Telescopic Drive Shaft_Henan Tongxin Transmission Co.,Ltd.

Structural Parameter Diagram
Technical Data

Structural Parameter Drawing of Light & Medium-duty Telescopic Drive Shaft

Structural Parameter Drawing of Heavy-duty Telescopic Drive Shaft

Structural Parameter of Light & Medium-duty Telescopic Drive Shaft

	Tsmax(N.m)	A	h	h1	B	n-ΦD	C	α	b1	b2	E	M	K	S	β	Lz	La	Structure	Flange	Universal joint size
1-1	1600	60	2		80	4-Φ10.2			50		7.5	41	100	50	22°	225	20	H1、H2	Ⅱ	Φ30×88(60)
1-2	1600	60	2		80	4-Φ10.2			50		7.5	41	100	50	22°	390	60	H1、H2	Ⅱ	Φ30×88(60)
1-3	1600	57		5	84	6-Φ8.5	100	60			12	65	100	50	22°	273	20	H1、H2	Ⅰ	Φ30×88(60)
1-4	1600	70	2.5		108	6-Φ13	132	60			12	65	100	50	22°	273	20	H1、H2	Ⅰ	Φ30×88(60)
1-5	2500	70	2.5		96	4-Φ12.2			62		9	50	110	76	15°	380	60	H2	Ⅱ	Φ32×93
1-6	2500	60	2.5		92	4-Φ11.2				70	8	40	110	63.5	15°	360	60	H2	Ⅱ	Φ32×93
1-7	2500	57		5	84	6-Φ8.5	100	60			12	72		63.5	15°	424	60	H2	Ⅰ	Φ32×93
1-8	3000	80	2			4-Φ12.2			58.778	80.902	9	55	115	76	25°	450	60	H2	Ⅱ	Φ33×93
1-9	3000	95	2.5		120	4-Φ14.5		40°			12	55	115	89	25°	450	60	H2	Ⅱ	Φ33×93
1-10	3200	70	2.5		96	4-Φ12.2			62		9	50/60	118	76	25°	450	60	H2	Ⅱ	Φ35×98
1-11	3200	ISO-12667-T120			100	4-Φ12	120				13	54.5	118	76	25°	450	60	H2	Ⅲ	Φ35×98
1-12	3200	75		3	101.5	8-Φ10.1	120	45°			10.5	80	118	76	25°	500	60	H2	Ⅰ	Φ35×98
1-13	5000	95	2.5		120	4-Φ14.5		40°			12	62	130	89	25°	450	60	H3	Ⅱ	Φ35×107
1-14	6500	95	2.5		120	4-Φ14.5		40°			12	62	142	89	25°	490	70	H3	Ⅱ	Φ39×118
1-15	6500	ISO-12667-T120			100	4-Φ11	120				14	67.5	142	89	25°	490	70	H3	Ⅲ	Φ39×118
1-16	6500	90		3	130	8-Φ12.1	150	45°			11	78	142	89	25°	380	40	H3	Ⅰ	Φ39×118
1-17	7500	90		3	130	8-Φ12.1	150	45°			11	78	142	89	25°	380	40	H2	Ⅰ	Φ41×118
1-18	8500	95	2.5		130	6-Φ14.5	150	42°			10	90	156	89	25°	590	80	H2	Ⅰ	Φ48×127
1-19	9000	108	2.5			4-Φ16.5			88	112	14	78	165	89	25°	535	70	H3	Ⅱ	Φ47×140
1-20	9000	ISO-12667-T150			130	4-Φ13	150				16	78	165	89	25°	535	70	H3	Ⅲ	Φ47×140
1-21	9000	ISO-12667-T180			150	4-Φ15	180				16	78	165	89	25°	535	70	H3	Ⅲ	Φ47×140

Instructions:
1. Tsmax: maximum instantaneous torque N.m;
2. Lz: Minimum length after compression;
3. La: length compensation amount;
4. Lz+La: maximum working length;
5. b1: Distance between two holes on the same side of the ear canal.

