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FHSV Series Manual Slide Valve

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HVD Series High-voltage Variable Frequency Drive

60 Absolute value Series servo motor

40 series servo absolute value motor

HS100M1/M2-NQ level/HS100M1/M2-NQS level

MD Series Multi-Position Fixed-Type Cylinder.jpg

FMD Series Multi-Position Fixed-Type Cylinder

·Various body fixation methods make it easy to install and use.
·Multiple cylinders can be fixed in parallel, effectively saving installation space.
·Precision-guided piston rod requires no other lubrication.
·Multiple specifications of cylinders are available for customer selection.
·The selection of high-temperature resistant sealing materials ensures normal operation of the cylinder at 150℃:(This is an optional item)

product details

Symbols

Finished Product Order Code

[Note 1] Single-acing push type refers to the piston rod extending when the air is an,the font spring is compressed,and when the air is off,the piston rod retracts o its original position under the reset force of the spring,Single-acting pull type refers to the piston rod retracting when the air is on,the rear spring is compressed, and when the air is off the piston rod extends to its original position under the reset force of the spring.

[Note 2] When the pipe joint is of M5 thread, this code is blank.

Specifications

Inner Diameter(mm)		6	10	16	20	25	32
Mode of Operation	FMD/FMDD/FMDJ	Double-Acting Type
	FMSD/FMTD	Single-Acting Push Type, Single-Acting Pull Type
Working Medium		Air (filtered through a Filter Element with a pore size smaller than 40um)
Operating Pressure Range	Double-Acting Type	0.15~1.0MPa(22-145psi)
	Single-Acting Type	0.2-1.0MPa(28~145psi)
Guaranteed Pressure Resistance		1.5MPa(215psi)
Operating Temperature (℃)		-20-70
Operating Speed Range (mm/s)		Double-Acting Type:30~500 Single-ActingType50-500
Stroke Tolerance Range		+1.0 0
Cushion Type		Bumper Pad
Pipe Diameter[Note]		M5x0.8					PT1/8

[Note] PT Thread and G Thread are available for Pipe Thread.

Stroke

Inner Diameter(mm)		Standard Stroke (mm)	Maximum Stroke
6	Double-Acting	5 10 15 20 25 30 35	35
6	Single-Acting	5 10 15 20	20
10	Double-Acting	5 10 15 20 25 30 35	35
10	Single-Acting	5 10 15 20	20
16	Double-Acting	5 10 15 20 25 30 40 50	50
16	Single-Acting	5 10 15 20	20
20	Double-Acting	5 10 15 20 25 30 40 50 60	60
20	Single-Acting	5 10 15 20	20
25	Double-Acting	5 10 15 20 25 30 40 50 60	60
25	Single-Acting	5 10 15 20	20
32	Double-Acting	5 10 15 20 25 30 40 50 60	60
32	Single-Acting	5 10 15 20	20

[Note] 1. Within the allowable stroke range, when the stroke > maximum stoke.it is treated as non-standard. for other special stokes, lease contact our company.

Non-standard strokes within the maximum stroke range are modified from the previous standard stroke, and their dimensions are the same as those of the previous standard stroke cylinder.For example, a non-standard stroke cylinder with a stroke of 23 is modified from a standard cylinder with a standard stroke of25, and its dimensions are the same.

