Sanken samco-i User Manual

IHF 75K~250K IPF 75K~315K

S A N K E N

SANKEN

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常重要，务请严格遵守。

⒉变频器及电机的接地端子( M C C B

CHARGE XP

60 Hz

1.	.................................				1
2. ..................					3
3.	.........................................				5
4.	.........................................				6
5.	...................................				12
6.	.......................................				15
7.	...................................				22
8.	...................................				56
9.	.............................				59
10.		................................			60
11.		..................................			61
12.		..................................			63

1.

1 1

■ ●

● ● ● ●

● ●

●1 0 0 0 m ●

■

■

■

12

■

■ OFF()

■

■ (U VW )

■

■ (X P)

-1-

1 3

■

■

■

■ (

■

■

■

■

■

1 4

■ (

■ O F F ()CHARGE X PDC 30 V

-2-

2.

2 1

(1)

1 /

IHF

IPF

7 5 k W

IHF-75K

IPF-75K

9 0 k W

IHF-90K

IPF-90K

1

1 1 0 k W

IHF-110K

IPF-110K

1 3 2 k W

IHF-132K

IPF-132K

( 2

1 6 0 k W

IHF-160K

IPF-160K

2 0 0 k W

IPF-200K

2 2 0 k W

IHF-220K

IPF-220K

2 5 0 k W

IHF-250K

3 1 5 k W

IPF-315K

-3-

2 2

3. 要因素

6.10 3 P 60

O N OFF

-4-

3.

■

3 1

(1

(2

3 2
	IHF-75K 110K	M 1 0	IPF-75K 132K	M 1 0
(1	IHF-132K/160K	M 1 2	IPF-160K/200K/220K	M 1 2
	IHF-220K/250K	M 1 6	IPF-315K	M 1 6

(2

(3

(4 40

(5 IP-20

40 50

2

-5-

4.

■

4-1

■

C H A R G E

( )(R S T)MC( )MCCB() ( )

3 380 460V

50/60Hz

■

3

-6 -

2

IHF

	M C C B
		mm 2
	(A)			P P 1
IHF-75K	1 7 5	60 (22)	60(22)	100(38)		1 0 0
IHF-90K	2 0 0	60 (32)	60(32)	100(60)	M 1 0	1 5 0
IHF-110K	2 5 0	100 (60)	100 (60)	150(60)									M4	5.5			M3	1.25
IHF-132K	3 0 0	150 (60)	150 (60)	150(100)		3 2 5
IHF-160K	3 5 0	150 (100)	150 (100)	200(100)	M 1 6
IHF-220K	5 0 0	250 (150)	250 (150)	325(200)
IHF-250K	6 0 0	325 (150)	325 (150)	150×2(200)

IPF

	M C C B
		m m 2
	(A)			P P 1
IPF-75K	1 7 5	60(22)	60(22)	100(38)			1 0 0
IPF-90K	2 0 0	60(32)	60(32)	100(60)	M 1 0
IPF-110K	2 5 0	100(60)	100(60)	150(60)
							1 5 0
IPF-132K	3 0 0	150(60)	150(60)	150(100)									M4	5.5			M3	1.25
IPF-160K	3 5 0	150(100)	150(100)	200(100)			3 2 5
IPF-200K	4 5 0	250(150)	250(150)	325(200)	M 1 6
IPF-220K	5 0 0	250(150)	250(150)	325(200)
IPF-315K	7 0 0	200 × 2(200)	200 × 2(200)	250 × 2(325)

1 600V IV( )600V2

3

( 2 ) ( R S T )

( 3 ) ( U V W )

(4) 2

(5) 10 10

(6)P,P1 2

( 7 ) 200V

(8)

(9)()

-7-

4-2

(1)

4

			3
R, S, T
U, V, W
P, P1			P - P 1
R1, T1
P, X			P X

-8-

(2)

5

■ 5K Ω0.3W Cd002=3

■A C M

D R V

6

E S ■

→ C d 0 7 0 = 1

■

→ C d 0 7 0 = 2

7 ES

■ C D 0 7 0

-9 -

		4
	D C M 1
	D C M 2			F R E S
	F R			F R - D C M 1 2
	R R			R R - D C M 1 2
	2 D F	2		2 D F - D C M 1 2 2
				C d 0 6 6		2DF3DF DCM1
						2 4
	3 D F	3		3 D F - D C M 1 2 3
				( Cd067 1
				IRF )
	J O G			J O G - D C M 1 2 C d 0 6 8
				2 D F 3 D F 5 8
	A D 2	2		A D 2 - D C M 1 2 2
				C d 0 0 2		AD2AD3 DCM1
						2 4
	A D 3	3		A D 3 - D C M 1 2 3
				C d 0 0 2
				Cd069
	R / M			R / M - D C M 1 2
				F R R R
	E S
				E S - D C M 12
				C d 0 7 0
	A C M			V VRF IRF
	V			5 ΚΩ	0.3W
	V R F			10V
				DC0 10V
				Cd055
				C d 0 0 2 = 2 3 5 6 ΚΩ
				Cd002 0 5V
	IRF			DC4 20mA 20mA
				Cd055
				C d 0 0 2 = 4 5 2 4 0 ΚΩ

-1 0-

			O C M		D R A O L W F R Q
			D R V		L H
					( 2 4 V 5 0 m A ) 6 - 6
					Cd062
			U P F		L
					24V	50mA Cd063
					Cd056
			OLW		C d 0 4 8 L
					24V 50mA C d 0 6 4
					80% 95
			FRQ		D C 1 m A C d 0 5 9 1 m A
					Cd060	Cd065
					Cd143
			A O U T		0 1 0 V 1 m A
					C d 1 4 4 0 20
			F A
			F B
			F C		F A - F C F B - F C
					F A - F C F B - F C
					AC250V	0.3A

·

·FR RR Cd001=2

·V R F I R F C d 0 0 2 = 2 5 ·JOG 2 D F 3DF J O G

-11 -

5.

5 1

-12-

5 2

·

·

·

·

· 7

\

·

·

·

·

·

·

·

·

·7

-13-

5 3

■

	5	7

■

		6	7
			7
	H z
	A	“0 ”
	r/min
		×C d 0 5 8		× C d 0 5 8
PID	M p a	PID		PID

PID M p a Hz A r / m i n

IWS

■

7

-14-

6.

■

6 1

■

1 U.V.W

2

3

4

6 2

■Cd0011

5 Hz

				7
				7
				7

-15-

6 3

P 2 4 2 97 1 P 2 2

6 3 1

1

■

■

5 Hz→50 Hz

						0,1,2,3,4,5,6,7,8,9,0
						9,8,7,6,5,4,3,2,1,0,9

■

■ 2

-16-

2
	■
	■
5 Hz→50 Hz

6 3 2

1 / Cd001 2 P30

2 4 20 mA 0 1 0 V Cd002 2 5

P 3 0

3 5 P9

1 FR R R

2 Cd071

· Cd071=1 V/f

O H z

·Cd071=2 “”

-17-

6 3 3 JOG

1 J O G - D C M 1 2 JOG C d 0 8 8 = 1

2 J O G C d 0 0 1 = 2 FR RR D C M	1 2
J O G

3 Cd028 Cd027

4 JOG JOG JOG JOG J O G - D C M 1 2 J O G O F F

5 JOG Cd009 2Cd009=1

6 3 4

1 8 C d 0 0 1 = 2 C d 0 6 9 = 2

8

2 C d 0 4 6 0

3 R/M

③

-18-