MAD130D-0150-SA-M2-AG1-35-N1

Product Description:

The MAD130D-0150-SA-M2-AG1-35-N1 is a servo motor machined to precision that offers stable performance and regulated supply of power. It provides an output power of 1.5 kW to offer stable transmission of energy in automated processes that require stable output. With a torque rating of 4.78 Nm, it offers stable, smooth rotation for processes that require controlled movement.

Adding a multi-turn absolute encoder adds precision by maintaining position data over multiple turns even in the case of power loss. It makes this motor extremely useful in applications where position memory is a priority. Its natural convection cooling scheme utilizing ambient air for cooling. It eliminates the need for external fans or forced air circulation. This self-cooling configuration reduces maintenance needs and minimizes overall complexity. Its 8.5-kg mass keeps it small and easy to mount in motor-constrained machines where there is minimal space. Its SA standard mounting type enables broader motor fixture and drive system compatibility. The M2 encoder configuration delivers high-precision feedback and inter-system accuracy at varying speeds. The motor is designed to handle high-stress operating conditions where the integrity of feedback and thermal balance are critical. With its 130D frame, this model divides form factor and functionality equally down the middle, the design comfortably fitting into tight apertures while still providing serious mechanical output. The absence of a brake system keeps internal motor design simple. Used in conveyors, small robots, or packaging machines, the MAD130D-0150-SA-M2-AG1-35-N1 gives reliable motion and strong build quality.

This high-efficiency output servo motor along with encoder accuracy and thermal design make it the ideal. It is better for applications where stable power and feedback are of concern. Its heavy-duty quality and performance capabilities render it ideal for industrial use seeking ruggedness, simplicity, and repeatable motion.