Idle speed up to 5483 rpm Max torque up to 1.5 Nm Rated torque 0.2 Nm Rated speed up to 4437 rpm Features BLDC motor t-Rex 3200 I-44-47-L41 S2 14-pole BLDC motor with high-performance neodymium magnets and three digital Hall sensors to detect the rotor position. The electrical connections are designed as a plug-in system. Additional power electronics are required to operate the motor. Motor design with a hollow shaft is also available upon request. This allows the cables to run through the motor or the implementation of output on both sides. Special features Designed with focus on rotational speed Enormous performance density – 3 times stronger than motors of comparable size High overload resistance Ideally suited as direct drive, or generator for gearless applications   Technical specifications t-Rex 3200 I-44-47 L41 S2 DH 3200.00-3000 Rated voltage 24 VDC 36 VDC 48 VDC Rated current 2,6A 2,6 A 2,8 A Rated torque 0,3 Nm 0,2 Nm 0,2 Nm Rated speed 2000 1/min 3187 1/min 4437 1/min Shaft power (output) 42 W 67 W 93W Max. efficiency 70 % 72 % 72 % Idle speed 2702 1/min 4089 1/min 5483 1/min No-load current 0,4 A 0,4 A 0,4 A Stall torque 1,0 Nm 1,3 Nm 1,5 Nm Starting current at idle speed 14 A 18 A 20 A Torque constant 0,077 Nm/A 0,073 Nm/A 0,073 Nm/A Speed constant 113 rqm/V 114 rqm/V 114 rqm/V Motor parameters Terminal resistance (phase to phase) 1,09 Ohm Terminal inductance (phase to phase) 98 µH Rotor inertia 125 kg* mm² Number of poles 14 Interconnection of the motor Star Number of coils per phase 2 Interconnection of coils 2 Series Direction of rotation bidirectional Note: Max. Ambient temperature = 40°C, controller-specific At nominal point (Tu=20°C) controller specific Digital Hall-sensorsSupply of sensorsVoltage range: 4.5 to 5.5 V DCOptional: voltage regulator for 5 VInput current: < 70 mAOutput signals of sensorsDiff erential output(RS422 standard, datasheet AM26 C31-TI)Typical voltage range: 0.2/ 3.4 V @ 20 mAOutput current: max. 20 mASignal structure: The Hall sensors have a 120° phase shift to each other.Due to the 14-pole design the Signal frequency is seven times higher than the speed.

Idle speed up to 7778 rpm Max torque up to 1.1 Nm Rated torque 0.1 Nm Rated speed up to 7400 rpm Features BLDC motor t-Rex 3200 I-44-47-L21 S2 14-pole BLDC motor with high-performance neodymium magnets and three digital Hall sensors to detect the rotor position. The electrical connections are designed as a plug-in system. Additional power electronics are required to operate the motor. Motor design with a hollow shaft is also available upon request. This allows the cables to run through the motor or the implementation of output on both sides. Special features Designed with focus on rotational speed Enormous performance density – 3 times stronger than motors of comparable size High overload resistance Ideally suited as direct drive, or generator for gearless applications   Technical specifications t-Rex 3200 I-44-47 L21 S2 DH 3200.00-3000 Rated voltage 24 VDC 36 VDC Rated current 3,4 A 2,4 A Rated torque 0,1 Nm 0,05 Nm Rated speed 4600 rpm 7400 rpm Shaft power (output) 48 W 38 W Max. efficiency 65 % 71 % Idle speed 5168 rpm 7778 rpm No-load current 1,2 A 1,3 A Stall torque 1,1 Nm 0,9 Nm Starting current at idle speed 24 A 18 A Torque constant 0,047 Nm/A 0,05 Nm/A Speed constant 215 rqm/V 216 rqm/V Motor parameters Terminal resistance (phase to phase) 0,29 Ohm Terminal inductance (phase to phase) 171 µH Rotor inertia 9,5 kg* mm² Number of poles 14 Interconnection of the motor Star Number of coils per phase 2 Interconnection of coils 2 Series Direction of rotation bidirectional Note: Max. Ambient temperature = 40°C, controller-specific At nominal point (Tu=20°C) controller specific Digital Hall-sensorsSupply of sensorsVoltage range: 4.5 to 5.5 V DCOptional: voltage regulator for 5 VInput current: < 70 mAOutput signals of sensorsDiff erential output(RS422 standard, datasheet AM26 C31-TI)Typical voltage range: 0.2/ 3.4 V @ 20 mAOutput current: max. 20 mASignal structure: The Hall sensors have a 120° phase shift to each other.Due to the 14-pole design the Signal frequency is seven times higher than the speed.

