68ZBM140SCJC7 Sanyo Denki
Wake Industrial LLC is not an authorized distributor of this product.
The 68ZBM140SCJC7 Servo Motor by Sanyo Denki ensures precision with 14.3 Nm rated torque and 6.83 × 10⁻⁴ kgm² rotor inertia. It delivers enhanced responsiveness with a 6000 RPM top speed.
Internal Product Review
The 68ZBM140SCJC7 Servo Motor by Sanyo Denki excels in industrial precision. It offers 14.3 Nm rated torque, 17-bit high-resolution feedback, and 6000 RPM top speed. Its low rotor inertia ensures quick responsiveness, while IP40 protection. It accepts a three-phase 200 VAC supply to provide stability in demanding environments.
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Product Description:
The 68ZBM140SCJC7 Servo motor from Sanyo Denki belongs to the ABS Super Servo Motor series. It is designed for accurate motion control use in industrial automation. The flange frame size is 140 mm to ensure the motor works with common industrial equipment.
The 68ZBM140SCJC7 Servo motor has a power output of 1.4 kW. Its rated speed ranges between 1000 and 3000 revolutions per minute. For applying high speed, the motor can achieve up to 6000 revolutions per minute. The choice of an Incremental or Absolute encoder for the motor will depend on the system’s functionality. It offers a typical feedback resolution of 17-bit to ensure precise position control. It is estimated that the motor weighs around 7.5 kilograms and keeps itself cooled with a fan. The 68ZBM140SCJC7 Servo motor has a rated torque of 14.3 Nm. The motor has a top torque of 43 Nm. The motor uses a three-phase power supply of 200 VAC. A motor shaft with a diameter of 22 mm can be used in many mechanical assemblies. The rotor inertia has a value of 6.83 × 10⁻⁴ kgm2. The motor can be easily moved smoothly and quickly. The basic protection offered by this product is IP40, making it able to block solid objects from entering.
The 68ZBM140SCJC7 Servo motor with high feedback precision makes critical operations more accurate. If the motor you are working with has a grounding terminal, connect it to an appropriate earth ground. Use a path with low resistance to prevent electrical noise from interfering. Ensure there is a shared common ground between the servo drive and motor, as well as the control system. It helps not to put motor cables beside high-voltage lines to reduce EMI.
