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CDH2液压缸,CGH2液压缸,重型冶金液压缸

油缸类别：活塞式液压缸

油缸型号：CDH2MP5/80/56/500A1XB1CHDMWW

缸体材质：铸钢ZG230-450,合金钢18MnMoNb

油封品牌：派克油封,MARKER

安装方式：中间铰轴安装

应用领域：冶金机械，重型工程，矿山设备

产品概述：

CDH2液压缸和CGH2液压缸，是力士乐公司对CD251和CG251油缸的一种补充（升级），我公司可加工制造该系列液压缸，共计9种安装方式，14个大类，196种规格的产品。该液压缸主要应用于国内外各钢铁、铸造、锻造及机械制造等工业部门。

您也可以通过电话联系我们：
139-9630-5220

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产品描述
功能与应用
技术参数

CDH2液压缸，为冶金行业通用标准的单杆液压缸，也即是差动液压缸的CDH2系列油缸；CGH2液压缸，为冶金行业通用标准的双杆液压缸，也即是等速液压缸的CGH2系列油缸。

该系列液压缸，共计9种安装方式，分别为：

（1）CDH2 MP3液压缸--底部平面环安装方式；（2）CDH2 MP5液压缸--底部自对中环安装方式；（3）CDH2 MF3液压缸和 CGH2 MF3液压缸--缸头圆法兰安装方式；（4）CDH2 MF4液压缸--缸底圆法兰安装方式；（5）CDH2 MT液压缸和CGH2 MT4液压缸--中间耳轴安装方式；（6）CDH2 MS2液压缸和CGH2 MS2液压缸--脚座式安装。

如图所示：

CDH2液压缸CGH2液压缸 9种安装方式示意图

我们可加工制造该系列油缸共计14个规格，196种型号的全套油缸，而且，行程和总长公差符合ISO8135标准，其安装形式和尺寸符合德国钢厂和ISO3320标准，完全满足国内各大钢铁等金属冶炼厂、铸造厂、锻造及机械制造厂等。

缸径（直径）和重量关系表：

Piston	Piston rod	CD cylinder at 0 mm stroke length					Per 100 mm stroke length	CG cylinder at 0 mm stroke length			Per 100 mm stroke length
AL Ø mm	MM Ø mm	MP3 1) MP5 1) kg	MP3 2) MP5 2) kg	MF3 MF4 kg	MT4 kg	MS2 kg	kg	MF3 kg	MT4 kg	MS2 kg	kg
40	25/28	7	12	9	9	9	0,9/1,0	10	10	10	1,3/1,5
50	32/36	12	19,5	14	13	13/14	1,3/1,5	16	16	16	1,9/2,3
63	40/45	20	29,5	21	21	21	2,3/2,6	25	25	25	3,3/3,8
80	50/56	32	42,5	35	34	35/36	3,2/3,6	41	40	41/42	4,7/5,5
100	63/70	51	64,5	54/55	54	55/56	5,2/5,7	63/64	63/64	64/65	7,6/8,8
125	80/90	95/96	114/115	96/97	99/100	98/99	8,2/9,2	113/115	115/117	114/116	12,1/14,2
140	90/100	131/132	157/158	132/133	136/137	137/138	10,7/11,9	155/156	158/160	159/161	15,7/18,1
160	100/110	185/186	220/221	184/186	197/199	206/207	12,6/13,9	217/220	231/233	239/242	18,8/21,4
180	110/125	255/258	303/304	253/256	264/267	274/277	14,7/16,8	294/300	305/311	314/320	22,1/26,5
200	125/140	349/352	405/406	332/335	350/353	363/366	19,0/21,5	359/365	377/383	389/396	28,6/33,5
220	140/160	527	625	512	546	518	27,1/30,9	604	638	610	39,1/46,7
250	160/180	673	795	640	677	650	32,7/36,9	761	798	772	48,5/56,9
280	180/200	976	1192	966	1020	918	44,2/48,8	1130	1183	1081	64,2/73,4
320	200/220	1251	1512	1172	1223	1174	55,2/60,4	1354	1405	1356	79,8/90,2

1) Weight without position measuring system 2) Weight with position measuring system