Overview of MD, MK Products

Cylinder Theoretical Output Table

Cylinder Inner Diameter	Piston Rod Outer Diameter	Mode of Operation		Pressure Area(mm²)	Air Pressure (MPa)
Cylinder Inner Diameter	Piston Rod Outer Diameter	Mode of Operation		Pressure Area(mm²)	0.1	0.2	0.3	0.4	0.5	0.6	0.7
6	3	Push Single-Acting		28.3	-	1.5	2.9	4.3	5.7	7.2	8.6
		Pull Single-Acting		21.2	-	-	0.8	1.5	2.2	2.9	3.6
		Double-Acting	Push Side	28.3	2.8	5.7	8.5	11.3	14.1	17	19.8
		Double-Acting	Pull Side	21.2	2.1	4.2	6.4	8.5	10.6	12.7	14.8
10	4	Push Single-Acting		78.5	-	3.9	7.9	11.8	15.8	19.7	23.7
		Pull Single-Acting		66.0	-	1.4	4.1	6.8	9.5	12.2	14.9
		Double-Acting	Push Side	78.5	7.9	15.7	23.6	31.4	39.3	47.1	55.0
		Double-Acting	Pull Side	66.0	6.6	13.2	19.8	26.4	33.0	39.6	46.2
16	6	Push Single-Acting		201.1	-	10.1	30.2	50.3	70.4	90.5	110.6
		Pull Single-Acting		172.8	-	8.7	25.9	43.2	60.5	77.8	95.1
		Double-Acting	Push Side	201.1	20.1	40.2	60.3	80.4	100.5	120.6	140.7
		Double-Acting	Pull Side	172.8	17.3	34.6	51.8	69.1	86.4	103.7	121.0
20	8	Push Single-Acting		314.2	-	15.7	47.1	78.6	110.0	141.4	172.8
		Pull Single-Acting		263.9	-	13.2	39.6	66.0	92.3	118.7	145.1
		Double-Acting	Push Side	314.2	31.4	62.8	94.2	125.7	157.1	188.5	219.9
		Double-Acting	Pull Side	263.9	26.4	52.8	79.2	105.6	131.9	158.3	184.7
25	10	Push Single-Acting		490.9	-	24.7	73.8	122.8	179.1	221.0	270.1
		Pull Single-Acting		412.3	-	20.7	61.9	103.1	144.4	185.6	226.8
		Double-Acting	Push Side	490.9	49.1	98.2	147.3	196.3	245.4	294.5	343.6
		Double-Acting	Pull Side	412.3	41.2	82.5	123.7	164.9	206.2	247.4	288.6
32	12	Push Single-Acting		804.2	-	40.2	120.7	201.1	281.5	361.9	442.4
		Pull Single-Acting		691.2	-	34.7	103.8	173.0	242.1	311.2	380.3
		Double-Acting	Push Side	804.2	80.4	160.8	241.3	321.7	402.1	482.5	563.0
		Double-Acting	Pull Side	691.2	69.1	138.2	207.3	276.5	345.6	414.7	483.8

Installation and Use (General Purpose)

·When the load changes during operation, a cylinder with ample output force should be selected.

·Under high temperature or corrosive conditions, a corresponding high-temperature resistant or corrosion-resistant cylinder should be selected.

·In environments with high humidity, lots of dust, or presence of water droplets, oil dust.and welding slag, appropriate protective measures should be taken for the cylinder.

·Before the cylinder is connected to the pipeline, the dirt inside the pipeline must be cleared to prevent foreign objects from entering the cylinder.

·The medium used in the cylinder should be filtered through a filter element with a pore size smaller than 4Oum before use.

·Because the front cover and piston of the cylinder are relatively short, the stroke generally should not be too large.

·In low-temperature environments, anti-freezing measures should be taken to prevent the water in the system from freezing.

·During the operation of the cylinder, lateral loads should be avoided as much as possible to maintain the normal working life of the cylinder.

·If the cylinder is disassembled and not used for a long time, attention should be paid to surface rust prevention, dust-proof caps should be added to the intake and exhaust ports.

No.	Name	Material
1	Hex Nut	Low Carbon Steel or Stainless Steel
2	Piston Rod	Stainless Steel or S45C Hard Chrome Plated Grinding Rod
3	Piston Rod O-Ring	NBR
4	Body	Aluminum Alloy
5	Bumper Pad (Ring)	TPU
6	Magnet Seat	Aluminum Alloy
7	Magnet Shim	NBR
8	Magnet	Sintered Neodymium Iron Boron
9	Piston O-Ring	NBR
10	Wear-Resistant Pad (Ring)	Wear-Resistant Material
11	Piston	Aluminum Alloy
12	0-Ring	NBR
13	C-shaped Retaining Ring	Spring Steel
14	Rear Cover	Aluminum Alloy
15	Bumper Pad (Ring)	TPU

