
%	5
INDEX

3.8 —

1	[OK]
2	[OK]
3	[▲][▼]:
4	[OK]
5	[▲][▼]:
6	[Back]
	[OK]
7	[Back]
8	[▲][▼]:
9	[Back]
10	[▲][▼]:

3.7

16

Danfoss A/S © 12/2018

MG06C841

3.1.6								B.
LCP 102				LCP
21 LCP 102
									Status
								6				3	3
GLCP 3.9
									Quick Menu
								7
	A.
	B.							8	Main Menu
	C. (LED)
									Alarm Log
	D.							9		10
							<![if ! IE]> <![endif]>130BD598.10
1		Status			1(1)	3		3.9 3.9
		799 RPM	7.83 A		36.4 kW
2	A		0.000			5		C. (LED)
			53.2 %
4		Auto Remote Ramping
6						9
			Quick	Main	Alarm				Back
	B	Status						10
			Menu	Menu	Log
								11	Cancel
7
						8
		Back			Cancel				Info
						11		12
10	C
						12		13
	On		OK		Info
								14	OK
15	Warn.
16	Alarm					13		3.10 3.9
17
	D	Hand		Auto	Reset
			O
		On		On
						14
								15	On
	18		19	20	21
3.9	(GLCP)								Warn
								16
A.								17	Alarm
								3.11 3.9 (LED)

LCPQ3-13

1	0-20	[1602]	[%]
2	0-21	[1614]
3	0-22	[1610]	[kW]
4	0-23	[1613]
5	0-24	[1502]

3.8 3.9

MG06C841

Danfoss A/S © 12/2018

17

VLT® AutomationDrive FC 360

				D.
				LCP
3		3			Hand On	•
				18
				19	Off
					Auto On
				20		•
				21	Reset
				3.12 3.9

[Status] [▲]/[▼]

3.1.8 GLCP

GLCP 132B0281) LCP 102 3.10

<![if ! IE]>

<![endif]>130BD532.10

3.1.7 GLCP

快捷菜单

1.LCP [Quick Menu] [Main Menu]

2.[▲] [▼] [OK]

3.[▲] [▼] [OK]

4.[▲] [▼]

5.[◄] [►]

6.[OK]

7.[Back][Main Menu]

Q5 -

•“Empty”

3.10 GLCP

3.1.9 LCP /

4

•LCP

•LCP

•LCP

/

1.GLCP [Off]NLCP [Off Reset]

2.[Main Menu] 0-50 LCP[OK]

3.[1] LCP

LCP [2] LCP

LCP [3]LCP

18

Danfoss A/S © 12/2018

MG06C841

4.[OK]

5.[Hand On] [Auto On]

3.1.10 LCP

LCP

14-22 1-06

0-03

•14-22

14-22

1.14-22 [OK]

2.[2] [OK]

5.80

6.[Reset]

2.GLCP [Status][Main Menu] [OK]NLCP [Menu] [OK]5

•0-03

•1-06

•15-00

•15-03

•15-04

•15-05

•15-30

3.2

3.2.1

	3	3

1.1-20 .

2.1-22 .

3.1-23 .

4.1-24 .

5.1-25 .

VVC+

6.1-30 (Rs).

7.1-31 (Rr).

8.1-33 (X1).

9.1-35 (Xh).

1-29 (AMA) [1]AMA AMA

VVC+

VVC+ AMA

3.2.2 VVC+

1.1-10

1a [1] PM, SPM

1b [3] PM, salient IPM (PM IPM)

2.1-00 [0]

1-2* 1-3*

I 1-4* II

1.1-24 .

2.1-26 .

3.1-25 .

4.1-39 .

MG06C841

Danfoss A/S © 12/2018

19

VLT® AutomationDrive FC 360

5.1-40 1000 RPM EMF. 1-46

6.1-42 Motor Cable Length.

1-29 (AMA) [1]

AMA AMA

AMA

3 3

1.1-30 (Rs).

(Rs)2

值也将被考虑在内。将测得值除以2

2.1-37 d (Ld).

D 22

3.1-38 q (Lq).

1-10 [3] PM

IPM .2 2

4.1-44 d-axis Inductance Sat. (LdSat).

