Heavy Duty Smart Linear Position Sensing Cylinder CYLNUC®

CYLNUC is NSD smart and heavy duty cylinder linear position sensing cylinder that indicates the amount of linear travel and rod extension throughout the range of sensing stroke.

Hydraulic type SCHH / Pneumatic type SCAH

Ex.

Fig:Hydraulic type SCHH / Pneumatic type SCAH

Fig:Hydraulic type SCHH / Pneumatic type SCAH System Configuration

Cylinder

Item		Specification
Bore size (mm)		φ40	φ50	φ63	φ80	φ100
Rod dia. (mm)		φ18	φ20	φ20.4	φ28	φ36
Stroke(mm)	Without bellows	50〜1000		50〜1400	50〜1600	50〜1800
Stroke(mm)	With bellows	50〜1000		50〜1400	50〜1400	50〜1500
Operating pressure range(MPa)		0.2〜5.0
Proof test pressure(MPa)		7.5
Operating fluid		Mineral oil, water-glycol
Cylinder speed range(mm/s)		3〜300
Ambient operating temperature(℃)		5〜120

Applicable sensor

Item	Specification
Absolute detection range(mm)	12.8
Resolution(μm)	1.5625
Repeatability(μm)	10 mim. [Without load]
Linearity error(mm)	0.15 + L/1000 Max.　　L：stroke
Protection rating	IP67(Conforms to JEM 1030 standard)
Vibration resistance	2.0×10² m/s² {20G} 200Hz up /down 4h, forward/back 2h, conforms to JIS D1601 standard
Shock resistance	4.9×10³ m/s² {500G} 0.5ms up/down/forward/back 3 times each, conforms to JIS C5026 standard

Theoretical cylinder thrust values at various operating pressures

Bore size (mm)	Cross-sec. area of cylinder (mm²)	Rod dia. (mm)	Cross-sec. area of piston rod (mm²)	Area of piston's rod face (mm²)		Cylinder thrust (N)
Bore size (mm)	Cross-sec. area of cylinder (mm²)	Rod dia. (mm)	Cross-sec. area of piston rod (mm²)	Area of piston's rod face (mm²)		1.0MPa	2.0MPa	3.0MPa	3.5MPa	5.0MPa
φ40	1256	φ18	254	Push	1256	1256	2513	3769	4398	6283
φ40	1256	φ18	254	Pull	1002	1002	2004	3006	3507	5010
φ50	1963	φ20	314	Push	1963	1963	3926	5890	6872	9817
φ50	1963	φ20	314	Pull	1649	1649	3298	4948	5772	8246
φ63	3117	φ22.4	394	Push	3117	3117	6234	9351	10910	15586
φ63	3117	φ22.4	394	Pull	2723	2723	5446	8169	9531	13615
φ80	5026	φ28	615	Push	5026	5026	10053	15079	17592	25132
φ80	5026	φ28	615	Pull	4410	4410	8821	13232	15437	22053
φ100	7853	φ36	1017	Push	7853	7853	15707	23561	27488	39269
φ100	7853	φ36	1017	Pull	6836	6836	13672	20508	23926	34180

Mass

Bore size (mm)	Basic mass (ZERO stroke) (kg)	Stroke mass per 10 mm (kg)	Additional mass depending on mounting format (kg)
Bore size (mm)	Basic mass (ZERO stroke) (kg)	Stroke mass per 10 mm (kg)	OO	LB	FA	FB	CA	CB	TA	TC
φ40	3.2	0.09	0	0.51	0.31	0.31	0.43	0.50	0.27	0.42
φ50	5.0	0.08	0	0.92	0.45	0.45	0.62	0.89	0.41	0.73
φ63	5.5	0.10	0	1.24	0.62	0.62	0.96	1.25	0.50	0.77
φ80	8.8	0.19	0	2.13	1.52	1.52	1.57	2.25	1.76	1.51
φ100	12.4	0.24	0	3.44	2.51	2.51	2.44	3.36	2.90	2.69

