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Siemens 6SL3120-1TE22-4AC0 SINAMICS S120 24 A C-Type Motor Module

Siemens 6SL3120-1TE22-4AC0 SINAMICS S120 24 A C-Type Motor Module

Item NO.: 3749318

Warranty: 1 year 


Condition : brand new in factory sealed box


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Detail

  • Product NameSiemens 6SL3120-1TE22-4AC0 SINAMICS S120 24 A C-Type Motor Module
  • Item NO.3749318
  • Weight4.7000 kg = 10.3617 lb = 165.7876 oz
  • CategoryPLC
  • BrandSiemens
  • Creation Time2026-08-28
  • SINAMICS S120 24 A C-Type Motor Module
Siemens 6SL3120-1TE22-4AC0 SINAMICS S120 24 A C-Type Motor Module
SINAMICS S120 | Single Motor Module

Siemens 6SL3120-1TE22-4AC0 SINAMICS S120 24 A C-Type Motor Module

24 A C-type inverter module with 48 A peak current for continuous-duty-oriented S120 axes.

ManufacturerSiemensModel6SL3120-1TE22-4AC0Product TypeSINAMICS S120 booksize C-type Single Motor Module

01Product Identification

Siemens 6SL3120-1TE22-4AC0 is a 24 A booksize C-type Single Motor Module for SINAMICS S120. It supplies one motor axis from a 510 to 720 V DC link and is rated for 20.4 A base-load current, 32 A S6 current and 48 A peak current. The C-type overload class distinguishes it from 6SL3120-1TE22-4AD0, whose peak-current value is 72 A. The 50 mm module includes optimized pulse patterns, extended Safety Integrated support and a DRIVE-CLiQ cable.

Configuration CheckUse the full article number and verify the current class, overload type, motor connection, firmware, safety project and cabinet design.

02Engineering Data

Manufacturer Siemens
Article Number 6SL3120-1TE22-4AC0
Product Family SINAMICS S120
Construction Booksize C-type, internal air cooling
DC Link / Electronics Supply 510 to 720 V DC / 24 V DC
Rated / Base-Load Current 24.0 A / 20.4 A
S6 / Peak Current 32.0 A / 48.0 A
Type Rating at IN / IH 12.9 kW / 10.9 kW
DC-Link Current / Capacitance 29.0 A / 390 µF
Motor Cable Length 50 m shielded; 75 m unshielded
Cooling-Air Requirement 0.015 m³/s
Sound Pressure Level 68 dB at 1 m
Power Loss, Typical / Maximum 0.19 kW / 0.19 kW
Protection / Dimensions IP20; 50 x 380 x 270 mm

03Functions

Module Functions

  • Provides the C-type twofold peak-current profile of 48 A.
  • Supports a 32 A S6 current at the documented 40 percent duty.
  • Carries 29 A DC-link current for external DC-connection sizing.
  • Uses a 390 µF DC-link capacitance within the motor-module design.
  • Supports extended Safety Integrated functions to the listed system performance levels.
  • Maintains a narrow 50 mm footprint while delivering a 12.9 kW type rating at rated current.

Identification

  • Manufacturer: Siemens
  • Model: 6SL3120-1TE22-4AC0
  • Product Type: SINAMICS S120 booksize C-type Single Motor Module
  • Status: Active product

04Applications

Typical Engineering Use

  • S120 axes with substantial continuous load and a peak-current requirement no higher than 48 A.
  • Material-handling or process axes whose duty matches the 24 A C-type profile.
  • Multi-axis cabinets where a 50 mm module width is important.
  • Machine upgrades that require current C-type electronics and DRIVE-CLiQ integration.
  • Industrial motor control using the documented servo, vector or V/f operating ranges.

Compatibility Boundary

  • Use the exact 4AC0 suffix when the C-type overload profile is intended.
  • Do not transfer the 72 A D-type peak value to this 48 A C-type article.
  • Respect the exact data-sheet cable limits of 50 m shielded and 75 m unshielded.
  • Verify X1 motor connector, 1.5 to 6 mm² conductors and M5 protective-earth connection.
  • Check Control Unit firmware, motor data, feedback, safety project and 24 V distribution.
  • Provide 0.015 m³/s airflow and account for the stated 68 dB sound-pressure level.

05Lifecycle

  • Siemens lists 6SL3120-1TE22-4AC0 as an active product.
  • It is the current C-type choice for a 24 A internal-air-cooled Single Motor Module.
  • Where 72 A peak current is required, compare the D-type 6SL3120-1TE22-4AD0 instead.
  • Keep the exact current profile and cable limits in the machine documentation.
  • After installation, validate load cycles, thermal operation, current limits, feedback and Safety Integrated functions.

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