Danfoss H1 060, H1 080, H1 110, H1 160, H1 210 User guide [zh]

H1

060/080/110/160/210/250

powersolutions.danfoss.cn

H1 060/080/110/160/210/250

	2018	2		1107
	2017	12	PWM	1106
	2017	11		1105
	2017	4		1104
	2016	12	KHKH	1103
	2016	8	DIN	1102
	2016	7		1101
	2008-2016		Various updates, new sizes, Converted to Danfoss, DITA CMS.	0201 - 1001
	2008	5		0101

2 | © Danfoss | 2018 2

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H1 060/080/110/160/210/250
H1
H1 .............................................................................................................................................................................	6
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H1 ..................................................................................................................................................................................	8
H1 ........................................................................................................................................................................	9
H1 ................................................................................................................................................................................	10
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H1B ......................................................................................................................................	13
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4.5 –8 V ........................................................................................................................................	23
7 –32 V .........................................................................................................................................	23
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H1 060/080/110/160/210/250
...........................................................................................................................................................................................	38
PCOR...................................................................................................................................................................................................	38
PCOR................................................................................................................................................................	38
PCOR................................................................................................................................................................	38
PCOR......................................................................................................................................................	38
...........................................................................................................................................................................................	39
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PCOR................................................................................................................................................................	39
PCOR.....................................................................................................................................................................	39
(BPD).....................................................................................................................................................................	40
BPD......................................................................................................................................................................................	40
...........................................................................................................................................................................	40
BPD......................................................................................................................................................................................	40
H1B ..................................................................................................................................................................................	41
...................................................................................................................................................................	42
L1BA L2BA ........................................................................................................................................................................	43
D1MA D2MA PCOR..............................................................................................................................................	45
D1M1 D2M2 PCOR BPD......................................................................................................................	47
M1CA M2CA .....................................................................................................................................................................	49
K1KA K2KA PCOR.................................................................................................................................................	51
K1K1 K2K2 PCOR BPD.........................................................................................................................	53
E1AA E2AA .......................................................................................................................................................................	55
F1EA F2EA ........................................................................................................................................................................	56
T1DA T2DA PCOR.................................................................................................................................................	57
T1DA T2DA PCOR BPD........................................................................................................................	59
T1G1 T2G2 PCOR BPD.........................................................................................................................	61
P1DA P2DA PCOR.....................................................................................................................................................	63
P1D1 P2D2 PCOR BPD........................................................................................................................	65
P1G1 P2G2 PCOR BPD.........................................................................................................................	67
LHBA .........................................................................................................................................................................................	69
MHCA .......................................................................................................................................................................................	71
DHMA PCOR................................................................................................................................................................	73
DHMH PCOR BPD.................................................................................................................................................	75
KHKA PCOR..................................................................................................................................................................	77
KHKH PCOR BPD...................................................................................................................................................	79
HEHE .........................................................................................................................................................................................	81
HFHF .........................................................................................................................................................................................	82
THHA PCOR..................................................................................................................................................................	83
THHB PCOR BPD.........................................................................................................................................	84
............................................................................................................................	85
BPD
TADA ........................................................................................................................................................................................	86
TAD1 TAD2 .......................................................................................................................................................................	87
TAG1 TAG2 .......................................................................................................................................................................	89
SAE – L* ( )......................................................................................................................................	90
SAE –M * ( )....................................................................................................................................	92
SAE –T* D* P* D* ( , PCOR, BPD).............................................................................	94
SAE ISO 11 926-1................................................................................................................................	96
SAE ISO 3019/1...................................................................................................................................	97
4 | © Danfoss | 2018 2	BC00000043zh-CN1107

