CF-A OZ Types - CENTAFLEX - MIKI PULLEY COUPLINGS - MIKI PULLEY VIETNAM

Power is transmitted by highly elastic rubber.Rubber is excellent at absorbing vibration and shock and also reduces machinery noise. The rubber components of the elastic body are constructed of polygonal rubber with aluminum inserts inserted into their tips. Each is formed by rigid vulcanizing adhesion. These rubber bodies are coupled by bolts in the radial and axial directions of the cylindrical hub and flange hub so that power is transmitted via the rubber body. The bolt coupling in the radial direction is particular has a pre-compressed construction and enables power transmission that is excellent in flexibility and absorption of vibration and shock.

Structure and Materials

CF-A

[Specifications]

Model	Torque			Misalignment			Max. rotation speed ［min-1］	Dynamic torsional stiffness ［N・m/rad］	Moment of inertia ［kg・m2］	Mass ［kg］
	Nominal ［N・m］	Max. ［N・m］	Continuous vibration torque ［N・m/10Hz］	Parallel ［mm］	Angular ［°］	Axial ［mm］
CF-A-001-OZ-1360	10	25	±4	8.1	1	±2	10000	7.35×101	2.6×10-4	1.0
CF-A-002-OZ-1360	20	50	±8	8.1	1	±3	8000	1.46×102	1.1×10-3	1.8
CF-A-004-OZ-1360	40	100	±16	8.0	1	±3	7000	3.80×102	1.9×10-3	2.3
CF-A-008-OZ-1360	80	200	±32	7.8	1	±4	6500	7.20×102	5.6×10-3	4.1
CF-A-012-OZ-1360	120	300	±48	7.8	1	±4	6500	2.19×103	5.8×10-3	4.2
CF-A-016-OZ-1360	160	400	±64	7.5	1	±5	6000	1.64×103	1.4×10-2	6.7
CF-A-022-OZ-1360	220	550	±88	7.5	1	±5	6000	4.13×103	1.5×10-2	6.9
CF-A-025-OZ-1360	250	630	±100	7.5	1	±5	5000	2.06×103	2.7×10-2	9.9
CF-A-028-OZ-1360	350	880	±140	7.5	1	±5	5000	0.53×104	2.8×10-2	10.1
CF-A-030-OZ-1360	400	1000	±160	7.2	1	±5	4000	3.20×103	5.8×10-2	15.1
CF-A-050-OZ-1360	600	1500	±240	7.2	1	±5	4000	7.40×103	6.0×10-2	15.4
CF-A-080-OZ-1360	800	2000	±320	7.2	1	±4	4000	1.09×104	6.5×10-2	16.7
CF-A-090-OZ-1360	900	2250	±360	7.0	1	±5	3600	6.85×103	0.18	27.4
CF-A-140-OZ-1360	1400	3500	±560	7.0	1	±5	3600	1.45×104	0.18	28.1
CF-A-200-OZ-1360	2000	5000	±800	6.7	1	±5	3200	3.04×104	0.35	43.8
CF-A-250-OZ-1360	3000	8750	±1250	6.6	1	±5	3000	4.14×104	0.56	53.4
CF-A-400-OZ-1360	5000	12500	±2000	6.2	1	±5	2800	6.25×104	1.20	94.7

*The values of the above table are for a flange hub with pilot bore when L = 500.

*Max. rotation speed does not take into account dynamic balance.

*The dynamic torsional stiffness is about 1.3 times that of the static torsional stiffness.

[Dimensions]

Unit ［mm］

Model	d2			D3	N2	L2	A	B	H	R	E	T	G1	G2	S	TK	Z	M1	M2
	Pilot bore	Min.	Max.
CF-A-001-OZ-1360	8	9	22	56	36	24	24	7	5	30	22	1.5	11	-	2	44	52	2-M6	2-M6
CF-A-002-OZ-1360	9	10	30	85	45	28	24	8	5	40	20	1.5	10	-	4	68	80	2-M8	2-M8
CF-A-004-OZ-1360	11	12	36	100	55	30	28	8	5	45	24	1.5	12	-	4	80	95	3-M8	3-M8
CF-A-008-OZ-1360	15	16	46	120	70	42	32	10	10	60	28	1.5	14	-	4	100	115	3-M10	3-M10
CF-A-012-OZ-1360	15	16	46	120	70	42	32	10	10	60	28	1.5	14	-	4	100	115	4-M10	4-M10
CF-A-016-OZ-1360	19	20	56	150	85	50	42	12	10	70	36	1.5	18	-	6	125	145	3-M12	3-M12
CF-A-022-OZ-1360	19	20	56	150	85	50	42	12	10	70	36	1.5	18	-	6	125	145	4-M12	4-M12
CF-A-025-OZ-1360	19	20	65	170	100	56	46	14	10	85	40	1.5	20	-	6	140	165	3-M14	3-M14
CF-A-028-OZ-1360	19	20	65	170	100	56	46	14	10	85	40	1.5	20	-	6	140	165	4-M14	4-M14
CF-A-030-OZ-1360	28	30	80	200	120	66	58	16	10	100	50	1.5	25	-	8	165	195	3-M16	3-M16
CF-A-050-OZ-1360	28	30	80	200	120	66	58	16	10	100	50	1.5	25	-	8	165	195	4-M16	4-M16
CF-A-080-OZ-1360	28	30	80	205	120	66	65	16	10	100	61	1.5	30.5	-	4	165	195	4-M16	4-M16
CF-A-090-OZ-1360	30	32	95	260	140	80	70	19	10	125	62	2	31	-	8	215	250	3-M20	3-M20
CF-A-140-OZ-1360	30	32	95	260	140	80	70	19	10	125	62	2	31	-	8	215	250	4-M20	4-M20
CF-A-200-OZ-1360	35	38	110	300	160	90	80	19	15	145	72	2	36	-	8	250	290	4-M20	4-M20
CF-A-250-OZ-1360	40	42	120	340	180	100	85	19	15	160	77	2.5	22.5	32	8	280	330	4-M20	8-M20
CF-A-400-OZ-1360	40	42	130	370	200	125	105	29	15	170	95	2	28.5	38	10	300	360	4-M24	8-M20

*Pilot bores are to be drilled into the part. Minimum values for d2 are given by the minimum bore diameter values in the MIKI PULLEY standard hole-drilling standards and maximum values from the maximum allowable drilled bore diameters.

*The nominal diameters for bolts M1/M2 are equal to the quantity minus the nominal diameter of the screw threads, where the quantity is for one side.

*See the floating length graph for the L dimension. Dimension L must at least allow enough space for an M1 bolt to be mounted.

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