Areas, forces, flows

Piston	Piston rod	Area ratio	Areas			Force at 250 bar 1)			Flow at 0,1 m/s 2)
Piston	Piston rod	Area ratio	Piston	Rod	Annulus	Pressure	Diff.	Pulling	Out	Diff.	In
AL Ø mm	MM Ø mm	ϕ A1/A3	A1 2 cm	A2 2 cm	A3 2 cm	F1 kN	F2 kN	F3 kN	qV1 l/min	qV2 l/min	qV3 l/min
40	25 28	1,64 1,96	12,56	4,90 6,16	7,65 6,40	31,40	12,25 15,40	19,12 16,00	7,5	2,9 3,7	4,6 3,8
50	32 36	1,69 2,08	19,63	8,04 10,18	11,59 9,45	49,10	20,12 25,45	28,98 23,65	11,8	4,8 6,1	7,0 5,7
63	40 45	1,67 2,04	31,17	12,56 15,90	18,61 15,27	77,90	31,38 39,75	46,52 38,15	18,7	7,5 9,5	11,2 9,2
80	50 56	1,66 1,96	50,26	19,63 24,63	30,63 25,63	125,65	49,07 61,55	76,58 64,10	30,2	11,8 14,8	18,4 15,4
100	63 70	1,66 1,96	78,54	31,16 38,48	47,38 40,06	196,35	77,93 96,20	118,42 100,15	47,1	18,7 23,1	28,4 24,0
125	80 90	1,69 2,08	122,72	50,24 63,62	72,48 59,10	306,75	125,62 159,05	181,13 147,70	73,6	30,14 38,2	43,46 35,4
140	90 100	1,70 2,04	153,94	63,62 78,54	90,32 75,40	384,75	159,05 196,35	225,70 188,40	92,4	38,2 47,1	54,2 45,3
160	100 110	1,64 1,90	201,06	78,54 95,06	122,50 106,00	502,50	196,35 237,65	306,15 264,85	120,6	47,1 57,0	73,5 63,6
180	110 125	1,60 1,93	254,47	95,06 122,72	159,43 131,75	636,17	237,65 306,80	398,52 329,37	152,7	57,0 73,6	95,7 79,1
200	125 140	1,64 1,96	314,16	122,72 153,96	191,44 160,20	785,25	306,80 384,90	478,45 400,35	188,5	73,6 92,4	114,9 96,1
220	140 160	1,68 2,12	380,1	153,96 201,0	226,2 179,1	950,3	384,9 502,6	565,5 447,7	228,1	92,4 120,7	135,7 107,4
250	160 180	1,69 2,08	490,8	201,0 254,4	289,8 236,4	1227,2	502,6 636,2	724,5 590,0	294,5	120,7 152,7	173,8 141,8
280	180 200	1,70 2,04	615,7	254,4 314,1	361,3 301,6	1539,4	636,2 785,4	903,2 753,9	369,4	152,7 188,5	216,7 180,9
320	200 220	1,64 1,90	804,2	314,1 380,1	490,1 424,2	2010,6	785,4 950,3	1225,2 1060,3	482,5	188,5 228,1	294,0 254,4

Tolerances to ISO 6020-1

Installation dimensions	Y	PJ	WC	XC 2)	XO 2)	XS 1), 2)	SS	XV 2)	ZP 2)	Stroke tolerances
Mounting style	all	all	MF3	MP3	MP5	MS2	MS2	MT4	MF4	Stroke tolerances
Stroke length	Tolerances
≤ 1250	± 2	± 1,5	± 2	± 1,5	± 1,5	± 2	± 1,5	± 2	± 1,5	+ 2
> 1250 – ≤ 3150	± 4	± 3	± 4	± 3	± 3	± 4	± 3	± 4	± 3	+ 5
> 3150 – ≤ 8000	± 8	± 5	± 8	± 5	± 5	± 8	± 5	± 8	± 5	+ 8

1) Not standardised 2) Including the stroke length

CDH2液压缸CGH2液压缸 9种安装方式示意图

Ordering details

AL = Piston Ø

MM = Piston rod Ø

X* = Stroke length

1) Bleeding: When viewed on the piston rod, the
orientation is always offset by 90°
to the pipe connection (in a clockwise direction)

2) Ø D4 max. 0.5 mm deep

3) M50 x 2 available on request

4) For flange connections see separate table on pages 18 and 19

5) Throttle valve only with end position damping
„E“ (180° to the bleed point)