Mass Calculation

SCHH-□×□-OO
SCAH-□×□-OO
SCHH-□×□-LB
SCAH-□×□-LB
SCHH-□×□-FA
SCAH-□×□-FA
SCHH-□×□-FB
SCAH-□×□-FB
SCHH-□×□-CA
SCAH-□×□-CA
SCHH-□×□-CB
SCAH-□×□-CB
SCHH-□×□-TA
SCAH-□×□-TA
SCHH-□×□-TC
SCAH-□×□-TC

Pneumatic type CSAH

Ex.

Fig:Pneumatic type CSAH

Item	Code	Description
Bore size	20	Φ20		Units : mm
Bore size	40	Φ40		Units : mm
Stroke	50 ～ 500	Φ20	50 ～ 500 : 50 mm units 600 ～ 700 : 100 mm units	Units : mm
Stroke	50 ～ 700	Φ40	50 ～ 500 : 50 mm units 600 ～ 700 : 100 mm units	Units : mm
Mounting style	[FA]Flange on rod end side
	[LS]Foot on rod end side /parallel to axis
	[TB]Trunnion on head end side
	[FB]Flange on head end side
	[LB]Foot both ends /parallel to axis
Max. operating pressure	7	0.7 MPa(7kgf/cm²)
Max. operating pressure	0	Piston with hole
Connector	B	With connector(NJW-2012-PM)
Connector	R	Crimp-type terminal(R1.25-4)
Cable length	2.0	2 m
Option	A₁	Lock nut (accessory)
	A₂	Clevis / single
	A₃	Clevis / double (supplied with a Pivot pin A4)
	A₄	Pivot pin (for Clevis)
	C₅	Bellows

Fig:Pneumatic type CSAH System Configuration

Cylinder

Item		Specification
Bore size (mm)		φ20	φ40
Rod dia. (mm)		φ10	φ14
Stroke(mm)	Without bellows	50〜500	50〜700
Stroke(mm)	With bellows	50〜500	50〜700
Operating pressure range(MPa)		0.1〜0.7
Proof test pressure(MPa)		1.05
Operating fluid		Compressed air
Cylinder speed range(mm/s)		50〜500
Ambient operating temperature(℃)		5〜120

Applicable sensor

Item	Specification
Absolute detection range(mm)	12.8
Resolution(μm)	1.5625
Repeatability(μm)	10 mim. [Without load]
Linearity error(mm)	0.25 + L/2000 Max.　　L：stroke
Protection rating	IP67(Conforms to JEM 1030 standard)
Vibration resistance	2.0×10² m/s² {20G} 200Hz up /down 4h, forward/back 2h, conforms to JIS D1601 standard
Shock resistance	4.9×10³ m/s² {500G} 0.5ms up/down/forward/back 3 times each, conforms to JIS C5026 standard

Theoretical cylinder thrust values at various operating pressures

Bore size (mm)	Cross-sec. area of cylinder (mm²)	Rod dia. (mm)	Cross-sec. area of piston rod (mm²)	Area of piston's rod face (mm²)		Cylinder thrust (N)
Bore size (mm)	Cross-sec. area of cylinder (mm²)	Rod dia. (mm)	Cross-sec. area of piston rod (mm²)	Area of piston's rod face (mm²)		0.2MPa	0.3MPa	0.4MPa	0.5MPa	0.6MPa	0.7MPa
φ20	314	φ10	78	Push	314	62	94	125	157	188	219
φ20	314	φ10	78	Pull	235	47	70	94	117	141	164
φ40	1256	φ14	153	Push	1256	251	376	502	628	753	879
φ40	1256	φ14	153	Pull	1102	220	330	441	551	661	771

