T730-112EL0 Sanyo Denki
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The Sanyo Denki T730-112EL0 is a part of the T SANMOTION Servo Motors series and features a toroidal ferrite core. It has a permeability of 60 μe, a saturation flux density of 1.0 T, and operates within a temperature range of -55°C to +125°C. The component weighs approximately 4.0 grams.
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Product Description:
Sanyo Denki is a Japanese manufacturer known for motion control, cooling and power systems. It delivers reliable components widely used in automation, robotics and industrial applications. The company focuses on performance, durability and precision in every product line.
The T730-112EL0 is a DC servo motor engineered for precise motion control. It delivers a rated power output of 300 watts. The rated voltage of the motor is 75 volts DC and the rated current is 5.2 amperes. It runs at a rated speed of 2500 revolutions per minute. The motor is equipped with a totally enclosed fan cooled (TEFC) enclosure. This enclosure protects internal parts from dust and external contamination. The cooling system uses an external fan to regulate operating temperature efficiently. The shaft of the servo motor is single, round and smooth that is designed for easy integration with various coupling mechanisms. It supports stable rotational motion under consistent load conditions. The product carries CE marking that indicates compliance with European safety and environmental standards. This makes it suitable for integration into EU bound systems without additional conformity assessment.
This T730-112EL0 DC servo motor is built with IP43 protection. This shields it against solid objects over 1 mm and water spray at angles below 60 degrees. This level of protection makes it viable for use in semi protected indoor environments. The insulation class of the motor is rated F. This supports a winding temperature limit of up to + 155 °C. This classification ensures operational reliability in moderate thermal conditions. The motor structure supports continuous use in industrial environments without overheating. The construction materials and design meet high endurance and mechanical strength criteria. It is designed for consistent performance in machinery requiring dependable motion output.