Fronius CL 33.3 Delta Inverter

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Features

Fronius CL 33.3 Delta 3-Phase Inverter

Fronius three-phase commercial inverter with MIX™ technology.

Several identical power stages in the Fronius CL 33.3 Delta inverter create a compartmentalized system. This well thought out concept was developed to ensure the highest stability in larger multi-kilowatt commercial solar systems.

Multiple power stages operate in the Fronius CL 33.3 Delta inverter accomplishing something great together withMIX™ technology. This combination ofseveral power stages有许多优点:最大收益部分load ranges, high system stability, long service life, and easy servicing. This model is selectable between 208V and 240V three-phase AC power.

Solar system design planning and installation is easy.
The Fronius CL 33.3 Delta inverter was designed with practicality in mind. It can be used for many different configurations due to its planning flexibility. It is also easy to set up due to numerous design details that make installation and connection as simple as possible.

Designed for indoor and outdoor installations.
This inverter has a well designed durableNEMA 3R ratedweatherproof, powder-coated aluminum enclosure.

Automatic HF Transformer switching
Fronius transformer inverters like the CL 33.3 Delta use a high-frequency (HF) transformer. The automatic transformer switching function in the produces three efficiency peaks. The result: A constant level of efficiency across the entire input voltage range, resulting in higher yields. Other key advantages of HF transformer technology are a compact, lightweight design, and safety as a result of the galvanic isolation.

Wide input voltage range.
Different module configurations are possible: The wide input voltage range ensures high flexibility for system configuration.

Extensive system monitoring
System monitoring is vital for inverters of this size. Using the comprehensiveFronius DATCOM system, you can set up a complete monitoring system including extensive data recording, analysis, visualization as well as remote monitoring.

Fronius CL 33.3 Delta Inverter Features

Inverter system design with MIX™ technology
Multiple power stages
Automatic HF transformer switching
High-yield power electronics
Intelligent cooling
Simple system planning and easy installation
全面的系统监控

Fronius CL 33.3 Delta Inverter

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Specifications

Fronius CL 33.3 Delta Inverter

3-Phase Inverter for Grid-Tie Solar Systems Rated up to 33.300 watt 3-Phase AC output
Input Power (DC)
Fronius Model Number	CL 33.3 Delta
Max. DC Power (STC)	39,000 W
Max DC Voltage	600 V
MPPT Voltage Range	230V - 500V
Max. Input Current	154.0 A
Inverter Efficiency	95.9%
CEC Efficiency	208 V: 94.5% 240 V: 95%

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Fronius CL Inverters

Manufacturer Specification Sheets

Fronius CL Inverter DatasheetSize: (881.09 KB)
Fronius CL Inverter BrochureSize: (1.61 MB)
Fronius Solar Inverter Product Line UpSize: (2.8 MB)

Details

Technology behind the Fronius CL 33.3 Delta Central Inverter

Fronius MIX™ Technologyis the clever combination of multiple power stages means Fronius inverters always achieve maximum yield, even with partial-loads. This is due to the unique Fronius Master Inverter X-Change system (MIX), a development of the classic master/slave principle. How it works: All power stages are equal. The “master” is allocated alternately, depending on the operating hours. The result is that loads are applied evenly to individual power stages decreasing operating time on any one power stage.

Maximum efficiency under partial load
With MIX™ technology, get the maximum power harvest out of partial load ranges, e.g. on cloudy days, through a clever combination of multiple power stages in each inverter. The power stages in Fronius inverters divide up the work depending on operating hours and only operate as many power stages as required to efficiently process available power from the PV array.

Unrivalled stability
The redundant design means that even if one power stage fails the inverter continues to operate, ensuring yields are achieved. In the unlikely event a power stage fails the others will continue to operate.

Longer service life
Depending on the operation hours of each power stage, our inverters decide which power stages run under partial load conditions. This ensures that the work load is distributed equally between the power stages. The result is reduced operating time of individual power stages which increases the lifespan of the inverter.

Datalogging & Monitoring Options

Monitoring using Signal Card

• Monitoring using Personal Display
• Monitoring with Fronius CL DatCom

Additional components

• Fronius CL Public Display
• RiCo Display with Public Display Card
• Sensors with Sensor Card

Combination of components

• Public Display + Sensor Box
• Public Display + Sensor Box + FRONIUS SolarWeb + Fronius CL.message
• String Control (ideal for Fronius CL central inverters)
• String Control + Basis DatCom

Fronius Datamanager Datasheet

The Fronius configuration tool is safe, easy and just requires a common Internet browser.

Fronius Configuration Tool

Comprehensive & User Friendly- For the perfect sizing of your PV system.
In the planning stage of a PV system, the Fronius Configuration Tool supports you in the best possible way to get the perfect sizing. Just complete the input fields and you will quickly get charts of the different configuration possibilities. Solar Electric Supply has been designing solar inverter systems for over 15 years.Contact our knowledgeable staffwith any other questions you may have about solar system design.

System Requirement for using Fronius Configuration Tool
Internet browser: Firefox, Chrome or Microsoft Internet Explorer 6.0 equivalent or newer.
Download configuration tool

Disclaimer: The Fronius Configuration Tool was developed by Fronius to assist Users with system designs but does not guarantee the configuration is appropriate for your use. By using the Fronius Configuration Tool, the User claims all responsibility for the accuracy and validity of the results including, but not limited to, system design, performance, and code compliance. It is incumbent upon the User to verify that the system design will meet their site-specific needs and local codes.