Mass

Bore size (mm)	Basic mass (ZERO stroke) (kg)	Stroke mass per 10 mm (kg)	Additional mass depending on mounting format (kg)
Bore size (mm)	Basic mass (ZERO stroke) (kg)	Stroke mass per 10 mm (kg)	FA	FB	LB	LS	TB
φ20	1.2	0.01	0.06	0.06	0.15	0.08	0.10
φ40	1.5	0.02	0.15	0.15	0.26	0.13	0.20

Mass Calculation

CSAH-20×□-FA
CSAH-40×□-FA
CSAH-20×□-LS
CSAH-40×□-LS
CSAH-20×□-TB
CSAH-40×□-TB
CSAH-20×□-FB
CSAH-40×□-FB
CSAH-20×□-LB
CSAH-40×□-LB

Hydraulic type SCJJ

Ex.

Fig:Hydraulic type SCJJ Ex.

Item	Code	Description
Operating fluid	F	Specify only if phosphate ester is required.
Bore size (mm)	40～160	40	50	63	80	100	125	140	160
Rod dia. (mm)	B	22	28	36	45	56	70	80	90
Stroke(mm)	With bellows: 50～300 Without bellows: 50～400	Bore size：40					50～500：50 units 600～1000：100 units 1200～1600：200 units
	50～1200	Bore size：50
	50～1600	Bore size： 63, 80, 100，125，140，160
Mounting style	[LA]	Foot/Side Lugs
	[LB]	Foot both ends /parallel to axis
	[FD]	Flange on head end side
	[FY]	Flange on rod end side
	[CA]	Clevis / single
	[CB]	Clevis / double
	[TA]	Trunnion on Rod End Side
	[TC]	Intermediate Fixed Trunnion
Maximum operating pressure	70	7 MPa(70kgf/cm²)
Maximum operating pressure	140	14 MPa(140kgf/cm²)
Cushion	B	Both ends of cylinder
	R	Pull
	H	Push
	N	None
Cushion valve location *1	A
	B
	C
	D
	N	None
Option	E	Long rod end
	F	Bellows, nylon tarpaulin 80℃ max.
	G	Bellows, neoprene 130℃ max.
	H	Bellows, silicone glass 250℃ max.
	(E) K *2	Lock nut
	L	Clevis / single
	M	Clevis / double
Connector	D	Connector (NJW-2012-RM) + no cable
	Ｂ	Connector (NJW-2012-PM) + robotic cable
	Z	No connector + robotic cable
	BH	Connector (NJW-2012-PM) + heat-resistant cable
	ZH	No connector + heat-resistant cable
Cable length	2	2ｍ
	5	5m
	10	10m
Port location 1 Air-breede location Cable location 3 Drain port location *3	A
	B
	C
	D

*1: The port and the cushion valvecannot be mounted facing in the same location.
*2: If a lock nut (K) is to be mounted at the rod end, the "long rod end style" item (E) must be selected.
*3: The cable and the drain port cannot be mounted facing in the same location.

Fig:Hydraulic type SCJJ System Configuration

Cylinder

Item		Specification
Bore size (mm)		φ40	φ50	φ63	φ80	φ100	φ125	φ140	φ160
Rod dia. (mm)		φ22	φ28	φ36	φ45	φ56	φ70	φ80	φ90
Maximum stroke length(mm)	Without bellows	400	1200	1600
Maximum stroke length(mm)	With bellows	300	1200	1600
Maximum operating pressure(MPa)		14
Proof test pressure(MPa)		21
Operating fluid		Mineral oil, water-glycol, polyol ester, phosphate ester, water-in-oil emulsion
Cylinder speed range(mm/s)		10〜400			10〜300			10〜200
Ambient operating temperature(℃)		5〜80

