Product Description

Designed to fulfill the demanding requirements of contemporary industrial applications, the SF-A3.0093.060-14.050 serves as a compact yet powerful industrial automation motor. With a rated velocity of 6000 min^-1 and a locked-motor torque of 9.1 Nm, this motor performs exceptionally well under a variety of operating circumstances. Its torque constant of 0.67 Nm/A and locked-rotor current of 13.5 Amperes guarantee accurate torque operation. With a built-in encoder & a mass assessment of 16 kilo-grams without the brake (holding), the rotor guarantees endurance in different industrial settings.

This motor, which has an IP67 protection type and has been constructed for endurance and dependability, offers total defense against water and dust intrusion. With a rated current of 0.66 Amperes and a supply voltage of 24 ? 10%, it functions effectively while sustaining a residual ripple of 5%. The motor is built in compliance with DIN 40050/40053 standards, guaranteeing superior performance and conformity to industrial norms. The architecture of the SF-A3.0093.060-14.050 motor permits adaptability, as it may be customized with numerous types of flanges and shaft ends to meet varied installation needs. Ball bearings are used for dependable and seamless operation, and a balance quality category guarantees accurate performance. The motor may be used in harsh industrial applications because of its low noise level and shock resilience.

This motor's cylindrical shaft end makes it simple to attach and remove the driving parts, contributing to its ease of setup and upkeep. Moreover, thermal motor protection prevents overheating and guarantees long-term dependability. The SF-A3.0093.060-14.050 motor provides superior functionality and versatility for different industrial automation applications, thanks to its integrated encoder & optional holding brake. This motor is a great option for challenging industrial conditions since it consistently offers performance and durability whether it is utilized in manufacturing, robotics, or other industrial settings.