SF-L1.0008.060-10.000
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MPN: 1070000000
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The Bosch Rexroth Indramat SF-L1.0008.060-10.000 is part of the SF Servo Motors series and features a linear shaft design made of high carbon steel. It is hard chrome plated, has a surface roughness of 0.8m, and a hardness rating of HRC 60 ~2. With a diameter of 8 mm and a length of 1000 mm, it weighs approximately 0.395 kg.
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Product Description:
Bosch Rexroth SF-L1.0008.060-10.000 Servo Motor is engineered for seamless integration and intelligent operation within advanced industrial automation systems as it features an electronic rating plate which enables the inverter to automatically identify and configure essential motor parameters and ensures precise control and optimal performance with lower setting effort.
The SF-L1.0008.060-10.000 servo motor has an IM B5 design and includes a fixed flange for attachment to machinery and it is a highly versatile product to be installed in vertical orientations IM V1 for shaft facing upwards and IM V3 for shaft pointing downwards which gives more flexibility in system layout. The level of current it draws when the rotor is not moving and under full applied voltage is 0.8 amperes that represents the starting initial current which is crucial for evaluating thermal load and sizing protective devices such as circuit breakers. It is able to use both STG and MTG encoders for position and speed feedback which makes it versatile to use any of the feedback devices based on the system requirements. With its 6000 rpm of rated speed it is suitable for high speed applications such as spindle drives, robotics or fast moving automation equipment, where rapid rotational motion is very necessary.
This SF-L1.0008.060-10.000 servo motor features external air cooling assisted by a fan that operates on 24 volts DC which helps dissipate heat from the motor's surface and allows it to maintain safe operating temperatures during continuous or demanding industrial automation operations. It comes with built in straight style connector interfaces for both power and signal cables that are positioned directly off the motor housing which provides straightforward, inline cable routing and eases installation in compact setups where angled connectors might create space limitations.
Frequently Asked Questions about SF-L1.0008.060-10.000:
Q: How does the electronic rating plate improve commissioning time for the SF-L1.0008.060-10.000 motor?
A: The electronic rating plate allows the inverter to auto-detect motor parameters. This significantly reduces manual setup time and minimizes parameter input errors.
Q: Why is 24VDC fan cooling used in the SF-L1.0008.060-10.000 servo motor?
A: A 24VDC fan ensures consistent airflow over the motor surface. This supports thermal management and allows the motor to run efficiently under high load.
Q: What benefits does the straight flange socket provide in the SF-L1.0008.060-10.000 motor?
A: Straight flange sockets allow direct and linear cable routing from the motor body. This helps reduce space constraints and simplifies electrical connections in compact installations.
Q: How does the IM B5 construction benefit mounting flexibility in industrial setups?
A: IM B5 offers a flange-mounted design for quick attachment to machinery. It also supports IM V1 and IM V3 positions for varied installation needs.
Q: Why is a smooth shaft configuration used in the SF-L1.0008.060-10.000 motor?
A: A smooth shaft allows easier coupling with clamp-style or friction-fit connections. This design reduces mechanical stress during torque transmission.
