Product Description
The MAD130C-0100-SA-S2-FH1-35-N1 is an advanced synchronous servo motor engineered for industrial setups where both precision and power are needed. Manufactured by Indramat a leader in motion control technologies, this motor exemplifies the brand's commitment to high-quality reliable solutions in servo drive systems.
This MAD130C-0100-SA-S2-FH1-35-N1 servo motor helps in ensuring durability and the ability to withstand tough operating conditions. It is built with a single-turn absolute encoder that delivers 2048 increments by providing precise position tracking and enhancing system accuracy. Its cooling system is powered by an axial fan which helps in ensuring the motor remains at optimal operating temperatures. At the same time, its front-mounted electrical connections facilitate easier setup and servicing. A key attribute of this MAD130C-0100-SA-S2-FH1-35-N1 servo motoris its 80 Nm electrically released holding brake which offers secure and dependable braking functionality. This motor is designed with a feature of both flange and foot mounting options which is mainly used to provide versatile installation possibilities. With a torque rating of 125 Nm and a power delivered as output is 13.09 kW which is beneficial in applications requiring significant force and energy efficiency. It runs at a speed of 1000 rpm and draws 36.2 A of current which aids in enabling it to handle heavy operational loads. The motor requires minimal maintenance but given its somewhat heavy size, it needs proper care and precautions to ensure optimal performance and longevity.
The MAD130C-0100-SA-S2-FH1-35-N1 servo motor has a thermal time constant of 30 minutes which helps in promoting effective heat management and consistent performance, even during extended periods of use. Weighing 124 kg, it's built to endure harsh industrial environments, and its compact construction ensures long-term reliability. The motor perfectly works within a temperature range of 0 to 40 degrees C which aids in making it adaptable to various industrial conditions.