Yolon Rodless cylinder - 电子书在线预览、各类电子书在线制作-云展网平台

机械式无杆气缸产品手册MECHANICAL RODLESS CYLINDER

工业机械Industrial Machinery

OEM/ODM

上海阮隆工业自动化电器有限公司Shanghai Ruan Long Industrial Automation Appliance Co., Ltd.

Shanghai Ruan LongIndustrial Automation Appliance Co., LTD. (referred to as "YOLON Yuanlong Pneumatic") was founded on January 31, 2002, the company is headquartered in China's robot industrial park - Shanghai Songjiang Dongjing Industrial Park, is a production of pneumatic components, hydraulic systems and linear guide slide as the main business. Industrial automation manufacturer integrating R&D, design, manufacturing and service.

Yuanlong pneumatic advantage products are as follows:

Festo type rodless cylinder, Parker type rodless cylinder,SMC type rodless cylinder,OSTE rodless cylinder and independent research and development of non-standard rodless cylinder, according to customers to provide drawings and samples, to develop personalized products.

Professional production/sales/maintenance Middle and high-end mechanical rodless cylinder

In the modern industrial production with the increasing process of artificial intelligence, our products are widely used in the automation of textile, automobile, packaging, chemical industry, oil refining, metallurgy, fertilizer, paper making, medicine, construction, communication, pump valve, health and other industries. Welcome friends from all fields to visit and talk business negotiations.

Y3A res mechanicaly model 40\~43

Catalogue

Product Price List

OSP series mechanical rodless cylinders MY1B Series mechanically engaged rodless cylinder/basic model

Product Selection

MYHp 03

MY3A/3B series mechanically engaged rodless cylinder/basic model

OSP series mechanical rodless cylinders

MY1B Series mechanically engaged rodless cylinder/basic model

MY1H series mechanical joint rodless cylinder/linear guide rail type

MY2H/HT series mechanical joint rodless cylinder/linear guide type

MY1M series mechanical joint rodless cylinder/sliding bearing rail type

DGC-K series rodless cylinders 18.25.32.40.50.63.80

DGC-G series rodless cylinders 12—50
DGC-GF series rodless cylinders 18.25.32.40

Rubber seal vs. metal seal
(Pu rubber with wire rope)	(316 stainless steel)
Advantage 1. good stability, predictable service life (no fault within 2 years) 2. fatigue resistance, high frequency and high speed (PU rubber plus wire rope will not break)	Advantage 1.can be ultra-high speed. 2. chemical oil resistance, not afraid of corrosion 3. easy processing, low cost.
Shortcoming 1. not resistant to chemical oils 2. Aging begins after three years. 3. difficult to process, high cost.	Shortcoming 1. Poor stability and unpredictable life. 2. Fatigue resistance, high frequency and high speed heat generation is easy to fatigue fracture of metal (sometimes 1 week break, sometimes 5 years also continue, is also the most frequently produced failure

1. Rubber seals are difficult to process, high cost, stable and reliable, and large foreign brands use rubber seals. Such as :SMĆ, FESTO, ČKD.

2. Metal seals, because of easy processing and low cost, most of the domestic mechanical rodless cylinder manufacturers use metal seals.

How to choose rodless cylinder

First, the choice of a rodless cylinder is right or wrong, which determines the length of the service life of a machine and the level of the failure rate during use, will affect the brand of an enterprise and the trust of customers in this product, so the stability of the choice of rodless cylinder is ranked first.

Second, the quality of a rodless cylinder is mainly determined by the inner seal, as long as the inner seal is not bad, it can be used all the time, so the rodless cylinder is selected with rubber

The seal or the metal seal is the key.

Third, first consider the frequency and speed of machine operation:

1, high frequency and high speed: choose rubber seal (more than 5 times a minute, one second requires more than three meters of speed, because the metal high frequency and high speed heat is easy to break)

2, low frequency ultra-high speed: select metal seal (3 to 5 times a minute, one second requires more than three meters of speed, because the rubber speed is slightly slower)

3, low frequency and low speed: choose rubber seal rodless cylinder (due to poor metal sealing, low reliability, fracture uncertainty, not recommended to use metal seal)

Fourth, the position that the workpiece needs to move is the stroke of the cylinder, if you want to install an external oil buffer on the cylinder, but also the fixed code position

5. Rodless cylinder without additional external guide rail, like standard cylinder, only reciprocating traction can be used, light load can sometimes be used, but the accuracy is not high:

6. If the reciprocating motion accuracyis required, please select the model with linear guide rail or with linear guide rail.

A: Standard piping

Cylinder profile construction

The soft sealing tape improves the tightness of the inner wall of the cylinder tube, thus reducing leakage and improving the sealing performance by 50% compared to the hard sealing tape. It can achieve a leakage of 0.0004ml/S, basically no leakage.

The advanced design of dust belt makes it easier to ensure the cleaning of the cylinder

The dust proof of the cylinder tube is attracted by the magnetic strip of the outer steel belt and the dust proof belt improves the dust proof mechanical property of the seal.

The design of the pressure plate on both sides of the end cap makes it more convenient to remove and clean the dust-proof steel belt and improve the maintainability of the cylinder.

Object type

MY series

MY1B, MY1M, MY1H, MY2H, MY3B

The piping connection scheme corresponding to the setting conditions has a high degree of freedom. The centralized piping scheme can be selected as follows:

B: Centralized piping

The magnetic switch can be installed in any position and can be removed in any position.

The magnetic switch can be installed from the front of any position in the magnetic switch mounting slot

Object type

MY1B25\~63
MY1H16\~40
MY1M16\~50

Realize two installation methods to save space

OSP series mechanical rodless cylinders

Product picture	Cylinder diameterjourneyUnit price	OSP-16	OSP-25	OSP-32	OSP-40	OSP-50	OSP-63
	100	800	440	800	110	2400	3800
	200	800	480	800	1200	2400	3800
	300	900	540	890	1200	2610	4100
	400	1000	540	880	1200	2720	4200
	500	1080	605	970	1300	2930	4500
	600	1160	670	1060	1400	3140	4800
	700	1240	735	1150	1500	3340	5100
	800	1320	800	1240	1600	3560	5400
	900	1400	865	1330	1700	3870	5700
	1000	1480	930	1420	1800	4080	6000
	Travel within2 meters /100+	81	995	90	100	210	300
	Travel within2 meters /100+	100	80	100	160	240	400

Note: OP-25 switch with M9B or K-3045 induction switch, OP-other specifications switch with K-3045 induction switch.

MY1B Series mechanically engaged rodless cylinder/basic model
Note :1, L and H are all equipped with domestic buffer. 2, MY1B10, 25, 32, 40, 50, 63 Install the M9B switch requires an installation code.

Product picture
	Cylinder diameterjourneyUnit price	MY1B-16 with Gconcentrated intakec	MY1B-20 with Goncentrated intake	MY1B-25Brand new	MY1B-32Brand new	MY1B-40Brand new	MY1B-50 with Gconcentrated intakec	MY1B-63 with Goncentrated intake
	100	520	600	700	800	1400	2400	3080
	200	560	640	700	900	1500	2600	3600
	300	600	660	700	1000	1600	2800	3860
	400	600	690	720	1100	1700	3000	4120
	500	640	740	800	1200	1800	3200	4380
	600	680	790	860	1300	1900	3400	4640
	700	720	840	930	1400	2000	3600	4900
	800	760	890	1000	1500	2100	3800	5160
	900	800	940	1070	1600	2200	4000	5420
	1000	840	990	1140	1700	2300	4200	5680
	1100	880	1050	1220	1800	2440	4400	5940
	1200	920	1110	1300	1900	2580	4600	6200
	1400	1000	1230	1460	2100	2860	5000	6720
	1500	1040	1290	1540	2200	3000	5200	6980
	1600	-	-	1620	2300	3140	5400	7240
	1800	-	-	1780	2500	3420	5800	7760
	2000	-	-	1940	2700	3700	6400	8540
	Plus /100 trips	80	100	120	144	166	364	524
	Limit block +low load band L		L+182	L+192	L+258	L+268	-	-
	Limit block +High load band H		H+192	H+248	H+290	H+300	-	-
	Limit with Aadjusting screw	100	110	120	130	140	-	-

MY1H series mechanical joint rodless cylinder/linear guide rail type

Product picture	Cylinder diameterjourneyUnit price	MY1H-16Brand new	MY1H-20Brand new	MY1H-25Brand new	MY1H-32Brand new	MY1H-40Brand new
	100	1000	1100	1160	1600	2200
	200	1100	1200	1260	1720	2480
	300	1200	1300	1360	1850	2740
	400	1300	1400	1460	2000	3000
	500	1400	1500	1560	2120	3260
	600	1500	1600	1660	2300	3520
	700	1600	1700	1760	2400	3790
	800	1700	1800	1860	2540	4050
	900	1800	1900	1960	2700	4310
	1000	2000	2100	2160	2960	4760
	1100	2200	2300	2360	3240	5030
	1200	2600	2500	2560	3520	5300
	1400	2800	2900	2960	4060	5850
	1500	3000	3100	3160	4340	6120
	1600	-	3500	3560	4900	7360
	1800	-	3900	4000	5500	8000
	2000	-	4400	4600	6400	8700
	Plus /100 trips	-	-	600	800	900
	Limit block +low load band L	L+160	L+160	L+180	L+230	L+270
	Limit with Aadjusting screw	100	100	110	120	140

Note :MY1M16, 20 and MY1H all series of M9B switches require installation codes. MY1M25, 32 installed D-Z73 switch.