Idle speed up to 1653 rpm Max torque up to 2.9 Nm Rated torque 0.5 Nm Rated speed up to 1347 1/min Features BLDC motor t-Rex 3200 I-44-89-L41 S2 14-pole BLDC motor with high-performance neodymium magnets and three digital Hall sensors to detect the rotor position. The electrical connections are designed as a plug-in system. Additional power electronics are required to operate the motor. The design of the motor with a hollow shaft allows the cables to run through the motor or output on both sides. Special features Designed with focus on max. torque Enormous performance density – 3 times stronger than motors of comparable size High overload resistance Ideally suited as direct drive, or generator for gearless applications Technical specifications t-Rex 3200 I-44-89 L41 S2 3200.00-0005 /3200.00-0006 Rated voltage 24 VDC 36 VDC 48 VDC Rated current 1,7 A 1,8 A 1,7 A Rated torque 0,5 Nm 0,5 Nm 0,5 Nm Rated speed 600 1/min 960 1/min 1347 1/min Shaft power (output) 31 W 50 W 70 W Max. efficiency 83 % 83 % 83 % Idle speed 812 1/min 1221 1/min 1653 1/min No-load current 0,3 A 0,2 A 0,2 A Stall torque 1,8 Nm 2,3 Nm 2,9 Nm Starting current at idle speed 6,6 A 8,7 A 11,2 A Torque constant 0,279 Nm/A 0,264 Nm/A 0,261 Nm/A Speed constant 34 rqm/V 34 rqm/V 34 rqm/V Motor parameters Terminal resistance (phase to phase) 2,6 Ohm Terminal inductance (phase to phase) 1,6 mH Rotor inertia 26,5 kg* mm² Number of poles 14 Interconnection of the motor Star Number of coils per phase 2 Interconnection of coils 2 Serie Direction of rotation bidirectional Note: Max. ambient temperature = 40 °C, controller-specific At the nominal point (TU = 20°C), controller-specific Digital Hall-SensorsSupply of sensorsVoltage range: 4.5 to 5.5 V DCOptional: voltage regulator for 5 VInput current: < 70 mAOutput signals of sensors:Differential output(RS422 standard, datasheet AM26 C31-TI)Typical voltage range: 0.2/ 3.4 V @ 20 mAOutput current: max. 20 mASignal structure:The Hall sensors have a 120° phase shift to each other.Due to the 14-pole design the signal frequency is seven times higher than the speed.

Idle speed up to 4053 1/min Max torque 2 Nm Rated torque up to 0.3 Nm Rated speed up to 3767 1/min Features BLDC motor t-Rex 3200 I-44-89-L12 S2 14-pole BLDC motor with high-performance neodymium magnets and three digital Hall sensors for detecting the rotor position. The electrical connections are designed as a plug-in system. Additional power electronics are required to operate the motor. A motor version with hollow shaft is also available on request. This makes it possible to feed the cables through the motor or to realize a double-sided output. Special features Developed with focus on speed Enormous power density - 3 times more powerful than motors of comparable size High overload resistance Best suited as direct drive or as generator for gearless applications Technical specificationst-Rex 3200 I-44-89 L12 S2 DH 3200.00-0004 Rated voltage 24 VDC 36VDC Rated current 4,0A 4,0 A Rated torque 0,3 Nm 0,2 Nm Rated speed 2418 1/min 3767 1/min Shaft power (output) 67 W 79 W Max. efficiency 74 % 76 % Idle speed 2680 1/min 4053 1/min No-load current 0,55 A 0,56 A Stall torque 2 Nm 2 Nm Starting current at idle speed 22,7A 21,6 A Torque constant 0,09 Nm/A 0,09 Nm/A Speed constant 112rqm/V 113rqm/V Motor parameters Terminal resistance (phase to phase) 27 Ohm Terminal inductance (phase to phase)  45 mH Rotor inertia 26,5kg* mm² Number of poles 14 Interconnection of the motor Star Number of coils per phase 2 Interconnection of coils 2 Series Direction of rotation bidirectional Note: Max. ambient temperature = 40 °C, controller-specificAt the nominal point (TU = 20°C), controller-specific Digital hall-sensorsSupply of sensors: Voltage range: 4.5 to 5.5 V DC, Optional: voltage regulator for 5 V, Input current: < 70 mAOutput signals of sensors: Diff erential output (RS422 standard, datasheet AM26 C31-TI)Typical voltage range: 0.2/ 3.4 V @ 20 mA, Output current: max. 20 mASignal structure: The Hall sensors have a 120° phase shift to each other. Due to the 14-pole design the signal frequency is seven times higher than the speed.