H1 060/080/110/160/210/250
O- ............................................................................................................................................................................	99
DIN –L* ( ).....................................................................................................................................	100
DIN –M* ( )...................................................................................................................................	102
DIN –T* D* P* D* ( , PCOR, BPD)..........................................................................	104
DIN ISO 11 926-1..............................................................................................................................	106
DIN ISO 3019/2...........................................................................................................................................	107
..................................................................................................................................................................................................	109
–L* ( )...............................................................................................................................	110
–M* ( )..............................................................................................................................	112
–T* D* P* D* ( , PCOR, BPD)....................................................................	114
ISO 11 926-1........................................................................................................................	116
..........................................................................................................................................................................	117
H1B ........................................................................................................................................	120
–H1B
L1BA L2BA ....................................................................................................................................	121
D*MA ( )..........................................................................................................................................................	122
D*M* ( )...........................................................................................................................................................	123
M1CA M2CA ................................................................................................................................	125
K*KA .....................................................................................................................................................	126
K1K1 K2K2 PCOR BPD ...............................................................................................	127
E1AA E2AA ........................................................................................................................................	128
F1EA F2EA ...............................................................................................................................	129
T1DA, T2DA P1DA, P2DA PCOR PPCOR .........................................	130
T1D1, T2D2 P1D1, P2D2 PCOR BPD PPCOR BPD ................	131
LHBA ....................................................................................................................................................	133
MHCA ..................................................................................................................................................	134
DHMA ..................................................................................................................................................	135
DHMH ..................................................................................................................................................	136
HEHE ....................................................................................................................................................	138
HFHF ....................................................................................................................................................	139
THHA ....................................................................................................................................................	140
THHB ....................................................................................................................................................	141
TADA ....................................................................................................................................................	143
TAD1 TAD2 ..................................................................................................................................	144

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H1 060/080/110/160/210/250

H1

H1

	H1
		1
	5	2
		3

4

6

7

10

9

8

P005 917

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H1 060/080/110/160/210/250

H1

H1

		7
	6	1
		2
		3
5		4

9

8

P005 918

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H1 060/080/110/160/210/250

H1

H1

H1 /5:1

0° 32°

•0

SAE 210 cm3 250 cm3 DIN 250 cm3

权伺服控制油。可选择失效功能防止马达工作于泵工况时车辆在减速/

•“J” “S”

•“J” “S”

PLUS+1™

H1

51

•060 cm3 080 cm3 110 cm3 160 cm3 210 cm3 250 cm3

8 | © Danfoss | 2018 2

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H1 060/080/110/160/210/250

H1

H1

14

15

2

3

12

11 17

9	7	5

13

	6
	18
	16
4	10
8	1
7	5

P003 423

AB

1.		10.
2.		11.
3.	(EDC)	12.
4.		13.
5.	/	14.
6.		15.
7.		16.
8.		17.
9.		18.

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H1 060/080/110/160/210/250

H1

H1

H1 EDC H1

M14	M6	1	2
			R1
		<![if ! IE]> <![endif]>R2
C2	C1
			M3 L1	L2 MA	L2		MA	N
F00B	F00A			A	A
								n
M5
	CW				max.	min.
								L1
M4				B	B
		S L3	L4	MB	M4	M5	MB
			max. 3 bar
			[43.5 psi]
							P003 424

(EDC) H1 (L*) H1

10 | © Danfoss | 2018 2

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H1 060/080/110/160/210/250

	ISO
	SAE O

			060	080	110		160	210	250
			60	80	110		160	210	250
		cm3	[3.66]	[4.88]	[6.71]		[9.76]	[12.81]	[15.25]
		[in3]	12	16	22		32	42	50
			[0.73]	[0.98]	[1.34]		[1.95]	[2.56]	[3.05]
			216	256	319		416	504	550
		l/min	[57]	[68]	[84]		[110]	[133]	[145]
		[US gal/min]	270	328	407		528	630	700
			[71]	[87]	[108]		[139]	[166]	[185]
		N•m/bar	0.96	1.27	1.75		2.55	3.34	3.98
		[lb•in/1000 psi]	[583]	[777]	[1069]		[1555]	[2038]	[2426]
(∆p		kW	266	321	396		513	609	684
= 450 bar [6527 psi])		[hp]	[357]	[430]	[531]		[689]	[817]	[917]
		kg•m2	0.0038	0.0062	0.0108		0.0211	0.0306	0.0402
		[slug•ft2]	[0.0028]	[0.0046]	[0.0080]		[0.0156]	[0.0226]	[0.0296]
		l	0.9 [0.24]	1.0 [0.26]	1.4 [0.37]		2.7 [0.71]	2.8 [0.74]	4.1 [1.08]
		[US gal]

