The **6SL3210-1NE12-2UL1** is a **SINAMICS S120 Motor Module** designed as a **3kW 380-480V Inverter** for precise motor control in industrial automation. It operates on three-phase AC input (380-480V) and delivers regulated output to drive motors, typically supporting single-axis configurations. This module integrates seamlessly into SINAMICS S120 systems, connecting directly to control units like CU320 for advanced functionality. It supports PROFIBUS/PROFINET communication via external interfaces, enabling real-time control and integration with automation networks. Suitable for temperatures from 0°C to 40°C, it excels in manufacturing, robotics, and material handling. Key advantages include high dynamic response, compact design, and energy efficiency, though its dependency on external control units and limited standalone functionality may require additional components for full system deployment.

SEOSpecification

Parameter	Specification
Article Number	6SL3210-1NE12-2UL1
Device Type	SINAMICS S120 Motor Module
Rated Power	3 kW
Input Voltage	3AC 380-480 V
Output Current	6 A
Cooling Method	Forced-air cooling
Protection Class	IP20
Control Interface	DRIVE-CLiQ
Communication Protocol	PROFIBUS/PROFINET (optional)
DC Link Voltage	510-720 V DC
Switching Frequency	4 kHz (default)
Safety Function	STO (Safe Torque Off)

SEOQandA

question:Why is the shipping cost high? Any cheaper options?
answer:We offer multiple carriers (DHL, Fedex, UPS) and can suggest cost-effective options like sea/air freight based on your needs and budget.
question:Can you share shipment photos or procurement dates for similar products?
answer:We can share general info, but specific details may be blurred due to confidentiality. Contact sales for further assistance.
question:What shipping methods do you support?
answer:We support DHL, Fedex, UPS, and other major carriers. Tracking info is provided for timely delivery.

SEOQandA_Product

question:Overvoltage alarm during motor deceleration?
answer:Check brake resistor configuration. Adjust deceleration ramp time to reduce regenerative energy.
question:Motor module shows overcurrent fault?
answer:Verify motor cable insulation and connections. Ensure correct motor parameters in configuration.
question:Communication failure with control unit?
answer:Inspect PROFINET/PROFIBUS cables and connectors. Confirm correct node address in parameter settings.
question:Motor fails to start after commissioning?
answer:Perform motor identification (ID run). Validate motor data entries match nameplate specifications.
question:Module overheating during operation?
answer:Clean ventilation slots, verify cooling fan operation. Ensure ambient temperature