Stepper motors are used to achieve precise positioning via digital control. The motor operates by accurately synchronizing with the pulse signal output from the controller to the driver. Stepper motors, with their ability to produce high torque at low speed while minimizing vibration, are ideal for applications requiring quick positioning over a short distance.
⌊Stepping Motor and Driver Packages αSTEP⌋
-> AC Power Supply Input:
AZ Series AC Input FLEX Built-in Controller Type | Equipped with a ABZO sensor of the new development to the motor, and shortening of homing time to realize the motion control that does not use an external sensor. With built-in function of the pulse oscillator and lead to a variety of higher-level system that correspond to the FLEX that was equipped with the interface. | |||
AZ Series AC Input Pulse Input Type | Equipped with ABZO a newly developed (Absorbing) sensor to the motor, to achieve the motion control that does not use an external sensor and shortening of homing time. The pulse input type enables the motor to be controlled from a pulse generator provided by the customer. | |||
AR Series AC Input FLEX Built-in Controller Type | The AR Series substantially reduces heat generation from the motor through use of high-efficiency technology. This type is a built-in controller type. | |||
AR Series AC Input Pulse Input Type | The AR Series substantially reduces heat generation from the motor through use of high-efficiency technology. This type is a pulse input type. |
-> DC Power Supply Input:
AZ Series DC Input FLEX Built-in Controller Type | Equipped with a ABZO sensor of the new development to the motor, and shortening of homing time to realize the motion control that does not use an external sensor. With built-in function of the pulse oscillator and lead to a variety of higher-level system that correspond to the FLEX that was equipped with the interface. | |||
AZ Series DC Input Pulse Input Type | Equipped with ABZO a newly developed (Absorbing) sensor to the motor, to achieve the motion control that does not use an external sensor and shortening of homing time. The pulse input type enables the motor to be controlled from a pulse generator provided by the customer. | |||
AZ Series Multi Axis Drivers 【 New release!】 | The multi axis drivers can be connected to DC power supply motors of our AZ Series and to the motorized actuators equipped with motors. We provide the multi axis drivers that can support MECHATROLINK-III, or EtherCAT Drive Profile. No. of axes: 2, 3, or 4. | |||
AR Series AD Input FLEX Built-in Controller Type | The extensive AR Series DC Power-Supply Input lineup that utilizes high-efficiency technology. The built-in controller type equipped with interfaces that connect to a wide variety of host systems. | |||
AR Series AC Input Pulse Input Type | The extensive AR Series DC Power-Supply Input lineup that utilizes high-efficiency technology. The pulse input type that enables the motor to be controlled from a pulse generator provided by the customer. |
Type | Frame Size | Resolution Setting: 1000 P/R | Maximum Holding Torque | Electromagnetic brake |
[mm] | [˚/Pulse] | [N・m] | ||
TS Geared Type | 42 | 0.012~0.1 | 0.65~2.3 | No | Yes |
60 | 1.8~6 | No | Yes | ||
90 | 6~25 | No | Yes | ||
PS Geared Type | 42 | 0.0072~0.072 | 1~3 | No | Yes |
60 | 3.5~8 | No | Yes | ||
90 | 10~37 | No | Yes | ||
HPG Geared Type | 40 | 0.04~0.072 | 1.5~2.5 | No | Yes |
60 | 5.9~9 | No | Yes | ||
90 | 10~24 | No | Yes | ||
Harmonic Geared Type | 42 | 0.0036~0.0072 | 3.5~5 | No | Yes |
60 | 7~10 | No | Yes | ||
90 | 33~52 | No | Yes | ||
FC Geared Type | 42 | 0.012~0.05 | 0.7~3 | No | Yes |
60 | 2.5~10.5 | No | Yes | ||
Standard Type | 42 | 0.36 | 0.3 | No | Yes |
60 | 1.2~2 | No | Yes | ||
85 | 2~4 | No | Yes |