	060	080	110		160	210	250
SAE	29.8 kg [65.7 lb]	34.8 kg [76.7 lb]	48.8 kg [107.6 lb]		61.9 kg [136.5 lb]	81.0 kg [179 lb]	87.0 kg [196.2 lb]
DIN	28.3 kg [62.4 lb]	34.4 kg [75.8 lb]	45.0 kg [99.2 lb]		59.3 kg [130.7 lb]	75.0 kg [165 lb]	–
	26.9 kg [59.3 lb]	33.0 kg [72.6 lb]	41.8 kg [92.2 lb]		54.7 kg [120.6 lb]	–	–

	060	080	110		160	210		250
SAE ISO 3019/1	127-4 (SAE C) 4-		152-4 (SAE-D) 4-				165-4 (SAE E)
DIN ISO 3019/2, B4	125 HL 4-	140 HL 4-	160 HL 4-		180 HL 4-	200 HL 4-		–
	Ø160 mm	Ø190 mm	Ø200 mm
	2- 200mm	2- 224mm	2- 250mm M20			–		–
	M16	M20

© Danfoss | 2018 2

BC00000043zh-CN1107 | 11

H1 060/080/110/160/210/250

	060	080	110		160		210	250
40 MPa 1)	DN19 1	DN25 1	DN25 1		DN32 1		DN32 1	DN32 1
2)O	0.875 [7∕8]–14UN-2B		1.0625	[11∕16]–12UN-2B			1.313 [15∕16]–12UN-2B]
2)	0.875 [7∕8]–14UN-2B			1.0625 [11∕16]–12UN-2B
2)			0.5625 [9∕16]–18UNF-2B

1)ISO 6162

2)SAE O-

			060	080	110		160	210	250
	32°		3600	3200	2900		2600	2350	2200
	6°		5900	5300	4800		4250	3850	3650
	0°	min-1	6600	5950	5350		4750	4300	4050
	32°	(rpm)	4500	4100	3700		3300	3000	2800
	6°		7250	6600	5950		5250	4800	4500
	0°		7950	7200	6500		5750	5250	4900

		450 bar [6527 psi]
		480 bar [6962 psi]
	1)	2)
		3 bar [44 psi]
		5 bar [73 psi]
		0.3 bar [4 psi]
3)		70 °C [158 °F]
		-40 °C [-40 °F]

2)14

12 | © Danfoss | 2018 2

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H1 060/080/110/160/210/250
H1B
(rpm) (%)
8000						8000
7000				H1B 060		7000					H1B 080
6000						6000
5000						5000
4000						4000
3000						3000
2000						2000
1000						1000
0						0	0%	20%	40%	60%	80%	100%
0%	20%	40%	60%	80%	100%
					P003 557							P003 509
7000						7000
6000				H1B 110		6000					H1B 160
5000						5000
4000						4000
3000						3000
2000						2000
1000						1000
00%						0
	20%	40%	60%	80%	100%	0%		20%	40%	60%	80%	100%
					P003 511							P301 307
6000						6000
5000				H1B 210		5000					H1B 250
4000						4000
3000						3000
2000						2000
1000						1000
0						0	0%	20%	40%	60%	80%	100%
0%	20%	40%	60%	80%	100%
					P006 001							P301 457

