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0.37-355kW SINAMICS G120X Vector Frequency Inverter For Pumps & Fans

Name: 0.37-355kW SINAMICS G120X Vector Frequency Inverter For Pumps & Fans
Brand: Shanghai Fradwell Industrial Automation Co., Ltd.
SKU: SINAMICS G120X
Price: 3,040.00 USD
Availability: InStock

Product Details

Place of Origin: Germany

Model Number: SINAMICS G120X

Payment & Shipping Terms

Minimum Order Quantity: 1

Price: $80- $6000

Delivery Time: 3-5Workday

Payment Terms: L/C,D/A,D/P,T/T,Western Union,MoneyGram

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Product Details

Product Description

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                                                                                                                                                                                    SINAMICS G120X Vector Frequency Inverter, 355kW Vector Frequency Inverter, 355kW SINAMICS G120X
                      

Product Name:	Frequency Converter Inverter	Rated Power:	0.37 - 355kW (conventional)
Level Of Protection:	IP20 IP55	Pakage:	Original Pakage
Warranty:	Original Factory Warranty	Shipping Term:	International Express（DHL/FEDEX/TNT/UPS/ARAMEX）/ Sea Freight / Air Freight / International Special Line

Product Name:	Frequency Converter Inverter
Rated Power:	0.37 - 355kW (conventional)
Level Of Protection:	IP20 IP55
Pakage:	Original Pakage
Warranty:	Original Factory Warranty
Shipping Term:	International Express（DHL/FEDEX/TNT/UPS/ARAMEX）/ Sea Freight / Air Freight / International Special Line

0.37-355kW SINAMICS G120X Vector Frequency Inverter For Pumps & Fans

SINAMICS G120X Vector Frequency Inverter for Pumps & Fans

SINAMICS G120X, a new addition to the proven SINAMICS inverter family, is ideally suited for pump and fan applications in infrastructure, water/wastewater treatment, building automation, and industrial settings. It delivers exceptional performance with outstanding simplicity, reliability, and energy efficiency.

Core Features for Pump & Fan Applications

Feature Category	Key Advantages
Scenario-Optimized Design	Built-in pump/fan-specific control algorithms (variable torque load optimization, automatic energy-saving mode) Supports constant pressure/flow/liquid level control, suitable for water systems, HVAC, etc. Integrated PID regulator and sleep/wake function to reduce no-load energy consumption
High Reliability & Environmental Adaptability	Wide voltage range (220V-690V), compatible with 50/60Hz global power grids Optional IP21/IP55 protection class, supports 3C3 anti-corrosion coating, resistant to salt spray and dust 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), MTBF > 100,000 hours
Ultimate Energy Saving & Efficiency	Vector control technology, energy saving rate up to 15%-30% (compared to fixed-speed operation) Optional energy regeneration function, suitable for high-power pump/fan energy-saving retrofits Low harmonic design (THD < 3%), compliant with EU EN 50160 and North American IEEE 519 grid standards
Ease of Use & Integration	Standard BOP-2 operation panel with multi-language support Parameter cloning simplifies batch commissioning Compatible with mainstream buses (PROFINET, Modbus, EtherNet/IP) Modular structure for easy installation and maintenance; high spare parts commonality
Global Compliance & Certifications	Certified by CE, UL, cUL, ATEX, SASO, etc. Meets access requirements in EU/North America/Middle East/Southeast Asia Compatible with RoHS and REACH environmental standards

Technical Specifications

Parameter Category	Key Specs	Notes
Power Supply	3AC 380-480 V (-20%/+10%), 0.75-560 kW; 3AC 500-690 V (-20%/+10%), 3.0-630 kW; Mains freq: 47-63 Hz	Rated power varies by frame size; overload: typical 110%/60s, 100%/240s
Output	Output freq: 0-550 Hz; PWM carrier freq: configurable (typ. 4-16 kHz); 3AC output	Carrier freq adjustment balances noise and thermal performance
Control Modes	V/F (linear, quadratic, FCC, ECO), sensorless vector control (SLVC); integrated PID	Optimized for variable torque loads (fans/pumps); supports constant P/Q/level
Environmental	Ambient temp: -20 °C to +60 °C (derate above +45 °C); Protection: IP20 standard, IP21 optional	PROFINET/EtherNet/IP variants may have derate temp limit at +55 °C
I/O (Standard)	Digital inputs: 6; Digital outputs: 2 (changeover); Analog I/O: AI/ AO (typ. 0-10 V/4-20 mA); expandable via modules	Suitable for local control, interlock, and process feedback
Communication	PROFINET, EtherNet/IP, PROFIBUS, Modbus RTU/USS, BACnet MS/TP; optional Wi‑Fi via SAM	Seamless integration with TIA, Rockwell, and building automation systems
Safety	STO (SIL 3) via terminals; built‑in overcurrent/overvoltage/phase loss/overload protection	Essential for safe shutdown and system reliability
Certifications	CE, UL, cUL, ATEX, SASO; RoHS, REACH compliant	Meets global access requirements for municipal, HVAC, and industrial projects
Key Functions	Sleep/wake, energy-saving mode, multi-pump control, cavitation protection, fire mode	Dedicated to pump/fan applications, reducing no-load energy consumption

