110 BYG step motor 16NM 182mm has such advantage as high efficiency,energy-saving,low noise, low vibration, "high start torque","low start current" and reliable performance.They are easy for installation and maintenance
110 BYG step motor 16NM 182mm Specifications:
Rotor inertia (g.cm2)
80 degree Max
-20 ~ +50 degree
100MΩ Min 500 V DC
500V AC 1 minute
Shaft Radial Play:
Shaft Axial Play
0.08 mm Max.
Driver Features High performance, low price Provides 16 kinds of microstep selection,resolution can be set to 60000pulse/rev Once the pulse stops for 100ms,the phase current will automatically reduce to preset value Bipolar constant current chopper control Photocoupler isolated input/output Adjustable drive current divided into 16 grades range from 0.7A/phase ~ 7A/phase Single power input, voltage range from AC110V~220V The upmost pulse response frequence amounts to 200Kpps Phase memorize (Notes: Once the pulse stops for 5s or more, the Driver will memorize the current phases automatically so that it can be resume after restart or MF signal changes from valid to invalid. )
Typical application Carve machine Precise large size & middle size lathe Packing machine Computer control embroidering machine Constant speed application Description ,can match three phase hybrid step motors whose rated current under 7A,flange size range from 86~110mm.
This Driver integrates high technology which similar to servo technology in theory, and can run the motor smoothly in low speed and hardly makes any noise or vibration. Further more the motor output torque is well larger than that of two phase and five phase motor.
The microstep can be set to 60000pulse/rev. Electricity specification Item Minimum Typical Maximum Supply voltage V (AC) 110 200 220 Normal output (A) 0.7 - 7 Logical input (mA) 15 Response frequence (KHZ) - - 200 Pulse low state time (μS) 2.5 - - 1/4 HBQ30722A Driver with microstep
Please contact with us for more detailed technical information.
We can design according to clients' requirements.
110 BYG step motor 16NM 182mm