Applicable sensor

Item	Specification
Absolute detection range(mm)	12.8
Resolution(μm)	1.5625
Repeatability(μm)	10 mim. [Without load]
Linearity error(mm)	0.15 + L/5000 Max.　　L：stroke
Temperature drift	t {0.0016 + ( L × 1.17 × 10^-5) }　 t：Temperature variation(℃)　L：stroke
Protection rating	IP67(Conforms to JEM 1030 standard)
Vibration resistance	2.0×10² m/s² {20G} 200Hz up /down 4h, forward/back 2h, conforms to JIS D1601 standard
Shock resistance	4.9×10³ m/s² {500G} 0.5ms up/down/forward/back 3 times each, conforms to JIS C5026 standard

Theoretical cylinder thrust values at various operating pressures

Bore size (mm)	Cross-sec. area of cylinder (mm²)	Rod dia. (mm)	Cross-sec. area of piston rod (mm²)	Area of piston's rod face (mm²)		Cylinder thrust (kN)
Bore size (mm)	Cross-sec. area of cylinder (mm²)	Rod dia. (mm)	Cross-sec. area of piston rod (mm²)	Area of piston's rod face (mm²)		7MPa	14MPa
φ40	1256	φ22	380	Push	1256	8.79	17.59
φ40	1256	φ22	380	Pull	876	6.13	12.27
φ50	1963	φ28	615	Push	1963	13.74	27.48
φ50	1963	φ28	615	Pull	1347	9.43	18.86
φ63	3117	φ36	1017	Push	3117	21.82	43.64
φ63	3117	φ36	1017	Pull	2099	14.69	29.39
φ80	5026	φ45	1590	Push	5026	35.18	70.37
φ80	5026	φ45	1590	Pull	3436	24.05	48.10
φ100	7853	φ56	2463	Push	7853	54.97	109.95
φ100	7853	φ56	2463	Pull	5390	37.73	75.47
φ125	12271	φ70	3848	Push	12271	85.90	171.80
φ125	12271	φ70	3848	Pull	8423	58.96	117.92
φ140	15393	φ80	5026	Push	15393	107.75	215.51
φ140	15393	φ80	5026	Pull	10367	72.57	145.14
φ160	20106	φ90	6361	Push	20106	140.74	281.48
φ160	20106	φ90	6361	Pull	13744	96.21	192.42

Mass

Bore size (mm)	Rod dia. (mm)	Stroke mass per 100 mm (kg)	Additional mass depending on mounting format (kg)
Bore size (mm)	Rod dia. (mm)	Stroke mass per 100 mm (kg)	LA	LB	FY	FD	CA	CB	TA	TC
φ40	22	0.9	7.8	7.9	7.81	8.4	8.03	8.1	7.5	8.0
φ50	28	1.3	13.1	13.1	13.3	14.3	13.3	13.5	12.4	13.3
φ63	36	1.9	18.5	19.2	18.9	20.6	19.8	20.5	18.0	19.4
φ80	45	2.9	26.8	28.1	28.0	30.6	28.8	29.7	26.4	28.2
φ100	56	4.4	44.4	46.5	46.6	50.7	48.8	50.3	44.0	47.9
φ125	70	7.8	76.1	83.1	79.7	86.6	84.0	87.0	74.6	81.1
φ140	80	10.4	99.1	109.1	104.0	122.6	111.2	117.3	98.0	106.8
φ160	90	12.5	136.9	149.5	143.3	158.5	155.2	164.1	135.0	149.0

Mass Calculation

SCJJ□B□-LA
SCJJ□B□-LB
SCJJ□B□-FD
SCJJ□B□-FY
SCJJ□B□-CA
SCJJ□B□-CB
SCJJ□B□-TA
SCJJ□B□-TC

Hydraulic JOHS type SCM ,Hydraulic JIS type SCJ

Ex.

Fig:Hydraulic JOHS type SCM ,Hydraulic JIS type SCJ Ex.

