SINAMICS G120XA Variable Frequency Drive
SINAMICS G120XA is a new addition to SINAMICS inverter family, covering a power range of 0.75 kW to 560 kW. Preloaded with industry-specific functions for fans and pumps, it integrates advanced high-performance vector control algorithms, enabling seamless operation of fans, pumps, compressors, and other variable torque loads.
Core Product Features
| Feature Category |
Core Advantages |
| Scenario-Specific Function Integration |
- Built-in fan/pump-specific control functions (sleep/wake mode, cavitation protection, multi-pump control)
- Integrated PID regulator supporting constant pressure/flow/liquid level control
- Optimized for variable torque loads, enabling quick deployment without additional programming
|
| High-Performance Vector Control |
- Equipped with sensorless vector control (SLVC) for ±0.5% speed regulation accuracy and stable low-speed operation
- Supports V/F control (linear/quadratic characteristics) compatible with various motor types
- Energy saving rate up to 15%-30%, aligning with global carbon reduction initiatives
|
| High Reliability & Environmental Adaptability |
- Wide voltage range (380-480V) compatible with 50/60Hz global power grids
- Operating temperature range: -10℃~60℃, adapting to humid Southeast Asian and high-temperature Middle Eastern conditions
- Built-in multi-layer protection (overcurrent, overvoltage, phase loss, overload) with MTBF > 100,000 hours
|
| Ease of Use & Integration |
- Standard BOP-2 operation panel with multi-language support (English/Spanish/Arabic/Japanese, etc.); parameter cloning simplifies batch commissioning
- Compatible with mainstream buses (Modbus, PROFINET) for seamless integration with Siemens TIA, Rockwell PLC, and other global automation systems
- Modular structure enabling easy installation/maintenance and high spare part commonality
|
| Global Compliance & Certifications |
- Certified by CE, UL, cUL, SASO, and other international certifications, meeting market access requirements in the EU, North America, Middle East, and Southeast Asia
- Compliant with RoHS and REACH environmental standards, aligning with overseas green factory policies
|
Core Specifications
| Parameter Category |
Key Specs |
Notes |
| Power Range |
0.75-560 kW (3-Phase) |
Frame FSA-FSG: 0.75-250 kW; Frame FSH/FSJ: 315-560 kW |
| Supply Voltage |
3AC 380 V (FSA-FSG: -20% to +10%; FSH/FSJ: -15% to +10%) |
Mains frequency: 47-63 Hz, compatible with global low-voltage grids |
| Control Modes |
V/F (Linear/Quadratic/FCC/ECO), Sensorless Vector Control (SLVC) |
Suitable for induction/synchronous/reluctance motors; stable at low speeds |
| Overload Capacity |
110% of rated load for 60 seconds, with 600-second cycle interval |
Typical value; derating required for large frames/high temp/high altitude |
| Temperature Range |
Operating: -10 °C to 60 °C; Storage: -25 °C to 65 °C |
Derating required for high altitude or enclosed installation |
| Protection Class |
Standard IP20 (Cabinet/Mounting) |
Optional IP21/IP55 enclosure (model-dependent) |
| Standard I/O |
6DI/4DO/2AI/2AO (Modbus/USS/BACnet); Slight variations for PROFINET/EtherNet IP versions |
Includes 1x Mot_t motor temperature input; expandable via modules |
| Communication Buses |
Modbus RTU, USS, BACnet MS/TP, PROFINET, EtherNet IP |