6) Piston Ø not standardised

7) Dimensions for cylinder with seal versions M, T and S

8) Dimensions for cylinder with seal versions A and B

9) Tolerance: f8

10)Take the minimum stroke length „X*min.” into account

11)Not standardised

12 2 mm deep counter bore for the ISO 4762 S.H.C.S
The screws must not be subjected to shear loads.
The forces have to be distributed by keys

13)For equipotential bonding, see page 25

14)The specified dimensions are maximum values,
tolerance classes 342 according to ISO 9013

Thermal cutting

On request for cylinder CDH2和CGH2液压缸型号选购指南图例：

CDH2液压缸CGH2液压缸型号图例

CDH2液压缸 CGH2液压缸型号图例

CDH2 MP3 底部平面环

Dimensions MP3 (dimensions in mm)

AL Ø	MM Ø	KK	A	NV	D	DA	D4 2)	EE 4)	EE 4)	Y	PJ	X1	WA	XC
40 6)	25/28	M20x1,5	28	19/22	88	52	34	G1/2	M22x1,5	83	120	41	18	282
50	32/36	M27x2	36	27/30	102	62	34	G1/2	M22x1,5	98	120	48,5	18	305
63	40/45	M33x2	45	32/36	120	78	42	G3/4	M27x2	112	133	56,5	21	348
80	50/56	M42x2	56	41/46	145	95	42	G3/4	M27x2	120	155	69,5	24	395
100	63/70	M48x2	63	50/60	170	125	47	G1	M33x2	134	171	82	27	442
125	80/90	M64x3	85	65/75	206	150	47	G1	M33x2	153	205	100,5	31	520
140	90/100	M72x3	90	75/85	226	170	58	G1 1/4	M42x2	166	219	109,5	31	580
160	100/110	M80x3	95	85/95	265	190	58	G1 1/4	M42x2	185	235	129,5	35	617
180	110/125	M90x3	105	95/110	292	210	58	G1 1/4	M42x2	194	264	143,5	40	690
200	125/140	M100x3	112	110/120	306	235	58	G1 1/4	M42x2	220	278	150,5	40	756
220 6)	140/160	M125x4	125	120/140	355	270	65	G1 1/2	M48x2 3)	244	326	174	42	890
250	160/180	M125x4	125	140/160	395	305	65	G1 1/2	M48x2 3)	257	326	194	42	903
280 6)	180/200	M160x4	160	160/180	445	343	65	G1 1/2	M48x2 3)	290	375	220,5	48	1072
320	200/220	M160x4	160	180/200	490	394	65	G1 1/2	M48x2 3)	282	391	243	48	1080

AL Ø	MM Ø	L	L1	MR	M1	CD H9	EW h12	RA 7)	VE 7)	RA 8)	VE 8)
40 6)	25/28	53	8	32	32	25	25	52	29	88	–
50	32/36	61	8	40	40	32	32	63	29	102	–
63	40/45	74	8	50	50	40	40	75	32	120	–
80	50/56	90	10	63	63	50	50	90	36	145	–
100	63/70	102	12	71	71	63	63	110	41	170	–
125	80/90	124	16	90	90	80	80	132	45	206	–
140	90/100	149	16	100	100	90	90	145	45	226	–
160	100/110	150	16	112	112	100	100	160	50	200	50
180	110/125	180	20	129	129	110	110	185	55	220	55
200	125/140	206	20	145	145	125	125	200	61	235	61
220 6)	140/160	253	20	179 12)	187 12)	160	160	235	71	270	71
250	160/180	253	24	179 12)	187 12)	160	160	250	71	300	71
280 6)	180/200	320	30	230 12)	240 12)	200	200	295	88	325	88
320	200/220	320	30	231 12)	241 12)	200	200	320	88	365	88

AL = Piston Ø

MM = Piston rod Ø

X* = Stroke length

1) Bleeding: When viewed on the piston rod, the
orientation is always offset by 90°
to the pipe connection (in a clockwise direction)

2) Ø D4 max. 0.5 mm deep

3) M50 x 2 available on request

4) For flange connections see separate table on pages 18 and 19

5) Throttle valve only with end position damping „E“ (180° to the bleed point)

