Enhance the performance and reliability of your TAJIMA embroidery machine with the genuine used DU-10 XY Driver Board (Part No. EH5404000000 / MP-117-1-A). This high-quality component is engineered to provide precise control over the X and Y axes, ensuring smooth and accurate stitching operations.

Key Features:

• Genuine TAJIMA Part: Manufactured to meet the exact specifications of TAJIMA embroidery machines, ensuring optimal performance and compatibility.

• Precise Axis Control: Facilitates accurate movement of the embroidery head along the X and Y axes, crucial for detailed and intricate designs.

• Durable Construction: Built to withstand the demands of high-speed embroidery operations, offering longevity and reduced downtime.

• Easy Integration: Designed for straightforward installation into compatible TAJIMA embroidery machines, minimizing setup time.

Compatible Devices:

• TAJIMA TME-HC Embroidery Machines

• TAJIMA TME-HC Series

• TAJIMA TME-HC Models

Note: Compatibility is based on available information. For confirmation, please consult your machine‘s manual or contact the manufacturer.

Why Choose This Product:
Opting for a genuine used TAJIMA DU-10 XY Driver Board ensures that your embroidery machine maintains its high performance and reliability. This component has been tested for functionality and is ready for integration into your machine, helping to minimize downtime and maintain production efficiency.

Core driving component: Closed Loop Stepper Motor

Body length: “86mm” refers to the length of the motor body. Under the same framework number (Nema34), the length of the fuselage is usually positively correlated with the torque output capability of the motor. Multiple torque options are provided here

    HBS86H adopts the latest ARM chip and applies vector based closed-loop control algorithm to completely overcome the problem of step loss in open-loop stepper motors, while significantly improving the high-speed performance and torque output of the motor, reducing the heating and low-speed resonance problems of the motor. In addition, when the motor is continuously overloaded, the driver will output an alarm signal, which has the same reliability as the AC servo system. At the same time, the installation size of the motor is fully compatible with traditional 86 series stepper motors. The traditional stepper drive scheme is easy to upgrade, and the cost increase is not much compared to open-loop stepper motors, only equivalent to 30-50% of traditional AC servo systems.

Please note that:

1) When wiring, pay attention to wiring strictly according to the motor color one by one;

2) Drivers must not be connected to 220V, as they are powered by direct current. Pay attention to the direction;

3) The power supply for the encoder line is provided by the driver and does not need to be separately powered;

The control signal line and the motor phase line cannot be tangled together, and it is best to add a shielding layer to the signal line;

performance parameter

1. Built in microcontroller function, which can replace most PLCs and significantly reduce user costs;

2. Internally supports jog mode and optional open-loop/closed-loop functions

3. Built in smoothing filter function, external input can operate normally without acceleration or deceleration;

4. Adopting a brand new 32-bit motor control dedicated ARM intelligent chip;

The 5.4-inch LED digital display is equipped with 4 buttons for intuitive and convenient operation;

6. Adopt advanced vector current, velocity, and position closed-loop control algorithms;

7. The current can be set arbitrarily (within the range of 0-7A);

8. The motor comes standard with a 1000 wire high-precision photoelectric or magnetic encoder;

9. Optocoupler isolation differential signal input, with a maximum pulse response frequency of 200KHZ;

10. Any subdivision setting (200-51200), suitable for all occasions;

11. It has protection functions such as overcurrent, overvoltage, and tracking error deviation;