F2.SM.012-3410 KEB
Wake Industrial LLC is not an authorized distributor of this product.
The KEB F2.SM.012-3410 is a servo motor from the SM Synchronous Servo Motors series with a 2-pole resolver encoder and a rated speed of 3000 rpm. The motor features separate cooling with a B5 flange, has IP65 protection, and uses neodymium iron boron magnets. It is constructed as a permanent-field synchronous motor with a rated voltage of 330 V and includes winding protection with a 150°C thermistor.
Internal Product Review
The F2.SM.012-3410 is a KEB synchronous servo motor built with permanent-field synchronous construction. Separate cooling supports stable thermal performance, and the 3000 rpm rated speed suits responsive motion control duty. IP65 protection and a 2-pole resolver make the unit a strong choice for dependable industrial servo service.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The F2.SM.012-3410 is a permanent-field synchronous servo motor manufactured by KEB within the SM Synchronous Servo Motors series. Designed for closed-loop industrial automation, the unit converts drive current into tightly regulated rotary motion for indexing tables, packaging axes, and material-handling gantries. Its flange-mounted frame integrates with KEB drive electronics to provide rapid torque response, helping maintain position accuracy and cycle times in demanding production environments. The motor is intended for applications that need responsive speed control and repeatable positioning during frequent start-stop cycles.
At its nominal operating point, the motor accepts a supply of 330 V and produces a shaft speed of 3000 rpm, matching the base operating range of compatible KEB inverters. A separate cooling arrangement through the B5 flange routes external airflow past the stator so continuous torque is not limited by internal heating. The housing is sealed to IP65, preventing dust ingress and allowing resistance to water jets in production areas where washdown is required. Position feedback is delivered by a 2-pole resolver, giving analog sine-cosine signals that remain stable at high ambient temperatures. Additional shaft sealing helps protect the bearing chamber against spray and oil mist. This feedback method supports stable motor control in environments where electrical noise or thermal variation can affect signal quality.
High-energy magnets made of neodymium iron boron support compact dimensions while sustaining strong air-gap flux, and the rotor couples to mating equipment through a shaft manufactured to DIN 748 tolerances. Installation follows the flange orientation of IM B5 (IM V1, IM V3), allowing either horizontal or vertical mounting without mechanical changes. Power conductors reach the stator windings through a terminal box, which simplifies field wiring and strain relief at the motor housing. Overtemperature protection is integrated by a PTC thermistor rated at 150 C embedded in the winding heads, enabling the drive to disconnect before insulation damage can occur. This arrangement supports reliable operation when the motor is installed on machinery that runs for long periods under varying load conditions.