6) Piston Ø not standardised

7) Dimensions for cylinder with seal versions M, T and S

8) Dimensions for cylinder with seal versions A and B

10) Grease nipple; cone head form A to DIN 71412

11) Associated pin Ø f8

12) The specified dimensions are maximum values,
tolerance classes 342 according to ISO 9013
Thermal cutting

13) For equipotential bonding, see page 25

CDH2 MP5液压缸底部自对中环

CDH2 MP5 底部自对中环

Dimensions MP5 (dimensions in mm)

AL Ø	MM Ø	KK	A	NV	D	DA	D4 2)	EE 4)	EE 4)	Y	PJ	X1	WA	XO
40 6)	25/28	M20x1,5	28	19/22	88	52	34	G1/2	M22x1,5	83	120	41	18	282
50	32/36	M27x2	36	27/30	102	62	34	G1/2	M22x1,5	98	120	48,5	18	305
63	40/45	M33x2	45	32/36	120	78	42	G3/4	M27x2	112	133	56,5	21	348
80	50/56	M42x2	56	41/46	145	95	42	G3/4	M27x2	120	155	69,5	24	395
100	63/70	M48x2	63	50/60	170	125	47	G1	M33x2	134	171	82	27	442
125	80/90	M64x3	85	65/75	206	150	47	G1	M33x2	153	205	100,5	31	520
140	90/100	M72x3	90	75/85	226	170	58	G1 1/4	M42x2	166	219	109,5	31	580
160	100/110	M80x3	95	85/95	265	190	58	G1 1/4	M42x2	185	235	129,5	35	617
180	110/125	M90x3	105	95/110	292	210	58	G1 1/4	M42x2	194	264	143,5	40	690
200	125/140	M100x3	112	110/120	306	235	58	G1 1/4	M42x2	220	278	150,5	40	756
220 6)	140/160	M125x4	125	120/140	355	270	65	G1 1/2	M48x2 3)	244	326	174	42	890
250	160/180	M125x4	125	140/160	395	305	65	G1 1/2	M48x2 3)	257	326	194	42	903
280 6)	180/200	M160x4	160	160/180	445	343	65	G1 1/2	M48x2 3)	290	375	220,5	48	1072
320	200/220	M160x4	160	180/200	490	394	65	G1 1/2	M48x2 3)	282	391	243	48	1080

AL Ø	MM	LT	L1	MS	M1	CX 11) H7	EP	EX h12	RA 7)	VE 7)	RA 8)	VE 8)	Z
40 6)	25/28	53	8	32	32	25	22	25	52	29	88	–	2°
50	32/36	61	8	40	40	32	27	32	63	29	102	–	4°
63	40/45	74	8	50	50	40	32	40	75	32	120	–	4°
80	50/56	90	10	63	63	50	40	50	90	36	145	–	4°
100	63/70	102	12	71	71	63	52	63	110	41	170	–	4°
125	80/90	124	16	90	90	80	66	80	132	45	206	–	4°
140	90/100	149	16	100	100	90	72	90	145	45	226	–	4°
160	100/110	150	16	112	112	100	84	100	160	50	200	50	4°
180	110/125	180	20	129	129	110	88	110	185	55	220	55	4°
200	125/140	206	20	145	145	125	102	125	200	61	235	61	4°
220 6)	140/160	253	20	179 12)	187 12)	160	130	160	235	71	270	71	4°
250	160/180	253	24	179 12)	187 12)	160	130	160	250	71	300	71	4°
280 6)	180/200	320	30	230 12)	240 12)	200	138	200	295	88	325	88	4°
320	200/220	320	30	231 12)	241 12)	200	162	200	320	88	365	88	4°

AL = Piston Ø

MM = Piston rod Ø

X* = Stroke length

1) Bleeding: When viewed on the piston rod, the
orientation is always offset by 90°
to the pipe connection (in a clockwise direction)

2) Ø D4 max. 0.5 mm deep

3) M50 x 2 available on request

4) For flange connections see separate table on pages 18 and 19

5) Throttle valve only with end position damping „E“ (180° to the bleed point)

6) Piston Ø not standardised

7) Dimensions for cylinder with seal versions M, T and S

8) Dimensions for cylinder with seal versions A and B

10) Grease nipple; cone head form A to DIN 71412

11) Associated pin Ø m6

12) The specified dimensions are maximum values,
tolerance classes 342 according to ISO 9013
Thermal cutting