W

0–20%

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H1 060/080/110/160/210/250
(rpm) (bar) (%)
9000						8000
8000				H1B 060		7000				H1B 080
7000						6000
6000						5000
5000					30bar	4000					30bar
4000
					20bar						20bar
						3000
3000					15bar						15bar
2000					10bar	2000					10bar
											5bar
1000					5bar	1000
					2bar						2bar
0 0%	20%	40%	60%	80%	100%	0 0%	20%	40%	60%	80%	100%
					P006 010						P006 011
(rpm) (bar) (%)
7000						7000
6000				H1B 110		6000				H1B 160
5000						5000
4000					30bar	4000
3000					20bar	3000					30bar
											20bar
					15bar
											15bar
2000					10bar	2000
											10bar
1000					5bar	1000					5bar
					2bar
											2bar
0 0%	20%	40%	60%	80%	100%	0 0%	20%	40%	60%	80%	100%
					P006 012						P006 013
(rpm) (bar) (%)
6000						6000
5000				H1B 210		5000				H1B 250
4000						4000
3000					30bar	3000					30bar
					20bar						20bar
2000					15bar	2000
											15bar
					10bar
											10bar
1000					5bar	1000					5bar
					2bar						2bar
0 0%	20%	40%	60%	80%	100%	0 0%	20%	40%	60%	80%	100%
					P006 014						P006 015

0 0 bar

佛斯动力系统代表。

14 | © Danfoss | 2018 2

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H1 060/080/110/160/210/250
(rpm) (bar) (%)
9000							8000
8000					H1B 060		7000					H1B 080
7000							6000
6000							5000
5000							4000
4000						4 bar							4 bar
							3000
3000
						3 bar							3 bar
2000							2000
						2 bar							2 bar
							1000
1000
0	0%	20%	40%	60%	80%	100%	0	0%	20%	40%	60%	80%	100%
						P006 016						P006 017
(rpm) (bar) (%)
7000							7000
6000					H1B 110		6000					H1B 160
5000							5000
4000							4000
3000						4 bar	3000						4 bar
2000						3 bar	2000						3 bar
1000						2 bar	1000						2 bar
0	0%	20%	40%	60%	80%	100%	0	0%	20%	40%	60%	80%	100%
						P006 018							P006 019
(rpm) (bar) (%)
6000							6000
5000					H1B 210		5000					H1B 250
4000							4000
3000							3000
						4 bar							4 bar
2000						3 bar	2000						3 bar
1000						2 bar	1000						2 bar
0 0%		20%	40%	60%	80%	100%	0	0%	20%	40%	60%	80%	100%
						P006 020							P006 021

/0 0 bar

佛斯动力系统代表。

© Danfoss | 2018 2

BC00000043zh-CN1107 | 15

H1 060/080/110/160/210/250
(rpm) (bar) (%)
8000						8000
7000				H1B 060		7000					H1B 080
6000						6000
5000						5000
					30 bar	4000						30 bar
4000					25 bar
					20 bar							25 bar
3000					15 bar	3000						20 bar
												15 bar
					10 bar
2000						2000						10 bar
1000						1000
0 0%	20%	40%	60%	80%	100%	0	0%	20%	40%	60%	80%	100%
				P006 022								P006 023
7000						7000
6000				H1B 110		6000					H1B 160
5000						5000
4000					30 bar	4000
												30 bar
3000					25 bar	3000
					20 bar							25 bar
					15 bar							20 bar
						2000						15 bar
2000					10 bar
												10 bar
1000						1000
0 0%	20%	40%	60%	80%	100%	0 0%		20%	40%	60%	80%	100%
					P006 024							P006 025
6000						6000
5000				H1B 210		5000					H1B 250
4000						4000
3000					30 bar	3000						30 bar
					25 bar
												25 bar
					20 bar
2000						2000						20 bar
					15 bar
												15 bar
					10 bar
												10 bar
1000						1000
00%	20%	40%	60%	80%	100%	00%		20%	40%	60%	80%	100%
					P006 026							P006 027

