| High-Speed Positioning |
| High torque in the low-speed
rotation range allows shorter positioning time with
short stroke - high hit rate resolution. |
 |
| Space Saving Profile |
| Uses high torque continuously in
the low-speed range, which allows for smaller
systems compared to regular servo motors. |
|
|
| Stable Stopping |
| Capable of a complete stop using
the holding torque feature, the same as a typical
stepping motor. |
|
|
| High Resolution |
| The unit for positioning command
can be subdivided over a wide range of pulse ratios. |
|
|
| Current Control Aids
Efficiency |
| Current flow to the motor is
controlled depending on the load, for low heat
generation and high efficiency. |
|
|
| General Purpose I/O Input |
| The system can easily be controlled
by specifying preset point numbers or program
numbers using the general purpose I/O. |
|
|
| Supports a Wide Variety of
Applications |
| Thrust, point specification,
programming, and zero-return function are all
embedded in the driver. The driver also provides
added versatility with features like holding brake
control and limit sensor input. |
|
|
| Optional cables available |
| Cables for master/driver and
driver/motor connections are available, for
hassle-free setup. |
|
|
| Built-in pulse generation |
| The PB-R system's built-in pulse
generation receives numeric speed and position data
from the upper device. This data is converted to
internal driver commands to automatically generate
the optimal speed pattern, making external pulse
generators unnecessary and reducing overall system
cost. |
|
|
| PC Interface Capability |
| The bundled setup software allows
for parameter configuration, data editing, and
position and speed monitoring. |
|
|
| Support for up to 4-axes |
Our multiple axis system allows for
reduced size and weight.
· 1A,2A, and 3A can be selected by software
switches.
· Available only on DC power input models. |
|
|
| Approved for use worldwide |
|
|
|
Click
the product type number for detailed information.
