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ROBA®-slip hub: Load-holding, frictionally engaged safety clutch

ROBA®-slip hub: Load-holding, frictionally engaged safety clutch

Universally applicable
Load holding
Frictionally engaged
Simple assembly
Low-wear

The ROBA® -slip hub is a frictionally engaged safety clutch.

If the set torque is exceeded (overload case), the drive element slips and thus limits the torque.

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Product features

Application
Universally applicable
Machine drives with sprockets, gears or pulleys
Packaging machines
Transport machines and equipment
Construction machinery
Textile machines
Agricultural machinery
Conveyor systems
Feeders
Feeding systems
in apparatus of the chemical industry
in devices and systems of general mechanical engineering

Behavior on overload
load holding

Design
Frictionally engaged

Assembly and maintenance
Simple assembly
Stepless torque adjustment
Low-wear

Benefits
High switch-off and repeat accuracy

Application examples

Wastewater technology

Tunnelling and underground mining

Medical technology

Product configurator

ROBA®-slip hub

Here you will get:

Drawings as pdf and tiff
2D and 3D cad exchange files
(IGES, STEP, DXF)
An individual offer

Flange design Slip hub with output element for torque transmission (e.g. chain sprocket)

Shaft-to-shaft connection Slip hub with compensating element, connects two shafts

Tip: Click on the column that is appropriate to you to configure the product in detail.

Size	0	01	1	2	3	4	5	6	7	8	9
min. Limit torque for overload M_{G min} [Nm]	2	6	14	26	50	110	140	240	400	680	1.200
max. Limit torque for overload M_{G max} [Nm]	30	90	200	400	800	1.600	2.100	2.400	4.000	6.800	12.000
min. Hub bore d_min [mm]	7	12	12	15	19	25	30	40	48	60	57
max. Hub bore d_max [mm]	20	22	25	35	45	55	65	80	100	120	140

The max. product properties listed above may change during the configuration process. Please note the final product specification in the information text or in the final configuration drawing.

Tip: Click on the column that is appropriate to you to configure the product in detail.

Size	1	2	3	4	5
min. Limit torque for overload M_{G min} [Nm]	8	16	40	80	110
max. Limit torque for overload M_{G max} [Nm]	80	160	400	800	1.100
min. Hub bore d_min [mm]	12	15	19	25	30
max. Hub bore d_max [mm]	25	35	45	55	65

The max. product properties listed above may change during the configuration process. Please note the final product specification in the information text or in the final configuration drawing.

Tip: Click on the column that is appropriate to you to configure the product in detail.

Size	0	01	1	2	3	4	5
min. Limit torque for overload M_{G min} [Nm]	18	60	130	250	550	1.100	1.400
max. Limit torque for overload M_{G max} [Nm]	30	90	200	400	800	1.600	2.100
min. Hub bore d_min [mm]	10	12	12	15	20	25	30
max. Hub bore d_max [mm]	20	22	25	35	45	55	65

The max. product properties listed above may change during the configuration process. Please note the final product specification in the information text or in the final configuration drawing.

Tip: Click on the column that is appropriate to you to configure the product in detail.

Size	0	1	2	3	4	5	6
min. Limit torque for overload M_{G min} [Nm]	2	14	26	50	110	140	240
max. Limit torque for overload M_{G max} [Nm]	20	130	250	550	1.100	1.400	2.400
min. Hub bore d_min [mm]	7	12	15	19	25	30	40
max. Hub bore d_max [mm]	20	25	35	45	55	65	80

The max. product properties listed above may change during the configuration process. Please note the final product specification in the information text or in the final configuration drawing.

Tip: Click on the column that is appropriate to you to configure the product in detail.

Size	0	01	1	2	3
min. Limit torque for overload M_{G min} [Nm]	-	6	14	26	50
max. Limit torque for overload M_{G max} [Nm]	-	60	130	250	550
min. Hub bore d_min [mm]	7	12	12	15	19
max. Hub bore d_max [mm]	20	22	25	35	45

The max. product properties listed above may change during the configuration process. Please note the final product specification in the information text or in the final configuration drawing.

Tip: Click on the column that is appropriate to you to configure the product in detail.

Size	4	5
min. Limit torque for overload M_{G min} [Nm]	110	140
max. Limit torque for overload M_{G max} [Nm]	1.100	1.400
min. Hub bore d_min [mm]	25	30
max. Hub bore d_max [mm]	55	65

The max. product properties listed above may change during the configuration process. Please note the final product specification in the information text or in the final configuration drawing.

Technical explanations

Note on performance limits

The friction power parameters (slipping speed, slipping time and set torque) must not be exceeded in order not to overheat the friction linings of the torque limiting clutch.

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We are happy to advise you

Do you have any questions about our products?
Your enquiry will be processed quickly and competently.

Chr. Mayr GmbH + Co. KG

Eichenstraße 1, 87665 Mauerstetten, Germany

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Tel. +49 (0)8341 804-0

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