/

200 350 bar 200 250 bar 50%

气穴。

16 | © Danfoss | 2018 2

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H1 060/080/110/160/210/250

H1 (OC)

洗实现。

A B

MA MB

14

/ PVG

路系统高压变换伺服活塞的马达控制器。这可以在任何工况下确保正常运行。

/ 3D

				7 [49]
			mm2/s
				12-80 [66-366]
			[SUS]
				1600 [7416]
				-40 [-40]
			°C
	1)2)			104 [220]
			[°F]
				115 [240]
		ISO 4406	-	22/18/13
		Efficiency (charge pressure filtration)	β-ratio	β15-20 = 75 (β10 ≥ 10)
		Efficiency (suction / return line filtration)		β35-45 = 75 (β10 ≥ 2)
		Recommended inlet screen mesh size	µm	100 –125

2)t<3 min, p<50 bar, n<1000 rpm

© Danfoss | 2018 2

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H1 060/080/110/160/210/250

Qe =				Vg • n
				1000 •		v
Me =				Vg • p •				mh
				20 •
Pe =				Me • n		=			Qe • p • t
				9550				600
n =				Qe • 1000 • v
				Vg

Qe	(l/min)
Me	(N•m)
Pe	(kW)
n	(min-1)
Vg	(cm3/rev)
phigh	(bar)
plow	(bar)
∆p	(bar)
ηv
ηmh
ηt	(ηv • ηmh)

Qe	=			Vg • n
				231 •	v
Me	=			Vg •	p • mh
				2 •
Pe =				Vg • n • p • t
				396 000
n =				Qe • 231 • v
					Vg
Qe				[US gal/min]
Me				[lb•in]
Pe				[hp]
n				[rpm]
Vg				[in3/rev]
phigh				[psi]
plow				[psi]
∆p				[psi]
ηv
ηmh
ηt				(ηv • ηmh)

18 | © Danfoss | 2018 2

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H1 060/080/110/160/210/250

L1 L2 D1 D2 LH DH
	A=
	B=

CCW CW

B A

	P006030
M1 M2 K1 K2 KH MH
	A=
	B=

CCW CW

A B

	P006031
E1 E2 F1 F2 P1 P2 T1 T2 TA TH HE HF
	A=
	B=

CCW CW

A B

P006032

1) 1 12 VDC 2 24 VDC

© Danfoss | 2018 2

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H1 060/080/110/160/210/250

A B

A

A

B

LFRV

W

B	L2
	A

LFRV

P006033

A

B

B

P003 437

20 | © Danfoss | 2018 2

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H1 060/080/110/160/210/250

H1B

16 bar [232 psi]
							L2
						A
	P003 491
						B
							P003 487
40 bar	5	10	15	20	30	40
							50
30 bar
20 bar
<![if ! IE]> <![endif]>Y
10 bar
0	10		20	X 30	40	50	60
							P006 034

X(l/min)

Y(bar)

H1

© Danfoss | 2018 2

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H1 060/080/110/160/210/250

进行校准或调节。

11046759

	-40 °C	104 °C

115°C = t < 1min 2 %

IP	IP 67
IEC 60529 DIN 40050	IP 69k
EMC	EN 61000-6-3
EMC (EMI)	100 V/m 1 kHz AM 80 %; ISO 11452-5 -2
ESD	EN 61000-4-2
	15 kV
	8 kV
	30 G (294 m/s2)
	50 G (490 m/s2)
	5 bar [72.5 psi]

DEUTSCH DTM06-6S

11033865	11033863
DEUTSCH DTM06-6S-E004; (24-20 AWG)	DEUTSCH DTM06-6S (24-20 AWG) 0,21
0,21 -0,52 mm²	-0,52 mm²

4.5 8 VDC 7 32 VDC

	149055		11102032
	4.5 –8 V		7 –32 V
	90°
			–
			–

4.5 –8 V 23 7 –32 V

23

22 | © Danfoss | 2018 2

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H1 060/080/110/160/210/250

4.5 –8 V

6-

4 5 6

3 2 1

1.2

3.1

P006035

	4.5 VDC	5 VDC	8 VDC
	–	–	30 VDC	9 V
	–	–	25 mA
	–	–	50 mA
	NPN PNP
	-40°C = 2.318V	–	100°C = 0.675V
	5 %	8.5 %	12 %
				> 0 V
	88 %	91.5 %	95 %
	1 Hz	–	10 000 Hz
	149055