13) For equipotential bonding, see page 25

CDH2 MF3 CGH2 MF3 缸头圆法兰

CGH2 MP3 底部平面环

CDH2 MF3 CGH2 MF3 缸头圆法兰

Dimensions MF3 (dimensions in mm)

AL Ø	MM Ø	KK	A	NV	D	DA	D4 2)	EE 4)	EE 4)	Y	PJ	X1	WA
40 6)	25/28	M20x1,5	28	19/22	88	52	34	G1/2	M22x1,5	83	120	41	18
50	32/36	M27x2	36	27/30	102	62	34	G1/2	M22x1,5	98	120	48,5	18
63	40/45	M33x2	45	32/36	120	78	42	G3/4	M27x2	112	133	56,5	21
80	50/56	M42x2	56	41/46	145	95	42	G3/4	M27x2	120	155	69,5	24
100	63/70	M48x2	63	50/60	170	125	47	G1	M33x2	134	171	82	27
125	80/90	M64x3	85	65/75	206	150	47	G1	M33x2	153	205	100,5	31
140	90/100	M72x3	90	75/85	226	170	58	G1 1/4	M42x2	166	219	109,5	31
160	100/110	M80x3	95	85/95	265	190	58	G1 1/4	M42x2	185	235	129,5	35
180	110/125	M90x3	105	95/110	292	210	58	G1 1/4	M42x2	194	264	143,5	40
200	125/140	M100x3	112	110/120	306	235	58	G1 1/4	M42x2	220	278	150,5	40
220 6)	140/160	M125x4	125	120/140	355	270	65	G1 1/2	M48x2 3)	244	326	174	42
250	160/180	M125x4	125	140/160	395	305	65	G1 1/2	M48x2 3)	257	326	194	42
280 6)	180/200	M160x4	160	160/180	445	343	65	G1 1/2	M48x2 3)	290	375	220,5	48
320	200/220	M160x4	160	180/200	490	394	65	G1 1/2	M48x2 3)	282	391	243	48

AL Ø	MM Ø	RD f8	WC	VD	NF js13	PK	ZB max.	ZM	FB H13	FC js13	UC Ø-1	RA 7)	VE 7)	RA 8)	VE 8)
40 6)	25/28	52	22	4	25	120	230	286	11	115	138	52	29	88	–
50	32/36	63	22	4	25	120	244	316	13,5	132	155	63	29	102	–
63	40/45	75	25	4	28	133	274	357	13,5	150	175	75	32	120	–
80	50/56	90	28	4	32	155	305	395	17,5	180	210	90	36	145	–
100	63/70	110	32	5	36	171	340	439	22	212	250	110	41	170	–
125	80/90	132	36	5	40	205	396	511	22	250	290	132	45	206	–
140	90/100	145	36	5	40	219	430	551	26	285	330	145	45	226	–
160	100/110	160	40	5	45	235	467	605	26	315	360	160	50	200	50
180	110/125	185	45	5	50	264	510	652	33	355	410	185	55	220	55
200	125/140	200	45	5	56	278	550	718	33	385	440	200	61	235	61
220 6)	140/160	235	50	8	63	326	637	814	39	435	500	235	71	270	71
250	160/180	250	50	8	63	326	650	840	39	475	540	250	71	300	71
280 6)	180/200	295	56	8	80	375	752	955	45	555	630	295	88	325	88
320	200/220	320	56	8	80	391	760	955	45	600	675	320	88	365	88

CDH2 MF4液压缸--缸底圆法兰安装图

CDH2 MF4液压缸--缸底圆法兰

Dimensions MF4 (dimensions in mm)

