Products Categories

FHSV Series Manual Slide 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

FTCL, FTCM Series Tri-Rod Cylinder

·Implementing JIS standards.
·Two dedicated bearing steel guide rods, guided by linear bearings or brass bearings, have high anti-torsion and anti-side load capacity.Note: Steel column linear bearing: suitable for cylinders to perform push and pull actions, or situations requiring high precision and high load capacity especially suitable for situations requiring low friction movement.Brass sliding bearing: suitable for cylinders to perform braking and other radial load-resistant actions, compared with general braking steel. it can with stand more than 2 times the lateral impact force, and has greater torsional stiffness.
·The drive unit and the guide unit are designed in the same body, no additional
accessories are needed, the minimum space requirement, and the air inlet interface can be selected, making installation more convenient.
·There are two precision positioning holes on the bottom, back end face on the body and the fixing plate (see φPA hole and XX hole in the shape circle)For situations requiring higher precision, provide high-precision positioning installation; there are four sensor grooves on the body, providing multiple sensor installation methods.
·The special design of the body provides multi-directional installation and fixing methods.

product details

Symbols

Finished Product Order Code

[Note 1] All TC series cylinders are of magnetic type.

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

Specifications

Inner Diameter(mm)

100

Mode of Operation

Double-Acting Type

Working Medium

Air (filtered through a Filter Element with a pore size smaller than 40μm)

Operating Pressure Range

0.15~0.7MPa(22~100psi)

0.15~1.0MPa(22~145psi)

Guaranteed Pressure Resistance

1.2MPa(175psi)

1.5MPa(215psi)

Operating Temperature

-20~70℃

Operating Speed Range

50~500mm/s

30~500mm/s

50~400mm/s

Stroke Tolerance Range

≤100 >100

Cushion Type

Bumper Pad

Non-Rotation Accuracy[Note 1]

Linear Bearing

±0.08°

±0.07°

±0.06°

±0.05°

±0.04°

Copper Sleeve Bearing

±0.1°

±0.10°

±0.09°

±0.08°

±0.06°

±0.05°

Pipe Diameter[Note 2]

M3X0.5

M5X0.8

PT1/8

PT1/4

PT3/8

[Note 1] Non-rotation accuracy refers to the angle that the cylinder fixing plate can rotate when the cylinder is fully retracted.

[Note 2] PT Thread, G Thread and NPT Thread are available for Pipe Thread.

Stroke

Inner Diameter(mm)	Standard Stroke	Maximum Stroke
6	5 10 15 20	20
10	5 10 15 20 25 30	30
12	10 20 25 30 40 50 60 70 75 80 90 100 125 150	150
16	10 20 25 30 40 50 60 70 75 80 90 100 125 150 175 200	200
20 25	20 25 30 40 50 60 70 75 80 90 100 125 150 175 200 225 250	250
32 40 50 63	25 30 40 50 60 70 75 80 90 100 125 150 175 200 225 250	250
80 100	25 30 40 50 60 70 75 80 90 100 125 150 175 200 225 250	250

Note:

Non-standard stroke cylinders with a difference of 1~5mm from the standard stoke are modified from the previous standard stroke cylinder,and the external dimensions are the same.For example,a non-standard stroke cylinder with a stroke of86 is modified from a standard cylinder with a standard stroke of90,and its external dimensions are the same; while a non.standard stroke cylinder with a stroke of 84 differs from the previous standard stroke of 90 by 6mm,it can only be ordered in a non-standard type.