Compatible with building and industrial automation networks |
| Industry-Specific Functions |
Integrated PID, Constant Pressure/Flow/Level Control, Multi-Pump Control, Sleep/Wake Mode, Cavitation Protection |
Ready-to-use for fans, pumps, and compressors |
| Certifications |
CE, UL, cUL, SASO, RoHS, REACH, etc. |
Meets market access requirements for multiple regions |
Model Table (3AC 380-480 V)
| Rated Power |
Frame Size |
No Built-in Filter (Order Number) |
Built-in Filter (Order Number) |
Typical Current (A) |
Application Scenarios |
| 0.75 kW |
FSA |
6SL3220-3YD10-0UB0 |
6SL3220-3YD10-0CB0 |
2.1 |
Small fans/pumps |
| 1.1 kW |
FSA |
6SL3220-3YD12-0UB0 |
6SL3220-3YD12-0CB0 |
2.8 |
Small compressors |
| 1.5 kW |
FSA |
6SL3220-3YD14-0UB0 |
6SL3220-3YD14-0CB0 |
4.1 |
Small pump sets |
| 2.2 kW |
FSA |
6SL3220-3YD16-0UB0 |
6SL3220-3YD16-0CB0 |
5.6 |
Small fans |
| 3.0 kW |
FSA |
6SL3220-3YD18-0UB0 |
6SL3220-3YD18-0CB0 |
7.3 |
Small compressed air systems |
| 4.0 kW |
FSA |
6SL3220-3YD20-0UB0 |
6SL3220-3YD20-0CB0 |
9.3 |
Medium pump sets |
| 5.5 kW |
FSB |
6SL3220-3YD22-0UB0 |
6SL3220-3YD22-0CB0 |
12.5 |
Medium fans |
| 7.5 kW |
FSB |
6SL3220-3YD24-0UB0 |
6SL3220-3YD24-0CB0 |
16.5 |
Medium compressors |
| 11 kW |
FSB |
6SL3220-3YD26-0UB0 |
6SL3220-3YD26-0CB0 |
23.0 |
Industrial fans |
| 15 kW |
FSC |
6SL3220-3YD28-0UB0 |
6SL3220-3YD28-0CB0 |
31.0 |
Industrial pump sets |
| 18.5 kW |
FSC |
6SL3220-3YD30-0UB0 |
6SL3220-3YD30-0CB0 |
37.0 |
Industrial compressors |
| 22 kW |
FSC |
6SL3220-3YD32-0UB0 |
6SL3220-3YD32-0CB0 |
45.0 |
Large fans |
| 30 kW |
FSD |
6SL3220-3YD34-0UB0 |
6SL3220-3YD34-0CB0 |
59.0 |
Large pump sets |
| 37 kW |
FSD |
6SL3220-3YD36-0UB0 |
6SL3220-3YD36-0CB0 |
72.0 |
Large compressors |
| 45 kW |
FSE |
6SL3220-3YD38-0UB0 |
6SL3220-3YD38-0CB0 |
88.0 |
Industrial HVAC |
| 55 kW |
FSE |
6SL3220-3YD40-0UB0 |
6SL3220-3YD40-0CB0 |
108.0 |
Large HVAC systems |
| 75 kW |
FSF |
6SL3220-3YD42-0UB0 |
6SL3220-3YD42-0CB0 |
145.0 |
Large fans/pumps |
| 90 kW |
FSF |
6SL3220-3YD44-0UB0 |
6SL3220-3YD44-0CB0 |
175.0 |
Large compressors |
| 110 kW |
FSF |
6SL3220-3YD46-0UB0 |
6SL3220-3YD46-0CB0 |
210.0 |
Large industrial loads |
| 132 kW |
FSG |
6SL3220-3YD48-0UB0 |
6SL3220-3YD48-0CB0 |
255.0 |
Large industrial systems |
| 160 kW |
FSG |
6SL3220-3YD50-0UB0 |
6SL3220-3YD50-0CB0 |
305.0 |
Heavy industrial loads |
| 200 kW |
FSG |
6SL3220-3YD52-0UB0 |
6SL3220-3YD52-0CB0 |
370.0 |
Heavy fans/pumps |
| 250 kW |
FSG |
6SL3220-3YD54-0UB0 |
6SL3220-3YD54-0CB0 |
468.0 |
Heavy compressors |
| 315 kW |
FSH |
6SL3220-3YD56-0UB0 |
6SL3220-3YD56-0CB0 |
605.0 |
Extra-large pump sets |
| 400 kW |
FSH |
6SL3220-3YD58-0UB0 |
6SL3220-3YD58-0CB0 |
775.0 |
Extra-large fans |
| 560 kW |
FSJ |
6SL3220-3YD60-0UB0 |
6SL3220-3YD60-0CB0 |
1080.0 |
Extra-large industrial systems |
Overseas Applicable Industries & Practical Scenarios
| Industry Sector |
Core Overseas Application Scenarios |
Common Power Range |
Customer Reasons |
| Municipal Water/Wastewater |
Constant-pressure water supply in EU/US cities, sewage lifting in large Middle Eastern pump stations, flood control pumps during Southeast Asian rainy seasons, well water pumping in remote Australian areas |
15-250 kW |
1. Built-in multi-pump control + cavitation protection for municipal pipe network pressure fluctuations; 2. Wide voltage design (380-480 V) compatible with developing country power grids; 3. CE/UL/SASO certifications meet tender requirements directly |