7 –32 V

7 –32 VDC

6-

4 5 6

3 2 1

P006035

1.NC

2.NC

3.1

6.NC

		7 VDC	32 VDC
		–	36 VDC	36 VDC
				-36 VDC
		–	30 mA
		–	50 mA
		NPN		2k7
		2 %	8 %	24 VDC
		55 %	85 %

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H1 060/080/110/160/210/250

( )

1 Hz

10 000 Hz

11102032

SAE DIN

SAE DIN

P003489

P003450

H1B	060	080	110	160	210	250
	71	78	86	95	104	108

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可以稳定工作在15–34 rpm, ± 5 %

动能力和动态刹车能力。在任何工作条件下请勿超过该最高转速限定值。

H1B 1310 2% 310 bar

压的Tier 4

W

器完全制动。

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H1 060/080/110/160/210/250

工况下的平均加权压力。

30 bar [435 psi]

壳体压力。据此选择合适的回油管路。

C

0.25 bar [3.6 psi]

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低于额定温度的条件下运行。

统温度应保持在高于液压油倾点16 °C [30 °F]

限制范围。

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H1 060/080/110/160/210/250

够保证液压油的清洁度达到ISO 4406 22/18/13 (SAE J1165)/

侵入率、系统内所产生的污染物数量、油液清洁度要求和所需维修间隔期等多种因素决定选用哪种 方法。根据过滤效率和纳污能力等性能参数选择合适的过滤器来满足上述要求。

β- (βX)β- β35-45 = 75 (β10 ≥ 2) β- β15-20 = 75 (β10 ≥ 10)

BC00000095

βx ISO 4572"x"

βx-

ISO 4406	22/18/13
βx	β15-20 = 75 (β10	≥ 10)
βx	β35-45 = 75 (β10	≥ 2)
	100 –125 µm

时增加油液除气。建议油箱的最小总容积为每分钟最大电荷泵流量的5∕8½ 30

油口管路。建议在油箱出油口上装一个100-125

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C

Fire resistant fluids are also suitable at modified operating conditions. For more information, see

Hydraulic Fluids and Lubricants, Technical Information BC00000093.

强烈建议在壳体泄露油液回流到油箱前通过热交换器输导壳体泄露油液。

样可以确保壳体一直都装满油。

外部负载会缩短马达轴承的使用寿命。影响寿命的其他因素包括油品类型与粘度。

外部负载对轴承寿命的影响。最优的马达安装方向应当综合考虑外力和马达内部旋转组件共同作用 于主轴的静载荷。

等类似润滑处理。

AI00000151

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H1 060/080/110/160/210/250

A Z B C D E F G H J K L M N P Q R

H1 B A A N N N N N

H1B

060	60 cm³ [3.66 in³]
080	80 cm³ [4.88 in³]
110	110 cm³ [6.71 in³]
160	160 cm³ [9.76 in³]
210	210 cm³ [12.81 in³]
250	250 cm³ [15.25 in³]

A –

A

Z –

A	O ISO 11926-1

B –

			PCOR
L1		12 V	—
L2		24 V	—	=
D1		12 V
D2		24 V
M1		12 V	—
M2		24 V	—	=
K1		12 V
K2		24 V
E1		12 V	—	=
E2		24 V	—
F1		12 V	—
F2		24 V	—	=
T1		12 V
T2		24 V
P1		12 V		=
P2		24 V		PCOR

= –=

DEUTSCH DT04–2P

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