Product Models & Applications

Order Number	Power (kW)	Voltage Class	Frame Size	Communication	Application Scenarios
6SL3220-3YE10-0AF0	0.75	3AC 380-480 V	FSA	PN/ENIP	Small fans/pumps, building HVAC
6SL3220-3YE12-0AF0	1.1	3AC 380-480 V	FSA	PN/ENIP	Small fans/pumps, building HVAC
6SL3220-3YE14-0AF0	1.5	3AC 380-480 V	FSA	PN/ENIP	Small fans/pumps, building HVAC
6SL3220-3YE18-0AF0	3.0	3AC 380-480 V	FSA	PN/ENIP	Small fans/pumps, building HVAC
6SL3220-3YE20-0AF0	4.0	3AC 380-480 V	FSB	PN/ENIP	Medium-small pump sets, ventilation fans
6SL3220-3YE22-0AF0	5.5	3AC 380-480 V	FSB	PN/ENIP	Medium-small pump sets, ventilation fans
6SL3220-3YE24-0AF0	7.5	3AC 380-480 V	FSB	PN/ENIP	Medium-small pump sets, ventilation fans
6SL3220-3YE26-0AF0	11.0	3AC 380-480 V	FSC	PN/ENIP	Industrial fans, booster pumps
6SL3220-3YE30-0AF0	15.0	3AC 380-480 V	FSC	PN/ENIP	Industrial fans, booster pumps
6SL3220-3YE32-0AF0	22.0	3AC 380-480 V	FSD	PN/ENIP	Industrial fans, circulating pumps
6SL3220-3YE36-0AF0	37.0	3AC 380-480 V	FSD	PN/ENIP	Industrial fans, circulating pumps
6SL3220-3YE40-0AF0	55.0	3AC 380-480 V	FSE	PN/ENIP	Large fans, sewage pumps
6SL3220-3YE44-0AF0	90.0	3AC 380-480 V	FSF	PN/ENIP	Large fans, sewage pumps
6SL3220-1YE56-0CP0	355.0	3AC 380-480 V	FSJ	PROFI	Municipal sewage, large pump stations
6SL3220-1YE60-0CP0	450.0	3AC 380-480 V	FSJ	PROFI	Municipal sewage, large pump stations
6SL3230-1YH44-0CB0	90.0	3AC 500-690 V	FSF	MODBUS/BACnet	690 V industrial fans/pumps
6SL3230-1YH56-0CB0	355.0	3AC 500-690 V	FSJ	MODBUS/BACnet	690 V large pump stations/fans

Industry Applications

Industry/Sector	Typical Scenarios	Core Advantages
Municipal Water/Wastewater	Constant-pressure water supply, sewage aeration/return/lifting, pump station scheduling, pipeline boosting	Blockage removal, pipe filling mode, STO SIL 3, CE/UL/ATEX certification
Building HVAC	Chillers in commercial complexes, fresh air/exhaust fans, fire smoke extraction, VRV/chilled water pumps	Flying start, automatic restart, PROFINET/EtherNet/IP, EMC Class C2
Industrial HVAC/R	Factory cooling water pumps, process fans, cooling towers, industrial chillers	Wide temperature range, 110% overload for 60s, Modbus compatibility
Agriculture/Irrigation	Field drip/sprinkler irrigation, well water pumping, greenhouse ventilation	Dry-run protection, low noise, grid fluctuation resistance
690 V Industrial Sector	Large fans/pump stations, mine ventilation, metallurgical cooling systems	EMC Class C3, Modbus/BACnet support, high overload capacity
Process Industry	Process pumps, dust collection fans, kiln fans, compressed air stations	Anti-interference, 3C3 anti-corrosion coating, multi-bus compatibility

Frequently Asked Questions

Installation Adaptation

Can the G120X start normally when installed in low-temperature Nordic environments (-30℃ in winter)?

