57HSS100-4004S-E1000AB Hybrid Step Servo Motor Nema23 1.0 N.m 4A
1000lines ABs Signal Encoder
1. Target Applications and Features
Kaifull, is one of the leading middle and high-end motion control
products vendor in China with strong R&D capabilities and rich
indutrial application experiences of products such as Steppers,
Brushless, VFDs, Spindles, Planetary and Harmonic Reducers, Motion
Controllers, etc.
Our HSM series stepper motors are widely applied in many innovative
applications, including: electronics manufacturing equipments, 3D
Printers, analytical and medical instruments, laser cutters,
engravers,textile equipment, embroidery machine, precision
positioning systems, packaging machinery, CNC machines and robotics
etc.
We always work with you together to get your creative ideas or
innovative products to go to market as fast as possible.
Compared with the traditional open loop stepper motor, the closed
-loop step has the following advantages:
1. No step loss problem: Because the closed -loop step motor uses
the encoder feedback control, it can correct the position deviation
in real time, which will not lead to the phenomenon of throwing.
2. Higher speed and higher accuracy: Because the feedback system is
used for control, the closed -loop step into the motor can achieve
higher speed and higher accuracy.
3. Simple and easy -to -use: The control system of closed -loop
step into the motor is relatively simple. Users only need to write
the corresponding program to accurately control the motor
The working principle of the closed-loop step motor is similar to
the open loop stepper motor. The key difference is that the
closed-loop stepper motor is equipped with the encoder, which is to
monitor the actual position of the motor rotor in real time, and
feedback this information to the controller. The controller
compares the actual and target positions, and then adjust the motor
movement to ensure that it works as expected. This closed -loop
control method makes the stepper motor more accurately.
The closed -loop step motor are widely used in many industrial
applications:
Automobile manufacturing industry: engine parts and component
production lines, mobilization production lines, vehicle assembly
lines, body welding lines, detection equipment, etc.;
Machine tool manufacturing: lathe, dragon door planer, milling
machine, grinding machine, mechanical processing center, dental
machine, etc.;
Casting manufacturing: robotics, dumping furnace, mold processing
center, etc.;
Pharmaceutical industry: raw materials processing machinery,
preparation machinery, drinking machinery, printing and packaging
machinery, etc.;
Electronic manufacturing: Printing circuit board (PCB) equipment,
semiconductor device and equipment (optical engraved machine, wafer
processor, etc.), LCD display (LCD) equipment, whole machine
installation and surface paste (SMT) equipment, laser equipment (
Cutting machines, carvings, etc.), general CNC equipment, robotics,
etc.;
Medical equipment: CT, X -ray machine, nuclear magnetic resonance
MRI, etc.
2. Naming Rules and Main Specifications
| Number of Phase | 2 Phases, 4 wires |
| Step Angle | 1.8° |
| Step Angle Accuracy | 0.09° |
| Shaft Type | Single (customizable) |
| Ambient Temperature | -20 to 50℃ |
| Phase Current | 4A |
| Encoder Resolution | 4000counts per round |
| Encoder Type | Increamental, optical 1000lines, AB signals |
| Holding Torque | 1 N.m |
| Insulation Class | B(130°);Rise 80K Max |
| Weight | 0.8 kg |
3. Mechanical Drawings (in mm) & Wirings
4. Torque & Speed Curves