MY2H/MY2HT series mechanical joint rodless cylinder/linear guide rail type

Product picture	Cylinder diameterjourneyUnit price	MY2H-16 with Gconcentrated intake	MY2HT-16 with Gconcentrated intake	MY2H-25 with Gconcentrated intake	MY2HT-25 with Gconcentrated intake
	100	1050	1260	1540	2200
	200	1156	1386	1720	2500
	300	1260	1540	1900	2800
	400	1366	1700	2100	3060
	500	1470	1860	2240	3340
	600	1576	2000	2440	3640
	700	1680	2160	2600	3900
	800	1786	2320	2780	4200
	900	1890	2460	2960	4480
	1000	2100	2600	3140	4760
	1100	2310	2772	3320	5040
	1200	2730	3276	3500	5300
	1400	2940	3528	3840	5880
	1500	3150	3780	4020	6200
	1600	-	-	4200	6440
	1800	-	-	4600	7000
	2000	-	-	5000	7800
	Plus /100 trips	-	-	500	1000
	Limit block +low load band L	L+192	L+192	L+220	L+220
	Limit block +High load band H	H+212	H+212	H+260	H+260

MY1M series mechanical joint rodless cylinder/sliding bearing rail type

Product picture	Cylinder diameterjourneyUnit price	MY1M-16 with Gconcentrated intakec	MY1M-20 with Goncentrated intakec	MY1M-25 with Goncentrated intake	MY1M-32 with Gconcentrated intakec	MY1M-40 with Goncentrated intakec	MY1M-50 with Goncentrated intake
	100	740	776	834	1100	2000	4400
	200	798	840	910	1240	2240	4600
	300	856	904	986	1430	2480	4800
	400	914	968	1062	1610	2720	5100
	500	972	1034	1138	1800	2960	5400
	600	1028	1100	1214	1980	3200	5700
	700	1086	1162	1290	2170	3440	6000
	800	1144	1228	1364	2350	3680	6300
	900	1202	1292	1440	2530	3920	6600
	1000	1260	1358	1516	2720	4160	6900
	1100	1320	1422	1706	2900	4400	7200
	1200	1376	1488	1798	3080	4640	7500
	1400	1490	1614	1958	3460	5120	8100
	1500	1548	1680	2172	3600	5360	8400
	1600	1606	1750	2260	3800	5600	8700
	1800	1722	1892	2444	4200	6080	9300
	2000	1848	2014	2640	4600	6560	9900
	Plus /100 trips	150	160	260	400	440	500
	Limit block +low load band L	L+192	L+192	L+212	L+290	L+340	L+400
	Limit block +High load band H	-	H+212	H+270	-	-	-
	Limit with Aadjusting screw	100	100	120	150	200	300

Note :MY1M16, 20 and using M9B switches require BMY3-016 installation code. MY1M25, 32, 40 and 50 are directly installed with D-Z73 switches. MY3B/MY3A series mechanically engaged rodless cylinder/basic model

Note :L and H are all equipped with domestic buffer. MY3 Full series installation M9B switch requires installation code.

Product picture	Cylinder diameterjourneyUnit price	MY3B/A-16 with G Mconcentrated intakec	Y3B/A-20 with Goncentrated intake	MY3B/A-25 with GMconcentrated intakec	Y3B/A-32 with Goncentrated intakec	MY3B/A-40 with G Moncentrated intakec	Y3B/A-50 with Goncentrated intake
	100	700	760	800	1000	2000
	200	700	760	800	1000	2000
	300	760	820	870	1100
	400	820	880	940	1200	2000
	500	880	940	1010	1300	2200
	600	940	1000	1080	1400
	700	1000	1060	1150	1500	2300
	800	1060	1120	1220	1600
	900	1120	1180	1300	1700
	1000	1200	1260	1380	1800
	1100	1280	1340	1460	1900
	1200	1360	1420	1540	2000	3400
	1400	1520	1580	1700	2200	3600
	1500	1600	1660	1780	2300	4000
	1600	-	1740	1860	2400	4200
	1800	-	1820	1940	2500	4400
	2000	-	1900	2020	2600	4600
	Plus /100 trips	100	100	120	150	4800
	Limit block +low load band L	L+192	L+192	L+222	L+232	280
	Limit with Aadjusting screw	120	140	150	160	L+320

OSP series mechanical rodless cylinders

Symbol

Standard type

	Standard specification The pressure is gauge pressure
	Characteristic		specificationsymbol	unit	Instructions
	Universal characteristic
	Type				Rodless cylinder
	Series				OSP-P
	System				Bidirectional drive with buffering and positioning sensing capabiliti
	Support				See picture
	Air source interface				Threaded joint
	Surrounding environmentAnd mediaTemperature range °C		TminTmax	℃℃	-10~+80(other temperature range requirements can be customize
	Weight (mass)kg			kg	See table below
	Install				Any position
	medium				Filtered, unlubricated compressed air (other media can be customiz
	Lubricating oil				Permanent grease lubrication (no additional oil mist lubrication requiOptional: Special low speed lubricating oil
	material	Cylinder section			Anodized aluminum
		Slider (piston)			Anodized aluminum
		End cover			Aluminum, finish with paint
		Sealing tape			Corrosion resistant steel strip
		Sealing element			NBR
		screw			Plated steel option: stainless steel
		Dust coverDust brush			Plastic
Maximum operating pressu			rePmax	bar	8

●Dual action and adjustable end buffer

Magnetic piston for position sensing

Special type

Buffer system with special air action (customizable)

Clean room cylinder

●Explosion-proof type

●Stainless steel screw

●Low speed grease

●Fluoro rubber seal ring

●The two air source interfaces are located on the same side

●The end face has an air interface

●Integrated valve

Weight (mass)kg
Cylinder series(Basic cylinder)	Weight (mass)kg
Cylinder series(Basic cylinder)	0mm stroke	Every 100mm stroke
OSP-P10	0.087	0.052
OSP-P16	0.22	0.1
OSP-P25	0.65	0.197
OSP-P32	1.44	0.354
OSP-P40	1.95	0.415
OSP-P50	3.53	0.566
OSP-P63	6.41	0.925
OSP-P80	12.46	1.262

●Travel length can be freely selected up to 6000mm(longer travel can be customized)

Loads, forces and moments

Cylinder selection is determined by:

Allowable loads, forces and moments,

●Cylinder end buffer capacity.

The main factor here is the quality that will be buffered And the piston speed at the start of buffering.

(Unless an external buffer, such as a hydraulic buffer, is used

The performance next to it shows the performance in light load, shock-free operation.The maximum value, which should not be exceeded even in dynamic situations.

Compliance and torque data are based on V≤0.5m/s speed,

When the force is calculated, through a special application And the load is considered basic when friction is generated.

Cylinder series[mmΦ]	Theoretical force6bar time [N]	Effective force FA6bar time [N]	Maximum moment			Maximumload F[N]	Bufferlength[mm]
Cylinder series[mmΦ]	Theoretical force6bar time [N]	Effective force FA6bar time [N]	Mx[Nm]	My[Nm]	Mz[Nm]	Maximumload F[N]	Bufferlength[mm]
OSP-P10	47	32	0.2	1	0.3	20	2.5*
OSP-P16	120	78	0.45	4	0.5	120	11
OSP-P25	295	250	1.5	15	3	300	17
OSP-P32	283	420	3	30	5	450	20
OSP-P40	754	640	6	60	8	750	27
OSP-P50	1178	1000	10	115	15	1200	30
OSP-P63	1870	1550	12	200	24	1650	32
OSP-P80	3016	2600	24	360	48	2400	39

\*A rubber (non-adjustable) is used at the buffer end.
In order for the piston to fully reach the end, a variable of 4bar is required to buffer the deformation of the rubber!

Buffer chart

Calculate the expected mass of motion, read the maximum allowable speed at the beginning of buffering, and then take the desired speed and mass to find the required cylinder size.

Note that the piston speed at the beginning of the buffer is significantly higher than the average speed, which is a decisive factor in the selection of cylinders, if the maximum value exceeds the expected value, additional shock absorbers should be used.

If you do not have an additional buffer absorber installed, and you cannot refer to our special buffer system information

-- we will be happy to give you some advice on special applications.

Middle bracing

In order to avoid excessive bending and vibration of the cylinder, the middle support should be used according to the special stroke length and the actual load. The chart shows the maximum possible support spacing under load, which is allowed when the support member is bent at a maximum of 0.5mm. When the middle support is sandwiched in the cylinder dovetail groove, it can withstand the axial force.

Basic cylinder size OSP-P16-P80

Air cylinder

Travel and fixed length A

●The length of the stroke can be chosen freely, and the maximum should not exceed 6000mm stroke in 1mm units.

● Longer trips are available on request.

The end cover/air source interface can be rotated by 4x90° OSP-P16 to P32 series

The end cover/air source interface can be rotated by 4x90° OSP-P40 to P80 series<br>Two-piston cylinder with one front and one back

Two pistons are installed, "Z" size is available (please note minimum distance "Zmin")

● The length of the stroke can be chosen freely, and the maximum should not exceed 6000mm stroke in 1mm units.

● Longer trips are available on request.

● Order itinerary: Itinerary +"Z" size.

Please note:

To prevent multiple sensor actions, the second piston is not magnetic.

