EAS®-compact® F: The backlash-free, load-disconnecting torque limiter

Load-separating
Backlash-free
Slows down freely
Stepless torque adjustment

The EAS®‑compact is a positive-locking, ratchetting, or disengaging torque limiter based on the ball-detent principle. The clutch protects the drive line from excessively high, unpermitted torque impacts which can occur due to unintentional blockages.

Function on disengagement

When the set torque is exceeded (overload case), the transmitting mechanism is completely disconnected. Only the bearing friction continues to have an effect. The clutch must be re-engaged.

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Product features

Application
General drive technology
Automation technology
Machine tools
Packing machines
Printing and paper machines
Foodstuffs technology
Conveyor technology
Drinks industry

Behavior on overload
load-separating

Design
Positive locking
Disengaging

Re-engagement
Remote-controlled or manual re-engagement

Benefits
Backlash-free
Slows down freely

Assembly and maintenance
Stepless torque adjustment

Temperature
Temperature range from -20 °C to +80 °C

Certifications

Product configurator

EAS®-compact® F

Here you will get:

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

Flange design For direct installation of the drive elements

Select

Shaft-shaft connection For connection of two shafts

Select

Size	01	0	1	2	3
min. Limit torque for overload M_{G min} [Nm]	5	10	20	40	80
max. Limit torque for overload M_{G max} [Nm]	62,5	125	250	500	1.000
min. Hub bore d_min [mm]	10	15	22	32	35
max. Hub bore d_max [mm]	20	25	35	45	55

Size	01	0	1	2	3
min. Limit torque for overload M_{G min} [Nm]	5	10	20	40	80
max. Limit torque for overload M_{G max} [Nm]	62,5	125	250	500	1.000
min. Hub bore d_min [mm]	12	15	22	28	32
max. Hub bore d_max [mm]	20	25	30	40	50

Size	01	0	1	2	3
min. Limit torque for overload M_{G min} [Nm]	5	10	20	40	80
max. Limit torque for overload M_{G max} [Nm]	62,5	125	250	500	1.000
min. Hub bore d_min [mm]	10	15	22	32	35
max. Hub bore d_max [mm]	20	25	35	45	55

Size	01	0	1	2	3
min. Limit torque for overload M_{G min} [Nm]	5	10	20	40	80
max. Limit torque for overload M_{G max} [Nm]	62,5	125	250	500	1.000
min. Hub bore d_min [mm]	12	15	22	28	32
max. Hub bore d_max [mm]	20	25	30	40	50

Size	01	0	1	2	3	4	5
min. Limit torque for overload M_{G min} [Nm]	5	10	20	40	80	120	240
max. Limit torque for overload M_{G max} [Nm]	62,5	125	250	500	1.000	1.500	3.000
min. Hub bore d_min [mm]	10	15	22	32	35	-	-
max. Hub bore d_max [mm]	20	25	35	45	55	-	-

Size	01	0	1	2	3	4	5
min. Limit torque for overload M_{G min} [Nm]	5	10	20	40	80	120	240
max. Limit torque for overload M_{G max} [Nm]	62,5	125	250	500	1.000	1.500	3.000
min. Hub bore d_min [mm]	12	15	22	28	32	-	-
max. Hub bore d_max [mm]	20	25	30	40	50	-	-

Size	01	0	1	2	3	4	5
min. Limit torque for overload M_{G min} [Nm]	5	10	20	40	80	120	240
max. Limit torque for overload M_{G max} [Nm]	62,5	125	250	500	1.000	1.500	3.000
min. Hub bore d_min [mm]	10	15	22	28	32	38	45
max. Hub bore d_max [mm]	20	25	35	45	55	80	85

Size	01	0	1	2	3	4	5
min. Limit torque for overload M_{G min} [Nm]	5	10	20	40	80	120	240
max. Limit torque for overload M_{G max} [Nm]	62,5	125	250	500	1.000	1.500	3.000
min. Hub bore d_min [mm]	10	15	22	28	32	40	45
max. Hub bore d_max [mm]	20	25	35	45	55	65	85