Fig:Hydraulic JOHS type SCM ,Hydraulic JIS type SCJ System Configuration

Cylinder

Item	Specification
Bore size (mm)	φ40	φ50	φ63	φ80	φ100	φ125	φ140	φ160	φ180	φ200	φ220	φ250	φ320
Rod dia. (mm)	φ22.4 φ28	φ22.4 φ28 φ36	φ28 φ36 φ45	φ36 φ45 φ56	φ45 φ56 φ70	φ56 φ70 φ90	φ63 φ80 φ100	φ70 φ90 φ110	φ80 φ100 φ125	φ90 φ110 φ140	φ100 φ125 φ160	φ110 φ140 φ180	φ160 φ180
Maximum stroke length(mm)	1200		1600		2000
Maximum operating pressure(MPa)	SCM：25　　SCJ：21
Proof test pressure(MPa)	SCM：37.5　　SCJ：31.5
Operating fluid	Mineral oil, water-glycol, polyol ester, phosphate ester, water-in-oil emulsion
Cylinder speed range(mm/s)	5〜500
Ambient operating temperature(℃)	5〜120

Applicable sensor

Item	Specification
Absolute detection range(mm)	12.8
Resolution(μm)	1.5625
Repeatability(μm)	10 mim. [Without load]
Linearity error(mm)	0.15 + L/5000 Max.　　L：stroke
Protection rating	IP67(Conforms to JEM 1030 standard)
Vibration resistance	2.0×10² m/s² {20G} 200Hz up /down 4h, forward/back 2h, conforms to JIS D1601 standard
Shock resistance	4.9×10³ m/s² {500G} 0.5ms up/down/forward/back 3 times each, conforms to JIS C5026 standard