Overview of TCM, TCM Series 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	Double-Acting	Push Side	28.3	2.8	5.7	8.5	11.3	14.1	17	19.8
6	3	Double-Acting	Pull Side	21.2	2.1	4.2	6.4	8.5	10.6	12.7	14.8
10	5	Double-Acting	Push Side	78.5	7.9	15.7	23.6	31.4	39.3	47.1	55
10	5	Double-Acting	Pull Side	58.9	5.9	11.8	17.7	23.6	29.5	35.3	41.2
12	6	Double-Acting	Push Side	113.1	11.3	22.6	33.9	45.2	56.5	67.9	79.2
12	6	Double-Acting	Pull Side	84.8	8.5	17.0	25.4	33.9	42.4	50.9	59.4
16	8	Double-Acting	Push Side	201.1	20.1	40.2	60.3	80.4	100.5	120.6	140.7
16	8	Double-Acting	Pull Side	150.8	15.1	30.2	45.2	60.3	75.4	90.5	105.6
20	10	Double-Acting	Push Side	314.2	31.4	62.8	94.2	125.7	157.1	188.5	219.9
20	10	Double-Acting	Pull Side	235.6	23.6	47.1	70.7	94.2	117.8	141.4	164.9
25	12	Double-Acting	Push Side	490.9	49.1	98.2	147.3	196.3	245.4	294.5	313.6
25	12	Double-Acting	Pull Side	377.8	37.8	75.6	113.3	151.1	188.9	226.7	264.4
32	16	Double-Acting	Push Side	804.2	80.4	160.8	241.3	321.7	402.1	482.5	563.0
32	16	Double-Acting	Pull Side	603.2	60.3	120.6	181.0	241.3	301.6	361.9	422.2
40	16	Double-Acting	Push Side	1256.6	125.7	254.3	377.0	502.7	628.3	754.0	879.6
40	16	Double-Acting	Pull Side	1055.6	105.6	211.1	316.7	422.2	527.8	633.3	738.9
50	20	Double-Acting	Push Side	1963.5	196.3	392.7	589.0	785.4	981.7	1178.1	1374.4
50	20	Double-Acting	Pull Side	1649.3	164.9	329.9	494.8	659.7	824.7	989.6	1154.5
63	20	Double-Acting	Push Side	3117.2	311.7	623.4	935.2	1246.9	1558.6	1870.3	2182.1
63	20	Double-Acting	Pull Side	2803.1	280.3	560.6	840.9	1121.2	1401.5	1681.9	1962.2
80	25	Double-Acting	Push Side	5026.5	502.7	1005.3	1508.0	2010.6	2513.3	3015.9	3518.6
80	25	Double-Acting	Pull Side	4535.7	453.6	907.1	1360.7	1814.3	2267.8	2721.4	3175.0
100	25	Double-Acting	Push Side	7854.0	785.4	1570.8	2356.2	3141.6	3927.0	4712.4	5497.8
100	25	Double-Acting	Pull Side	7363.1	736.3	1472.6	2208.9	2945.2	3681.6	4417.9	5154.2

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 40um before use

·During the operation of the cylinder, lateral loads should not exceed the allowable value to maintain the normal working life of the cylinder.

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

·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. Due to the high production and guidance accuracy of the product, the user should not disassemble the cylinder block or cylinder cover independently.

Fixation Method

Cylinder Diameter/Symbol		6	10	12	16	20	25	32	40	50	63	80	100
A		20.5	23	41	46	54	64	78	86	110	124	156	188
D (Min)	TCM	No Need	No Need	10	12	13	20	20	20	20	20	30	-
D (Min)	TCL	-	-	8	10	10	13	20	20	20	20	-	30

Allowable Load and Torque

Inner Diameter	Type	Stroke(mm)
Inner Diameter	Type	5	10	15	20	25	30	40	50	60	70	75	80	90	100	125	150	175	200	225	250
Allowable Maximum Torque Unit: Newton Meter (N·m)

