Product Description:

Bosch Rexroth Indramat manufactures the MAF130C-0200-FQ-M2-AP1-35-N1, a member of the MAF IndraDyn Asynchronous Motors series. This asynchronous housing motor is intended for drive tasks where a closed-loop inverter controls speed and torque on production machinery, conveyors, or test stands. By combining absolute position feedback with an integrated cooling jacket in a compact frame, the motor supports stable continuous-duty operation in automated environments. The integrated encoder allows the control system to track shaft position without adding a separate external feedback device, which helps keep the motor package compact. This arrangement suits machinery that must maintain steady torque through long operating cycles and frequent speed changes.

Thermal management relies on liquid cooling, and coolant enters through a stator-housing port with a 1/4 inch thread. Power leads exit on the A-side through a sealed connector, and the enclosure has an IP65 rating that helps keep out dust and water jets. During operation, the rotor can reach 2000 rpm, and an electrically released brake can hold the shaft with 80 Nm when power is removed. Position data comes from a multi-turn absolute encoder with 2048 increments of resolution over an EnDat 2.1 serial link, and the encoder electronics accept a supply of 7-12 V. An F-class insulation system supports the winding temperatures associated with continuous current, and the brake can help hold the axis in place during stops or power loss.

The motor uses size code 130 and length code C in the 130 mm frame range, and its 0200 winding matches the intended operating characteristics of this version. The shaft is balanced with a complete key and meets vibration grade A in accordance with DIN EN 60034-14. Standard bearings support the load range expected for asynchronous drives, and the motor is intended for ambient temperatures from 0 to 40 °C. A keyed shaft helps simplify coupling to common drive components, and the housing format suits machine frames that need rigid mounting and accurate alignment under load.