Theoretical cylinder thrust values at various operating pressures

Bore size (mm)	Cross-sec. area of cylinder (mm²)	Rod dia. (mm)	Cross-sec. area of piston rod (mm²)	Area of piston's rod face (mm²)		Cylinder thrust (kN)
Bore size (mm)	Cross-sec. area of cylinder (mm²)	Rod dia. (mm)	Cross-sec. area of piston rod (mm²)	Area of piston's rod face (mm²)		7MPa	14MPa	21MPa	25MPa
φ40	1256	φ22.4 (B) φ28 (A)	394 615	Push	1256	8.79	17.59	26.38	31.41
φ40	1256	φ22.4 (B) φ28 (A)	394 615	Pull	862 640	6.03 4.48	12.07 8.97	18.11 13.45	21.56 16.02
φ50	1963	φ22.4 (C) φ28 (B) φ36 (A)	394 615 1017	Push	1963	13.74	27.48	41.23	49.08
φ50	1963	φ22.4 (C) φ28 (B) φ36 (A)	394 615 1017	Pull	1569 1347 945	10.98 9.43 6.61	21.97 18.86 13.23	32.95 28.30 19.95	39.23 33.69 23.64
φ63	3117	φ28 (C) φ36 (B) φ45 (A)	615 1017 1590	Push	3117	21.82	43.64	65.46	77.93
φ63	3117	φ28 (C) φ36 (B) φ45 (A)	615 1017 1590	Pull	2501 2099 1526	17.51 14.69 10.68	35.02 29.39 21.37	52.53 44.08 32.06	62.53 52.48 38.17
φ80	5026	φ36 (C) φ45 (B) φ56 (A)	1017 1590 2463	Push	5026	35.18	70.37	105.55	125.66
φ80	5026	φ36 (C) φ45 (B) φ56 (A)	1017 1590 2463	Pull	4008 3436 2563	28.06 24.05 17.94	56.12 48.10 35.88	84.18 72.15 53.83	100.21 85.90 64.08
φ100	7853	φ45 (C) φ56 (B) φ70 (A)	1590 2463 3848	Push	7853	54.97	109.95	164.93	196.34
φ100	7853	φ45 (C) φ56 (B) φ70 (A)	1590 2463 3848	Pull	6263 5390 4005	43.84 37.73 28.03	87.68 75.47 56.07	131.53 113.21 84.11	156.58 134.77 100.13
φ125	12271	φ56 (C) φ70 (B) φ90 (A)	2463 3848 6361	Push	12271	85.90	171.80	257.70	306.79
φ125	12271	φ56 (C) φ70 (B) φ90 (A)	2463 3848 6361	Pull	9808 8423 5910	68.66 58.96 41.37	137.32 117.92 82.74	205.98 176.89 124.11	245.22 210.58 147.75
φ140	15393	φ63 (C) φ80 (B) φ100 (A)	3117 5026 7853	Push	15393	107.75	215.51	323.23	384.84
φ140	15393	φ63 (C) φ80 (B) φ100 (A)	3117 5026 7853	Pull	12276 10367 7539	85.93 72.57 52.77	171.87 145.14 105.55	257.80 217.71 158.33	306.91 259.18 188.49
φ160	20106	φ70 (C) φ90 (B) φ110 (A)	3848 6361 9503	Push	20106	140.74	281.48	422.23	502.65
φ160	20106	φ70 (C) φ90 (B) φ110 (A)	3848 6361 9503	Pull	16257 13744 10602	113.80 96.21 74.22	227.60 192.42 148.44	341.41 288.63 222.66	406.44 343.61 265.07
φ180	25446	φ80 (C) φ100 (B) φ125 (A)	5026 7853 12271	Push	25446	178.12	356.25	534.38	636.17
φ180	25446	φ80 (C) φ100 (B) φ125 (A)	5026 7853 12271	Pull	20420 17592 13175	142.94 123.15 92.22	285.88 246.30 184.45	428.82 369.45 276.67	510.50 439.82 329.37
φ200	31415	φ90 (C) φ100 (B) φ140 (A)	6361 9503 15393	Push	31415	219.91	439.82	659.73	785.39
φ200	31415	φ90 (C) φ100 (B) φ140 (A)	6361 9503 15393	Pull	25054 21912 16022	175.37 153.38 112.15	350.75 306.77 224.30	526.13 460.16 336.46	626.35 547.81 400.55
φ220	38013	φ100 (C) φ125 (B) φ160 (A)	7853 12271 20106	Push	38013	266.09	532.18	798.27	950.33
φ220	38013	φ100 (C) φ125 (B) φ160 (A)	7853 12271 20106	Pull	30159 25741 17907	211.11 180.18 125.34	422.23 360.37 250.69	633.34 540.56 376.04	753.98 643.53 447.67
φ250	49087	φ110 (C) φ140 (B) φ180 (A)	9503 15393 25446	Push	49087	343.61	687.22	1030.83	1227.18
φ250	49087	φ110 (C) φ140 (B) φ180 (A)	9503 15393 25446	Pull	39584 33693 23640	277.08 235.85 165.48	554.17 471.71 330.96	831.26 707.56 496.45	989.60 842.33 591.01

SCM Basic Type
SCJ Basic Type

Hydraulic Cylinder built-in inrodsebsor CYLNUC MarkII JIS type MIIJ

Ex.