Sliders OSP-P16 to P80 series

Cylinder series	A	B	C	D	E	G	H	I	J	K	M	O	S	V	X	Y	$\ l _ { \operatorname* { m i n } } ^ { Z }$	BW	BX	BY	CF	EN	FB	FH	ZZ
OSP-P16	65	14	30	M5	18	M3	9	5.5	69	15	23	33.2	22	16.5	36	M4	81	10.8	1.8	28.4	38	3	30	27.2	7
OSP-P25	100	22	41	G1/8	27	M5	15	9	117	21.5	31	47	33	25	65	M5	128	17.5	2.2	40	52.5	3.6	40	39.5	8
OSP-P32	125	25.5	52	G1/4	36	M6	15	11.5	152	28.5	38	59	36	27	90	M6	170	20.5	2.5	44	66.5	5.5	52	51.7	10
OSP-P40	150	28	69	G1/4	54	M6	15	12	152	34	44	72	36	27	90	M6	212	21	3	54	78.5	7.5	62	63	10
OSP-P50	175	33	87	G1/4	70	M6	15	14.5	200	43	49	86	36	27	110	M6	251	27		59	92.5	11	76	77	10
OSP-P63	215	38	106	G3/8	78	M8	21	14.5	256	54	63	107	50	34	140	M8	313	30	一	64	117	12	96	96	16
OSP-P80	260	47	132	G1/2	96	M10	25	22	348	67	80	133	52	36	190	M10	384	37.5		73	147	16.5	122	122	20

peport

Specifications

Bore size (mm)

100

Fluid

Air

Action

Double acting

rating pressure range[MPa]

0.2~0.8

0.15~0.8

0.1~0.8

Proof pressure[MPa]

1.2

Operating temperature °C

5~60℃

Cushion

Rubber bumper

Air cushion

Lubrication

Non-lube

Stroke length tolerance

1000 or less+1.801001 to 3000+2.80

+1.8 +2.82700 or less0、 2701 to 50000

Pipingsize

Front / side opening

M5×0.8

1/8

1/4

3/8

1/2

Bottom opening

Φ4

Φ6

Φ8

Φ10

Φ18

	Journey
Cydi	linderameter	Standard stroke	Long stroke	Can be craftedMaximum stroke
	10	100,200,300,400500,600,700,800900,1000,1200,14001600,1800,2000	Travel beyond the standard stroke2001~3000mm(1mm scale)	3000
	16		Travel beyond the standard stroke2001~3000mm(1mm scale)	3000
	20		Travel beyond the standard stroke2001~5000mm(1mm scale)	5000
	25
	32
	40
	50
	63
	80
	100

Symbol

Order example

1) Required cylinder diameter :2, stroke :500, basic type Correct model :MY1B25-500Z

2) Required cylinder diameter :32, stroke 200, magnetic switch, with adjustable screw

Correct model :MY1B32-200AZ 1 cylinder

D-M9BL 2 magnetic switches

BMY3-016 2 magnetic switch installation codes

Type representation

Torque and load

Type	Cylinderdiameter(mm)	Maximum allowable torque (N·m)			Maximum load weight (kg)
Type	Cylinderdiameter(mm)	M1	M2	M3	m1	m2	m3
MY1B	10	0.8	0.1	0.3	5.0	1.0	0.5
	16	2.5	0.3	0.8	15	3.0	1.7
	20	5.0	0.6	1.5	21	4.2	3.0
	25	10	1.2	3.0	29	5.8	5.4
	32	20	2.4	6.0	40	8.0	8.8
	40	40	4.8	12	53	10.6	14
	50	78	9.3	23	70	14	20
	63	160	19	48	83	16.6	29
	80	315	37	95	120	24	42
	100	615	73	184	150	30	60

Overall dimensions (mm)

MY1B10G- Stroke

MY1B16□/20□-Stroke

Floating bracket mounting thread (2 x JJ thread depth from bottom of counterbore kk)

Model	A	B	C	E	G	GA	GB	H	J	JJ	K	KK	L	LD	LL	LW	M	MM	N	NC	NE
MY1B16□	80	6	3.5	2	14	9	16	37	M5×0.8	M4×0.7	10	6.5	80	3.5	40	30	6	M4×0.7	20	14	27.8
MY1B20□	100	7.5	4.5	2	12.5	12.5	20.5	46	M6×1	M4×0.7	12	10	100	4.5	50	37	8	M5×0.8	25	17.5	34

Model	NH	NW	PA	PB	PC	PD	PG	PP	Q	QQ	QW	RR	SS	T	TT	UU	VV	WW	XX	YH	YW	Z
MY1B16	27	37	40	20	40	4.5	3.5	7.5	153	9	30	11	3	7	9	10.5	10	7.5	22	26	32	160
MY1B20	33.5	45	50	25	50	5	4.5	11.5	191	11	36	14.5	5	8	10.5	12	12.5	10.5	24	32.5	40	200

Centralized Piping on the Bottom

Model	WX	Y	S	d	D	R	Applicable O-ring
MY1B16□	22	6.5	4	4	8.4	1.1	C6
MY1B20□	24	8	6	4	8.4	1.1	C6

MY1B25□/32□/40□-Stroke

Standard piping/Centralized piping
Centralized piping

Model	A	B	C	E	G	GB	H	J	JJ	K	KK	L	LD	LL	LW	M	MM	N	NC	NE	NF	NH	NW
MY1B25	110	9	5.5	2	16	24.5	54	M6×1	M5×0.8	9.5	9	110	5.6	55	42	9	M5×0.8	30	18	40.2	40.5	39	53
MY1B32	140	11	6.6	2	19	28.5	68	M8×1.25	M5×0.8	16	10	140	6.8	70	52	12	M6×1	37	22	50.2	50	49	64
MY1B40	170	14	8.5	2	23	35	84	M10×1.5	M6×1	15	13	170	8.6	85	64	12	M6×1	45	26.5	62.7	62	61.5	75

Model	P	PA	PB	PC	PD	PP	PG	Q	QW	RR	T	TT	VV	WW	Xxx	YH	YW	Z	ZZ
MY1B25□	1/8	60	30	55	6	12	7	206	42	15	10	14.55	23.3	11	15.5	38.5	46	220R	c1/16
MY1B32	1/8	80	35	70	10	16	8	264	51	16	10	16	28.5	12	20	48	55	280R	c1/16
MY1B40□	1/4	100	40	85	12	18.5	9	322	59	23.5	14	20	35	14	23.55	60.5	67	340	Rc1/8

Model number	QQ	SS	UU	XX
MY1B25□	16	6	18	26.5
MY1B32□	16	11	32	40
MY1B40□	24	12	35	47

Centralized Piping on the Bottom

The figure shows the recommended machined dimensions of the mounting surface when viewed from the cylinder side.

Model	WXx	Y	S	d	D	R	Applicable O-rings
MY1B25□	15.5	16.2	5.5	6	11.4	1.1	C9
MY1B32□	20	20.4	5.5	6	11.4	1.1	C9
MY1B40□	23.5	25.9	6	8	13.4	1.1	C11.2

Model	WX	SS
MY1B25□	26.5	10
MY1B32□	40	5.5
MY1B40□	47	6

MY1B50□/63□- Stroke

Floating bracket mounting thread (2 x JJ thread depth from bottom of counterbore KK)

Model	A	B	C	E	G	GB	H	J	JJ	K	KK	L	LD	LL	LW	M	MM	N	NC	NE
MY1B50□	200	14	8.5	3	23.5	37	94	M12×1.75	M6×1	25	17	200	9	100	80	14	M8×1.25	47	38	76.5
MY1B63	230	17	10.5	3	25	39	116	M14×2	M8×1.25	28	24	230	11	115	96	16	M8×1.25	50	51	100

Model	NH	NW	PA	PB	PC	PD	PG	PP	Q	QQ	QW	RR	SS	T	TT	UU	VV	WW	XX	YH	YW	Z
MY1B50□	75	92	120	50	100	8.5	8	24	384	27	76	34	10	15	22.5	23.5	23.5	22.5	47	74	92	400
MY1B63	95	112	140	60	115	9.5	10	37.5	440	29.5	92	45.5	13.5	16	27	29	25	28	56	94	112	460

Centralized Piping on the Bottom

Model	WX	Y	S	d	D	R	Applicable O-rings
MY1B50□	47	15.5	14.5	10	17.5	1.1	C15
MY1B63□	56	15	18	10	17.5	1.1	C15

Stroke adjustment unit

With adjustment bolt

MY1B Bore size - StrokeA(Z)

Fit cylinder	E	EA	EB	EC	EY	FC	h	TT	W
MY1B10	10	5	28	3.3	26.3	-	1.8	5(MAX10)	35
MY1B16	14.6	7	34.4	4.2	36.5	-	2.4	5.4(MAX11)	43
MY1B20	19	9	43	5.8	45.6	13	3.2	6(MAX12)	53
MY1B25	20	10	49	6.5	53.5	13	3.5	5(MAX16.5)	60
MY1B32	25	12	61	8.5	67	17	4.5	8(MAX20)	74
MY1B40	31	15	76	9.5	81.5	17	4.5	9(MAX25)	94

With low load shock absorber + Adiustment bolt

MY1B Bore size - StrokeL(Z)

Φ16's occasion

With low load shock absorber + Adjustment bolt

MY1B Bore size - Stroke L(Z)

Φ20

Fit cylinder	E	EA	EB	EC	EY	F	FB	FC	FH	FW	h	S	T	TT	W	Hydraulic buffer model
MY1B25	20	10	49	6.5	53.5	6	33	13	12	46	3.5	46.7	7	5(MAX16.5)	60	RB1007
MY1B32	25	12	61	8.5	67	6	43	17	16	56	4.5	67.3	12	8(MAX20)	74	RB1412
MY1B40	31	15	76	9.5	81.5	6	43	17	16	56	4.5	67.3	12	9(MAX25)	94	RB1412

With low load shock absorber + Adjustment bolt

The EY size of the H-type unit is higher than the sliding table (H size), and when installing a workpiece that exceeds the total length of the sliding table (L size), ensure that the workpiece is positioned above dimension A.

