Product Description
The QSY115A-030-HG1-BN made by the well-known Bosch Rexroth Indramat is a member of the QSY Synchronous Servo Motors series. It is an offering of precision, high-speed applications with smooth operation. With DC power consumption rated at 12V DC, the servomotor presents stable and non-troubled operations as it offers constant performance requirement applications.
With a power output of 10W, the motor works with controlled power and efficiency. Its thermal resistance of 0.3°C/W allows efficient heat dissipation, which makes it impossible to have thermal build-up and causes it to always operate without overheat. These features improve lifetime and overall motor performance in almost all conditions. Highly efficient, the QSY115A-030-HG1-BN is engineered for maximum efficiency. It can have an efficiency rating of 98% with less energy loss. This makes it ideal for applications that demand the maximum output while wasting as little as possible. The motor is designed with an IP67 rating protecting it from an entry of both dust and water, ensuring ample guarding against particles and water allowing the motor's reliable functionality despite challenging conditions. This kind of protection gives solidity to the motor, which also qualifies it to be used within environments where exposed moisture occurrences frequently happen or accumulate particles. The Bosch Rexroth Indramat produces QSY115A-030-HG1-BN, and it is designed with precision in control, energy efficiency, and reliability. This kind of drive is best because of its stable power supply, optimized thermal management, and superb protection, which can give steady positive operation in the case of precise applications being considered.
The QSY115A-030-HG1-BN is an extremely efficient servo motor in the series of the QSY Synchronous Servo Motors, developed with a more advanced thermal management system and a protective rugged design. Performance characteristics assure great precision, reliability, and energy optimization for applications in which these factors are important.