Product Description:

The MAF100C-0100-FQ-N0-KP0-05-A1 is a liquid-cooled asynchronous housing motor in the MAF IndraDyn Asynchronous Motors series from Bosch Rexroth Indramat. It mounts to machinery with a flange interface and converts electrical input into controlled rotation for automated presses, conveyors, and similar axes. Its housing-style layout supports direct integration into industrial equipment where compact installation and dependable torque transfer are required. In these systems, predictable torque delivery is often more important than maximum shaft speed, especially when the driven load has substantial mass. The unit follows DIN EN 60034-14 vibration level A, employs a shaft sealing ring to keep process fluids away from the bearings, and is built on frame size 100 with the C length code, giving a compact rotor stack for medium-inertia loads.

At a rated speed of 1000 rpm, the motor supplies constant torque for applications that demand precise low-speed control rather than high-speed throughput. This operating point suits axes that must hold steady motion under load changes and frequent start-stop cycles. Thermal energy is removed by liquid cooling, allowing continuous operation even inside sealed enclosures. The cast housing meets the IP65 protection class, keeping dust and water jets from reaching live components during washdown cycles. Rotor stability is enhanced because the shaft is balanced with a complete key, and axial force is absorbed by an A-side fixed bearing that anchors the rotor toward the drive end. An internal three-phase stator with winding code 0100 aligns with drive converters that supply the required current density without saturation.

Service connections are simplified by a coolant port threaded to 1/4 inch, so standard hydraulic fittings can be used without adapters. The motor is supplied without a holding brake, so stationary load locking must be provided by the drive or external clamping devices. Copper conductors use class F insulation, which helps the windings tolerate normal thermal stress during repeated duty cycles when coolant flow remains stable. Operation is specified for surrounding air from 0 to 40 °C, so enclosure ventilation must keep the motor within this band to preserve grease life and maintain the stated vibration level. The coolant connection and insulation system support operation in compact machine zones where ambient heat can build up during long production runs.