Fit cylinder	E	EA	EB	EC	EY	F	FB	FC	FH	FW	h	S	T	TT	W	Hydraulic buffer model	a
MY1B10	10	5	28	5.5	29.8	-	-	8	-	一	1.8	40.8	5	5(MAX10)	35	RB0805	3.5
MY1B20	20	10	49	6.5	47.5	6	33	13	12	46	3.5	46.7	7	5(MAX11)	60	RB1007	2.5
MY1B25	20	10	57	8.5	57.5	6	43	17	16	56	4.5	67.3	12	5(MAX16.5)	70	RB1412	4.5
MY1B32	25	12	74	11.5	73	8	57	22	22	74	5.5	73.2	15	8(MAX20)	90	RB2015	6
MY1B40	31	15	82	12	87	8	57	22	22	74	5.5	73.2	15	9(MAX25)	100	RB2015	4

MY1H series mechanical joint rodless cylinder/linear guide rail type

Standard specification
Bore size (mm)		10	16	20	25	32	40
Fluid		Air
Action		Double-acting
Operating pressure range [MPa]		0.2~0.8	0.15~0.8		0.1~0.8
Proof pressure [MPa]		1.2
Operating temperature °C		5~60℃
Cushion		Rubber bumper	Air cushion
Lubrication		Non-lube
Stroke length tolerance		+1.80
Piping	Front/Side port	M5×0.8			1/8		1/4
port size	Bottom port		Φ4		Φ6		Φ8

Journey
Cylinderdiameter	Standard stroke	Intermediate stroke	Long stroke	Can be craftedMaximum stroke
10	50,100,150,200,250,300,350,400,450,500,550,600	60~590mm outside the standardstroke(10mm scale stroke)		1
16		Outside the standard stroke51~599mm(1mm scale) stroke	Exceed the standard stroke601~1000mm(1mm scale stroke)	1000
20
25			Exceed the standard stroke601~1500mm(1mm scale) stroke	1500
32
40

Type representation

Torque and load

Type	Cylinderdiameter(mm)	Maximum allowable torque (N·m)			Maximum load weight (kg)
Type	Cylinderdiameter(mm)	M1	M2	M3	W1	W2	W3
MY1H	10	0.8	1.1	0.8	61	61	61
	16	3.7	4.9	3.7	108.0	108.0	108.0
	20	11	16	11	176.0	176.0	176.0
	25	23	26	23	275.0	275.0	275.0
	32	39	50	39	392.0	392.0	392.0
	40	50	50	39	500.0	500.0	500.0

With shock absorber + Adjustment bolt MY1H10G-Stroke

MY1H16□/20□-Stroke

Model	A	B	C	G	GA	GB	H	J		K		L		LD		LL		LW		M		MM		N	NC	NE	NH	NW
MY1H16□	80	6	3.5	14	9	16	40	M5×0.8		10		80		3.5		40		60		7		M4×0.7		20	14	27.8	27	37
MY1H20□	100	7.5	4.5	12.5	12.5	20.5	46	M6×1		12		100		4.5		50		78		8		M5×0.8		25	17.5	34	33.5	45

Model	PA	PB	PC	PD	PE	PF	PG	PP	Q		QQ		QW		RR		SS		TT		UU		VV	WW	XX	YH	Z
MY1H16□	40	40	7.5	21	9	3.5	3.5	7.5	153		9		30		11		3		9		10.5		10	7.5	22	25	160
MY1H20□	50	40	14.5	27	12	4.5	4.5	11.5	191		11		36		14.5		5		10.5		12		12.5	10.5	24	31.5	200

Centralized Piping on the Bottom

MY1H25□/32□/40□-Stroke Z

Centralized piping

Model	A	B	C	G	GB	H	S	K	L	LD	LL	LW	M	MM	N	NC	NE	NF	NH	NW	P	PA	PB	PC
MY1H25	110	9	5.5	16	24.5	54	M6×1	9.5	114	5.6	53	90	9	M5×0.8	30	18	40.2	40.5	39	53	1/8	60	50	14.5
MY1H32	140	11	6.5	19	28.5	68	M8×1.25	16	140	6.8	70	110	13	M6× 1	37	22	50.2	50	49	64	1/8	80	60	15
MY1H40	170	14	8.5	23	35	84	M10×1.5	15	170	8.6	85	121	13	M6× 1	45	26.5	62.7	62	61.5	75	1/4	100	80	20.5

Model	PD	PE	PF	PG	PP	Q	QW	RR	TT	TTT	VV	WW	WWWX	XX	YH	Z	ZZ
MY1H25	32	13	5.5	7	12	206	42	15	14.5	20.5	23.3	11	15.5	15.5	37.5	220	1/16
MY1H32	42	13	6.5	8	16	264	51	16	16	16	28.5	12	12	20	47	280	1/16
MY1H40	37.5	23	8	9	18.5	322	59	23.5	20	20	35	14	14	23.5	59.5	340	1/8

Centralized Piping on the Bottom

() is only used for MY1H G.

Model	WXX	Y	d	D	R	Applicable O-ring
MY1H25	15.5	16.2	6	11.4	1.1	C9
MY1H32	20	20.4	6	11.4	1.1	C9
MY1H40	23.5	25.9	8	13.4	1.1	C11.2

Model	WX	V
MY1H25	26.5	10
MY1H32	40	5.5
MY1H40	47	6

Model	QQ	SS	UU	XX
MY1H25	16	6	18	26.5
MY1H32	16	11	32	40
MY1H40	24	12	35	47

End lock

MY1H□-□E (Right opening side with lock)

MY1H□-□W (With locks on both sides)

MY1H□-□F (Left opening side with lock)

Model number	H1	H2	L1	TL	W1	W2	W3
MY1H16□	39.2	33	0.5	5.6	18	16	10.4
MY1H20□	45.7	39.5	3	6	18	16	10.4

MY1H-WZ (With locks on both sides)

MY1H□-□FZ (Left opening side with lock)

MY1H□-□EZ (Right opening side with lock)

Standard piping/central piping common

Model number	NC	NE	PP	RR	SS	UU	VV	WW	XX
MY1H25	20	40.5	12	16	6	15	16	12.5	28
MY1H32	25	50	17	23	4	16	19	16	32
MY1H40	30.5	63	8.5	27	10.5	22	23	19.5	36

TT, G, GB, NA dimensions are the same as the standard.

End lock mechanism department (standard piping, centralized piping common)

Model number	H1	H2	L1	TL	W1	W2	W3
MY1H25	53.5	46	3	11.5	29.3	27.3	17.7
MY1H32	67	56	6.5	12	29.3	27.3	17.7
MY1H40	83	68.5	10.5	16	38	35	24.4

Stroke adjustment unit

With adjusting screw

MY1H Cylinder diameter □-journeyA(Z)

Φ16、Φ20<br>Φ25、Φ32、Φ40

Fit cylinder	E	EA	EB	EC	EY	FA	FC	h	TT	W
MY1H16	14.6	7	28	5.8	39.5	11.5	13	3.6	5.4(MAX.11)	37
MY1H20	19	10	33	5.8	45.5	15	14	3.6	6(MAX.12)	45
MY1H25	18	9	40	7.5	53.5	16	21	3.5	5(MAX.16.5)	53
MY1H32	25	14	45.6	9.5	67.5	23	20	4.5	8(MAX.20)	64
MY1H40	31	19	55	11	82	24.5	26	4.5	9(MAX.25)	75

Hydraulic buffer with low load + adjusting screws MY1H Cylinder diameter □-journey L(Z)

Φ16、Φ20

Φ25、Φ32、Φ40

Fit cylinder	E	EA	EB	EC	EY	FA	FC	h	S	T	TT	W	Hydraulic buffer model
MY1H16	14.6	7	28	5.8	39.5	11.5	13	3.6	40.8	6	5.4(MAX.11)	37	RB0806
MY1H20	19	10	33	5.8	45.5	15	14	3.6	40.8	6	6(MAX.12)	45	RB0806
MY1H25	18	9	40	7.5	53.5	16	21	3.5	46.7	7	5(MAX.16.5)	53	RB1007
MY1H32	25	14	45.6	9.5	67.5	23	20	4.5	67.3	12	8(MAX.20)	64	RB1412
MY1H40	31	19	55	11	82	24.4	26	4.5	67.3	12	9(MAX.25)	75	RB1412

Hydraulic buffer with high load + adjusting screws MY1H Cylinder diameter □-journeyH(Z)

Φ20

Φ25、Φ32、Φ40

The EY size of the H-type unit is higher than the sliding table (H size), and when the length of the installed workpiece exceeds the total length of the sliding table (L size), ensure that the workpiece position is above the size a.

Fit cylinder	E	EA	EB	EC	EY	F	FA	FC	h	S	T	TT	W	Hydraulic buffer model	a
MY1H25	18	9	40	9	57	-	18	17.5	4.5	67.3	12	5(MAX.16.5)	53	RB1412	3.5
MY1H32	25	14	45.6	12.4	73	-	18.5	22.5	5.5	73.2	15	8(MAX.20)	64	RB2015	5.5
MY1H40	31	19	55	12.4	86	一	26.5	22	5.5	73.2	15	9(MAX.25)	75	RB2015	2.5

Accessories (optional)

Stroke adjustment unit monomer

Stroke adjustment range
(mm)

Cylinder diameter

Cell token

Without partition

0~-10

0~-5.6

0~-6

0~-11.5

0~-12

0~-16

Tape short partition

-5.6~-11.2

-6~-12

-11.5~-23

-12~-24

-16~-32

Tape long partition

-11.2~-16.8

-12~-18

-23~-34.5

-24~-36

-32~-48

Partition length (mm)
Cylinder diameter	16	20	25	32	40
Short partition	5.6	6	11.5	12	16
Long partition	11.2	12	23	24	32

Constituent parts<br>The nut is installed on the cylinder body

Lateral support

Side support A MY-S□A

Side support B MY-S□B

Lateral support left and right 1 group factory.

Mark	Fit cylinder	A	B	C	D	E	F	G	H	J
MY-S10^	MY1H10	53	61.6	12	21	3	1.2	6.5	3.4	M4×0.7
MY-S16^	MY1H16	71	81.6	15	26	4.9	3	6.5	3.4	M4×0.7
MY-S20^	MY1H20	91	103.6	25	38	6.4	4	8	4.5	M5×0.8
MY-S25^	MY1H25	105	119	35	50	8	5	9.5	5.5	M6×1
MY-S32^	MY1H32	130	148	45	64	11.7	6	11	6.6	M8×1.25
MY-S40^	MY1H40	145	167	55	80	14.8	8.5	14	9	M10×1.5

Use of side supports

In the case of long travel, the cylinder will bend down due to the dead weight and load of the cylinder. In such cases, lateral supports should be added in the middle of the cylinder to support it. As shown in the diagram on the right, the support spacing L should not be greater than the value in the diagram.

Attention

①When the accuracy of the cylinder mounting surface is not enough, the upper side support may be uneven. Horizontal adjustment should be made during installation, in addition, if there is vibration, impact, etc., when the long-stroke cylinder is used, it is recommended to use lateral supports even within the range of support spacing allowed in the figure.

②The support is not a fixed part and can only be used as support.

