61BM060RXE10 Sanyo Denki
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The Sanyo Denki 61BM060RXE10 servo motor is part of the BL Super Servo Motors series and operates within a temperature range of -40°C to 85°C. It has a rated voltage of 600V and a rated current of 60A. Additionally, it features insulation resistance exceeding 100MΩ and a dielectric strength of 1500V AC.
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Product Description:
The 61BM060RXE10 is an AC brushless servo motor made by Sanyo Denki. It is made for high-performance motion control uses. The motor meets world safety and EMC standards and uses advanced engineering standards. The product is made for systems that need to precisely control speed and power, and it can be used in industrial automation platforms.
The 61BM060RXE10 brushless servo motor has a case that is completely sealed and probably meets IP65 standards. The construction has a square flange mounting design with four mounting holes that make sure the installation is solid. The cooling system is housed within a case with fins that let heat escape naturally. The motor shaft is equipped with a timing pulley, indicating that it is configured for a belt-driven system. The shaft is estimated to have a diameter of 75 mm. There is approximately 110 mm of space between the motor body and the hub, which is approximately 280 mm in length. The 61BM060RXE10 motor is made to work with a main circuit power source of 200 VAC. On the back, there are two industrial connectors that connect to the power source and the encoder or return signal. The frame size of the motor points to a power range of 400W to 1kW. The servo motor meets the safety standards set by EN50178 and electromagnetic compatibility standards set by EN55011.
The 61BM060RXE10 brushless servo motor fits perfectly into systems that need to be small and have consistent output. The mid-sized form makes it easy to mount in a variety of mechanical systems. The flange keeps the structure together and makes it easier to line up moving parts. The keyed shaft makes it easy to transfer torque and keeps it from slipping when the load changes. Accurate position control is possible because of an encoder feedback connector.
