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SY57STH76-5004B 57mm 2-Phase Open-loop Integrated Stepper Motor Driver, 8mm Slotted Shaft for 3D Printer & Automation Bullet Points 1. All-in-one motor & driver, reduce wiring and interference for stable perfor...
Pump motor Step Angle (Deg.) Phases Voltage (V) Current (A) Resistance (Ω) Inductance (mH) Reduction Ratio No-Load Starting Frequency (pps) Running Torque (g·cm) Lead Wire Specification o A stepper motor is an ...
35BYGL Product Technical Parameters Parameter Specification Step Accuracy ± 5% Temperature Rise 80 ℃ Max. Ambient Temperature -20℃ ~ +50℃ Insulation Resistance 100MΩ Min. (500 VDC) Dielectric Strength 500VAC 1S...
57BYGHL216-14 NEMA23 3.3V 10 Kg.cm linear stepping motor with CE ROHS ISO 57BYGHL216-14: linear step motor Step Angle: 1.8° Step Accuracy: ± 5% Temperature Rise: 80 ℃ Max Tr outer diameter * lead (pitch) + thre...
10mm 2 phase 4 wire mini horizontal gear motor stepper motor This is a combination of 10MM micro stepper motor and 10*24 precision metal reducer, the deceleration ratio can be customized according to customer n...
...phase 4-wire micro horizontal gear motor stepper motor gearbox can be customized This is a combination of a 10MM miniature stepper motor and a 10 * 24 precision metal reducer, with customizable gearbox gear...
...) Rotary inertia (Kg.㎡) Wires Number Power(W) Max. Static Torque (kg.cm) 42BYG3.6 ST34H-0954DA(B) 2 9.31 0.10 98 170.00 ......
...Stepper Motor Step Angle 1.2° 2.3/2.4/4/6/12/14 VDC Motor Basic Parameter: Model Series: 57BYG1.2 Step Angle: 1.2° Drawing: Performance and Specification: Series and step angle Model Phases Voltage (V) Curre...
..., the reduction ratio can be customized according to customer needs. Motor basic step angle is 18 degrees, that is, 20 steps per turn, plus the deceleration box deceleration effect, the final motor rotation ...
... ratio can be customized according to customer needs. The basic step angle of the motor is 18 degrees, which is 20 steps per revolution. Combined with the deceleration effect of the gearbox, the final resolu...
2 Phase 12 N.m LC86H2160+LCDA808H AC50-80V Servo step driver motor kit Product Description Nema34 LC86H2160 Servo step motor specification: Motor model Step/angle Length Holding torque Current Rotor inertia Enc...
....The diameter of the motor is 10mm,and the motor resistance is 18 Ω per phase.The step angle is 18° , 20 steps per revolution.The type of Wire Connect is lead wire,there are 4 wires(Red,White,Black and Brown...
.... 3. Anti-interference, unaffected by external factors and step loss. 4. Low-speed: 1 to 40 revolutions per minute. The reasons to Select Xingmai Motor: 1. Salt spray (corrosion resistance) up to 8...
Hybrid Stepping Motor 2 Phase 1.8 Degree High Speed 3D Printer Motor The motor wire is made of pure copper. It has the characteristics of small step angle, large output torque, good dynamic performance and low ...
Hybrid Stepping Motor 2 Phase 1.8 Degree High Speed 3D Printer Motor The motor wire is made of pure copper. It has the characteristics of small step angle, large output torque, good dynamic performance and low ...
2-Phase Hybrid Stepping MOTOR 14HY NEMA14 1.8° 14HY28-084 Specifications: Model Current/Phase (A) Resistance/Phase (ohms±10%) Holding Torque (N·cm±10%) Inductance/Phase (mH±20%) Detent Torque (N·cm) Rotor Inert...
2-Phase Hybrid Stepping MOTOR 14HY NEMA14 1.8° 14HY28-054 Specifications: Model Current/Phase (A) Resistance/Phase (ohms±10%) Holding Torque (N·cm±10%) Inductance/Phase (mH±20%) Detent Torque (N·cm) Rotor Inert...
2-Phase Hybrid Stepping MOTOR 14HY NEMA14 1.8° 14HY28-046 Specifications: Model Current/Phase (A) Resistance/Phase (ohms±10%) Holding Torque (N·cm±10%) Inductance/Phase (mH±20%) Detent Torque (N·cm) Rotor Inert...
2-Phase Hybrid Stepping MOTOR 14HY NEMA14 1.8° 14HY34-046 Specifications: Model Current/Phase (A) Resistance/Phase (ohms±10%) Holding Torque (N·cm±10%) Inductance/Phase (mH±20%) Detent Torque (N·cm) Rotor Inert...
2-Phase Hybrid Stepping MOTOR 14HY NEMA14 1.8° 14HY34-044 Specifications: Model Current/Phase (A) Resistance/Phase (ohms±10%) Holding Torque (N·cm±10%) Inductance/Phase (mH±20%) Detent Torque (N·cm) Rotor Inert...