KH60 Series 2-Phase Hybrid Stepping Motor
KH60 Series 2-Phase Hybrid Stepping Motor
SKU:STE-580c9d
High-torque 3.00V 2-Phase Hybrid Stepping Motor for industrial precision applications.
Regular price
$79.99
Regular price
Sale price
$79.99
Unit price
per
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The 3.00 Volt KH60 Series 2-Phase Hybrid Stepping Motor offers high torque, with peak performance 15-20% above previous models. Designed to meet the demands of industrial applications, it features a NEMA 24 motor frame size, 1.8-degree step angle, and a voltage of 3.00V per phase. With a holding torque of 1.45mN·m and precise step accuracy, this motor ensures reliable operation in diverse settings.
Product Specifications
Additional Information 0
28
Customize 0
Custom Designs
Dimensions 0
29
Specifications Ambient Temperature Range
-10 ~ +50 ºC
Specifications Current Per Phase
3.0 A
Specifications Dielectric Strength
500 V AC, 50 Hz for 1 min (at normal temp. & humidity, between lead and case)
Specifications Holding Torque
1.45 mN·m
Specifications Humidity Range For Ambient Temperature
5 ~ 95 % RH (noncondensing)
Specifications Humidity Range For Storage Temperature
5 ~ 95 % RH (noncondensing)
Specifications Inductance Per Phase
1.4 mH/PH
Specifications Insulation Resistance
500 V DC 100 MO min. (at normal temp. and humidity, between lead and case)
Specifications Max Temperature Rise By Resistance Method
70 ºK
Specifications Motor Frame Size
NEMA 24
Specifications Motor Length
54 in | 2.126 mm
Specifications Motor Mass
0.83 kg | 29.3 oz
Specifications Note
KH60 is ready to two mounting dimensions.
Specifications Position Accuracy
±10 %
Specifications Rotor Inertia
520 g·cm²
Specifications Series
2 Phase Square KH
Specifications Series Code
KH60
Specifications Shaft Specification
Single Shaft
Specifications Step Angle
1.8 deg./step
Specifications Storage Temperature Range
-20 ~ +70 ºC
Specifications Type
2-Phase Hybrid Stepping Motor
Specifications Voltage Per Phase
3.00 V
Specifications Winding Method
Unipolar
Specifications Winding Resistance Per Phase
1 O
Torque Curve 0
24