6	TCM	0.008	0.007	0.006	0.005	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-
10	TCM	0.045	0.039	0.033	0.028	0.24	0.021	-	-	-	-	-	-	-	-	-	-	-	-	-	-
12	TCM	-	0.39	-	0.32	0.29	0.27	0.24	0.21	0.49	0.46	0.43	0.42	0.39	0.36	0.31	0.27	-	-	-	-
12	TCM	-	0.35	-	0.29	0.26	0.024	0.22	0.19	0.44	0.39	0.37	0.35	0.32	0.29	0.24	0.20	-	-	-	-
16	TCM	-	0.69	-	0.58	0.54	0.49	0.43	0.38	0.75	0.72	0.69	0.65	0.61	0.58	0.50	0.44	0.40	0.36	-	-
16	TCM	-	0.62	-	0.52	0.49	0.44	0.39	0.34	0.68	0.65	0.62	0.59	0.55	0.52	0.43	0.37	0.32	0.28	-	-
20	TCM	-	-	-	1.05	0.99	0.93	0.83	0.75	1.97	1.90	1.88	1.86	1.72	1.63	1.44	1.28	1.16	1.06	1.01	0.90
20	TCM	-	-	-	0.95	0.89	0.84	0.75	0.68	1.77	1.59	1.52	1.46	1.33	1.25	1.30	1.15	1.03	0.93	0.88	0.76
25	TCM	-	-	-	1.76	1.65	1.55	1.38	1.25	3.17	3.06	2.96	2.91	2.77	2.57	2.26	2.02	1.83	1.67	1.57	1.42
25	TCM	-	-	-	1.58	1.49	1.40	1.24	1.13	2.71	2.42	2.38	2.33	2.19	1.97	2.03	1.78	1.58	1.41	1.22	1.16
32	TCM	-	-	-	-	6.35	6.60	5.73	5.13	5.98	5.74	5.69	5.62	5.11	4.97	4.42	3.98	3.61	3.31	2.97	2.84
32	TCM	-	-	-	-	5.72	5.40	5.16	4.62	5.38	5.15	5.11	5.02	4.60	4.47	3.98	3.58	3.25	2.98	2.67	2.56
40	TCM	-	-	-	-	7.00	6.60	6.121	5.66	6.66	6.31	6.27	6.23	5.86	5.48	4.78	4.38	3.98	3.65	3.34	3.13
40	TCM	-	-	-	-	6.30	5.94	5.50	5.09	5.99	5.67	5.62	5.58	5.27	4.93	4.30	3.94	3.58	3.29	3.01	2.82
50	TCM	-	-	-	-	13.00	12.60	11.00	10.80	13.70	12.70	12.00	11.80	11.10	10.60	9.50	8.60	7.86	7.24	6.80	6.24
50	TCM	-	-	-	-	9.17	8.75	8.30	7.62	10.30	9.94	9.83	9.77	8.82	8.74	8.55	7.74	7.07	6.52	6.12	5.62
63	TCM	-	-	-	-	14.70	13.60	12.90	12.10	19.40	16.20	13.50	12.70	12.10	11.90	10.70	9.69	8.86	8.16	7.52	7.04
63	TCM	-	-	-	-	10.20	9.74	9.20	8.48	17.46	14.00	11.00	10.60	10.20	9.74	9.63	8.72	7.97	7.34	6.77	6.34
80	TCM	-	-	-	-	21.90	20.80	19.70	18.60	15.80	24.00	22.90	21.70	21.00	20.50	18.60	17.00	15.60	14.50	13.50	12.60
80	TCM	-	-	-	-	15.10	14.30	13.60	12.90	12.20	21.60	20.61	19.53	18.90	18.45	16.74	15.30	14.04	13.05	12.15	11.34
100	TCM	-	-	-	-	38.80	36.80	35.00	33.50	28.50	39.40	37.50	35.60	34.50	33.80	30.90	28.40	26.20	24.40	22.50	21.40
100	TCM	-	-	-	-	27.10	25.70	24.40	30.15	25.65	35.46	33.75	32.04	31.05	30.42	27.81	25.56	23.58	21.96	20.25	19.26

Internal Structure and Main Component Materials

No.	Name	No.	Name
1	Body	11	Bumper Pad
2	Fixed Plate	12	Piston O-Ring
3	Guide Rod	13	Magnet
4	C-shaped Retaining Ring	14	Magnet Shim
5	Front Cover	15	Piston
6	0-Ring Retaining Ring	16	Piston Rod
7	Hex Socket Bolt	17	Bumper Pad
8	Shaft O-Ring	18	O-Ring
9	O-Ring	19	Cushion Block
10	Sliding Bearing