Fig:Hydraulic Cylinder built-in inrodsebsor CYLNUC MarkII JIS type MIIJ

Item	Code	Description
Operating fluid	F	Specify only if phosphate ester is required.
Cylinder type	J	JIS type
Cylinder type	M	MILL(JHOS) type
Bore size (mm)	63～160	63	80	100	125	140	160 *1
Rod dia. (mm)	A	45	56	70	90	100	110
	B	36	45	56	70	80	90
	C	－	36	45	56	63	70
Stroke(mm)	50～800	Rod diameter: less than 50			50～500：50 units 600～1000：100 units 1200～1600：200 units
Stroke(mm)	50～1600	Rod diameter: 50 or more			50～500：50 units 600～1000：100 units 1200～1600：200 units
Mounting style	[LA]	Foot/Side Lugs
	[FA]	Flange on rod end side
	[TA]	Trunnion on Rod End Side
	[TC]	Intermediate Fixed Trunnion
Maximum operating pressure	70	7 MPa(70kgf/cm²)
	140	14 MPa(140kgf/cm²)
	210	21 MPa(210kgf/cm²)
	250	25 MPa(250kgf/cm²)　　※Only rod diameter 50 or more
Cushion	B	Both ends of cylinder
	R	Pull
	H	Push
	N	None
Cushion valve location *2	A
	B
	C
	D
	N	None
Option	E	Long rod end
	G	Bellows, neoprene 130℃ max.
	H	Bellows, silicone glass 250℃ max.
	(E) K *3	Lock nut
	L	Clevis / single
	M	Clevis / double
Connector	B	NSD standard connector (NJW-2012-PM)
	P	Large type connector for KPEV-S cable (NWPC-4012-Ad12)
	R	Crimp-type terminal (R1.25-4)
	Z	No connector
Cable length	5	5ｍ
	10	10m
	20	20m
Port location *2 Air-breede location Cable location	A
	B
	C
	D

*1: MIIM only
*2: The port and the cushion valve cannot be mounted facing in the same location.
*3: If a lock nut (K) is to be mounted at the rod end, the "long rod end style" item (E) must be selected.

Fig:Hydraulic Cylinder built-in inrodsebsor CYLNUC MarkII MILL type MIIM, Hydraulic Cylinder built-in inrodsebsor CYLNUC MarkII JIS type MIIJSystem Configuration

Cylinder

項目	Specification
Bore size (mm)	φ50 or more	φ80 or more
Rod dia. (mm)	φ36 or more	φ50 or more
Maximum stroke length(mm)	800	1600
Maximum operating pressure(MPa)	MIIJ：21　　　MIIM：25
Proof test pressure(MPa)	31.5	37.5
Operating fluid	Mineral oil, water-glycol, polyol ester, phosphate ester, water-in-oil emulsion
Cylinder speed range(mm/s)	8〜500
Ambient operating temperature(℃)	5〜120

Applicable sensor

Item		Specification
Converter model		IRS-51.2P18		IRS-51.2P30
Absolute detection range(mm)		51.2
Resolution(μm)		6.25
Repeatability(μm)		10 mim. [Without load]
Linearity error(mm)		0.15 + L/5000 Max.　　L：stroke
Temperature drift	Head (mm/℃)	0.003
Temperature drift	Scale(mm/℃)	17.3 × 10^-6
Protection rating		IP67(Conforms to JEM 1030 standard)
Stroke(mm)		512	800	768	896	1152	1600
Vibration resistance	Thrust(m/S²)	2.0×10² {20G} *1
Vibration resistance	Radial(m/S²)	2.0×10² {20G} *1	6.9×10 {7G} *1	2.0×10² {20G} *1	1.5×10² {15G} *1	9.8×10 {10G} *1	2.9×10 {3G} *1
Shock resistance	Thrust(m/S²)	4.9×10³ {500G} *2
Shock resistance	Radial(m/S²)	9.8×10² {100G} *2	4.9×10² {50G} *2	7.8×10² {80G} *2	5.9×10² {60G} *2	3.9×10² {40G} *2	2.0×10² {20G} *2

*1：200Hz, 4h (JIS D1601)
*2：0.5ms 3 times (JIS C5026)