AL Ø	MM Ø	KK	A	NV	D	DA	D4 2)	EE 4)	EE 4)	Y	PJ	X1	WA
40 6)	25/28	M20x1,5	28	19/22	88	52	34	G1/2	M22x1,5	83	120	41	18
50	32/36	M27x2	36	27/30	102	62	34	G1/2	M22x1,5	98	120	48,5	18
63	40/45	M33x2	45	32/36	120	78	42	G3/4	M27x2	112	133	56,5	21
80	50/56	M42x2	56	41/46	145	95	42	G3/4	M27x2	120	155	69,5	24
100	63/70	M48x2	63	50/60	170	125	47	G1	M33x2	134	171	82	27
125	80/90	M64x3	85	65/75	206	150	47	G1	M33x2	153	205	100,5	31
140	90/100	M72x3	90	75/85	226	170	58	G1 1/4	M42x2	166	219	109,5	31
160	100/110	M80x3	95	85/95	265	190	58	G1 1/4	M42x2	185	235	129,5	35
180	110/125	M90x3	105	95/110	292	210	58	G1 1/4	M42x2	194	264	143,5	40
200	125/140	M100x3	112	110/120	306	235	58	G1 1/4	M42x2	220	278	150,5	40
220 6)	140/160	M125x4	125	120/140	355	270	65	G1 1/2	M48x2 3)	244	326	174	42
250	160/180	M125x4	125	140/160	395	305	65	G1 1/2	M48x2 3)	257	326	194	42
280 6)	180/200	M160x4	160	160/180	445	343	65	G1 1/2	M48x2 3)	290	375	220,5	48
320	200/220	M160x4	160	180/200	490	394	65	G1 1/2	M48x2 3)	282	391	243	48

AL Ø	MM Ø	ZP	NF js13	VA	BA H8	FB H13	FC js13	UC Ø-1	RA 7)	VE 7)	RA 8)	VE 8)
40 6)	25/28	250	25	5	52	11	115	138	52	29	88	–
50	32/36	265	25	4	63	13,5	132	155	63	29	102	–
63	40/45	298	28	4	75	13,5	150	175	75	32	120	–
80	50/56	332	32	5	90	17,5	180	210	90	36	145	–
100	63/70	371	36	5	110	22	212	250	110	41	170	–
125	80/90	430	40	6	132	22	250	290	132	45	206	–
140	90/100	465	40	5	145	26	285	330	145	45	226	–
160	100/110	505	45	7	160	26	315	360	160	50	200	50
180	110/125	550	50	10	185	33	355	410	185	55	220	55
200	125/140	596	56	10	200	33	385	440	200	61	235	61
220 6)	140/160	690	63	10	235	39	435	500	235	71	270	71
250	160/180	703	63	10	250	39	475	540	250	71	300	71
280 6)	180/200	822	80	10	295	45	555	630	295	88	325	88
320	200/220	830	80	10	320	45	600	675	320	88	365	88

AL = Piston Ø

MM = Piston rod Ø

X* = Stroke length

1) Bleeding: When viewed on the piston rod, the
orientation is always offset by 90°
to the pipe connection (in a clockwise direction)

2) Ø D4 max. 0.5 mm deep

3) M50 x 2 available on request

4) For flange connections see separate table on pages 18 and 19

5) Throttle valve only with end position damping „E“ (180° to the bleed point)

6) Piston Ø not standardised

7) Dimensions for cylinder with seal versions M, T and S

8) Dimensions for cylinder with seal versions A and B

10) Grease nipple; cone head form A to DIN 71412

11) Associated pin Ø f8

12) The specified dimensions are maximum values,
tolerance classes 342 according to ISO 9013
Thermal cutting

13) For equipotential bonding, see page 25

CDH2 MT4液压缸和CGH2 MT4液压缸--中间耳轴安装

CDH2 MT4液压缸和CGH2 MT4液压缸--中间耳轴安装图

CDH2 MT4液压缸和CGH2 MT4液压缸型号、参数表

AL Ø	MM Ø	KK	A	NV	D	DA	D4 2)	EE 4)	EE 4)	Y	PJ	X1	WA
40 6)	25/28	M20x1,5	28	19/22	88	52	34	G1/2	M22x1,5	83	120	41	18
50	32/36	M27x2	36	27/30	102	62	34	G1/2	M22x1,5	98	120	48,5	18
63	40/45	M33x2	45	32/36	120	78	42	G3/4	M27x2	112	133	56,5	21
80	50/56	M42x2	56	41/46	145	95	42	G3/4	M27x2	120	155	69,5	24
100	63/70	M48x2	63	50/60	170	125	47	G1	M33x2	134	171	82	27
125	80/90	M64x3	85	65/75	206	150	47	G1	M33x2	153	205	100,5	31
140	90/100	M72x3	90	75/85	226	170	58	G1 1/4	M42x2	166	219	109,5	31
160	100/110	M80x3	95	85/95	265	190	58	G1 1/4	M42x2	185	235	129,5	35
180	110/125	M90x3	105	95/110	292	210	58	G1 1/4	M42x2	194	264	143,5	40
200	125/140	M100x3	112	110/120	306	235	58	G1 1/4	M42x2	220	278	150,5	40
220 6)	140/160	M125x4	125	120/140	355	273	65	G1 1/2	M48x2 3)	244	326	174	42
250	160/180	M125x4	125	140/160	395	305	65	G1 1/2	M48x2 3)	257	326	194	42
280 6)	180/200	M160x4	160	160/180	445	343	65	G1 1/2	M48x2 3)	290	375	220,5	48
320	200/220	M160x4	160	180/200	490	394	65	G1 1/2	M48x2 3)	282	391	243	48

