SF-A2.0041.060-10.000
MPN: 1070076000
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
The SF-A2.0041.060-10.000 Servo Motor from Bosch Rexroth Indramat has an STG/MTG Encoder, A Locked Rotor Current of 4.0, a Rated Speed of 6000, and a listed Shaft Option of Basic Version Smooth Shaft, w/o Mating Connector.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
Bosch Rexroth is a universal manufacturer of modern drive control systems and motion contro] accessories. The company’s products are known for high quality and reliability.
The SF-A2.0041.060-10.000 is a high quality servo motor designed by the company. This motor an be used for a wide range of speed and position control tasks. The system is useful for a variety of modern drive control tasks and is permanatly excited. The use of powerful permanent magnets makes this model useful for vaious high torque applications. The motor’s peak torque remains available for a wide range of speeds because of the use of modern electronic commutation. The system is The system can be used within aggressive ambeient conditions and is protected against the incursion of wayer jets, oils, emulsions, coolants, and other non corrosive particles. This model can also be excited using a sinusoidal emf that is another advantage of this model. The motor is embedded with advanced drive control technologies and can be used fora wide range of modern drive control applications.
The SF-A2.0041.060-10.000 is designed using a robust aluminum frame that makes the model lightweight. This also provides a corrosion resistant frame to this model. The system is also provided with an integrated encoder system that ensures better control over the speed and position. In addition, the system also comes with a singletrun absolute encoder that is suitable for speed and position control. Because of the use of IP 67 standard ingress protection protocols the system can be used in aggressive ambient conditions. This model can be operated continuously without overheating because of its temperature control NTCs. In addition, the system deploys natural convection for faster cooling.