MY2H/HT series mechanical joint rodless cylinder/linear guide type

OperatPres	Standard specification
	Cylinder diameter (mm)	16	25	40
	Working fluid	Air
	Mode of action	Double-acting
	ing pressure range [MPa]	0.1~0.8
	sure test pressure [MPa]	1.2
	Operating temperature °C	5~60
	Buffer	Gas buffer, hydraulic buffer
	Oil feeding	No oiling
	Stroke length tolerance	+1.80
	Pipe connection caliber	M5×0.8	Rc1/8	Rc1/4

Journey
Cylinder diameter	Standard stroke	Can be crafted Maximum stroke
16	50,100,150, 200,250,300, 350,400,450, 500,550,600		1000
25
40			1500

Type representation

Nuts are equipped on the cylinder body

Overall dimensions (mm)

MY2H Bore size G-Stroke

Model	A	B	C	G	GB	H	L	J	LA	LB	LD	LE	(LL)	LW	M	MM	N	NC	NE	NH	NT	NV	NW	NX	P
MY2H16G	80	6.5	3.3	8.5	17	28	80	M3×0.5	70	50.4	3.4	4	40	83	7	M4×0.7	20	14	27	2	3.5	3.4	48.2	5.8	M5×0.8
MY2H25G	105	9.5	5.4	10.7	19.5	37	110.8	M5×0.8	100	71.7	5.5	5	49.6	123	9	M5×0.8	25	21.3	35.5	3	5.3	5.5	71.8	8.5	1/8
MY2H40G	165	143	2.51	5.5	31.5	58	180	M6×1	158	80.3	9	6	75	161	13	M6×1	40	32.4	56.5	46	.56	.6	82.1	10.5	1/4

Model	PA	PB	PC	PD	PE	PF	PG	PH	PP	Q	QQ	QW	R	RR	RW	SS	TT	U	UU	VV	X	XX	Y	Z
MY2H16G	40	40	7.2	2.8	3.7	3.5	4	5.1	5.3	152	16.4	40	5	5.3	40	9.7	12.5	4	3	10.5	6	12	5	160
MY2H25G	60	60	8.2	6.6	2.7	5.5	6	7.5	8	198	20.4	60	5	8.5	50	14	19.3	5	4.4	15.3	7.5	14	5	210
MY2H40G	100	70	5.5	8.5	5	17	9	9.5	16	312	25.5	57	8	11	53.5	21.5	35.4	6	2	29	9	23	8	330

"P"indicates cylinder supply ports. \* The plug for "P"MY2H16G is a hexagon socket head plug.

Applicable cylinder	E	EA	EC	EY	FA	h	S	T	TT	W	Shock absorber model
MY2H16	14.4	7	6	27	12.5	4	40.8	6	5.6(MAX.11.2)	16.5	RB0806
MY2H25	17.5	8.5	9	36	19.3	5	46.7	7	7.1(MAX.18.6)	25.8	RB1007
MY2H40	25	13	13	57	17	6	67.3	12	10(MAX.26)	38	RB1412

High load shock absorber MY2H Bore size G- Stroke H

Applicable cylinder	E	EA	EC	EY	FA	h	S	SD	T	TT	W	Shock absorber model
MY2H16	14.4	7	6	27	12.5	-	46.7	6.7	7	5.6(MAX.11.2)	23.5	RB1007
MY2H25	17.5	8.5	9	36	19.3	6	67.3	17.7	12	7.1(MAX.18.6)	25.8	RB1412
MY2H40	25	13	13	57	17	6	73.2	-	15	10(MAX.26)	38	RB2015

Overall dimensions (mm)

MY2HT Bore size G- Stroke

T-slot for body mounting

Model	A	B	C	G	GB	H	L	J	LA	LB	LD	LE	(LL)	LW	M	MM	N	NC	NE	NH	NT
MY2HT16G	80	9.5	5.4	8.5	17	28	80	M4×0.7	70	87.4	5.5	5	40	120	9	M5×0.8	20	14	27	3	4.7
MY2HT25G	105	14	8.6	10.7	19.5	37	110.8	M6×1	100	124.7	9	6	49.6	176	12	M8×1.25	25	21.3	35.5	4	6.5
MY2HT40G	165	17.5	10.8	15.5	31.5	58	180	M8×1.25	158	148.3	11	8	75	229	16	M10×1.5	40	32.4	56.5	5	9

Model	NV	NW	NX	P	PA	PB	PC	PD	PE	PF	PG	PH	PI	PP	Q	QQ	QW	R	RR	RW	SS	TT
MY2HT16G	4.5	85.2	7.3	M5×0.8	44	80	4	23	1	10	10	10.2	41	5.3	140	16.4	66	5	5.3	69	9.7	12.5
MY2HT25G	6.6	124.8	10.5	1/8	63	110	9.4	29.2	3.4	12	12.5	13	57.6	8	185	20.4	98	8	8.5	100	14	19.3
MY2HT40G	9	150.1	14	1/4	113	132	8.5	35.5	0.5	20	20	18.5	72	16	290	25.5	110	12	11	116	21.5	35.4

Model	U	UU	VV	X	XX	Y	Z
MY2HT16G	5	3	10.5	7	12	5	160
MY2HT25G	6	4.4	15.3	9	14	8	210
MY2HT40G	8	2	29	12	23	12	330

Stroke adjustment unit

Low load shock absorber MY2HT Bore size G-Stroke L

High load shock absorber MY2HT Bore size G- Stroke H

Applicable	cylinder	E	EA	EB	EC	EY	FA	S	SD	T	TT	W	Shock absorber model
	MY2HT16	14.4	7	21	8	27	46.5	46.7	6.7	7	5.6(MZX11.2)	28.6	RB1007
	MY2HT25	19.7	10.7	26.6	11.2	36	64.8	67.3	17.7	12	4.9(MZX16.4)	37.2	RB1412
MY2HT40		29.1	15.1	37	17.2	57	74.5	73.2	-	15	5.9(MZX21.9)	51.6	RB2015

Applicable	cylinder	E	EA	EB	EC	EY	FA	S	SD	T	TT	W	Shock absorber model
	MY2HT16	14.4	7	21	8	27	46.5	67.3	27.3	12	5.6(MZX11.2)	28.6	RB1412
	MY2HT25	19.7	10.7	26.6	11.2	36	64.8	73.2	23.6	15	4.9(MZX16.4)	37.2	RB2015
MY2HT40		29.1	15.1	37	17.2	57	74.5	99	24	25	5.9(MZX21.9)	51.6	RB2725

OperaPre	Standard specification
	Cylinder diameter (mm)		16	20	25	32	40	50	63
	Working fluid		Air
	Mode of action		Double-acting
	ting pressure range [MPa]		0.2~0.8		0.15~0.8
	ssure test pressure [MPa]		1.2
	Operating temperature °C		5~60
	Buffer		Gas buffer
	Oil feeding		No oiling
	Stroke length tolerance		$\begin{array} { c } { { \overline { { { \mathsf { B e l o w } } 1 0 0 0 _ { 0 } ^ { + 1 . 8 } } } } } \\ { { 1 0 0 1 { \sim } 3 0 0 0 _ { 0 } ^ { + 2 . 8 } } } \end{array}$	Below $2 7 0 0 _ { \ 0 } ^ { + 1 . 8 }$ $2 7 0 1 \sim 5 0 0 0 _ { \mathrm { ~ \scriptsize ~ 0 ~ } } ^ { + 2 . 8 }$ 1
	Pipingcaliber	Front and side opening	M5×0.8		1/8		1/4	3/8
		Underside opening	Φ4		Φ6		Φ8	Φ10

Cydi	Journey
	linderameter	Standard stroke	Intermediate stroke	Can be craftedMaximum stroke
	16	100、200、300、400、600、700、800、900、1000、1200、1400、1600、1800、2000	Standard stroke outside 2001~3000mm(1mm scale) stroke	3000
	20		Standard travel outside 2001~5000mm(1mm scale) stroke	5000
	25
	32
	40
	50
	63

Symbol

Type representation

Torque and load

Type	Cylinderdiameter(mm)	Maximum allowable torque (N·m)			Maximum load weight (kg)
Type	Cylinderdiameter(mm)	M1	M2	M3	W1	W2	W3
MY1M	16	6.0	3.0	1.0	180.0	70.00	21.00
	20	10.0	5.2	1.7	260.0	104.00	30.00
	25	15.0	9.0	2.4	380.0	150.00	45.00
	32	30.0	15.0	5.0	570.0	230.00	66.00
	40	59.0	24.0	8.0	840.0	330.00	100.00
	50	115.0	38.0	15.0	1200.0	480.00	140.00
	63	140.0	60.0	19.0	1800.0	720.00	210.00

Overall dimensions (mm)

MY1M16□/20□- Stroke

Detailed Dimensions of U Section

Model	A	B	C	G	GA	GB	H	J	K	L	LD	LH	LL	LW	M	MM	N	NC	NE	NH	NW	PA
MY1M16	80	6	3.5	13.5	8.5	16.2	40	M5×0.8	10	80	3.6	22.5	40	54	6	M4×0.7	20	14	28	27.7	56	40
MY1M20	100	7.5	4.5	12.5	12.5	20	46	M6×1	12	100	4.8	23	50	58	7.5	M5×0.8	25	17	34	33.7	60	50


Model	PB	PG	PP	Q	QQ	QW	RR	SS	TT	UU	VV	W	WW	Xx	Z
MY1M16	40	3.5	7.5	153	9	48	11	2.5	15	14	10	68	13	30	160
MY1M20	40	4.5	11.5	191	10	45	14.5	5	18	12	12.5	72	14	32	200

Model	U1	U2	U3	U4	U5	U6
MY1M16	5.5	3	2	3.4	5.8	5
MY1M20	5.5	3	2	3.4	5.8	5.5

Centralized Piping on the Bottom

Model	WX	Y	S	d	D	R	Applicable O-rings
MY1M16□	30	6.5	9	4	8.4	1.1	C6
MY1M20□	32	8	6.5	4	8.4	1.1	C6