Heavy duty telescopic transmission shaft Structure parameter Ⅰ

	Tsmax (N.m)	A	h	h1	B	n-ΦD	C	α	b1	b2	E	M	K	S	β	Lz	La	Structure	Flange	Universal joint size
3-1	10000	ISO-12667-T150			130	4-Φ13	150				16	100	165	91	40°	650	130	H4	Ⅰ	Φ50×135
3-2	18000	ISO-12667-T180			150	4-Φ15	180				14	88.5	188	102	30°	630	130	H4	Ⅰ	Φ50×155
3-3	16500	ISO-12667-T150			130	4-Φ13	150				16	90	156	100	35°	610	110	H4	Ⅰ	Φ52×133
3-4	16500	ISO-12667-T165			140	4-Φ13	165				16	90	156	100	35°	610	110	H4	Ⅰ	Φ52×133
3-5	16500	ISO-12667-T180			150	4-Φ15	180				16	90	156	100	35°	610	110	H4	Ⅰ	Φ52×133
3-6	16500	90		3	130	8-Φ12.1	150	45°			11	90	156	100	35°	610	110	H5	Ⅱ	Φ52×133
3-7	16500	95		3	140	8-Φ16.1	165	45°			12	90	156	92	35°	610	110	H5	Ⅱ	Φ52×133
3-8	16500	110		3	155.5	8-Φ14.1	180	45°			13	90	156	92	35°	610	110	H5	Ⅱ	Φ52×133
3-9	16500	198	3		185	8-Φ10.1	203.5	45°			9	87	156	92	35°	610	110	H5	Ⅱ	Φ52×133
3-10	16500	132	3		155	8-Φ10.2	175	45°			11	90	156	92	35°	610	110	H5	Ⅱ	Φ52×133
3-11	16500	95	2.5			4-Φ16.3			112	88	14	78/90	156	92	35°	610	110	H5	Ⅲ	Φ52×133
3-12	21000	ISO-12667-T155			130	4-Φ13	155				16	100	168	102	35°	650	110	H4	Ⅰ	Φ57×144
3-13	21000	ISO-12667-T165			140	4-Φ13	165				16	100	168	102	35°	650	110	H4	Ⅰ	Φ57×144
3-14	21000	ISO-12667-T180			150	4-Φ15	180				18	100	168	102	35°	650	110	H4	Ⅰ	Φ57×144
3-15	21000	95		3	140	8-Φ16.1	165	45°			14	100	168	102	35°	650	110	H5	Ⅱ	Φ57×144
3-16	21000	110		3	155.5	10-Φ16.1	180	45°			14	100	168	102	35°	650	110	H5	Ⅱ	Φ57×144
3-17	21000	197	4		184.15	16-Φ11	205	22.5°			11	96	168	102	35°	650	110	H5	Ⅱ	Φ57×144

Structure parameters of heavy-duty telescopic transmission shaft Ⅱ

	Tsmax (N.m)	A	h	h1	B	n-ΦD	C	α	E	M	K	S	β	Lz	La	Structure	Flange	Universal joint size
4-1	27000	ISO-12667-T180			150	4-Φ15	180		18	100	178	110/120	25°	700	140	H4	Ⅰ	Φ57×152
4-2	27000	95		3	140	8-Φ16.1	165	45°	14	100	178	110/120	25°	700	140	H5	Ⅱ	Φ57×152
4-3	27000	110		3	155.5	10-Φ16.1	180	45°	14	100	178	110/120	25°	700	140	H5	Ⅱ	Φ57×152
4-4	27000	197	2		184.15	12-Φ11	203.6		13	98	178	110/120	25°	700	140	H5	Ⅳ	Φ57×152
4-5	27000	140		6	196	8-Φ16.2	225	45°	18	101	178	110/120	25°	700	140	H5	Ⅱ	Φ57×152
4-6	27000	240	4		220	8-Φ14.2	250	45°	14	97	178	110/120	25°	700	140	H5	Ⅴ	Φ57×152
4-7	27000	ISO-12667-T180			150	4-Φ15	180		18	100	178	110/120	25°	700	110	H5	Ⅰ	Φ62×149
4-8	30000	ISO-12667-T180			150	4-Φ15	180		18	102.5	195	130	28°	700	120	H4	Ⅰ	Φ62×160
4-9	30000	ISO-12667-T180			150	4-Φ15	180		18	100	185	120	25°	710	140	H4	Ⅰ	Φ63.5×152
4-10	30000	140		6	196	8-Φ16.2	225	45°	18	110	185	120	25°	710	140	H5	Ⅱ	Φ63.5×152
4-11	30000	240	4		215	8-Φ14.2	250	45°	14		185	120	25°	710	140	H5	Ⅴ	Φ63.5×152
4-12	44000	ISO-12667-T180			150	4-Φ15	180		18	100	198	140	22°	710	140	H4	Ⅰ	Φ68×165(89)
4-13	44000	140		6	196	8-Φ16.2	225	45°	20		198	140	22°	710	140	H5	Ⅱ	Φ68×165(89)
4-14	44000	240	4		215	8-Φ14.2	250	45°	16		198	140	22°	710	140	H5	Ⅴ	Φ68×165(89)
4-15	52500	ISO-12667-T180			150	4-Φ15	180		19.5	113	210	152	25°	790	130	H4	Ⅰ	Φ68×193(117)
4-16	52500	ISO-12667-T200			165	4-Φ15	200		19.5	113	210	152	25°	790	130	H4	Ⅰ	Φ68×193(117)

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Telescopic Drive Shaft