1-10 [3] PM

IPM .

D

1-37 d (Ld) .100% D

1-70[1]

2-06 2-07

VVC+ PM 3.13

		• 5	10
ILoad1)/IMotor2)	<5	1-17
		• 1-14
		• 1-66
		(<100%)
50>ILoad/IMotor >5
		1-14
ILoad/IMotor >	50	1-15
		1-16
		1-17
<30%		1-66
		>100%

3.13

1)ILoad =

2)IMotor =

1-14

5.1-45 q-axis Inductance Sat. (LqSat).

1-10 [3] PMIPM .

Q

1-38 q (Lq) .100% Q

1.(100–200 RPM)

2.1-70

1-66 100%

3.2.3 (AMA)

AMAVVC+

•AMA PM

•6.1.3 /

20

Danfoss A/S © 12/2018

MG06C841

AMA LCP
1.	AMA 12
	27
2.
3.	1-**	3 3
4.	[OK]

5.1-2*

6.IM PM 1-39

7.PM 1-40 1000 RPM EMF

8.1-42 Motor Cable Length

9.1-29 (AMA)

10.[OK]

11.[1] AMA

12.[OK]

13.[Hand On] AMA

AMA 3 10

AMA

MG06C841

Danfoss A/S © 12/2018

21

VLT® AutomationDrive FC 360

4

4.1 0-**

LCP LCP

4 4 4.1.1 0-0*

0-01
:						:
[0] *
[10]
[28]
0-03
:				:
[0]				1-20
				[kW] [kW]
				1-23
				50 Hz
[1]				1-20
				[kW] HP
				1-23
				60 Hz
0-04
:				:
[0]				/
				[HAND ON/OFF]
				/
[1] *				[Hand
				On]
[2]		,
		= 0		0
0-06	GridType
:				:
				/

0-06	GridType
:				:
				IT
[10]		380-440V/
		50Hz/IT-grid
[11]		380-440V/
		50Hz/Delta
[12]		380-440V/
		50Hz
[20]		440-480V/
		50Hz/IT-grid
[21]		440-480V/
		50Hz/Delta
[22]		440-480V/
		50Hz
[110]		380-440V/
		60Hz/IT-grid
[111]		380-440V/
		60Hz/Delta
[112]		380-440V/
		60Hz
[120]		440-480V/
		60Hz/IT-grid
[121]		440-480V/
		60Hz/Delta
[122]		440-480V/
		60Hz
0-07 Auto DC Braking
:				:
				IT
				[1]
[0]
[1] *
4.1.2 0-1*

2 2

22

Danfoss A/S © 12/2018

MG06C841

11 22 OEM/

0-10 LCP[9] 0-120-110-51

0-10
:			:
			0-51 1
				0-12
			5
			“ ”
[1] *		1	1
[2]		2	2
[9]
			0-12

0-11
:			:
			LCP
[1]		1	[1] 1 [2] 2
[2]		2
[9] *

0-12

:

:

“

”

4

4

[0]

[20]

*

0-14

/

:

:

0*

0-11

[-2147483647

A

-

F

2147483647

]

LCP FC

USB HPFB1-5

0-16

Application

Selection

:

:

[0]

*

None

[1]

Simple

Process

Close

Loop

[2]

Local/Remote

[3]

Speed

Open

Loop

[4]

Simple

Speed

Close

Loop

[5]

Multi

Speed

[6]

OGD

LA10

[7]

OGD

V210

[8]

Hoist

[9]

Hoist

Speed

Close

Loop

4.1.3 0-2* LCP

GLCP

16-17 [RPM] 0-2* LCP

MG06C841

Danfoss A/S © 12/2018

23

VLT® AutomationDrive FC 360

0-20 1.1( )

1

				:		:
				[0]
				[37]	1
				[38]	2
				[39]	3
4		4		[748]	PCD Feed
					Forward
				[953]	Profibus
				[1501]
				[1502]
				[1600]
				[1601]	[
					]
				[1602] *	%
				[1603]	[
					]
				[1605]
					[%]
				[1609]
				[1610]	[kW]
				[1611]	[hp]
				[1612]
				[1613]
				[1614]
				[1615]	[%]
				[1616]	(Nm)
				[1617]	[RPM]
				[1618]
				[1622]	[%]
				[1630]
				[1633]	/2
				[1634]
				[1635]
				[1636]
				[1637]
				[1638]
				[1639]
				[1650]
				[1652]	[ ]
				[1653]
				[1657]	Feedback
					[RPM]
				[1660]
				[1661]	53
				[1662]
					53

