6SL3210-1PE31-8UL0 Siemens Power Module

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Basic Information

Model: 6SL3210-1PE31-8UL0
Product Family: SINAMICS G120
Hardware Type: Power Module PM240-2
Standard: IP20 / UL Open Type

Product Description

SINAMICS G120 POWER MODULE PM240-2 WITHOUT FILTER WITH BUILT IN BRAKING CHOPPER 3AC380-480V +10/-20% 47-63HZ OUTPUT HIGH OVERLOAD: 75KW FOR 200% 3S,150% 57S,100% 240S AMBIENT TEMP -20 TO +50 DEG C (HO) OUTPUT LOW OVERLOAD: 90kW FOR 150% 3S,110% 57S,100% 240S AMBIENT TEMP -20 TO +40 DEG C (LO) 708 X 305 X 357 (HXWXD), FSF PROTECTION IP20 WITHOUT CONTROL UNIT AND PANEL APPROVED FOR CU FIRMWARE- VERSION V4.7 HF8

Technical Specifications

Application Fields

Pumps & Fans: Ideal for centrifugal pumps and ventilation systems utilizing the V/f control up to 550 Hz.
Conveyor Technology: High overload capability (200% for 3s) allows for handling of heavy starting loads.
Compressors: Suited for screw and piston compressors requiring stable torque output.
Mixers & Centrifuges: Vector control mode provides high starting torque and precise speed regulation.
General Machinery: Compatible with standard automation buses (PROFINET/PROFIBUS) via CU (Control Unit) selection.

Frequently Asked Questions - 6SL3210-1PE31-8UL0

Q: What is the difference between LO (Low Overload) and HO (High Overload) in practice?
A: LO (178A) is designed for applications with a steady load and slight peaks (e.g., a fan running at constant speed). HO (145A) is designed for heavy-duty applications requiring high starting torque or frequent load spikes (e.g., a crane or extruder). The HO rating allows for 150% current for nearly a full minute without tripping.

Q: Does this 6SL3210-1PE31-8UL0 include a control panel (BOP/IOP)?
A: No. This 6SL3210-1PE31-8UL0 identifies the Power Module only. You must order a separate Control Unit (CU) , such as the CU240E-2, CU240B-2, or CU250S-2, to operate the drive. The Power Module supplies the voltage and current; the Control Unit supplies the intelligence (Profibus, Ethernet/IP, Safety).

Q: What is the required clearance for cooling?
A: A cooling air requirement of 0.153 m³/s. Ensure adequate clearance (typically >100mm above and below for this power range) inside the cabinet to allow this airflow and prevent trip due to overtemperature.