t-Rex 3200 I-44-89-L41 S2 (long version, focus torque)
14-pole BLDC motor with neodymium magnets, digital Hall sensors, and versatile design for easy cable routing.
Quantity | Unit price |
---|---|
To 4 |
€338.65*
|
To 9 |
€315.59*
|
To 19 |
€292.53*
|
From 20 |
€270.68*
|
Available, delivery time: 1-3 days
Please note that we are in the period from 23.12.2024 to 06.01.2025 on a business holiday and can only process incoming orders within this period after our return. Thank you for your comprehension.
Stock:
19
Product number:
3200.00-0005
Weight:
0.65 kg
Product information "t-Rex 3200 I-44-89-L41 S2 (long version, focus torque)"
- 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
Digital Hall-Sensors
Supply of sensors
Voltage range: 4.5 to 5.5 V DC
Optional: voltage regulator for 5 V
Input current: < 70 mA
Output 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 mA
Signal 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.
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
Supply of sensors
Voltage range: 4.5 to 5.5 V DC
Optional: voltage regulator for 5 V
Input current: < 70 mA
Output 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 mA
Signal 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.
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