Closed Loop Stepper Motor FY28EL180B1C1 2 Phase Small Self Induced Reactance Electric Motor for Milling Machine

Closed Loop Stepper Motor FY28EL180B1C1 2 Phase Small Self Induced Reactance Electric Motor for Milling Machine

Product Code: MM3006
Availability: Pre-Order, Inquiry Price

US$0.00

- +

For Bulk Order, Get Better Price.

About this product

*Excellent Performance: The motor is equipped with imported motor steel sheets, and the bearings are made of German technology, with small self inductance reactance and good response.

*Small Error: The motor can be directly connected to the load and run at low speed without gear deceleration when it is close to the locked rotor state, so the system error caused by the use of reduction gear can be eliminated.

*Low Noise: The internal rotor of the motor adopts German technology, and the surface is coated with imported rotor glue to prevent burrs on the surface of carbon steel after oxidation and grinding, which will increase the noise of the motor.

*Quick Response Speed: The motor can start and stop quickly, and the test results show that the motor can rotate forward and reverse many times frequently.

*High Accuracy: the user can precisely control the motor, and the motor position is determined by the number of pulses.

Description

Specification:
Item Type: Closed loop stepper motor
Material: Carbon steel
Model: FY28EL180B1C1
Current: 1.8A/phase
Holding Torsion: 0.16N.M
Resistance: 1.0?/phase
Inductance: 1.05mH/phase
Moment of Inertia: 18g.cm²
Step Angle: 1.8?
Step Angle Accuracy: ±5% (full step)
Resistance Accuracy: ±10% (20?)
Inductance Accuracy: ±20% (1KHZ)
Temperature Rise: 80?maximum (rated current, 2 phase energized)
Ambient Temperature: -20?-+50?
Adapter Driver: FYDB504T

Package List:
1 x Closed Loop Stepper Motor

Note:
1. When connecting the motor and the driver, please do not connect the wrong phase.
2. Due to different driving conditions, the motor may have obvious heat generation. The surface temperature of the motor is not allowed to exceed 85°C during operation.
3. When installing the motor, be sure to use the front end cover of the motor for positioning, and pay attention to the tolerance fit to ensure the concentricity of the motor shaft and the load.