Idle speed up to 6054 rpm Max. Torque 1.9 Nm Rated torque 0.6 Nm Rated speed up to 4812 1/min Features BLDC motor t-Rex 3206 I65-51 L36 S2 DH 14-pole BLDC motor with high-performance neodymium magnets and three digital Hall sensors to detect the rotor position. The electrical connections are designed as a plug-in system. Additional power electronics are required to operate the motor. The design of the motor with a hollow shaft allows the cables to run through the motor or output on both sides. Special features Designed with  focus on rotational speed Enormous performance density – 3 times stronger than motors of comparable size High overload resistance Ideally suited as direct drive, or generator for gearless applications Technical specifications t-Rex 3200 I-44-89 L41 S2 3206.00-1000 Rated voltage 24 VDC 36 VDC 48 VDC Rated current 7,3 A 5,6 A 1,7 A Rated torque 0,6 Nm 0,6 Nm 0,6 Nm Rated speed 2139 1/min 3208 1/min 4812 1/min Shaft power (output) 134 W 201 W 301 W Max. efficiency 76 % 77 % 77 % Idle speed 2680 1/min 4053 1/min 6054 1/min No-load current 0,5 A 0,6 A 0,6 A Stall torque 1,9 Nm 1,9 Nm 1,9 Nm Starting current at idle speed 20 A 20 A 20 A Torque constant 0,094 Nm/A 0,094 Nm/A 0,094 Nm/A Speed constant 112 rqm/V 112 rqm/V 126 rqm/V Motor parameters Terminal resistance (phase to phase) 0,348 Ohm Terminal inductance (phase to phase) 0,36 mH Rotor inertia 65 kg* mm² Number of poles 14 Interconnection of the motor Star Number of coils per phase 2 Interconnection of coils 2 Serie Direction of rotation bidirectional Note: Max. ambient temperature = 40 °C, controller-specificAt the nominal point (TU = 20°C), controller-specific Digital Hall-SensorsSupply of sensors: Voltage range: 4.5 to 5.5 V DC, Optional: voltage regulator for 5 V, Input current: < 70 mAOutput signals of sensors: Differential output, (RS422 standard, datasheet AM26 C31-TI)Typical voltage range: 0.2/ 3.4 V @ 20 mA / Output current: max. 20 mASignal structure:The Hall sensors have a 120° phase shift to each other. Due to the 14-pole design the signal frequency is seven times higher than the speed.

Idle speed up to 1390 1/min Max. Torque up to 9 Nm Rated torque 1.9Nm Rated speed up to 1185 1/min Features BLDC motor t-Rex 3206 I-65-86-L36 S2 14-pole BLDC motor with high-performance neodymium magnets and three digital Hall sensors to detect the rotor position. The electrical connections are designed as a plug-in system. Additional power electronics are required to operate the motor. The design of the motor with a hollow shaft allows the cables to run through the motor or output on both sides. Special features Designed with focus on max. torque Enormous performance density – 3 times stronger than motors of comparable size High overload resistance Ideally suited as direct drive, or generator for gearless applications Technical specifications t-Rex 3206 I-65-86 L36 S2 DH 3206.00-0005 /3206.00-0003 Rated voltage 24 VDC 36 VDC 48 VDC Rated current 5,4 A 5,6 A 5,6 A Rated torque 1,9 Nm 1,9 Nm 1,9 Nm Rated speed 535 1/min 865 1/min 1185 1/min Shaft power (output) 106 W 167 W 232 W Max. efficiency 84 % 82 % 83 % Idle speed 702 1/min 1052 1/min 1390 1/min No-load current 0,45 A 0,43 A 0,43 A Stall torque 8 Nm 9 Nm 9 Nm Starting current at idle speed 27 A 28 A 26,5 A Torque constant 0,308 Nm/A 0,330 Nm/A 0,343 Nm/A Speed constant 29 rqm/V 29 rqm/V 29 rqm/V Motor parameters Terminal resistance (phase to phase) 121 Ohm Terminal inductance (phase to phase) 0,9 mH Rotor inertia 104 kg* mm² Number of poles 14 Interconnection of the motor Stern Number of coils per phase 2 Interconnection of coils 2 Serie Direction of rotation bidirektional Note: Max. ambient temperature = 40 °C, controller-specificAt the nominal point (TU = 20°C), controller-specific Digital Hall-SensorsSupply of sensors: Voltage range: 4.5 to 5.5 V DC, Optional: voltage regulator for 5 V, Input current: < 70 mAOutput signals of sensors: Differential output, (RS422 standard, datasheet AM26 C31-TI)Typical voltage range: 0.2/ 3.4 V @ 20 mA / Output current: max. 20 mASignal structure:The Hall sensors have a 120° phase shift to each other. Due to the 14-pole design the signal frequency is seven times higher than the speed.

Connection cable compatible with all our BLDC motors.