| Building HVAC |
Chillers in North American commercial complexes, fresh air systems in European hospitals, fire smoke extraction in Middle Eastern hotels, VRV air conditioning in Southeast Asian office buildings |
0.75-45 kW |
1. Sleep/wake mode + PID temperature control reduces building energy consumption; 2. BACnet/PROFINET bus seamless integration with Johnson Controls/Siemens building automation systems; 3. Multi-language panel adapts to overseas operation teams |
| Industrial Ventilation & Cooling |
Dust extraction fans in German automotive welding workshops, cooling towers in Brazilian chemical plants, mine ventilation systems in South Africa, air conditioning fans in Indian textile factories |
37-560 kW |
1. Quadratic torque optimization + stable low-speed operation for fan variable load characteristics; 2. High-temperature tolerance (-10~60℃) adapts to extreme climates in the Middle East/Africa; 3. 110% overload for 60s handles sudden load spikes |
| Agricultural Irrigation |
Drip irrigation systems in Australian farmlands, sprinkler equipment in Middle Eastern deserts, well pumps in South American farms, irrigation units in Southeast Asian rubber plantations |
3.0-75 kW |
1. Dry-run protection + wide frequency range (47-63 Hz) adapts to unstable power grids in remote areas; 2. Modular design facilitates field installation and maintenance; 3. Low no-load loss reduces farm electricity costs |
| Compressed Air Systems |
Screw compressors in US factories, oil-free compressors in European food plants, air compressor stations in Southeast Asian electronics factories |
11-160 kW |
1. Built-in compressor-specific control logic, no additional programming required; 2. Energy recovery function aligns with EU/US carbon reduction policies; 3. Built-in filter (model -0CB0) reduces electromagnetic interference |
| Industrial Pumps |
Chemical raw material transfer pumps in Europe, mineral slurry pumps in African gold mines, pulp pumps in Southeast Asian paper mills, oilfield water injection pumps in North America |
45-560 kW |
1. Switchable constant pressure/flow modes for different medium transfer needs; 2. Optional 3C3 anti-corrosion coating resists harsh chemical/mining environments; 3. MTBF > 100,000 hours minimizes downtime losses |
| Data Center Cooling |
Precision air conditioning in Silicon Valley data centers, cooling water pumps in European cloud computing centers, room ventilation in Middle Eastern data centers |
7.5-45 kW |
1. Fast-response PID regulation maintains ±0.5℃ constant room temperature; 2. Low-noise operation meets data center quiet requirements; 3. Redundant communication design ensures 24/7 uninterrupted operation |
Frequently Asked Questions
I. Installation & Wiring
Q: Installed the G120XA in a Thai coastal factory--after 2 months, the terminal blocks are corroded. How to fix?
A: Coastal humidity + salt spray causes corrosion. Solutions:
- Replace corroded terminals with marine-grade ones (e.g., Phoenix Contact IP65-rated)
- Apply anti-corrosion paste to all wiring connections
- Install a dehumidifier in the control cabinet (maintain humidity < 60%)
For future projects, choose the IP55 enclosure with 3C3 coating--worth the extra $200/unit to avoid downtime.
