MDD071C-N-030-N2S-095GR0

What is the importance of the 6.6 Nm continuous torque at standstill in the MDD071C-N-030-N2S-095GR0?

Having a 6.6 Nm torque helps begin operation without delay, ideal for applications needing reliability, thus assuring efficient and fast performance in your machine.

Why is the integration of Digital Servo Feedback (DSF) advantageous for me with the Bosch Rexroth motor?

Digital Feedback (DSF) guarantees constant trajectory mostly in sophisticated movement setups. This motor delivers reliability and precision in a broad spectrum of applications, notably in the automation industry.

How does a plain shaft design of the motor lead to enhanced operational stability?

The plain shaft design of the motor gives rise to optimal integration with spur gears and screw spindles, further fostering the motor's effectiveness and stability during extensive usage.

What would be the effect of the 3000 min⁻¹ nominal speed in the design of the MDD motor?

A nominal speed of 3000 min⁻¹ leads to swift operation, making the motor suitable for applications requiring dynamic movement, thus enhancing the productivity of any related machinery.

In what scenarios would I advantage from a right-side connector in my machine configurations?

Right-side connector allows easy wiring and integration into existing setups, benefiting compact spaces by offering a clean installation and not leaving any part of your system unused.

MDD-071C-N-030-N2S-095GR0

MDD071C N 030 N2S 095GR0

MDD071C-N-030-N2S-095-GR0

MDD071C-N-030-N2S-095-GRO

MDD071C-N-030-N2S-095GRO

MDD071CN030N2S095GR0

MDD71C-N-030-N2S-095GR0

MDDO71C-N-030-N2S-095GR0

MDDO71C-N-O3O-N2S-O95GRO

mdd071c-n-030-n2s-095gr0

Designed for dependable operation, the MDD071C-N-030-N2S-095GR0 uses a plain shaft to basically promote smooth, error-free cycles. Rated among the highest in its class, it’s the preferred choice where lasting performance and low-maintenance reliability are required.