It cannot be used as it is. Due to the different communication standards, the cable must be modified for RS-485.
For pin arrangements, refer to the instruction manual [3-2. Terminal table ●Communication connector (RS485)].

It can be set up by connecting the driver to a PC or PLC. Dedicated software is also available for PC.
For the data addresses of parameters, refer to the list of catalogs and instruction manuals.

The product lifetime varies depending on the usage environment and conditions. The guideline when used in the recommended atmosphere is 20,000 hours.

Cannot be used. However, if only parameter setting changes are required, a single-phase 100 V power supply can be used.

As it is an electric holding brake, it is suitable for temporary stopping applications during flow operations, e.g. on transfer conveyors.
If a continuous hold function is required, use products with brakes.

Although it depends on the conditions of use, the upper limit of the internal temperature for both the motor and driver is 100°C.
The internal temperature of the motor/driver can be monitored by using the communication function.

Be sure to use the dedicated driver as it may cause trouble.

The backlash of the output shaft is 60 arcmins at a reduction ratio of 1/10, and 30 arcmins for others.

As this product does not use an absolute encoder for position recognition, if the power supply is cut off, the stop position when the power is restarted will be the origin.
The position information before the power was cut off is lost, so please re-set the origin position if necessary.

The brake can be released in direct connection with the 24 V power supply.
If you want to control brake with an external control device such as a PLC, you can replace the driver outputs in the recommended wiring with outputs from a PLC or similar device to control brake timing changes, etc.

Depending on the load, it can be used in different ways to prevent misalignment when stopped.
e.g.) If a short brake on a lifting equipment causes it to meander, it is better to use simple hold to stop it completely and then brake, so that the stop position is not misaligned.

Both communication methods are supported.

It is approximately 67% of the rated torque. Also, as this is only a simple hold function, holding is only for a short time (a few seconds).
Not recommended for use as a substitute for mechanical brakes.

Please check the following items.
1.Does the wiring conform to the descriptions in the instruction manual?
2.Is the USB driver installed
3.COM port settings
4.Setting the baud rate and slave address of DIP switch 1
※For details, refer to the instruction manual [3-2. ● Dip switch 1].

It will be approximately 0.5%. This represents the rate of change in the average speed of the motor when external conditions (e.g. load or temperature) change.
Similarly, there is a flutter characteristic, which describes the change in rotational speed, which represents the rotation variation of the motor's speed.
Flutter characteristics change depending on load conditions.

Up to 10m. If an extension is considered, use a DCBL Hypoid Motor extension cable (sold separately).

If the length exceeds 10 m, it may be affected by noise and may not operate correctly.
※In significantly noisy environments, unstable operation may occur even at 10 m or less.
In this case, consider reducing noise by reviewing the wiring and earth/grounding, or using noise filters together.

There is a possibility that the position detection signal of the motor is misrecognized and the operating position is wrong (e.g. passing the stop position, stopping before the stop position, etc.).
Also, the rotational state of the motor may be misrecognized, resulting in unstable rotation (e.g. backlashing of the rotation).

Signals may be misrecognized, resulting in unstable operation (e.g. motor starts/stops at unintended timing, output signal turns on/off at unintended timing).

If you want to communicate while the motor is running, use the connector for RS-485 communication.
Use the USB connector for communication when writing parameters while the motor is stopped or when checking the motor operating status.

In lifting applications or when the inertia ratio is high, the motor may be turned from the load side to generate power and the overvoltage protection of the driver may be activated.
Regenerative resistors are used to prevent these problems.

The cable has male and female connectors on both ends, so it can be connected together using the cable connector.

The lead wires are loose wires, so they can be connected together by performing terminal processing, etc.

It is not a flexible cable.

The microUSB connector is mainly a port for writing parameters, etc.
As stated in Q18, it is not recommended because communication may be interrupted due to noise.
If you want to operate while communicating, please use the communication connector for RS-485.

Despite the name DC brushless motors, these motors are driven by AC power.
※Because of their operating principle, they are called DC brushless motors.

Generally, three-phase motors are controlled by open-loop control with an inverter.
The disadvantages in this case are that the actual speed cannot follow load fluctuations and the motor characteristics make it unsuitable for multi-step speed change operation.
The DC brushless motor uses a Hall IC to feed back the motor's rotation status to the driver for closed-loop control, enabling stable speed and positioning control.
The motors themselves are also highly efficient and energy-saving.

Servo motors are positioned as high-performance and multi-functional, but expensive.
The closed-loop control is similar, and the servo motor enables more accurate positioning, torque control, and high-speed control. However, it is expensive because it uses high-precision parts such as encoders to achieve them.

Inquiry forms are posted at the end of the catalog and on our website, so please use them.

It is possible in 90° pitch. See catalogue for more details.

Available as a made to order product.

Available as a made to order product.

Mechanical brake up to 10 times/min.

Compared to servo motors, the pulse resolution is lower, so rapid start/deceleration performance is reduced.
This makes them less frequent than servo motors, however, they can still operate at 30 times/minute.

The system is controlled using Hall sensor signals, so it can stop more accurately than an induction motor + inverter without feedback control.
This does not apply to configurations with external encoders or special motors.

The output signal can support up to DC30V.
For example, if 24 V is connected to the power supply for external signals, the output signal is 24 V DC.

A simple hold function is available to prevent misalignment caused by its own weight for a short period of time (please refer to the parameter setting [Selection of stopping method] in the instruction manuals for setting instructions).
However, under heavy loads, misalignment may occur.
Also, the holding force is lower than that of a servo motor.
In the case of lifting equipment, etc., the use of products with brakes is strongly recommended due to the possibility of falling under its own weight.

Motor and reducer parts are limited to 0 to 40°C and drivers to 0 to 50°C.

Although the motor part is IP65, it is not recommended for outdoor use. Please provide a cover or take other measures separately.
Also, the driver is not waterproof or dustproof.

Please contact us to discuss this, including your intended use.

The circuit board inside the motor may be damaged and the motor may stop running.