Theoretical cylinder thrust values at various operating pressures

Bore size (mm)	Cross-sec. area of cylinder (mm²)	Rod dia. (mm)	Cross-sec. area of piston rod (mm²)	Area of piston's rod face (mm²)		Cylinder thrust (kN)
Bore size (mm)	Cross-sec. area of cylinder (mm²)	Rod dia. (mm)	Cross-sec. area of piston rod (mm²)	Area of piston's rod face (mm²)		7MPa	14MPa	21MPa	25MPa
φ63	3117	φ36 (B) φ45 (A)	1017 1590	Push	3117	21.82	43.64	64.46	77.93
φ63	3117	φ36 (B) φ45 (A)	1017 1590	Pull	2099 1526	14.69 10.68	29.39 21.37	44.08 32.06	52.48 38.17
φ80	5026	φ36 (C) φ45 (B) φ56 (A)	1017 1590 2463	Push	5026	35.18	70.37	105.55	125.66
φ80	5026	φ36 (C) φ45 (B) φ56 (A)	1017 1590 2463	Pull	4008 3436 2563	28.06 24.05 17.94	56.12 48.10 35.88	84.18 72.15 53.83	100.21 85.90 64.08
φ100	7853	φ45 (C) φ56 (B) φ70 (A)	1590 2463 3848	Push	7853	54.97	109.95	164.93	196.34
φ100	7853	φ45 (C) φ56 (B) φ70 (A)	1590 2463 3848	Pull	6263 5390 4005	43.84 37.73 28.03	87.68 75.47 56.07	131.53 113.21 84.11	156.58 134.77 100.13
φ125	12271	φ56 (C) φ70 (B) φ90 (A)	2463 3848 6361	Push	12271	85.90	171.80	257.70	306.79
φ125	12271	φ56 (C) φ70 (B) φ90 (A)	2463 3848 6361	Pull	9808 8423 5910	68.66 58.96 41.37	137.32 117.92 82.74	205.98 176.89 124.11	245.22 210.58 147.75
φ140	15393	φ63 (C) φ80 (B) φ100 (A)	3117 5026 7853	Push	15393	107.75	215.51	323.26	384.84
φ140	15393	φ63 (C) φ80 (B) φ100 (A)	3117 5026 7853	Pull	12276 10367 7539	85.93 72.57 52.77	171.87 145.14 105.55	257.80 217.71 158.33	306.91 259.18 188.49
φ160	20106	φ70 (C) φ90 (B) φ110 (A)	3848 6361 9503	Push	20106	140.74	281.48	422.23	502.65
φ160	20106	φ70 (C) φ90 (B) φ110 (A)	3848 6361 9503	Pull	16257 13744 10602	113.80 96.21 74.22	227.60 192.42 148.44	341.41 288.63 222.66	406.44 343.61 265.07

MIIM Basic Type
MIIJ Basic Type

Application

Heavy Duty Smart Linear Position Sensing Cylinder CYLNUC®

Description

Hydraulic type SCHH / Pneumatic type SCAH

Ex.

System Configuration

Specification

Cylinder

Applicable sensor

Theoretical cylinder thrust values at various operating pressures

Mass

Dimensions

Pneumatic type CSAH

Ex.

System Configuration

Specification

Cylinder

Applicable sensor

Theoretical cylinder thrust values at various operating pressures

Mass

Dimensions

Hydraulic type SCJJ

Ex.

System Configuration

Specification

Cylinder

Applicable sensor

Theoretical cylinder thrust values at various operating pressures

Mass

Dimensions

Hydraulic MILL type SCM Hydraulic JIS type SCJ

Ex.

System Configuration

Specification

Cylinder

Applicable sensor

Theoretical cylinder thrust values at various operating pressures

Dimensions

Hydraulic Cylinder built-in inrodsebsor CYLNUC MarkII MILL type MIIM Hydraulic Cylinder built-in inrodsebsor CYLNUC MarkII JIS type MIIJ

Ex.

System Configuration

Specification

Cylinder

Applicable sensor

Theoretical cylinder thrust values at various operating pressures

Dimensions

Application Introduction

Products

Hydraulic MILL type SCM
Hydraulic JIS type SCJ

Hydraulic Cylinder built-in inrodsebsor CYLNUC MarkII MILL type MIIM
Hydraulic Cylinder built-in inrodsebsor CYLNUC MarkII JIS type MIIJ