MY1M□G

MY1M25□/32□/40□-[ Stroke

Model	A	B	C	G	GB	H	J	K	L	LD	LH	LL	LW	M	MM	MW	N	NC	NE	NH	NW	P	PA
MY1M25□	110	9	5.5	17	24.5	54	M6×1	9.5	102	5.6	27	59	70	10	M5×0.8	66	30	21	41.8	40.5	60	1/8	60
MY1M32	140	11	6.5	19	30	68	M8×1.25	16	132	6.8	35	74	88	13	M6×1	80	37	26	52.3	50	74	1/8	80
MY1M40	170	14	8.5	23	36.5	84	M10×1.5	15	162	8.6	38	89	104	13	M6×1	96	45	32	65.3	63.5	94	1/4	100

Model	PB	PG	PP1	PP2	Q	QQ	QW	RR1R	R2	SS	TT	UU	VV	W	ww	XX	Z	ZZ
MY1M25	50	7	12.7	12.7	206	15.5	46	18.91	7.9	4.1	15.5	16	16	84	11	38	220	Rc1/16
MY1M32	60	8	15.5	18.5	264	16	60	22	24	4	21	16	19	102	13	48	280	Rc1/16
MY1M40	80	9	17.5	20	322	26	72	25.5	29	9	26	21	23	118	20	54	340	Rc1/8

Detailed Dimensions of U Section

Model	U1	U2	U3	U4	U5	U6
MY1M25	5.5	3	2	3.4	5.8	5
MY1M32	5.5	3	2	3.4	5.8	7
MY1M40	6.5	3.8	2	4.5	7.3	8

Centralized Piping on the Bottom

Model	WX	Y	S	d	D	R	Applicable O-rings
MY1M25□	38	9	4	6	11.4	1.1	C9
MY1M32□	48	11	6	6	11.4	1.1	C9
MY1M40□	54	14	9	8	13.4	1.1	C11.2

MY1M50□/63□-[ Stroke

Model	A	B	C	G	GA	GB	H	J	K	L	LD	LH	LK	LL	LW	M	MM	N	NC	NE	NF	NH	NW	PA
MY1M50	200	17	10.5	27	25	37.5	107	M14×2	28	200	11	29	2	100	128	15	M8×1.25	47	43.5	84.5	81	83.5	118	120
MY1M63	230	19	12.5	29.52	7.5	39.5	130	M16×2	32	230	13.5	32.5	5.5	115	152	16	M10×1.5	50	56	104	103	105	142	140

Model	PB	PG	PP	Q	QQ	QW	RR	SS	TT	UU	VV	W	W1	ww	XX	Z
MY1M50	90	10	26	380	28	90	35	10	35	24	28	144	128	22	74	400
MY1M63	110	12	42	436	30	110	49	13	43	28	30	168	152	25	92	460

Model	U1	U2	U3	U4	U5	U6
MY1M50□	6.5	3.8	2	4.5	7.3	8
MY1M63□	8.5	5	2.5	5.5	8.4	8

Centralized Piping on the Bottom

Model	WX	Y	S	d	D	R	Applicable O-rings
MY1M50□	74	18	8	10	17.5	1.1	C15
MY1M63□	92	18	9	10	17.5	1.1	C15

Stroke adjustment unit

With adjustment bolt

MY1M Bore size 一 Stroke A

MY1M50/63

Applicable cylinder	E	EA	EB	EC	EY	FC	h	TT	W
MY1M16	14.6	7	30	5.8	39.5	14	3.6	5.4(MAX11)	58
MY1M20	20	10	32	5.8	45.5	14	3.6	5(MAX11)	58
MY1M25	24	12	38	6.5	53.5	13	3.5	5(MAX16.5)	70
MY1M32	29	14	50	8.5	67	17	4.5	8(MAX20)	88
MY1M40	35	17	57	10	83	17	4.5	9(MAX25)	104
MY1M50	40	20	66	14	106	26	5.5	13(MAX33)	128
MY1M63	52	26	77	14	129	31	5.5	13(MAX38)	152

With low load shock absorber + Adiustment bolt MY1M Bore size- StrokeL

Applicable cylinder	E	EA	EB	EC	EY	F	FB	FC	FH	FW	h	S	T	TT	W	Shock absorber model
MY1M16	14.6	7	30	5.8	39.5	4	一	14	-	一	3.6	40.8	6	5.4(MAX11)	58	RB0806
MY1M20	20	10	32	5.8	45.5	4	-	14	-	-	3.6	40.8	6	5(MAX11)	58	RB0806
MY1M25	24	12	38	6.5	53.5	6	54	13	13	66	3.5	46.7	7	5(MAX16.5)	70	RB1007
MY1M32	29	14	50	8.5	67	6	67	17	16	80	4.5	67.3	12	8(MAX20)	88	RB1412
MY1M40	35	17	57	10	83	6	78	17	17.5	91	4.5	67.3	12	9(MAX25)	104	RB1412
MY1M50	40	20	66	14	106	6	-	26	-	-	5.5	73.2	15	13(MAX33)	128	RB2015
MY1M63	52	26	77	14	129	6	一	31	一	一	5.5	73.2	15	13(MAX38)	152	RB2015

With high load shock absorber + Adjustment bolt MY1M Bore size-StrokeH

\*Since the EY dimension of H unit is lonoer thanthe tale top heioht (H dimension.when mounting a workoiece hat exceads the oweralenoth il dimansion otthe side table, allow a clearance of dimension “a" or longer on the workpiece side.

Applicable cylinder	E	EA	EB	EC	EY	F	FB	FC	FH	FW	h	S	T	TT	W	Shock absorber model	a
MY1M20	20	10	32	7.7	50	5	-	14	-	-	3.5	46.7	7	5(MAX11)	58	RB1007	5
MY1M25	24	12	38	9	57.5	6	52	17	16	66	4.5	67.3	12	5(MAX16.5)	70	RB1412	4.5
MY1M32	29	14	50	11.5	73	8	67	22	22	82	5.5	73.2	15	8(MAX20)	80	RB2015	6
MY1M40	35	17	57	12	87	8	78	22	22	95	5.5	73.2	15	9(MAX25)	104	RB2015	4
MY1M50	40	20	66	18.5	115	8	-	30	-	-	11	99	25	13(MAX33)	128	RB2725	9
MY1M63	52	26	77	19	138.5	8	-	35	一	-	11	99	25	13(MAX38)	152	RB2725	9.5

Accessories (optional)

Stroke Adjustment Units

Stroke adjustment range
(mm)

Bore size

Unit symbol

Without spacer

0~-5.6

0~-6

0~-11.5

0~-12

0~-16

0~-20

0~-25

Without short spacer

-5.6~-11.2

-6~-12

-11.5~-23

-12~-24

-16~-32

-20~-40

-25~-50

Unit long symbol

-11.2~-16.8

-12~-18

-23~-34.5

-24~-36

-32~-48

-40~-60

-50~-75

Spacer length
(mm)

Bore size	16	20	25	32	40	50	63
Short spacer	5.6	6	11.5	12	16	20	25
Long symbol	11.2	12	23	24	32	40	50

Side Supports

Side Supports A MY-S□A

Side Supports B MY-S□B

Model	Applicable cylinder	A	B	C	D	E	F	G	H	J
MY-S16^	MY1M16	61	71.6	15	26	4.9	3	6.5	3.4	M4×0.7
MY-S20^	MY1M20	67	79.6	25	38	6.4	4	8	4.5	M5×0.8
MY-S25^	MY1M25	81	95	35	50	8	5	9.5	5.5	M6×1
MY-S32^B	MY1M32	100	118	45	64	11.7	6	11	6.6	M8×1.25
MY-S40^	MY1M40	120	142	55	80	14.8	8.5	14	9	M10×1.5
MY-S40^	MY1M50	142	164	55	80	14.8	8.5	14	9	M10×1.5
MY-S63^	MY1M63	172	202	70	100	18.3	10.5	17.5	11.5	M12×1.75

\*Side supports consist of a set of right and left brackets.

Guide for Side Support Application

For long stroke operation, the cylinder tubemay be deflected depending on its own weightand the load.In such a case, use a sidesupport in the middle section. The spacing (L)of the support must be no more than thevalues shown in the graph on the right.

Caution

①If the cylinder mounting surfaces are not measured accurately, using a side support may cause poor operation. Therefore, be sure to level the cylinder tube when mounting it. Also, for long stroke operation involving vibration and impact, the use of a side support is recommended even if the spacing value is within the allowable limits shown in the graph.

②Support brackets are not for mounting; use them solely for providing support.

Journey
Bore size	Standard stroke	Can be crafted Maximum stroke
16	100,200,300,400	3000
20
25
32
900,1000,1200,1400 40 1600,1800,2000

50
63

Specifications
Cylinder diameter(mm)	16,20	25,32	40	50,63
Fuid	Air
Action	Double-acting
Operating pressure range [MPa]	0.15 to 0.8 MPa
Pressure test pressure [MPa]	1.2 MPa
Operating temperature °C	5 to 60℃
Cushion	Rubber bumper (MY3A)/ Air cushion (MY3B)
Lubrication	Not required (Non-lube)
Stroke length tolerance	1000 mm or less+1.8, From 1001 mm+2.8 Note)0
Port size (Rc, NPT, G)	M5×0.8	1/8	1/4	3/8

Note) The tolerance of the MY3A is a value with no pressurization. When a rubber bumper isused. the stroke of the MY3A varies according to the operating pressure. To find the stroke length tolerance at each operating pressure, double the additional strokedue to pressure on each side (pages 1134 and 1135) and add it.

