Industry shafts endless

Optimal power transmission metre by metre

In most cases, the selection and dimensioning of GEMO shafts is simple. However, in order to decide on the right product, various factors must be known and taken into account, for example direction of rotation, torque, speed, bending radius and breaking moment. You will find all explanations of terms in our glossary.

Choice of shaft

directly to selection

type

GEMO-No.

max. torque (Ncm/305mm)

direction of rotation	against direction of rotation

breaking torque (Ncm/305mm)

direction of rotation	against direction of rotation

minimum bending radius (mm)

weight (g/m)

H 401

100071

4,0

60	Cell

240	Cell

SL 8/ 401

100441

4,0

60	50

230	130

SL 16/ 401

100711

4,0

175	150

450	250

100

H 601

100101

6,0

185	Cell

500	Cell

170

SL 8/ 601

100471

6,0

300	150

900	450

170

SL 16/ 601

100731

6,0

300	300

700	550

200

170

H 801

100121

8,0

400	Cell

1500

150

300

SL 8/ 801

100491

8,0

450	230

1500	1000

100

300

SL 16/ 801

100741

8,0

600	600

2500	2000

500

300

H 1001

100351

10,0

Cell	Cell

Cell

Cell

SL 8/1001

100511

10,0

650	500

2000	1800

160

480

SL16/ 951

100751

9,5

1000	600

2800	2200

600

450

H1201

100371

12,0

Cell	Cell

Cell

Cell

SL 8/1201

100521

12,0

850	550

3500	3000

200

H 1501

100191

15,0

1000	Cell

4300	3800

400

1050

SL 8/1501

100541

15,0

1200	600

4500	4300

300

1050

H 2001

100231

20,0

1000

6500	4500

500

1950

SL 10/2001

100551

20,0

1800	1800

5000	5000

400

1950

Type H
Type SL8
Type SL16
Type NL

for one direction of rotation, low noise and vibration, high power, operation speed up to 3500 rpm depending on Ø

Examples of use:
Drive of tachometers and tachographs, counters and measuring devices, surgical instruments, in antenna technology, in the professional sun protection sector or as an actuating lever of a hydraulic power unit

GEMO-No.	type	Ø [mm]	loading	breaking torque [Nm] ↻	breaking torque [Nm] ↺	max. torque [Nm] ↻	max. torque [Nm] ↺	bending radius [mm]	weight [g/m]
100001	H 181	1,8	right
100011	H 221	2,2	right
100021	H 231	2,3	right	0,80		0,30		50	30
100022	H 232	2,3	left		0,80		0,30	50	30
100021	H 231	2,3	right
100022	H 232	2,3	left
100032	H 252	2,5	left
100041	H 321	3,2	right	1,80		0,40		50	50
100042	H 322	3,2	left		1,80		0,40	50	50
100061	H 371	3,7	right	2,20		0,55		60	65
100062	H 372	3,7	left		2,20		0,55	60	65
100071	H 401	4	right	2,40		0,60		60	85
100072	H 402	4	left		2,40		0,60	60	85
100382	SL12/402	4	left
100081	H 451	4,5	right
100082	H 452	4,5	left
100151	H 471	4,7	right
100152	H 472	4,7	left
100091	H 501	5	right	4,00		1,00		70	120
100092	H 502	5	left		4,00		1,00	70	120
100771	H 581	5,8	right
100101	H 601	6	right	5,00		1,85		80	170
100102	H 602	6	left		5,00		1,85	80	170
100111	H 701	7	right	9,00		2,50		120	240
100112	H 702	7	left		9,00		2,50	120	240
100121	H 801	8	right	15,00		4,00		150	300
100122	H 802	8	left
100141	H 821	8,2	right
100311	H 901	9	right
100312	H 902	9	left
100351	H 1001	10	right
100352	H 1002	10	left
100161	H 1101	11	right
100371	H 1201	12	right
100372	H 1202	12	left
100181	H 1301	13	right
100191	H 1501	15	right	43,00	38,00	10,00		400	1050
100192	H 1502	15	left
100201	H 1601	16	right
101901	H 1701	17	right
100211	H 1801	18	right
100221	H 1901	19	right
100231	H 2001	20	right	65,00	45,00		10,00	500	1950
100232	H 2002	20	left
100251	H 2501	25	right

