YWBL-WH 2-Phase Stepper Motor Nema 24 Motor High 1.8 Degree 4A 86MM 4-3.2Nm Forward and Reverse for CNC Mill Lathe Router, Stepper Motor

Specification: Item Type: Electric Motor Material: Carbon steel Purpose: Industrial motor control, and Step Angle: 1.8° Voltage: Determined by the equipped driver, no fixed voltage Current: 4A Holding Torsion: 3.2N.m : 0.7Ω Inductance: 1.8mH/phase Length: Approx. 86mm / 3.4in Number of Outlets: 4 Shaft Type: Milling single flat table Step Angle Accuracy: ±5% (full step) Accuracy: ±10% (20) Inductance Accuracy: ±20% (1KHZ) Temperature Rise: 80 maximum (rated current, 2-phase energization) Ambient Temperature: -20~+50 Insulation : 100MΩ Min, 500VDC Withstand Voltage: 500VAC for one minute Radial Clearance: 0.02mm maximum (450g load) Axial Clearance: 0.08mm maximum (450g load) Maximum Radial Load: 75N (20mm from flange surface) Maximum Axial Load: 15N Package List: 1 x Electric Motor Note: 1. When connecting the motor to the driver, do not connect the wrong phase.2. Due to different driving conditions, the motor may have obvious heat generation. The temperature of the motor is not allowed to exceed 85°C during When installing the motor, be sure to use the front end cover of the motor for positioning, and pay attention to tolerances to ensure the concentricity of the motor shaft and the load.

• The product can be directly connected to the load and run at low speed in a state of close to a locked rotor without gear reduction.
• CONTROL: Quick start and stop, frequent forward and reverse rotation, control, the number of pulses determines the motor position.
• COATING: The inner rotor adopts German technology, and the is coated with imported rotor glue to prevent burrs on the after carbon steel oxidation and grinding, resulting in increased motor noise.
• STANDARD DESIGN: The front and rear covers are perfectly connected, the body is black electrophoresis, highend , and the body size is standard.
• IMPORTED FROM GERMANY: Imported highquality motor steel sheets, bearings made of German technology, low selfinductance, good responsiveness.