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TOAUTO Integrated Closed-Loop Nema23 Stepper Motor with Driver IHSS57-36-20 2Nm 36V Position Encoder for Lazer 3D Printer CNC Control

Product ID : 20212909
4.8 out of 5 stars


Galleon Product ID 20212909
Model IHSS57-36-20
Manufacturer
Shipping Dimension Unknown Dimensions
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About TOAUTO Integrated Closed-Loop Nema23 Stepper Motor

Nema23 Integrate Closed Loop Hybrid Stepper Motor Driver 2N.m Position Encoder 36V for CNC Control Model:1pc 57TAT2Nm control mode: Pulse+direction Holding Torque: 2Nm Type:Integrate Closed Loop Stepper Motor+Drive rated operational voltage:36V 5A Phase:2ph Current / Phase:2.8A Step Angle(degrees): 1.8 Resistance: 0.4ohms Inductance: 1.2mh Detent Torque: 400gcm Lead line number: 4 Main features: no step to lose 1. Low Heat /High Efficiency : 1. Current is adjusted automatically according to the actual Load, resulting in Lower Heat, as compared to traditional Step Motor Technology. 2. The Current is very minimal, producing no heat, during Stop condition. 3.It save energy and can achieve nearly 100% torque output. Working smoothly and accurately. 2. High speed and response : 1.Hybrid step servo system have some advantages of the traditional open-loop stepper system, position response input and output command signal are almost real-time synchronization, so very suitable for condition of short distance quickly start / stop and zero-speed stop stably. 2.In condition of point-to-point fast positioning, advanced servo control technology provides a large torque output. It makes the system has a very high dynamic response, it is far over the limit of step system 3. High Torque/High Speed 1. Hybrid Servo Drive System adopts the optimisation current control technique. This results in the full utilisation of the MotorTorque, eliminating the concern on Torque Redundancy in machine design. 2. Higher Torque can simplified the de-celebration of the equipment in certain applications. 3. With Hybrid Step Servo Drive system, the Higher Speed performance improves by 30% and effective torque improved by 70%, resulting in High Torque operation at High Speed.