GEMO-No.	type	Ø [mm]	loading	breaking torque [Nm] ↻	breaking torque [Nm] ↺	max. torque [Nm] ↻	max. torque [Nm] ↺	bending radius [mm]	weight [g/m]
111841	SL 8/311	3,1	right
111842	SL 8/312	3,1	left
100411	SL 8/321	3,2	right	1,4	0,8	0,6	0,3	45	50
100412	SL 8/322	3,2	left	0,8	1,4	0,3	0,6	45	50
100421	SL 8/371	3,7	right	2,2	1,2	1	0,5	55	65
100422	SL 8/372	3,7	left	1,2	2,2	0,5	1	55	65
100441	SL 8/401	4	right	2,3	1,3	1,1	0,7	55	85
100442	SL 8/402	4	left	1,3	2,3	0,7	1,1	55	85
112091	SL 8/461	4,6	right
100451	SL 8/471	4,7	right	3	2	0,8	0,8	60	105
100452	SL 8/472	4,7	left	2	3	0,8	0,8	60	105
100461	SL 8/501	5	right	4	2,9	1,5	0,9	60	120
100462	SL 8/502	5	left	2,9	4	0,9	1,5	60	120
100471	SL 8/601	6	right	9	4,5	3	1,5	70	170
100472	SL 8/602	6	left	4,5	9	1,5	3	70	170
111221	SL 8/621	6,2	right
111222	SL 8/622	6,2	left
101641	SL 8/631	6,3	right
101642	SL 8/632	6,3	left
100481	SL 8/701	7	right	10	5	3,5	1,8	80	240
100482	SL 8/702	7	left	5	10	1,8	3,5	80	240
111291	SL 8/761	7,6	right
100491	SL 8/801	8	right	15	10	2,3	4,5	100	300
100492	SL 8/802	8	left	10	15	4,5	2,3	100	300
100501	SL 8/901	9	right	18	14	7	5,5	130	380
100502	SL 8/902	9	left	14	18	5,5	7	130	380
100561	SL 8/951	9,5	right
100562	SL 8/952	9,5	left
112981	SL 8/991	9,9	right
100511	SL 8/1001	10	right	20	18	6,5	5	160	480
100512	SL 8/1002	10	left	18	20	5	6,5	160	480
100521	SL 8/1201	12	right	35	30	8,5	5,5	200	680
100522	SL 8/1202	12	left
100531	SL 8/1301	13	right
100532	SL 8/1302	13	left
100541	SL 8/1501	15	right	45	43	12	6	250	1050
100512	SL 8/1502	15	left	43	45	6	12	250	1050
101391	SL 8/1901	19	right

GEMO-No.	type	Ø [mm]	loading	breaking torque [Nm] ↻	breaking torque [Nm] ↺	max. torque [Nm] ↻	max. torque [Nm] ↺	bending radius [mm]	weight [g/m]
100711	SL 16/401	4	right	4,5	2,5	1,75	1,5	100	85
100712	SL 16/402	4	left	2,5	4,5	1,5	1,75	100	85
101361	SL 16/471	4,7	right
101362	SL 16/472	4,7	left
100721	SL 16/501	5	right	6,5	5	5	3,5	180	120
100781	SL 16/521	5,2	right
111911	SL 16/551	5,5	right
100701	SL 16/591	5,9	right
100702	SL 16/592	5,9	left
100731	SL 16/601	6	right	7	5,5	3	3	200	170
100732	SL 16/602	6	left
101321	SL 16/701	7	right	12	22	5	5	400	240
101861	SL 16/761	7,6	right
100741	SL 16/801	8	right	25	20	6	6	500	300
100742	SL 16/802	8	left
100751	SL 16/951	9,5	right	28	22	10	6	600	450
100752	SL 16/952	9,5	left
100551	SL 10/2001	20	right	50	50	18	18	600	1950
112101	SL 10/2701	27	right	100	100	35	35	600	3600

GEMO-No.	type	Ø [mm]	loading	breaking torque [Nm] ↻	breaking torque [Nm] ↺	max. torque [Nm] ↻	max. torque [Nm] ↺	bending radius [mm]	weight [g/m]
111901	NL 6/111	1,1	right
100861	NL 6/201	2	right
111751	NL 6/221	2,2	right	0,8	0,5	0,3	0,3	50	35
100871	NL 6/251	2,5	right	1	0,7	0,85	0,1	50	35
100881	NL 6/321	3,2	right	1,8	0,9	0,5	0,4	50	50
100882	NL 6/322	3,2	left	0,9	1,8	0,4	0,5	50	50
101981	NL 8/351	3,5	right
100891	NL 8/371	3,7	right	2,2	1,2	1	0,5	55	65
100892	NL 8/372	3,7	left
100901	NL 6/401	4	right	2,4	1,8	0,6	1,5	60	85
101931	NL 8/401	4	right
101932	NL 8/402	4	left
101932/1	NL 8/402	4	left
101091	NL 8/431	4,3	right
101971	NL 8/471	4,7	right
101381	NL 6/501	5	right
101382	NL 6/502	5	left
101871	NL 6/591	5,9	right
100911	NL 6/601	6	right	6,2	4,2	1	0,8	80	170
100912	NL 6/602	6	left	4,2	6,2	0,8	1	80	170
100921	NL 6/701	7	right	7,5	5	1,3	1,2	120	240
112072	NL 16/762	7,6	left	19	21	9	3	350	285
101881	NL 7/791	7,9	right
101821	NL 7/801	8	right
101152	NL 8/802	8	left
101891	NL 8/991	9,9	right	18	15	6,5	5	300	480
100932	NL 8/1002	10	left
101661	NL 8/1201	12	right
101662	NL 8/1202	12	left
111922	NL 10/1202	12	left
111791	NL 10/1301	13	right
111792	NL 10/1302	13	left
101831	NL 6/1501	15	right
112431	NL 8/1501	15	right
111882	NL 10/1602	16	left
100941	NL 6/2001	20	right	65	45	15	15	500	1950
111781	NL 10/2001	20	right
111782	NL 10/2002	20	left

GEMO Shafts with a length of more than 100 mm should be guided in a hose; in addition to better guidance, this results in smoother running and less torsion. As a rule of thumb, the inner diameter of the hose should be 1/3 larger than the diameter of the shaft.

It is possible to produce flexible shafts endless without oil, e.g. if plastic injection moulding is planned, or to cover the shaft with a plastic coating.

We will be happy to support you with your selection. Please send us the below inquiry form. Based on your information, we will suggest our proposal for solving your problem.

Industry shafts endless

Optimal power transmission metre by metre

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