AL Ø	MM Ø	PK	ZB max.	ZM	X* min.	XV 14) mitt	XV 12) min.	XV 12) max.	BD	UV 15)	TD f8	TL js16	TM h12	r	RA 7)	VE 7)	RA 8)	VE 8)
40 6)	25/28	120	230	286	22	143+X*/2	154	140+X*	38	97	25	20	95	0,8	52	29	88	–
50	32/36	120	244	316	32	158+X*/2	174	151+X*	38	111	32	25	112	0,8	63	29	102	–
63	40/45	133	274	357	47	178,5+X*/2	202	167+X*	48	129	40	32	125	1	75	32	120	–
80	50/56	155	305	395	58	197,5+X*/2	226,5	180,5+X*	58	163	50	40	150	1	90	36	145	–
100	63/70	171	340	439	79	219,5+X*/2	259	195+X*	78	188	63	50	180	1,2	110	41	170	–
125	80/90	205	396	511	91	255,5+X*/2	301	225+X*	98	234	80	63	224	1,2	132	45	206	–
140	90/100	219	430	551	121	275,5+X*/2	336	230+X*	118	257	90	70	265	1,5	145	45	226	–
160	100/110	235	467	605	142	302,5+X*/2	373,5	251,5+X*	128	287	100	80	280	1,5	160	50	200	50
180	110/125	264	510	652	158	326+X*/2	405	267+X*	138	328	110	90	320	1,5	185	55	220	55
200	125/140	278	550	718	204	359+X*/2	461	277+X*	178	343	125	100	335	1,5	200	61	235	61
220 6)	140/160	326	637	814	200	407+X*/2	507	307+X*	180	393	160	125	385	1,5	235	71	270	71
250	160/180	326	650	840	210	420+X*/2	525	315+X*	180	433	160	125	425	1,5	250	71	300	71
280 6)	180/200	375	752	955	241	477,5+X*/2	598	357+X*	220	486	200	160	480	2	295	88	325	88
320	200/220	391	760	955	245	477,5+X*/2	600	355+X*	220	536	200	160	530	2	320	88	365	88

AL = Piston Ø

MM = Piston rod Ø

X* = Stroke length

1) Bleeding: When viewed on the piston rod, the
orientation is always offset by 90°
to the pipe connection (in a clockwise direction)

2) Ø D4 max. 0.5 mm deep

3) M50 x 2 available on request

4) For flange connections see separate table on pages 18 and 19

5) Throttle valve only with end position damping
„E“ (180° to the bleed point)

6) Piston Ø not standardised

7) Dimensions for cylinder with seal versions M, T and S

8) Dimensions for cylinder with seal versions A and B

10)Take the minimum stroke length „X*min.” into account

11)Double roded cylinders are not standardised

12)The trunnions can be located as required.
Dim. „XV” must always be stated in clear text,
in the case of an order, in mm.
Take „XVmin.” and „XVmax.” into account.

13) For equipotential bonding, see page 25

14) XVmid. recommendation:
The trunnions are located in the middle of the cylinder

15) The specified dimensions are maximum values,
tolerance classes 342 according to ISO 9013