External Specifications

Cylinder Diameter/Symbol	A(without Magnet)	A(with Magnet)	AC(without Magnet)	AC(with Magnet)	B	C	D	DA	E	EA	EB	F	FA	H	J	JA	JB	JC	K	KB	L	LA	LB	P	PA	PB	PC
6	46	46	33	33	16.5	22	3	13	M3x0.5	7	8	5.5	2.5	-	6	5	10	7	3.3	7	M3x0.5	5	17	M5x0.8	14	10	-
10	52	52	36	36	16.5	24	4	16	M4x0.7	10	11	7	2	-	6	5.5	11	7	3.3	9	M3x0.5	5	18	M5x0.8	15.5	10	-
16	46	56	30	40	20	32	6	16	M5x0.8	11	12.5	8	4	5	7.5	6.5	14	7	4.5	12	M4x0.7	5	25	M5x0.8	14.5	10	3
20	55	65	36	46	26	40	8	19	M6x1.0	12	14	10	5	6	9.5	8	16	9	5.5	16	M5x0.8	7.5	30	M5x0.8	19.3	9.5	9
25	63	73	40	50	32	50	10	23	M8x1.25	15.5	18	12	6	8	9.5	9	20	10	5.5	20	M5x0.8	8	38	M5x0.8	20.5	8.5	12
32	69	79	42	52	40	62	12	27	M10x1.25	19.5	22	17	6	10	11	11.5	24	11	6.5	24	M6x1.0	9	48	PT1/8	22	12.5	13

Symbols	A(without Magnet)				A(with Magnet)				AC(without Magnet)				AC(with Magnet)
Cylinder Diameter\ Symbol	5St	10St	15St	20St	5St	10St	15St	20St	5St	10St	15St	20St	5St	10St	15St	20St
6	56	61	71	76	56	61	71	76	43	48	58	63	43	48	58	63
10	62	67	77	82	62	67	77	82	46	51	61	66	46	51	61	66
16	61	66	81	86	71	76	91	96	45	50	65	70	55	60	75	80
20	70	75	90	95	80	85	100	105	51	56	71	76	61	66	81	86
25	78	78	98	103	88	93	108	113	55	60	75	80	65	70	85	90
32	84	84	104	109	94	99	114	119	57	62	77	82	67	72	87	92

[Note] The dimensions not specified are the same as the standard type.

Cylinder Diameter/Symbol	A(without Magnet)	A(with Magnet)	AC(without Magnet)	AC(with Magnet)	AE	B	C	D	DA	E	EA	EB	F	FA	H	J	JA	JB	JC	K	KB	L	LA	LB	P	PA	PB	PC
6	70	70	38	38	6	16.5	22	3	13	M3x0.5	7	8	5.5	2.5	-	6	5	10	7	3.3	7	M3x0.5	5	17	M5x0.8	14	16	-
10	74	74	36	36	6	16.5	24	4	16	M4x0.7	10	11	7	2	-	6	5.5	11	7	3.3	9	M3x0.5	5	18	M5x0.8	15.5	16	-
16	69.5	79.5	30	40	7.5	20	32	6	16	M5x0.8	11	12.5	8	4	5	7.5	6.5	14	7	4.5	12	M4x0.7	5	25	M5x0.8	14.5	17.5	3
20	83	93	36	46	9	26	40	8	19	M6x1.0	12	14	10	5	6	9.5	8	16	9	5.5	16	M5x0.8	7.5	30	M5x0.8	19.3	18.5	9
25	95	105	40	50	9	32	50	10	23	M8x1.25	15.5	18	12	6	8	9.5	9	20	10	5.5	20	M5x0.8	8	38	M5x0.8	20.5	17.5	12
32	106	116	42	52	10	40	62	12	27	M10x1.25	19.5	22	17	6	10	11	11.5	24	11	6.5	24	M6x1.0	9	48	PT1/8	22	22.5	13

Cylinder Diameter/Symbol	A(without Magnet)	A(with Magnet)	AC(without Magnet)	AC(with Magnet)	DB	E	FA
6	70	70	38	38	13	M3x0.5	2.5
10	73	73	36	36	15	M4x0.7	2
16	70.5	80.5	30	40	17	M5x0.8	4
20	85	95	36	46	21	M6x1.0	5
25	97	107	40	50	25	M8x1.25	6
32	106	116	42	52	27	M10x1.25	6

[Note] The dimensions not specified are the same as the standard type.

FAT1.5-M8 Series

FDT3-M8 Series

FBT0.5-MM3 Series

FHSV Series Manual Slide Valve

F4H Series Manual Valve

LVD100 Series Universal Variable Frequency Drive

HVD Series High-voltage Variable Frequency Drive

60 Absolute value Series servo motor

40 series servo absolute value motor

HS100M1/M2-NQ level/HS100M1/M2-NQS level

FMD Series Multi-Position Fixed-Type Cylinder

Symbols

Finished Product Order Code

Specifications

Stroke

Overview of MD, MK Products

Cylinder Theoretical Output Table

Installation and Use (General Purpose)

External Specifications

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