Nema 23 Hybrid Stepping Motor - KH56JM2 Series
Nema 23 Hybrid Stepping Motor - KH56JM2 Series
SKU:STE-57de9e
Enhanced Nema 23 Hybrid Stepping Motor for high-speed precision applications with stronger torque, reduced vibration, and improved efficiency.
Regular price
$89.99
Regular price
Sale price
$89.99
Unit price
per
Delivery via Maden
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The Nema 23 KH56JM2 Series 2-Phase Hybrid Stepping Motor is designed to deliver outstanding performance and reliability. With stronger torque, reduced vibration, and improved efficiency compared to previous models, this motor ensures precision in high-speed applications. Featuring a NEMA 23 frame size, bipolar drive method, double shaft, and a step angle of 1.8 degrees/step, it offers a holding torque of 69 oz-in and meets high-grade material standards for enhanced durability.
Product Specifications
Additional Information 0
Connection Diagrams | Driver Selection Guide | Explanation of Dynamic Torque Curves | Motor Selection Guide | System Configuration
Customize 0
Custom Designs
Dimensions 0
Connection Cable to Motor-BiPolar | Dimensions
Specifications Allowable Temperature Range
70 ºK
Specifications Current Per Phase
2.0 A
Specifications Detent Torque
3.5 oz·in | 25 mN·m
Specifications Dielectric Strength
500 VAC, 50 HZ, 1 min.
Specifications Drive Method
Bipolar
Specifications Holding Torque
69 oz·in | 490 mN·m
Specifications Inductance Per Phase
2.27 mH
Specifications Insulation Class
JIS Class E (120ºC/248ºF) | UL Value : Class B (130ºC/266ºF)
Specifications Insulation Resistance
500 VDC, 100 MO min.
Specifications Motor Frame Size
NEMA 23
Specifications No Of Phases
2
Specifications Operating Temperature Range
0 to 50 ºC
Specifications Product Type
Hybrid Stepping Motor
Specifications Rotor Inertia
0.62 oz·in² | 115 g·cm²
Specifications Series
2 Phase Square KH
Specifications Shaft Specification
Double Shaft
Specifications Step Angle
1.8 deg./step
Specifications Voltage
1.96 V
Specifications Weight
400 g | 0.88 lb
Specifications Winding Resistance Per Phase
0.98 Ω
Torque Curve 0
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