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1. Hybrid Linear Stepper Motor Overview
Hybrid linear stepper motor is a new linear movement executive motion control product, converting the round rotation movement into linear movement.
The hybrid linear stepper motor is composed of driving motors,
deceleration gears, screws, nuts, guides, push rods, slides,
spring, shells and turbine, micro -control switch, etc.
Generally, the standard stroke of the electric screw is 100,150,
200, 250, 300, 350, 400mm, while special stroke requirements can be
supported by flexible customization. The hybrid linear stepper
motors can be designed with different thrust screw leads according
to different application loads.
The maximum thrust of the hybrid linear stepper motors can reach up
to 20kN, the without load speed normally is 4 ~ 45mm/special linear
speed can also be customized.
The use of hybrid linear stepper motor as an execution agency can
not only reduce the gas/liquid source device and auxiliary
equipment required to use pneumatic and hydraulic pressure, but
also reduce the weight of the execution agency.
Hybrid linear stepper motor features,
When the Hybrid Linear Stepper Motor works, each phase winding is not constant power -on, but the electricity is rotated according to a certain rule.
The angle of the transition of a pulse signal rotor is called a
step distance.
The Hybrid Linear Stepper Motor can be controlled at a specific
instruction, or the speed control can be performed. When the angle
control is controlled, each pulse is entered, and the stator
winding is replaced once, and the output shaft is turned over one
angle. The number of steps is consistent with the pulse number. The
angular displacement of the output shaft rotation is proportional
to the input pulse. During the speed control, the continuous pulse
is delivered in the stepping motor winding, each of which
continuously rotates electricity, and the motor continuously moves.
Its speed is proportional to the pulse frequency. Change the power
sequence, that is, changing the rotation direction of the stator
magnetic field, you can control the rotation of the motor or
reverse.
The Hybrid Linear Stepper Motor has self -locking capacity. When
the control pulse stops input and allows the last pulse control
winding to continue DC power, the motor can be kept in a fixed
position, that is, stop at the end point of the corner displacement
of the last pulse control. Realize the rotor positioning during
parking.
Hybrid linear stepper motors are widely used in automation applications, such as electronic production machines, semiconductor producing, medical equipment’s, testing platforms, factory automation, etc.
2. Hybrid Stepper Motor Naming Rules and General Technical
Specifications
Linear stepper motor naming rules,
General Specifications,
Step Angle | 1.8° (2 Phase) |
Step Angle Accuracy | ±0.09° |
Size | Nema 14, 35mm |
Insulation Grade | 500VDC, 20 MΩ Min. ,Class B |
Dielectric Strengt | 500 VAC for 1 Minute |
Temperature Rise | Less than 80℃ (Rated Current) |
Suface Temperature | Max.Allowed 100℃ |
Humidity Range | 20% to 90% RH |
IP Grade | IP40 |
Certificates | Rohs, CE, CCC |
3. 35LHS No Captive & External Nut Type Hybrid Linear Stepper Motor Performance Datasheet
Model Name | Wiring | Rated Voltage | Rated Current | Resistance /phase | Inductance /phase | Power Consumption | Temp. Rise | Weight | Insulation Resistance |
35LHS2004 | Bipolar | 2.33V | 2.0A | 1.2Ω | 1.95mH | 9.1W | 75℃ | 240g | 20MΩ |
35LHS0914 | 5V | 0.91A | 5.5Ω | 7.63mH | |||||
35LHS0384 | 12V | 0.38A | 31.6Ω | 65.1mH |
Note: Customization of motor specifications available.
Available leadscrew specifications,
Code | Leadscrew Thread Dimensions in mm | ||
diameter | step | lead | |
N | φ5.54 | 0.003048 | 0.6096 |
J | φ5.54 | 0.012192 | 2.4384 |
Q | φ5.54 | 0.024384 | 4.8768 |
R | φ5.54 | 0.048768 | 9.7536 |
P | φ6.35 | 0.0039688 | 0.79375 |
A | φ6.35 | 0.0079375 | 1.58750 |
B | φ6.35 | 0.0158750 | 3.17500 |
C | φ6.35 | 0.0317500 | 6.35 |
4. Mechanical Dimensions (in mm)
External Nut Type Mechanical Drawings as bellow,
No-capative Type mechanical drawings as bellow,
5. Force and Pulse Rate Curves
6. Wirings