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1. Low heat generation: The motor adjusts the current in real time according to the actual load to reduce heat generation, in order to achieve greater energy conversion in a compact space, energy-saving and efficient. 2. High torque: The high-speed performance of the hybrid servo system is more than 30% higher than that of open-loop stepper motors, and the effective torque increases to more than 70% of the holding version. 3. Noise reduction: With feedback code-based power control algorithms using space vector and vector equalization filtering technology, this motor is highly resistant to the low-frequency resonance that plagues conventional stepper motors. 4. Multiple advantages: The hybrid servo system has almost real-time synchronization between the position response output and the input command signal, and the high torque output means that the system has high-speed dynamic response. 5. 2 in 1 installation: The motor and drive are integrated, eliminating complex wiring and increasing the motor's installation space.
Item Type: Integrated Feedback Motor
Material: Aluminum Alloy
Torque: 1.2N.M
Shaft Diameter: Approx. 8 mm/0.31in
Drive parameters X: str = \" \"> minimum typical value maximum value input voltage 20vdc 24VDC 48vdc v Output current 0 3 4.2 Step signal frequency 0 - 200k \" X: Str = \" \"> Control signal input current 7 10 Height = \"18 \"> Explosion protection - 55 - Input signal voltage - 5 - VDC insulation resistance 100 mΩ . ! IMPORTANT; } .wang -it-text table {border-top: 1px solid #000; border-left: 1px solid #000; } .wang -it-text table td, .wang -it-text table th {border-bottom: 1px solid #000; border-right: 1px solid #000; padding: 3px 5px; } .wang -it-text table th {text-align: center; }
1 x Integrated Feedback Motor
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