Q: In Canada, the electrician says the G120XA's wiring doesn't comply with CSA C22.2 standards. What's the issue?
A: CSA C22.2 has strict requirements:
- Ground wire must be yellow-green, cross-section ≥ 2.5mm² (same as power wire)
- Control cables must be shielded and separated from power cables by ≥ 30cm (vs. 20cm in EU)
- Terminal blocks must have CSA certification marks
Fix: Replace uncertified terminals and rewire with CSA-approved shielded cables--otherwise, the electrical inspection will fail.
Q: Installed the G120XA in a South African mine (altitude 2,500m)--it trips due to overheating even at 80% load. Why?
A: High altitude reduces air density, weakening heat dissipation. Solution:
- Derate the drive by 15% (e.g., 75kW model runs as 64kW)
- Install an extra cooling fan in the control cabinet (blows directly at the drive's heatsink)
- Remove the dust filter (mine air is filtered, so no risk of debris) to improve airflow
Never run at full load at high altitudes--permanent damage to the power module may occur.
Q: Trying to integrate the G120XA with a Rockwell PLC in the US--EtherNet/IP communication fails. How to troubleshoot?
A: Common issues:
- IP address not in the same subnet as the PLC (set the drive's IP to 192.168.1.X to match Rockwell's default)
- EtherNet/IP option not enabled (check the order code--must include "ENIP")
- Firewall blocking communication (disable Windows Firewall on the commissioning laptop)
If still failing, use Rockwell's RSLinx software to scan for the drive--often, the PLC's communication port is set to "PROFINET" by mistake.
II. Operation & Maintenance
Q: The G120XA controls a cooling tower in Dubai--during summer (ambient 50℃), it frequently shuts down with "overtemperature" (F30030). How to resolve?
A: Dubai's extreme heat exceeds the drive's standard operating limit (60℃, but cabinet temperature can reach 70℃). Fix:
- Move the control cabinet to a shaded area and install an air conditioner (set to 25℃)
- Upgrade the drive's cooling fan to a high-speed model (Siemens part number 6SL3201-0BE21-1AA0)
- Enable "overtemperature derating" (parameter P250=1) to reduce load automatically when temperature rises above 55℃
Q: In a European food factory, the G120XA's BOP-2 panel displays "F7310" (motor overload) when running a pump at low speed. Why?
A: Low-speed operation (below 30Hz) reduces motor airflow, causing overheating. Solutions:
- Enable "fan/pump auto-adaptation mode" (P210=1) to adjust current limits
- Install a separate cooling fan for the motor (24V DC, triggered when speed < 30Hz)
- Set a minimum speed (P1080=25Hz) to ensure adequate motor cooling
The food factory's 24/7 low-flow operation makes this critical--ignoring it will burn out the motor.
Q: The G120XA in an Australian farm's irrigation system keeps tripping due to "grid voltage dip" (F30002). The grid is unstable--what can I do?
A: Australian rural grids often have voltage fluctuations. Fix:
- Install a 3-phase voltage stabilizer (rated for 380V, 10% tolerance) before the drive
- Extend the voltage dip ride-through time (P280=3s, default 1s)
- Enable "voltage imbalance compensation" (P281=1) to tolerate up to 15% phase difference
The stabilizer costs ~$800 but is cheaper than replacing a damaged drive.
Q: After a power outage in Mexico, the G120XA won't restart automatically. The operator doesn't speak English--how to set auto-restart via the Spanish panel?
A: Step-by-step for Spanish panel:
- Press "ESC" + "OK" to enter the menu -> Select "Configuracion" -> "Arranque" -> "Reinicio automatico" (P1210)
- Set to "Si" (1) and adjust "Retardo de reinicio" (P1211) to 5s
- Save and exit
If the panel is in English, switch to Spanish first (hold "ESC" + "Up Arrow" for 3s -> Select "Español"). Print a simple Spanish cheat sheet for common functions--critical for non-English-speaking operators.