CDH2 MT4液压缸和CGH2 MT4液压缸--中间耳轴安装

CDH2 MS2液压缸和CGH2 MS2液压缸--脚座式

CDH2 MS2液压缸和CGH2 MS2液压缸--脚座式型号、参数表

AL Ø	MM Ø	KK	A	NV	D	DA	D4 2)	EE 4)	EE 4)	Y	PJ	X1	WA
40 6)	25/28	M20x1,5	28	19/22	88	52	34	G1/2	M22x1,5	83	120	41	18
50	32/36	M27x2	36	27/30	102	62	34	G1/2	M22x1,5	98	120	48,5	18
63	40/45	M33x2	45	32/36	120	78	42	G3/4	M27x2	112	133	56,5	21
80	50/56	M42x2	56	41/46	145	95	42	G3/4	M27x2	120	155	69,5	24
100	63/70	M48x2	63	50/60	170	125	47	G1	M33x2	134	171	82	27
125	80/90	M64x3	85	65/75	206	150	47	G1	M33x2	153	205	100,5	31
140	90/100	M72x3	90	75/85	226	170	58	G1 1/4	M42x2	166	219	109,5	31
160	100/110	M80x3	95	85/95	265	190	58	G1 1/4	M42x2	185	235	129,5	35
180	110/125	M90x3	105	95/110	292	210	58	G1 1/4	M42x2	194	264	143,5	40
200	125/140	M100x3	112	110/120	306	235	58	G1 1/4	M42x2	220	278	150,5	40
220 6)	140/160	M125x4	125	120/140	355	270	65	G1 1/2	M48x2 3)	244	326	174	42
250	160/180	M125x4	125	140/160	395	305	65	G1 1/2	M48x2 3)	257	326	194	42
280 6)	180/200	M160x4	160	160/180	445	343	65	G1 1/2	M48x2 3)	290	375	220,5	48
320	200/220	M160x4	160	180/200	490	394	65	G1 1/2	M48x2 3)	282	391	243	48

AL Ø	MM Ø	PK	XS	ZB max.	ZM	SS	X* 10) min.	S	S1	SB H13	ST	TS js13	US 14)	LH	L1	RA 7)	VE 7)	RA 8)	VE 8)
40 6)	25/28	120	118	230	286	50	1	30	15	11	32	110	140	45	89	52	29	88	–
50	32/36	120	135,5	244	316	45	1	35	17,5	11	37	130	161	55	106	63	29	102	–
63	40/45	133	154	274	357	49	1	40	20	13,5	42	150	183	65	125	75	32	120	–
80	50/56	155	171,5	305	395	52	2	50	25	17,5	47	180	220	75	147,5	90	36	145	–
100	63/70	171	189	340	439	61	3	60	30	22	57	210	260	90	175	110	41	170	–
125	80/90	205	218	396	511	75	1	70	35	26	67	255	313	105	208	132	45	206	–
140	90/100	219	240,5	430	551	70	19	85	42,5	30	72	290	359	115	228	145	45	226	–
160	100/110	235	270	467	605	65	44	105	52,5	33	77	330	402	135	267,5	160	50	200	50
180	110/125	264	291,5	510	652	69	50	115	57,5	40	92	360	445	150	296	185	55	220	55
200	125/140	278	322,5	550	718	73	56	125	62,5	40	97	385	471	160	313	200	61	235	61
220 6)	140/160	326	369,5	637	814	75	100	155	77,5	45	102	445	541	185	362,5	235	71	270	71
250	160/180	326	382,5	650	840	75	100	155	77,5	52	112	500	610	205	402,5	250	71	300	71
280 6)	180/200	375	415,5	752	955	124	51	155	77,5	52	142	550	661	235	457,5	295	88	325	88
320	200/220	391	435	760	955	85	125	190	95	62	142	610	732	255	500	320	88	365	88

AL = Piston Ø

MM = Piston rod Ø

X* = Stroke length

1) Bleeding: When viewed on the piston rod, the
orientation is always offset by 90°
to the pipe connection (in a clockwise direction)

2) Ø D4 max. 0.5 mm deep

3) M50 x 2 available on request

4) For flange connections see separate table on pages 18 and 19

5) Throttle valve only with end position damping
„E“ (180° to the bleed point)

6) Piston Ø not standardised

7) Dimensions for cylinder with seal versions M, T and S

8) Dimensions for cylinder with seal versions A and B

9) Tolerance: f8

10)Take the minimum stroke length „X*min.” into account

11)Not standardised

12 2 mm deep counter bore for the ISO 4762 S.H.C.S
The screws must not be subjected to shear loads.
The forces have to be distributed by keys

13)For equipotential bonding, see page 25

14)The specified dimensions are maximum values,
tolerance classes 342 according to ISO 9013

Thermal cutting

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