2 - JAW THROUGH - HOLE HYDRAULIC CHUCK

2 - JAW THROUGH - HOLE HYDRAULIC CHUCK

2 - JAW THROUGH - HOLE HYDRAULIC CHUCK

Wedge-shaped 2-jaw large through hole, especially suitable for irregular shaped objects.
Surfaces comes with harden and precised grinding processes with lubrication applied to increased durability.
High rigid structure and high clamping accuracy.

Spec.
Dim.

Model	Taper type	Plunger Stroke	Jaw Stroke (Dia.)	Max. Pull Force		Max. Chucking Force	Max. Speed
Model	Taper type	mm	mm	kN		kN	r/min
CH2-05	A4	10	5.4	11.7		23.9	7000
CH2-06	A5 A6	12	5.5	14.4		37.9	6000
CH2-08	A5 A6 A8	16	7.4	23.1		57.2	5000
CH2-10	A6 A8 A11	19	8.8	28.4		73.9	4200
CH2-12	A8 A11	23	10.6	36.7		95.8	3300
CH2-15	A8 A11	23	10.6	46.9		119.6	2500

Model	Taper type	Max. Pressure	Chucking Dia.		Thru-Hole	Moment of Inertia	Weight	Matching Cylinder
		Max. Pressure	Max.	Min.	Thru-Hole	Moment of Inertia	Weight
		Mpa	mm		mm	kg	kg.m2
CH2-05	A4	2.0	135	6	33	0.02	6.5	HHS-536
CH2-06	A5	1.9	169	15	45	0.06	14	HHS-646
CH2-06	A6	1.9	169	15	45	0.06	16.6	HHS-646
CH2-08	A5	1.8	210	10	52	0.17	24.8	HHS-852
	A6						24
	A8						28.3
CH2-10	A6	1.8	254	25	75	0.31	40.0	HHS-1075
	A8						37
	A11						47.4
CH2-12	A8	1.8	304	30	91	0.77	60	HHS-1291
CH2-12	A11	1.8	304	30	91	0.912	70	HHS-1291
CH2-15	A8	1.7	381	50	117.5	2.255	125	HHS-1512
CH2-15	A11	1.7	381	50	117.5	2.241	118	HHS-1512

Model		A	B	C H6	D	D1	D2	E	E1	F	G		H	K max.	L	L1	M	N	P	Q max.	R		S	T	U	W	Ref. drawing
Model		A	B	C H6	D	D1	D2	E	E1	F	max.	min.	H	K max.	L	L1	M	N	P	Q max.	max.	min.	S	T	U	W	Ref. drawing
CH2-05	A4	135	71	110	82.55	63.513	96	4	15	33	16	6	20	M40X1.5	4-M10	15	31	62	14	26.3	20.5	5.2	25	10	3-M6	45	Fig-1
CH2-06	A5 A6	169	91 111	140	104.78 133.35	82.563 106.375	116 104.78	5	15 35	45	26 46	14 34	20	M55x2	6-M10	16	37	73	20	32.6	24.2	9.5	31	12	3-M6 6-M12	60	Fig-1 Fig-3
CH2-08	A5	210	109	170	104.78	82.563	133.35	5	23	52	37.5	21.5	20.5	M60x2	6-M12	14	38	95	25	39.5	30.5	11.1	35	14	6-M10	66	Fig-2
	A6		103		133.35	106.375	150		17		31.5	15.5				18									3-M6		Fig-1
	A8		126		171.45	139.719	133.35		40		54.5	38.5				24									6-M16		Fig-3
CH2-10	A6	254	120	220	133.35	106.375	171.45	5	25	75	33.5	14.5	25	M85x2	6-M16	18	43	110	30	53.8	34.0	11.1	40	16	6-M12	94	Fig-2
	A8		113		171.45	139.719	190		18		26.5	7.5				24									3-M8		Fig-1
	A11		145		235	196.869	171.45		50		58.5	39.5				28									6-M20		Fig-3
CH2-12	A8 A11	304	122 154	220	171.45 235	139.719 196.869	190 171.45	6	18 50	91	26 58	3 35	28	M100x2	6-M16	25 28	51	130	30	61	46.5	11.7	50	21	3-M8 6-M20	108	Fig-1 Fig-3
CH2-15	A8	381	161	300	171.45	139.719	235	6	33	117.5	40	17	42.5	M130x2	6-M20	25	66	165	43	82.3	45	15	62	22	6-M16	139	Fig-2 Fig-1
CH2-15	A11	381	150	300	235	196.869	260	6	22	117.5	29	6	42.5	M130x2	6-M20	27	66	165	43	82.3	45	15	62	22	3-M10	139	Fig-2 Fig-1