68ZBM065HBS70 Sanyo Denki
Wake Industrial LLC is not an authorized distributor of this product.
The 68ZBM065HBS70 servo motor delivers a rated power of approximately 0.65 kW, operates at a rated voltage of 400V AC (3-phase), and achieves a rated speed of around 3000 rpm. Part of the BL Super Servo Motors series by Sanyo Denki, it boasts forced air cooling and a high-efficiency design for exceptional dynamic performance.
Internal Product Review
The 68ZBM065HBS70 servo motor offers a flange mount design, a keyed shaft output, and DC 90V brake voltage. Developed by Sanyo Denki, it ensures secure coupling and passive cooling. The motor integrates heavy-duty connectors and a holding torque of 65 kg·cm.
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Product Description:
The 68ZBM065HBS70 is a servo motor made by Sanyo Denki that is made for exact positioning and controlled motion. The item has a holding brake built in and works with industrial automation systems that need to accurately stop and hold functions.
The 68ZBM065HBS70 servo motor has a holding brake that works at 90V DC and has a holding force of 65 kg·cm. The brake's only purpose is to keep things in place; it's not meant to stop moving loads suddenly. The servo motor is equipped with two military-style connectors that are designed to endure. It's likely that one connection is for power and the other is for encoder or signal feedback. The type of mounting is a flange mount, and there are four holes for safe attachment. The shaft has a key that makes it possible to securely connect it to outside parts. The ribbed housing lets passive air cool it, which keeps the temperature range in the operational range during constant cycles. The 68ZBM065HBS70 module can be used in robotic arms and precision positioning systems because of the way the connectors are laid out and the brake specs. The ribbed housing lets air cool the motor, which is helpful for constant duty cycles when cooling isn't needed.
The 68ZBM065HBS70 servo motor is equipped with connectors that facilitate signal return for closed-loop control. It is simpler to assemble the components because the fixing apertures are already aligned. The load on the brake keeps it in place when the power is off, which stops it from moving. The type of connector works with normal wiring configurations, which makes it easier to make things work together. When precise control is needed, the servo motor is the right choice. It's used in CNC tools and works with positioning systems that need to hold something still.
