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Siemens 1FT6 1FT6105-8AC71-3EG1

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1FT6105-8AC71-3EG1

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The Siemens 1FT6105-8AC71-3EG1 is an AC servomotor designed for precise control and reliability. Rated for synchronous operation, this motor operates efficiently with a speed of 2000 RPM and features an 8-pole configuration, suitable for various applications requiring high performance.

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Technical specifications for 1FT6105-8AC71-3EG1

ManufacturerSiemens
Product TypeAC Servomotor
Product Line1FT6
Part Number1FT6105-8AC71-3EG1
UPC040892788747
Weight87.00 lbs (39.46 kg)
Number of Poles8
Frame Size10
Motor TypeElectric
Synchronous/Asynchronous MotorSynchronous
Vibration Severity GradeN
Degree of ProtectionIP65
Holding BrakeWithout
Shaft TypeStandard
Shaft KeyWith key
Radial EccentricityN
Connector Outlet DirectionAxial NDE
Type of ConstructionIM B5 (standard)
Rated Speed2000 RPM
Cooling MethodNatural Cooling

The 1FT6105-8AC71-3EG1 from Siemens is classified as an AC servomotor, emphasizing its electric synchronous operation. This motor is engineered with 8 poles and operates within a frame size of 10, allowing for compact and effective performance across various tasks. It boasts a rated speed of 2000 RPM, making it capable of rapid responses needed in dynamic applications.

With an IP65 degree of protection, this servomotor is built to withstand harsh conditions involving debris and moisture. The motor’s design is IM B5 standard, ensuring flexibility in installation by fitting widely accepted mounting configurations. Its shaft features a standard type with a key, enabling secure attachment and alignment during setup processes.

Notably, this model does not include a holding brake, which should be considered based on the application's requirements. It operates with natural cooling, maintaining efficiency without needing external cooling systems. The absence of radial eccentricity contributes to its stable performance characteristics, while the vibration severity grade is classified as N, indicating acceptable vibration levels during operation. Additionally, the connector outlet direction is arranged as axial NDE, facilitating easy cabling and integration within machinery.