0-20 1.1( )

1

:					:
[1663]	54
[1664]
	54
[1665]
	42	[mA]
[1666]
[1667]	29
[1668]	33
[1669]	27
[1670]	29
[1671]
	[ ]
[1672]	A
[1673]	B
[1679]	Analog
	output		45
	[mA]
[1680]	1
[1682]	A
[1684]
[1685]	FC 1
[1686]	FC A
[1690]
[1691]	2
[1692]
[1693]	2
[1694]
[1695]	2
[1697]	Alarm		Word 3
[1890]	PID
[1891]	PID
[1892]	PID
[1893]	PID
[2117]	1
	[ ]
[2118]	1
	[ ]
[2119]	1
	[%]
[3401]	PCD	1
	MCO
[3402]	PCD	2
	MCO
[3403]	PCD	3
	MCO

24

Danfoss A/S © 12/2018

MG06C841

0-20 1.1( )

1

:				:
[3404]	PCD	4
	MCO
[3405]	PCD	5
	MCO
[3406]	PCD	6
	MCO
[3407]	PCD	7
	MCO
[3408]	PCD	8
	MCO
[3409]	PCD	9
	MCO
[3410]	PCD	10
	MCO
[3421]	PCD	1	MCO
[3422]	PCD	2	MCO
[3423]	PCD	3	MCO
[3424]	PCD	4	MCO
[3425]	PCD	5	MCO
[3426]	PCD	6	MCO
[3427]	PCD	7	MCO
[3428]	PCD	8	MCO
[3429]	PCD	9	MCO
[3430]	PCD	10
	MCO
[3450]
[3456]

0-21 1.2( )

1

: :

[37]1

[38]2

[39]3

[748]PCD Feed Forward

[953]Profibus

[1501]
[1502]
[1600]

0-21	1.2( )
1
:			:
[1601]		[
		]
[1602]		%
[1603]		[
		]			4		4
[1605]
		[%]
[1609]
[1610]		[kW]
[1611]		[hp]
[1612]
[1613]
[1614]	*
[1615]		[%]
[1616]		(Nm)
[1617]		[RPM]
[1618]
[1622]		[%]
[1630]
[1633]		/2
[1634]
[1635]
[1636]
[1637]
[1638]
[1639]
[1650]
[1652]		[ ]
[1653]
[1657]		Feedback
		[RPM]
[1660]
[1661]		53
[1662]
		53
[1663]		54
[1664]
		54
[1665]
		42 [mA]
[1666]
[1667]		29
[1668]		33
[1669]		27
[1670]		29

MG06C841

Danfoss A/S © 12/2018

25

VLT® AutomationDrive FC 360

0-21 1.2( )

1

				:					:
				[1671]
					[ ]
				[1672]	A
				[1673]	B
4		4		[1679]	Analog
					output		45
					[mA]
				[1680]	1
				[1682]	A
				[1684]
				[1685]	FC 1
				[1686]	FC A
				[1690]
				[1691]	2
				[1692]
				[1693]	2
				[1694]
				[1695]	2
				[1697]	Alarm		Word 3
				[1890]	PID
				[1891]	PID
				[1892]	PID
				[1893]	PID
				[2117]	1
					[ ]
				[2118]	1
					[ ]
				[2119]	1
					[%]
				[3401]	PCD	1
					MCO
				[3402]	PCD	2
					MCO
				[3403]	PCD	3
					MCO
				[3404]	PCD	4
					MCO
				[3405]	PCD	5
					MCO
				[3406]	PCD	6
					MCO
				[3407]	PCD	7
					MCO
				[3408]	PCD	8
					MCO
				[3409]	PCD	9
					MCO

0-21 1.2( )