Standard models cannot operate at -30℃. Two adaptations are needed: 1) Add a heating plate to the drive's control circuit to prevent capacitor failure; 2) Preheat for 15-20 minutes before startup or install the drive in an insulated control cabinet. Even with adaptations, reduce the load by 10% at -30℃ to avoid component overload.

Installed in an Indian factory with severe grid harmonics, the drive frequently reports "overvoltage" (F30001). How to fix?

Core solution is to suppress harmonic interference: 1) Install an input reactor matching the drive's power; 2) Enable the drive's "harmonic suppression mode" and adjust voltage response thresholds; 3) Run a dedicated circuit for the drive to avoid cross-interference from other high-power equipment.

Tight construction schedules for overseas projects—no Siemens STARTER software on-site. How to commission quickly?

Use the BOP-2 panel for "quick commissioning": Press "Quick Setup" button, enter motor power, voltage, and frequency. The drive automatically generates basic parameters. Simple troubleshooting can be done by checking fault codes on the panel. Complex functions still require STARTER software.

Installed in a South American factory with limited control cabinet space—poor drive heat dissipation. How to optimize?

Three low-cost solutions: 1) Mount the drive vertically to leverage hot air rise; 2) Remove the drive's dust filter (only for clean environments); 3) Install a small exhaust fan on top of the cabinet to direct hot air out. Do not use frequency reduction to cool the drive as it affects pump/fan flow.

Operation & Maintenance

Customers want to reduce energy consumption. Besides variable frequency speed control, are there other energy-saving tips for the G120X?

Three easy-to-implement settings: 1) Enable "automatic energy-saving mode" to adjust output voltage based on load; 2) Set a "sleep threshold" to shut down automatically when load is below 8%; 3) Pair with IE4 high-efficiency motors for additional 3%-5% energy savings.

After 2 years of operation, the drive reports "fan fault" (F07900). Must I replace it with an original Siemens fan?

Not necessarily—compatible third-party fans work if they meet three criteria: 1) Same size; 2) Voltage match; 3) Airflow no less than the original. Third-party fans cost significantly less but choose reputable brands to avoid secondary failures.

In overseas projects, customers accidentally modified parameters, causing the drive to malfunction. How to restore?

Two quick recovery methods: 1) Restore factory settings via the BOP-2 panel; 2) If parameters were backed up earlier, copy them to the panel via USB and import directly. After restoration, reconfigure motor parameters and control mode.

In African projects, the drive frequently trips due to "grid voltage imbalance." Grid renovation costs are too high—any alternatives?

Use the drive's built-in functions to adapt: 1) Enable "voltage imbalance compensation"; 2) Reduce the drive's overload capacity; 3) Install a voltage stabilizer for the drive—significantly cheaper than grid renovation and flexible to install.

Regional Compliance

What special certifications are needed for G120X projects exported to Brazil?

INMETRO certification is required for customs clearance. Additionally: 1) Voltage must adapt to 380V three-phase 60Hz; 2) Technical documents must be translated into Portuguese; 3) Product nameplate must display INMETRO certification number and Brazilian importer information.

For EU projects, customers require an "energy efficiency label." Does the G120X meet this?

Yes. The G120X has an energy efficiency class of IE2 per IEC 61800-9-2 standard. Request the "EU Energy Efficiency Label" and test report from the supplier. Some EU countries require drives to have ≥IE2 efficiency for municipal project bids.

When installing in Canada, what wiring standards must the drive comply with?

Core compliance with CSA C22.2 standards: 1) Use CSA-certified copper core power cables; 2) Ground cables must be run independently with ground resistance <2Ω; 3) Maintain distance of ≥15cm between drive and other components; 4) All terminal blocks must be CSA-certified.

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0.37-355kW SINAMICS G120X Vector Frequency Inverter For Pumps & Fans

SINAMICS G120X Vector Frequency Inverter

355kW Vector Frequency Inverter

355kW SINAMICS G120X

drive motion and control,

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Industrial Automation Control Systems

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