Overall dimensions (mm)

MY3A Bore size -Stroke

Model	A	B	C	E	G	H	HG	JJ	KK	L	LD	LL	LW	M	MM	N
MY3A16	55	6	18	2	9.5	27	5	M4×0.7	5	65	3.5	22.5	41	6	M4×0.7	13.5
MY3A20	64	7.5	22	2	9.5	32	6.5	M4×0.7	8.5	80	4.5	24	51	6	M4×0.7	15.5
MY3A25	75	9.5	25	2	14	37	7.4	M5×0.8	7.5	95	5.5	27.5	61	8	M5×0.8	20
MY3A32	96.5	11	32.5	2	14	45	9	M5×0.8	7.5	128	6.6	32.5	76	8	M5×0.8	22.5
MY3A40	120	14	38	2	18	54	12	M6×1	12	160	8.6	40	90	12	M6×1	27
MY3A50	137	14	49	3	16	67	14	M6×1	15.5	190	9	42	112	12	M6×1	27
MY3A63	160	17	60	3	20.5	84	16.5	M8×1.25	22	220	11	50	134	16	M8×1.25	31

Model	NE	NG	NH	NW	P	PA	PB	PC	PD	PG	Q	QW	T	TT	UU	YW	Z
MY3A16	22.5	8	17.2	43	M5×0.8	44	26	32.5	4	4	102	19	7	6.5	30	42	110
MY3A20	27.5	10	20.8	53	M5×0.8	54	30	40	5	4.5	119	23	8	9	35	52	128
MY3A25	32	10	24	65	Rc,NPT,G1/8	64	40	47.5	6	6	138	30	10	9	47	62	150
MY3A32	39	14	31	79	Rc,NPT,G1/8	92	44	64	6	7	179	33	10	13.5	52	77	193
MY3A40	46	15	37	94	Rc,NPT,G1/4	112	60	80	7.5	8.5	223	40	14	14	66	92	240
MY3A50	58	25	47.5	116	Rc,NPT,G3/8	142	66	95	8.5	8.5	257	44	15	21	74	114	274
MY3A63	70	29	58	139	Rc,NPT,G3/8	162	84	110	10	10	300	64	16	20	99	136	320

MY3BBore size -Stroke

Model	A	B	C	E	G	H	HG	JJ	KK	L	LD	LL	LW	M	MM	N
MY3B16	61	6	18	2	9.5	27	5	M4×0.7	5	65	3.5	28.5	41	6	M4×0.7	13.5
MY3B20	74	7.5	22	2	9.5	32	6.5	M4×0.7	8.5	80	4.5	34	51	6	M4×0.7	15.5
MY3B25	89	9.5	25	2	14	37	7.4	M5×0.8	7.5	95	5.5	41.5	61	8	M5×0.8	20
MY3B32	112.5	11	32.5	2	14	45	9	M5×0.8	7.5	128	6.6	48.5	76	8	M5×0.8	22.5
MY3B40	138	14	38	2	18	54	12	M6×1	12	160	8.6	58	90	12	M6×1	27
MY3B50	155	14	49	3	16	67	14	M6×1	15.5	190	9	60	112	12	M6×1	27
MY3B63	178	17	60	3	20.5	84	16.5	M8×1.25	22	220	11	68	134	16	M8×1.25	31

Model	NE	NG	NH	NW	P	PA	PB	PC	PD	PE	PF	PG	Q	QW	T	TT	UU	YW	Z
MY3B16	22.5	8	17.2	43	M5×0.8	44	26	32.5	4	9.7	8.5	4	114	19	7	6.5	30	42	122
MY3B20	27.5	10	20.8	53	M5×0.8	54	30	40	5	11.2	10	4.5	139	23	8	9	35	52	148
MY3B25	32	10	24	65	Rc,NPT,G1/8	64	40	47.5	6	14.5	12.2	6	166	30	10	9	47	62	178
MY3B32	39	14	31	79	Rc,NPT,G1/8	92	44	64	6	16	15	7	211	33	10	13.5	52	77	225
MY3B40	46	15	37	94	Rc,NPT,G1/4	112	60	80	7.5	19.5	16.5	8.5	259	40	14	14	66	92	276
MY3B50	58	25	47.5	116	Rc,NPT,G3/8	142	66	95	8.5	20.5	20	8.5	293	44	15	21	74	114	310
MY3B63	70	29	58	139	Rc,NPT,G3/8	162	84	110	10	23.5	27.5	10	336	64	16	20	99	136	356

Stroke adjustment unit

MY3B Bore size - Stroke L

(mm)

Applicable cylinder	ES	EC	EY	FC	h	S	SD	TS	TR	TU	W	Shock absorber model
MY3B16	14.1	21.5	26.5	34.5	2.4	40.8	25.8	6	0.9	25	62	RB0806
MY3B20	14.1	26.5	31.5	41	2.4	40.8	22.3	6	4.4	21.5	72	RB0806
MY3B25	20.1	29.8	36.5	51.5	3.6	46.7	25.2	7	1.4	28.5	90	RB1007
MY3B32	20.1	37.5	44.5	60	3.6	46.7	20.7	7	5.9	24	105	RB1007
MY3B40	30.1	45	53.5	72.5	5	67.3	36.3	12	0.9	39	128	RB1412
MY3B50	30.1	56.5	66.5	88	5	67.3	34.3	12	2.9	37	150	RB1412
MY3B63	36.1	70.5	83.5	108	6	73.2	36.2	15	0.9	43	178	RB2015

Heavy-loaded shock absorber + Adjustment bolt MY3B Bore size - Stroke H

(mm)

Applicable	cylinder	ES	EC	EY	FC	h	S	SD	TS	TR	TU	W	Shock absorber model
	MY3B16	14.1	23	29.5	34.5	2.4	46.7	31.7	7	0.9	25	62	RB1007
	MY3B20	14.1	27.5	34	41	2.4	46.7	28.2	7	4.4	21.5	72	RB1007
	MY3B25	20.1	31.8	41	51.5	3.6	67.3	45.8	12	1.4	28.5	90	RB1412
	MY3B32	20.1	39.5	49	60	3.6	67.3	41.3	12	5.9	24	105	RB1412
	MY3B40	30.1	48	60.5	72.5	5	73.2	42.2	15	0.9	39	128	RB2015
	MY3B50	30.1	58.5	71	88	5	73.2	40.2	15	2.9	37	150	RB2015
	MY3B63	36.1	74.5	91	108	6	99	62	25	0.9	43	178	RB2725

Side Support

Side Support A MY-S□A

Model	Applicable cylinder	A	B	C	D	E	F	G	H	J
MY-S16^	MY3A16·MY3B16	53	63.6	15	26	4.9	3	6.5	3.4	M4×0.7
MY-S20^	MY3A20·MY3B20	65	77.6	25	38	6.4	4	8	4.5	M5×0.8
MY-S25^	MY3A25·MY3B25	77	91	35	50	8	5	9.5	5.5	M6×1
MY-S32^	MY3A32·MY3B32	97	115	45	64	11.7	6	11	6.6	M8×1.25
MY-S32^	MY3A40·MY3B40	112	130	45	64	11.7	6	11	6.6	M8×1.25
MY-S50^	MY3A50·MY3B50	138	160	55	80	14.8	8.5	14	9	M10×1.5
MY-S50^	MY3A63·MY3B63	160	182	55	80	14.8	8.5	14	9	M10×1.5

Guide for Using Side support

For long stroke operation, the cylinder tube may be deflected depending on its own weightand the load.In such a case, use a sidesupport in the middle section. The spacing (L)of the support must be no more than thevalues shown in the graph on the right.

Caution

① If the cylinder mounting surfaces are not measured accurately, using a side support may cause poor operation. Therefore, be sure to level the cylinder tube when mounting it. Also, for long stroke operation involving vibration and impact, the use of a side support is recommended even if the spacing value is within the allowable limits shown in the graph.

②Support brackets are not for mounting; use them solely for providing support.

Guide for Using MY3A Side Support

Specification

Overalllength

Cylinderlength

Totalheight

Overallwidth

Sliderhole distance

Cylinder mountinghole spacing

Buffer configuration

Cylinder weight (headweight +50 stroke)

