Nema 11 Stepper Motor 2 Phase 1.8‌°‌ 15Ncm(21.24oz·in) High Torque Bipolar 51mm 0.7A 10.6Ω 4-Lead Shaft 20mm φ5mm 28 Stepper Motor incl. Cable 1M for 3D Printer DIY Robot CNC Machine

Nema 11 Stepper Motor 2 Part 1.8‌°‌ 15Ncm(21.24oz·in) Excessive Torque Bipolar 51mm 0.7A 10.6Ω 4-Lead Shaft 20mm φ5mm 28 Stepper Motor incl. Cable 1M for 3D Printer DIY Robotic CNC Machine
Product Dimensions ‏ : ‎ 1.99 x 1.11 x 1.11 inches; 8.71 ounces
Date First Out there ‏ : ‎ August 9, 2025
Producer ‏ : ‎ YEJMKJ
ASIN ‏ : ‎ B0FHHW1KSN
Measurement Specs: Nema 11 Stepper Motor dimensional parameters are as follows. Physique dimension 28x28x50.4mm(1.11×1.11×1.99in), Shaft size 20±0.5mm, Shaft diameter φ5mm, D-cut size 15mm, Set up gap distance 23mm, Cable 1m, 4-Lead Black (A+) Inexperienced (A-) Crimson (B+) Blue (B-), Weight 203g.
Traits: Nema 11 mini stepper motor 2 Part, Step angle 1.8‌ Diploma (200 steps/rev), Holding torque 15Ncm (21.24oz·in), Rated present 0.7A, Resistance 10.6Ω, Inductance 8.5mH±20%, Rotor inertia approx 19g.cm².
Security Specs: This Nema11 Stepper Motor operates safely and reliably. Listed below are its key security parameters: Dielectric energy 500V A.C 1 MINUTE; Insulation resistance 100MΩ MIN; Insulation class(UL) B (130℃) [266°F]; Temperature rise 80K MAX; Operation ambient temperature -20℃ ～+50℃ [-4°F～122°F]; Operation ambient humidity 15percentRH～95percentRH.
Key Particulars: Quicker speeds result in decrease torque; the advisable working vary is 0–600 RPM. Decrease present reduces torque and temperature rise, whereas decrease voltage decreases torque (advisable vary: 12–24V DC). Generally utilized in 3D printers, DIY robots, CNC machines, and different automated programs, the 28mm Stepper Motor is compact but supplies excessive torque for heavy-duty duties.
Exceptionally Quiet Powerhouse: Our upgraded Nema 11 Step Motor delivers as much as 20% higher holding torque than typical fashions. That includes enhanced metal cores and refined windings, it operates with noticeably lowered noise for smoother, much less disruptive machine efficiency.