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🔧 mastering precision with stepper controller engraving milling machine logo

🔧 Mastering Precision with Stepper Controller Engraving Milling Machine Review

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Average

Revainrating 3.5 out of 5  
Rating 
3.7
🔌 Electrical Controls & Indicators, 💡 Industrial Electrical

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Description of 🔧 Mastering Precision with Stepper Controller Engraving Milling Machine

Holding Torque:12N.m;Current:6A;Phase:2;Peak current:8A. HSS86 2-Phase Hybrid Stepper Servo Driver;Type:Hybrid;Frequency:0~200KHz;. Size:86x86x154mm;Step Angle(degrees):1.8deg;Insulation class:B. Voltage:AC24~70V or DC30~100V;Insulation resistance:100MOhm(500V).

Reviews

Global ratings 3
  • 5
    2
  • 4
    0
  • 3
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  • 2
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  • 1
    1

Type of review

Revainrating 5 out of 5

Easy setup in motor drives

I bought 3 of these to convert my Bridgeport router to CNC. They worked great and have more than enough power. All you have to do is configure the microsteps to your liking and you're good to go.

Pros
  • Voltage: 24~70 VAC or 30~100 VDC; Insulation Resistance: 100MΩ (500V)
Cons
  • Big and bulky

Revainrating 5 out of 5

Professional CNC Stepper Motor

Pay more, closed cycle! It was really easy to install! (I'm not even a professional CNC.) I've had this motor for about 3 years now. I'm still very satisfied. RPM and torque are plentiful. Learn to use switches on a stepper drive to achieve higher speeds

Pros
  • Size: 86x86x154mm; Tilt angle (degrees): 1.8 degrees; Insulation class: B
Cons
  • Folded packaging

Revainrating 1 out of 5

Runs at low speeds, NO servo

Calling this stepper "Servo" is not correct at all. While it works fine at slow speeds (real servos don't care about speed), if you try to move the stepper at over 3000 PPS it will fail, even under a light load. Probably suitable for CNC milling, but NOT suitable for moderate speed motion control.

Pros
  • HSS86 two-phase hybrid stepper servo; Type: Hybrid; Frequency: 0~200KHz;
Cons
  • Crumpled