1

:				:
[3410]	PCD	10
	MCO
[3421]	PCD	1	MCO
[3422]	PCD	2	MCO
[3423]	PCD	3	MCO
[3424]	PCD	4	MCO
[3425]	PCD	5	MCO
[3426]	PCD	6	MCO
[3427]	PCD	7	MCO
[3428]	PCD	8	MCO
[3429]	PCD	9	MCO
[3430]	PCD	10
	MCO
[3450]
[3456]

0-22 1.3( )

1

: :

[37]1

[38]2

[39]3

[748]PCD Feed Forward

[953]Profibus

[1501]
[1502]
[1600]
[1601]	[
	]
[1602]	%
[1603]	[
	]
[1605]
	[%]
[1609]
[1610] *	[kW]
[1611]	[hp]
[1612]
[1613]
[1614]

26

Danfoss A/S © 12/2018

MG06C841

0-22 1.3( )

1

:		:
[1615]	[%]
[1616]	(Nm)
[1617]	[RPM]
[1618]
[1622]	[%]
[1630]
[1633]	/2
[1634]
[1635]
[1636]
[1637]
[1638]
[1639]
[1650]
[1652]	[ ]
[1653]
[1657]	Feedback
	[RPM]
[1660]
[1661]	53
[1662]
	53
[1663]	54
[1664]
	54
[1665]
	42 [mA]
[1666]
[1667]	29
[1668]	33
[1669]	27
[1670]	29
[1671]
	[ ]
[1672]	A
[1673]	B
[1679]	Analog
	output 45
	[mA]
[1680]	1
[1682]	A
[1684]
[1685]	FC 1
[1686]	FC A

0-22	1.3( )
1
:						:
[1690]
[1691]		2
[1692]
[1693]		2
[1694]								4		4
[1695]		2
[1697]		Alarm		Word 3
[1890]		PID
[1891]		PID
[1892]		PID
[1893]		PID
[2117]		1
		[ ]
[2118]		1
		[ ]
[2119]		1
		[%]
[3401]		PCD	1
		MCO
[3402]		PCD	2
		MCO
[3403]		PCD	3
		MCO
[3404]		PCD	4
		MCO
[3405]		PCD	5
		MCO
[3406]		PCD	6
		MCO
[3407]		PCD	7
		MCO
[3408]		PCD	8
		MCO
[3409]		PCD	9
		MCO
[3410]		PCD	10
		MCO
[3421]		PCD	1	MCO
[3422]		PCD	2	MCO
[3423]		PCD	3	MCO
[3424]		PCD	4	MCO
[3425]		PCD	5	MCO

MG06C841

Danfoss A/S © 12/2018

27

VLT® AutomationDrive FC 360

0-22 1.3( )

1

				:				:
				[3426]	PCD	6	MCO
				[3427]	PCD	7	MCO
4		4		[3428]	PCD	8	MCO
				[3429]	PCD	9	MCO
				[3430]	PCD	10
					MCO
				[3450]
				[3456]

0-23 2( )

2

: :

[37]1

[38]2

[39]3

[748]PCD Feed Forward

[953]Profibus

[1501]
[1502]
[1600]
[1601]	[
	]
[1602]	%
[1603]	[
	]
[1605]
	[%]
[1609]
[1610]	[kW]
[1611]	[hp]
[1612]
[1613] *
[1614]
[1615]	[%]
[1616]	(Nm)
[1617]	[RPM]
[1618]
[1622]	[%]
[1630]
[1633]	/2
[1634]
[1635]
[1636]

0-23 2( )

2

:			:
[1637]
[1638]
[1639]
[1650]
[1652]	[ ]
[1653]
[1657]	Feedback
	[RPM]
[1660]
[1661]	53
[1662]
	53
[1663]	54
[1664]
	54
[1665]
	42 [mA]
[1666]
[1667]	29
[1668]	33
[1669]	27
[1670]	29
[1671]
	[ ]
[1672]	A
[1673]	B
[1679]	Analog
	output 45
	[mA]
[1680]	1
[1682]	A
[1684]
[1685]	FC 1
[1686]	FC A
[1690]
[1691]	2
[1692]
[1693]	2
[1694]
[1695]	2
[1697]	Alarm Word 3
[1890]	PID
[1891]	PID

28

Danfoss A/S © 12/2018

MG06C841