Air intakeJoint thread

Theoreticalload weight

Switch type

ssist

MY1B10

110+S

80+S

25*17/M3

100+S*22

H/RB0805

0.15+0.04

5kg

D-M9B

Direct mounting

MY1B16

160+S

120+S

40*20/M4

153+S*30

L/RB0604

0.61+0.06

15kg

D-M9B

Direct mounting

MY1B20

200+S

150+S

50*25/M5

191+S*36

L/RB0806

H/RB1007

1.06+0.1

25kg

D-M9B

Direct mounting

MY1B25

220+S

160+S

60*30/M5

206+S*42

L/RB1007

H/RB1412

1.33+0.12

G1/8

40kg

D-M9B

Installation code a

MY1B32

280+S

206+S

80*35/M6

264+S*51

L/RB1412

H/RB2015

2.65+0.18

G1/8

60kg

D-M9B

Installation code a

ssistssistssist

MY1B40

340+S

250+S

100*40/M6

322+S*59

L/RB1412

H/RB2015

3.87+0.27

G1/4

100kg

D-M9B

Installation code a

MY1B50

400+S

306+S

120*50/M8

384+S*76

7.78+0.44

G3/8

160kg

D-M9B

Installation code a

MY1B63

460+S

360+S

116

112

140*60/M8

400+S*92

13.1+0.7

G3/8

250kg

D-M9B

Installation code a

ssist

Specification

Overalllength

Cylinderlength

hTeht

Oe aalNe

Slider Cylinderhole distance

mountinghole spacing

CyliBuffer configuration

nder weight (headweight +50 stroke)J

Air intakeoint thread

Theoreticalload weight

Switch type

ssist

MY1M16

160+S

120+S

40*40/M4

153+S*48

L/RB0806

0.67+0.12

16kg

D-M9B

Installation code a

MY1M20

200+S

150+S

50*40/M5

191+S*45

L/RB0806

H/RB1007

1.11+0.16

25kg

D-M9B

Installation code a

ssist

MY1M25

220+S

160+S

60*50/M5

206+S*46

L/RB1007

H/RB1412

1.64+0.24

G1/8

40kg

D-Z73

Direct mounting

MY1M32

280+S

206+S

102

80*60/M6

264+S*60

L/RB1412

H/RB2015

3.27+0.38

G1/8

60kg

D-Z73

Direct mounting

MY1M40

340+S

250+S

118

100*80/M6

322+S*72

L/RB1412

H/RB2015

5.88+0.56

G1/4

100kg

D-Z73

Direct mounting

MY1M50

400+S

306+S

107

144

120*90/M8

380+S*90

L/RB2015

H/RB2725

10.06+0.77

G3/8

160kg

D-Z73

Direct mounting

Specification

Overalllength

Cylinderlength

Totalheight

Overallwidth

Slider Cylinderhole distance

mountinghole spacing

Buffer configuration Cyli

nder weight (headweight +50 stroke)Jo

Air intakeint threadl

Theoreticaload weight

Switch type

Installation code assist

MY3B16

122+S

95+S

44*26/M4

114+S*19

L/RB0806

0.23+0.06

16kg

D-M9B

MY3B20

148+S

117+S

54*30/M4

139+S*23

L/RB0806

0.49+0.09

25kg

D-M9B

Installation code assist

MY3B25

178+S

138+S

64*40/M5

166+S*30

L/RB1007

0.75+0.17

G1/8

40kg

D-M9B

Installation code assist

MY3B32

225+S

180+S

92*44/M5

211+S*33

L/RB1007

1.39+0.18

G1/8

60kg

D-M9B

Installation code assist

MY3B40

276+S

222+S

112*60/M6

259+S*40

L/RB1412

2.58+0.25

G1/4

100kg

D-M9B

Installation code assist

Specification

Overalllength

Cylinderlength

Totalheight

Overallwidth

Slider Cylinderhole distance

mountinghole spacing

Buffer configuration Cyli

nder weight (headweight +50 stroke)J

Air intakeoint thread

Theoreticalload weight

Switch type

MY3A16

110+S

83+S

44*26/M4

102+S*19

L/RB0806

0.22+0.06

16kg

D-M9B

MY3A20

128+S

97+S

54*30/M4

119+S*23

L/RB0806

0.39+0.09

25kg

D-M9B

Installation code assistInstallation code assist

MY3A25

150+S

110+S

64*40/M5

138+S*30

L/RB1007

一

0.65+0.17

G1/8

40kg

D-M9B

MY3A32

193+S

148+S

92*44/M5

179+S*33

L/RB1007

1.25+0.18

G1/8

60kg

D-M9B

Installation code assist

MY3A40

240+S

186+S

112*60/M6

223+S*40

L/RB1412

2.45+0.25

G1/4

100kg

D-M9B

Installation code assist

Specification

Overalllength

Cylinderlength

Totalheight

Overallwidth

Slider Cylinderhole distance

mountinghole spacing

CyliBuffer configuration

nder weight (headweight +50 stroke)Jo

Air intakeint thread l

Theoreticaload weight

Switch type

MY1H16

160+S

120+S

40*40/M4

153+S*30

L/RB0806

H/RB1007

0.74+0.14

15kg

D-M9B

MY1H20

200+S

150+S

50*40/M5

191+S*36

L/RB0806

H/RB1007

1.35+0.25

25kg

D-M9B

Installation code assistInstallation code assist

MY1H25

220+S

160+S

60*50/M5

206+S*42

L/RB1007

H/RB1412

2.31+0.3

G1/8

40kg

D-M9B

MY1H32

280+S

206+S

110

80*60/M6

264+S*51

L/RB1412

H/RB2015

4.65+0.46

G1/8

60kg

D-M9B

Installation code assist

MY1H40

340+S

250+S

121

100*80/M6

322+S*59

L/RB1412

H/RB2015

5.84+0.55

100kg

D-M9B

Installation code assist

Specification

Overalllength

Cylinderlength

Totalheight

Overallwidth

Slider Cylinderhole distance

mountinghole spacing

CyliBuffer configuration

nder weight (headweight +50 stroke)J

Air intakeoint thread

Theoreticalload weight

Switch type

MY2H16

160+S

120+S

40*40/M4

152+S*40

L/RB0806

H/RB0806

0.86+0.22

15kg

D-M9B

Direct mounting

MY2HT16

160+S

120+S

120

44*80/M5

140+S*66

L/RB0806

H/RB1007

1.27+0.31

15kg

D-M9B

Direct mounting

MY2H25

210+S

160+S

35.5

123

60*60/M5

198+S*60

L/RB1007

H/RB1007

2.35+0.42

G1/8

40kg

D-M9B

Direct mounting

MY2HT25

210+S

160+S

35.5

176

63*110/M8

185+S*98

L/RB1007

H/RB1412

3.7+0.61

G1/8

40kg

D-M9B

Direct mounting

Key features

At a glance

• Without external guide, for simple• Easy assembly and installation drive functions • Choice of:

• Compact — installation length relative to stroke

\- Standard piston

• Fully interchangeable with the linear drive DGP

\- Extended piston

Sealing system:

Cover strip

Advantages of the sealing system

• Long strokes with no restrictions

Sealing band

• Virtually no leakage

• Optional: NSF-H1 lubricant for the food area

The linear drive is of limited suitability for the food area. Additional information: www.festo.com/sp→Certificates

Guide variants

Compact design DGC-K

• Piston diameter 18 ... 80 mm
• Stroke lengths from 1 ... 8500 mm
• 30% narrower than the DGC-G
• Low moving dead weight
• Symmetrical design

Basic design DGC-G

• Piston diameter 8 ... 63 mm

• Stroke lengths from 1 ... 8500 mm

• Guide backlash = 0.2 mm

• For small loads

• Operating behaviour under torque load = average

Plain-bearing guide DGC-GF

• Piston diameter 18 ... 63 mm

• Stroke lengths from 1 ... 8500 mm

• Guide backlash = 0.05 mm

• For small and medium loads

• Operating behaviour under torque load = average

Recirculating ball bearing guide DGC-KF

• Piston diameter 8 ... 63 mm

• Stroke lengths from 1 ... 8500 mm

• Guide backlash = 0 mm

• For medium and large loads

• Precision mounting interface with stainless steel slide

• Operating behaviour under torque load = very good

Heavy-duty guide DGC-HD

• Piston diameter 18, 25, 40 mm

• Stroke lengths from 10 ... 5000 mm

• Guide backlash = 0 mm

• For large loads

• Operating behaviour under torque load = very good

Guide axis DGC-FA

• Without drive

• Piston diameter 8 ... 63 mm

• Stroke lengths from 1 ... 8500 mm

• Guide backlash = 0 mm

• Precision guide, suitable for DGC-KF. Can be used as machine component or as twin guide with DGC-KF

D2 – Compressed air supply port at both ends

The compressed air supply ports on the linear drive DGC-K are located on a connection cap as standard.

The linear drive is actuated at both ends by specifying order code D2 in the modular product system. Actuation at one end is then no longer possible.

Key features

Application example For opening and closing doors

For glass plate transmission

Product Range list

Product variants

	PistonΦ[mm]
		Theoretical force at 0.6GMPa (6 bar, 87 psi)	uide characteristics					a Page/Internet
		[N]	Fy[N]	Fz[N]	Mx[Nm]	My[Nm]	\|Mz[Nm]	a Page/Internet
Compact design DGC-K
	18	153	-	120	0.8	11	1	dgc-k
	25	295	-	330	1.2	20	3
	32	483	一	480	1.9	40	5
	40	754	一	800	3.8	60	8
	50	1178	一	1200	6	120	15
	63	1870	-	1600	5.7	150	24
	80	3016	-	2500	30.6	400	100

Basic design DGC-G
	8	30	150	150	0.5	2	2	8
	12	68	300	300	1.3	5	5
	18	153	70	340	1.9	12	4
	25	295	180	540	4	20	5
	32	483	250	800	9	40	12
	40	754	370	1100	12	60	25
	50	1178	480	1600	20	150	37
	63	1870	650	2000	26	150	48

Plain-bearing guide DGC-GF
PLA	18	153	440	540	3.4	20	8.5	22
	25	295	640	1300	8.5	40	20
	32	483	900	1800	15	70	33
	40	754	1380	2000	28	110	54
	50	1178	1500	2870	54	270	103
	63	1870	2300	4460	96	450	187

机械式无杆气缸产品手册MECHANICAL RODLESS CYLINDER

Professional production/sales/maintenance Middle and high-end mechanical rodless cylinder

Catalogue

Product Price List

Product Selection

How to choose rodless cylinder

A: Standard piping

Cylinder profile construction

The advanced design of dust belt makes it easier to ensure the cleaning of the cylinder

Object type

MY series

The piping connection scheme corresponding to the setting conditions has a high degree of freedom. The centralized piping scheme can be selected as follows:

The magnetic switch can be installed in any position and can be removed in any position.

Object type

Realize two installation methods to save space

OSP series mechanical rodless cylinders

Symbol

Standard type

Special type

Loads, forces and moments

Buffer chart

Middle bracing

Air cylinder

Symbol

Order example

Type representation

Torque and load

MY1B16□/20□-Stroke

Centralized Piping on the Bottom

MY1B25□/32□/40□-Stroke

Centralized Piping on the Bottom

MY1B50□/63□- Stroke

With low load shock absorber + Adjustment bolt

MY1H series mechanical joint rodless cylinder/linear guide rail type

Torque and load

MY1H16□/20□-Stroke

MY1H25□/32□/40□-Stroke Z

Centralized Piping on the Bottom

MY1H-WZ (With locks on both sides)

Hydraulic buffer with high load + adjusting screws MY1H Cylinder diameter □-journeyH(Z)

Accessories (optional)

Stroke adjustment unit monomer

Lateral support

Use of side supports

Attention

MY2H/HT series mechanical joint rodless cylinder/linear guide type

Type representation

Type representation

Torque and load

MY1M25□/32□/40□-[ Stroke

MY1M50□/63□-[ Stroke

With high load shock absorber + Adjustment bolt MY1M Bore size-StrokeH

Accessories (optional)

Guide for Side Support Application

Caution

Overall dimensions (mm)

Guide for Using Side support

Caution

Guide for Using MY3A Side Support

Guide for Using MY3A Side Support

Key features

• Optional: NSF-H1 lubricant for the food area

Guide variants

Basic design DGC-G

Plain-bearing guide DGC-GF

Recirculating ball bearing guide DGC-KF

Heavy-duty guide DGC-HD

Guide axis DGC-FA

D2 – Compressed air supply port at both ends

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