It cannot be used as is. Because the communication standards are different, you will need to modify the cable for RS-485.
For pin layout, please refer to Instruction Manuals [3-2. Terminal Table ● Communication Connector (RS485)].

You can set up the driver by connecting it to a PC or PLC. Dedicated software is also available for PCs.
For parameter data addresses, please refer to the list in the catalog and Instruction Manuals.

The product lifespan differs depending on the environment and conditions in which it is used. The estimated lifespan is 20,000 hours when used in the recommended atmosphere.

No. However, if you are only changing parameter settings, it is possible to supply a single-phase 100V power supply.

As this is an electrical holding brake, it is suitable for temporarily stopping work on a transport conveyor or other assembly line.
If continuous holding function is required, please use a product with a brake.

Although it depends on the conditions of use, the internal temperature of both the motor and driver is limited to a maximum of 100°C.
In addition, the communication function makes it possible to monitor the internal temperature of the motor driver.

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

The backlash of the output shaft is 60 minutes at a reduction ratio of 1/10, and 30 minutes at other ratios.

This product does not recognize its position using an absolute encoder, so if the power is turned off, the stopped position when restarted will become the home position.
The position information before the power was turned off will be lost, so please reset the origin position if necessary.

The brake can be released by directly connecting it to a 24V power supply.
If you want to control the brakes with an external control device such as a PLC, you can do so by replacing the driver output in the recommended wiring with the output from the PLC, etc.
You can control things like changing the brake timing.

By using them according to the load, you can prevent misalignment when the actuator is stopped.
For example, if a lifting device causes swerving when a short brake is applied, a control that uses simple hold to stop the device completely and then brakes will prevent the device from moving off the stopping position.

Both communication methods are supported.

It is about 67% of the rated torque. Also, since it is only a simple holding function, the holding time is short (about a few seconds).
We do not recommend using this as a substitute for a mechanical brake.

Please check the items below.
1. Does the wiring match what is described in Instruction Manuals?
2. Is the USB driver installed?
3. COM port settings
4. Setting the baud rate and slave address of DIP switch 1
*For details, please refer to Instruction Manuals [3-2. DIP switch 1]

Approximately 0.5%, which represents the percentage change of the average motor speed when external conditions (load, temperature, etc.) change.
Similarly, flutter characteristics indicate changes in rotation speed, which indicates unevenness in the rotation of a motor's speed.
Flutter characteristics change depending on the load conditions.

The maximum length is 10m. If you need to extend the length, please use DCBL Hypoid Motor extension cable (sold separately).

If the distance exceeds 10m, it may not function properly due to noise.
*In environments with significant noise, operation may be unstable even at distances of less than 10m.
In that case, please consider reducing noise by reviewing the wiring and grounding, or by using a noise filter in addition.

There is a possibility that the motor's position detection signal will be misrecognized, resulting in the motor moving to the wrong position (passing the stop position, stopping before the stop position, etc.).
Also, the motor's rotation state may be misrecognized, resulting in unstable rotation (such as jerky rotation).

There is a risk of the signal being misrecognized, resulting in unstable operation (the motor starting/stopping at unintended times, the output signal turning ON/OFF at unintended times, etc.).

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

When used for lifting or when the inertia ratio is large, the motor may be rotated from the load side to generate power, which may trigger the driver's overvoltage protection.
A regenerative resistor is used to prevent these problems.

The cable has male and female connectors on both ends, so you can simply connect the cables together using the connectors on the cable.

The lead wires are individual wires, so they can be connected by processing end.

It is not Flexible cable.

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

Although it is called DCBL Hypoid Motor, it is a motor that is powered by an AC power source.
*It is called DCBL Hypoid Motor because of its operating principle.

Generally, when controlling a three-phase motor, open loop control is used with an inverter.
In this case, there are disadvantages such as the inability to track the actual speed in response to load fluctuations, and the motor characteristics making it unsuitable for multi-speed operation.
DCBL Hypoid Motor use a Hall IC to feedback the motor's rotation status to the driver for closed-loop control.
Stable speed control and positioning control are possible.
In addition, the motor itself is highly efficient, resulting in greater energy savings.

Servo motors, which offer higher performance and more functions, are therefore more expensive.
Although they both use closed loop control, servo motors are capable of more accurate positioning, torque control, and high speed control.
To achieve this, high precision components such as encoders are used, which makes the device expensive.

Please make use of the technical sheets available at the end of the catalogue and on our website.

Available in 90° pitch. Please see the catalog for details.

This is available as a special-order product.

This is available as a special-order product.

Mechanical braking is up to 10 times per minute.

Compared to servo motors, the pulse resolution is lower, so the sudden start/deceleration performance is reduced.
As a result, although the frequency is lower than that of a servo motor, it can still operate at 30 times per minute.

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

The output signal can support up to DC30V.
For example, if 24V is connected to the power supply for the external signal, the output signal will be DC24V.

A simple holding function is provided, which can prevent position shift due to its own weight for a short period of time (see the parameter settings in Instruction Manuals for the setting method [Selection of the stop method]).
Please refer to it.)
However, if the load is heavy, misalignment may occur.
Also, the holding force is lower than that of a servo motor.
In the case of lifting equipment, etc., there is a possibility of it falling due to its own weight, so we strongly recommend using products with brakes.

The motor and reducer parts can withstand temperatures between 0 and 40°C, while the driver can withstand temperatures between 0 and 50°C.

Although the motor is IP65 rated, we do not recommend using it outdoors. Please take measures such as providing a separate cover.
In addition, the driver is not waterproof or dustproof.

We will consider this, so please contact us with your intended use.

The circuit board inside the motor may be damaged, causing the motor to stop working.