Internal Structure and Main Component Materials2

No.	Name	No.	Name
1	Body	10	Bumper Pad
2	Fixed Plate	11	Magnet Shim
3	Guide Rod	12	Magnet
4	C-shaped Retaining Ring	13	Piston O-Ring
5	Front Cover	14	Piston
6	Hex Socket Bolt	15	Magnet Seat
7	Shaft O-Ring	16	Piston Rod
8	O-Ring	17	Bumper Pad
9	Sliding Bearing

Internal Structure and Main Component Materials3

No.	Name	No.	Name
1	Fixed Plate	12	Special O-ring
2	Guide Rod	13	O-Ring
3	Body	14	Rear Cover
4	C-shaped Retaining Ring	15	Piston Rod
5	Front Cover	16	Piston
6	Bumper Pad	17	Magnet Seat
7	Special O-ring	18	Magnet Shim
8	Hex Socket Bolt	19	Magnet
9	O-Ring	20	Hex Socket Set Screw
10	Linear Bearing/Copper Sleeve Bearing	21	Hex Socket Set Screw
11	C-shaped Retaining Ring	22	Distance Sleeve

External Specifications

Symbol/Stroke	A	AB	AC	AD	B	BA	C	CA	CB	D	DB	G	K	L	LA	LB	LC	LD	M	MA	MB	N	P	PD	PF
6	29.5	6	23.5	5	30	29	14.5	9	6	5	3	20.5	M2.5x0.45	M3X0.5	5	20.5	6	9	6	3	9.5	3.5	M3X0.5	9.5	5.5
10	32	6	26	5	34	33	18	10	7.5	6	5	23	M3X0.5	M4X0.7	5	23	8	11	8	4	8.5	4.5	M3X0.5	11.5	5

Cylinder Diameter/Symbol	A					DA								MC				KC
Cylinder Diameter/Symbol	TCL	TCM	TCL/TCM			TCL				TCM				MC				KC
Stroke	≤30	≤50	31~100	101~200	>200	≤30	31~100	101~200	>200	≤50	51~100	101~200	>200	≤30	31~100	101~200	>200	≤30	31~100	101~200	>200
12	42		55	85	-	0	13	43	-	0	13	43	-	20	40	110	-	15	25	60	-
16	46		65	95	-	0	19	49	-	0	19	49	-	24	44	110	-	17	27	60	-
20	53		80	104	122	0	27	51	69	0	27	51	69	24	44	120	200	29	39	77	117
25	53.5		82	104.5	122	0	28.5	51	68.5	0	28.5	51	68.5	24	44	120	200	29	39	77	117

Stroke	≤50	≤50	51~100	101~200	>200	≤50	51~100	101~200	>200	≤50	51~100	101~200	>200	≤40	41~100	101~200	>200	≤40	41~100	101~200	200
32	65	78	102	118	140	5.5	42.5	58.5	80.5	18.5	42.5	58.5	80.5	24	48	124	200	33	45	83	121
40	66	78	102	118	140	0	36	52	74	12	36	52	74	24	48	124	200	34	46	84	122
50	76	89	118	134	161	4	46	62	89	17	46	62	89	24	48	124	200	36	48	86	124
63	77	89	118	134	161	0	41	57	84	12	41	57	84	28	52	128	200	38	50	88	124

Cylinder Diameter/Symbol	AB	AC	AD	B	BA	C	CA	D(TCL)	D(TCM)	DB	G	J	JA	K	KA	KB	L	LA	LB	LC	LD
12	13	29	8	58	56	26	22	6	8	6	41	3.5	3	3	6	23	M4x0.7	10	50	18	48
16	13	33	8	64	62	30	25	8	10	8	46	3.5	3	3	6	24	M5x0.8	12	56	22	54
20	16	37	10	83	81	36	30	10	12	10	54	3.5	3	3	6	28	M5x0.8	13	72	24	70
25	16	37.5	10	93	91	42	38	12	16	12	64	4.5	3	4	6	34	M6x1.0	15	82	30	78
32	22	37.5	12	112	110	48	44	16	20	16	78	4.5	3	4	6	42	M8x1.25	20	98	34	96
40	22	44	12	120	118	54	44	16	20	16	86	4.5	3	4	6	50	M8x1.25	20	106	40	104
50	28	44	16	148	146	64	60	20	20	20	110	6	4	5	8	66	M10x1.5	22	130	46	130
63	28	49	16	162	158	78	70	20	20	20	124	6	4	5	8	80	M10x1.5	22	142	58	130

