Brakes

Electromagnetic actuated

Electromagnetically actuated brakes are designed to bring a moving load to a standstill and hold it (working brake) or to fix the position of an inactive load (holding brake). The activation (closing or opening) of the brake usually must happen in a split of a second to be able to brake loads quickly and safely in high-frequency applications.

Electromagnetic brakes are mainly used in electric motors, but also in integrated solutions. Applications include servo and geared motors, robotics, AGVs, industrial trucks, wind power, medical technology and many more. Depending on the application, either spring-applied brakes or permanent magnet brakes are used.

Products (197)
Title
Type
Brake size
Torque (Nm)
Torque definition
Operation mode
Nominal voltage (V)
Nominal power (W)
Max. switching energy per ES (J)
Number of emergency stops
Temperature range
Max. rotation speed (depending on max. switching work during emergency stop) (min-1)
E-Stop rotation speed (min-1)
Backlash
Thermal class
IP Protection class
Weight (kg)
Brake type
Armature type
Hub type
Hand release
Counter friction part
PWM control
Outer diameter (mm)
Lenght (mm)
Hub diameter (mm)
Keyway
Pitch circle front side (mm)
Pitch circle flange side (mm)
Product Line
Total work (kJ)
Inner diameter (mm)
Nominal power (releasing / holding) (W)
Nominal voltage (releasing / holding) (V)
Details
Spring Applied Brake - Servo Line KS 10106A00-0001 06 3.3 M4 (static) Holding Brake 24 12.7 70 500 -15...120°C 8000 4000 < 1° F IP00 0.5 KS 101 - Short - Flange possible 62 32.2 11 yes 42 55 Servo Line 35 16.5 - -
Spring Applied Brake - Servo Line KS 10107A00-0001 07 4.5 M4 (static) Holding Brake 24 14 100 500 -15...120°C 8000 4000 < 1° F IP00 0.75 KS 101 - Short - Flange possible 72 36.6 12 yes 54 65 Servo Line 50 19 - -
Spring Applied Brake - Servo Line KS 10108A00-0001 08 7 M4 (static) Holding Brake 24 14.7 140 500 -15...120°C 6500 3000 < 1° F IP00 0.9 KS 101 - Short - Flange possible 78 37 15 yes 60 71 Servo Line 70 22 - -
Spring Applied Brake - Servo Line KS 10110A00-0001 10 16 M4 (static) Holding Brake 24 20.8 600 500 -15...120°C 6000 3000 < 1° F IP00 1.9 KS 101 - Short - Flange possible 102 43 12 yes 72 93 Servo Line 300 27 - -
Spring Applied Brake - Servo Slim Line SL 50003A00-0001 03 0.27 M4 (static) Holding Brake 24 5.8 0.5 200 -10...100°C 8000 6000 < 1° F IP00 - SL 500 - Large - Flange possible 32 16 6 - 28 28 Servo Slim Line 0.1 9 - -
Spring Applied Brake - Servo Slim Line SL 50004A00-0001 04 0.3 M4 (static) Holding Brake 24 8.3 5 200 -10...100°C 8000 6000 < 1° F IP00 - SL 500 - Large - Flange possible 38 16 10 - 32.6 34.5 Servo Slim Line 1 11.5 - -
Spring Applied Brake - Servo Slim Line SL 50005A00-0001 05 0.6 M4 (static) Holding Brake 24 10.3 20 200 -10...100°C 8000 5000 < 1° F IP00 - SL 500 - Large - Flange possible 51 16 20 - 45 45 Servo Slim Line 4 22 - -
