MDD065D-N-060-N5L-095GB0
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MPN: R911249729
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In-Stock, Ships 3-5 Days
The MDD065D-N-060-N5L-095GB0 motor features a nominal speed of 6000 min-1, continuous torque at standstill of 2.7 Nm, and a thermal time constant of 30 minutes. As part of the MDD Synchronous Motors series by Bosch Rexroth Indramat, it boasts IP65 protection and a mass of 5.3 kg for reliable performance.
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Product Description:
The MDD065D-N-060-N5L-095GB0 is a digital AC servo motor made by Bosch Rexroth Indramat. The motor is a component of the MDD line and is designed to address issues that necessitate precise motion control. It has a small design and allows feedback for precise control of position.
The motor is capable of operating at a maximum speed of 6000 min⁻1, which enables the motion cycles to occur at a rapid pace. The constant current is 6.3 A when the device is at rest; however, it increases to 8.1 A when surface cooling is used. It is believed that the maximum theoretical torque is 7.8 Nm, which is sufficient to effectively manage transient torque demands. At 20°C, the torque constant is found to be 0.43 Nm/A. The motor's rotor moment of inertia is 3.8 × 10⁻ kg·m². It produces a constant torque of 2.7 Nm, which can be increased to 3.5 Nm by cooling the surface. The electrical efficacy is maintained by the windings' resistance of 2 ohms. The dynamic reaction is changed by the 2.6 mH winding inductance. When cooling is done normally, the thermal time constant is 30 minutes. In the MDD065D-N-060-N5L-095GB0 AC servo motor>>, the digital servo feedback device guarantees that the rotor's position and speed are consistently monitored. The power connection is on side B, which facilitates accessibility in compact configurations.
The keyway shaft on the MDD065D-N-060-N5L-095GB0 AC servo motor is made according to the DIN 6885 standard. It has a centering diameter of Ø95 mm, which makes it easier to line up perfectly when mounting. The motor weighs 5.3 kg, which makes it easier to fit into small machines. The feedback system facilitates closed-loop control, which enables precise motion control. The blocking brake can be added as an extra and has a holding force of 3.0 Nm. The motor can connect to motion control systems in industrial automation.
Frequently Asked Questions about MDD065D-N-060-N5L-095GB0:
Q: How does MDD065D-N-060-N5L-095GB0 handle peak current?
A: The motor handles 28.5 A peak current to support temporary overloads. It helps maintain torque during acceleration or brief load spikes.
Q: Why does MDD065D-N-060-N5L-095GB0 use surface cooling?
A: Surface cooling increases torque output and reduces thermal stress. It allows higher performance during continuous or demanding operational cycles.
Q: Does MDD065D-N-060-N5L-095GB0 support rapid acceleration?
A: Yes, the rotor inertia is low at 3.8 × 10⁻⁴ kg·m². This supports fast acceleration and deceleration during motion changes.
Q: How does MDD065D-N-060-N5L-095GB0 maintain torque stability?
A: The 0.43 Nm/A torque constant ensures consistent torque delivery. It improves control response across varying load conditions.
Q: Do MDD065D-N-060-N5L-095GB0 windings affect performance?
A: Yes, winding resistance of 2.0 Ω and 2.6 mH inductance influence heat dissipation and electrical response accuracy during use.