Cylinder Diameter/Symbol	LE	M	MA	MB	N	P	PA	PB	PC	PD	PE	PF	R	RA	S	U	V	W	X	Y
12	14	8	4.5	5	4.5	M5x0.8	8	18	11	11	13	7.5	M5x0.8	12	37	7.5	4.5	4	2	6.5
16	16	8	4.5	5	4.54	M5x0.8	10	19	11	11	15	8	M5x0.8	10	38	7.5	4.5	4	2.5	7
20	18	9.5	5.5	17	5.5	PT1/8	10.5	25	10.5	10.5	12.5	9	M6x1.0	12	44	8.5	5.5	4.5	3	8
25	26	9.5	5.5	17	5.5	PT1/8	13.5	28.5	11.5	11.5	12.5	9	M6x1.0	12	50	8.5	5.5	4.5	3	8.5
32	30	11	7.5	21	6.5	PT1/8	16	34	12.5	12.5	7	9	M8x1.25	16	63	10.5	6.5	5.5	3.5	9.5
40	30	11	7.5	22	6.5	PT1/8	18	38	14	14	13	10	M8x1.25	16	72	10.5	6.5	5.5	4	11
50	40	14	9	24	8.5	PT1/4	21.5	47	12	14	9	11	M10x1.5	20	92	13.5	8.5	7.5	4.5	13.5
63	50	14	9	24	8.5	PT1/4	28	55	16.5	16.5	14	13.5	M10x1.5	20	110	18	11	10	7	18.5

Cylinder Diameter/Symbol	AE	AF	AG	BD	CD	FA	H	T	Z
12	5	22	17	57.5	25.5	4	8	12	M5x0.8
16	5	26	21	63.5	29.5	5	10	15	M6x1.0
20	6	31	25	82	34	6	12	20	M8x1.25
25	6	33	27	92.5	40.5	6	17	24	M10x1.25
32	8	36	28	111.5	47.5	7	17	32	M12 x 1.25
40	8	36	28	119.5	53.5	7	17	32	M12 x 1.25
50	10	39	29	147	63	8	23	36	M16x1.5
63	10	39	29	161	77	8	23	36	M16x1.5

Note: The dimensions of this annotation are the same as the TCL/TCM standard type.

Cylinder Diameter/Symbol	25	30	40	50	60	70	75	80	100	125	150	175	200	225	250
A	TCM=112.5/TCL=106.5					165.5						187.5
DA	TCM=16/TCL=10					69						91
KC	42			54						92				128
MC	28			52						128				200

Cylinder Diameter/Symbol	25	30	40	50	60	70	75	80	100	125	150	175	200	225	250
A	TCM=128/TCL=122					186						208
DA	TCM=12/TCL=6					70						92
KC	35			47						85				121
MC	48			72						148				220

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

FTCL, FTCM Series Tri-Rod Cylinder

Symbols

Finished Product Order Code

Specifications

Stroke

Overview of TCM, TCM Series Products

Cylinder Theoretical Output Table

Installation and Use (General Purpose)

Fixation Method

Allowable Load and Torque

Internal Structure and Main Component Materials

External Specifications

Leave Your Message

FHLH Series Side Rail Precision Slide Cylinder

FCRQ2 Series Thin Swing Cylinder - Rack and Pinion Type

FRMTL Series Magnetic Coupling Rodless Cylinders(Precision Guide Rod Type)

FHLS, FHLSL Series Double Shaft Precision Slide Cylinder (Roller Type)

FSC Series Standard Cylinder - Rod Type

FDNC Series Standard Cylinder