Spring Applied Brake - Servo Slim Line SL 50007A00-0001 07 1.7 M4 (static) Holding Brake 24 11.4 50 200 -10...100°C 8000 4000 < 1° F IP00 - SL 500 - Large - Flange possible 69 18 25 - 61.5 61.5 Servo Slim Line 10 30 - -
Spring Applied Brake - Servo Slim Line SL 50009A00-0001 09 4 M4 (static) Holding Brake 24 14 250 200 -10...100°C 6000 3000 < 1° F IP00 - SL 500 - Large - Flange possible 86 21 40 - 78.5 78.5 Servo Slim Line 50 43 - -
Spring Applied Brake - Servo Slim Line SL 50010A00-0001 10 5 M4 (static) Holding Brake 24 20 300 200 -10...100°C 6000 3000 < 1° F IP00 - SL 500 - Large - Flange possible 105 21 55 - 97 97 Servo Slim Line 60 58 - -
Spring Applied Brake - Servo Slim Line SL 50012A00-0001 12 11 M4 (static) Holding Brake 24 25 1150 200 -10...100°C 6000 3000 < 1° F IP00 - SL 500 - Large - Flange possible 127 29.3 55 - 116 116 Servo Slim Line 230 63 - -
Spring Applied Brake - INTORQ BFK551 33008178 05 2 M2/MK (dynamic) Operating Brake 24 12.4 1800 - -20...40°C 5000 5000 - F IP00, IP55 0.68 - - - - Flange possible 75 34.8 8, 10, 11, 12, 15 DIN 6885 - 66 BFK551 11000 - - -
Spring Applied Brake - INTORQ BFK551 33008179 05 2 M2/MK (dynamic) Operating Brake 103 12.4 1800 - -20...40°C 5000 5000 - F IP00, IP55 0.68 - - - - Flange possible 75 34.8 8, 10, 11, 12, 15 DIN 6885 - 66 BFK551 11000 - - -
Spring Applied Brake - INTORQ BFK551 33008180 05 2 M2/MK (dynamic) Operating Brake 205 12.4 1800 - -20...40°C 5000 5000 - F IP00, IP55 0.68 - - - - Flange possible 75 34.8 8, 10, 11, 12, 15 DIN 6885 - 66 BFK551 11000 - - -
Spring Applied Brake - INTORQ BFK551 33008172 05 4 M2/MK (dynamic) Holding Brake 24 12.4 1800 1000 -20...40°C 5000 5000 - F IP00, IP55 0.68 - - - - Flange possible 75 34.8 8, 10, 11, 12, 15 DIN 6885 - 66 BFK551 - - - -
Spring Applied Brake - INTORQ BFK551 33008173 05 4 M2/MK (dynamic) Holding Brake 103 12.4 1800 1000 -20...40°C 5000 5000 - F IP00, IP55 0.68 - - - - Flange possible 75 34.8 8, 10, 11, 12, 15 DIN 6885 - 66 BFK551 - - - -
Spring Applied Brake - INTORQ BFK551 33008174 05 4 M2/MK (dynamic) Holding Brake 205 12.4 1800 1000 -20...40°C 5000 5000 - F IP00, IP55 0.68 - - - - Flange possible 75 34.8 8, 10, 11, 12, 15 DIN 6885 - 66 BFK551 - - - -
Spring Applied Brake - INTORQ BFK551 33008166 04 1 M2/MK (dynamic) Operating Brake 24 10.9 1200 - -20...40°C 5000 5000 - F IP00, IP55 0.45 - - - - Flange possible 65 31.8 6, 7, 8, 10 DIN 6885 - 58 BFK551 9000 - - -
Spring Applied Brake - INTORQ BFK551 33008167 04 1 M2/MK (dynamic) Operating Brake 103 10.9 1200 - -20...40°C 5000 5000 - F IP00, IP55 0.45 - - - - Flange possible 65 31.8 6, 7, 8, 10 DIN 6885 - 58 BFK551 9000 - - -
Spring Applied Brake - INTORQ BFK551 33008168 04 1 M2/MK (dynamic) Operating Brake 205 10.9 1200 - -20...40°C 5000 5000 - F IP00, IP55 0.45 - - - - Flange possible 65 31.8 6, 7, 8, 10 DIN 6885 - 58 BFK551 9000 - - -
Spring Applied Brake - INTORQ BFK551 33008160 04 2 M2/MK (dynamic) Holding Brake 24 10.9 1200 1000 -20...40°C 5000 5000 - F IP00, IP55 0.45 - - - - Flange possible 65 31.8 6, 7, 8, 10 DIN 6885 - 58 BFK551 - - - -