Exhaust Pipe Assembly

The Fronius CL 36 WYE Inverter Review

Configurations of 9, 12, or 15 power modules are available for outputs ranging from 33.3kW to 60kW.

These schemes, which are dependent upon the solar conditions, can be systematically triggered or disabled using the company’s MIX power module management system. The management system is coordinated with a computerized transformer switching that enables the Fronius CL to attain three distinct efficiency peaks.

The CL’s wide DC input MPPT voltage range provides high flexibility for system configuration.

Fronius highlights the control system of its CL 36 WYE Inverter as it systematically computes the amount of power schemes transmitted, and which of them, will be activated and turned off in limited load circumstances by inspecting the specific working hours of each device.

This helps to equalize the work load on individual power modules, increasing the service life of the inverter. It also provides redundancy, ensuring that the inverter remains operating even when there is a fault in an individual power module.

If service is required, individual power modules can be removed and replaced easily via the plug and play drawer design. This ensures the highest serviceability and quick repair times.

 

Another advantage of the modular design is that power modules can be removed for housing installation, reducing the weight of the housing and making it easier to move and install.

Featuring the cutting-edge ventilation structure called the NEMA 3R enclosure with built in AC and DC disconnects, the power module range of the product is protected from airborne debris and humidity.

The Fronius CL 36 comes with an optional exhaust air guide that is recommended for interior assembly to help route the exhaust air to the outside.

An integrated relay contact can also be used to control an external fan.

The CL is 100% compatible with the Fronius DATCOM system for comprehensive system monitoring. A Fronius Com Card and a Signal Card are already integrated in to the unit.

Additional features are also available which may be integrated anytime; these include the Fronius Datalogger, the Sensor Box and environmental sensors.

CSA Listed to UL 1741 for the U.S. and Canada. Dimensions (in inches) including base (4-inch and optional): 72 H x 43.5 W x 28.5D

The CL comes with a 10-year warranty.

Unique System design with the Fronius MIXTM concept

The pairing of nine power modules operating in the Fronius CL 36.0 results in optimum cash flow in partial load ranges, substantial system stability, extended service lifespan and simple maintenance.

Highest partial load efficiency.

With the MIX™ principle operating with nine equal power modules, the individual power racks is switched off and on instantly based on the insulation power.

The concept guarantees that the load is enhanced and produce is constantly at optimum level , even when it is raining, cloudy or even at nightfall.

Unparalleled dependability.

With the Fronius CL, other systems become unnecessary as the device combines several lesser power modules that function collectively.

If one power module should fail, the others simply take up the slack. In comparison: when the power module fails in monolithic systems, the entire system stops operating and this leads to considerable loss of earnings.

The Fronius MIX™ concept ensures that the inverter remains in operation even when there is a defect in a power module and this helps to lock in your earnings.

Extended service life.

The control unit automatically calculates which power racks and how many will be turned on and off in partial load operation using the respective operating hours of the power modules.

This helps to equalize the work load on the PC boards. This also decreases the operating hours of the individual power modules thus increasing the service life of the inverter.

Fast service option.

When service is required, power modules can be removed and replaced easily via the plug & play principle and drawer design. This ensures the highest serviceability and the fastest reaction times on the market.

Effortless preparation, simple installation.

The Fronius CL was designed with practicality in mind.

Owing to its planning flexibility and countless design and style details, the product works extremely well for a variety of tasks and is also easy to set up making its installation and connection as basic as possible.

Wide input voltage range.

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

Integrated grounding option.

The Fronius CL is geared up to easily switch from negative to positive grounding by simply modifying two wires and an application parameter.

Recommended exhaust air guide.

The Fronius CL comes with an optional exhaust air guide that utilizes a connected pipe in order to counteract severe heating of the surrounding air.

An external fan could also be regulated with a built-in relay contact to suck the air outside of a closed area.

Low installation height.

Owing to its low 72 inch height (with base) streamlined design, which is made possible by its three-row layout of power modules, the Fronius CL can now squeeze into low spots.

Low installation weight.

As the power racks can easily be detached for unit installation, it helped cut down the weight of the Fronius CL and makes the casing simpler and easier to relocate.

Furthermore, the racks can then be re-inserted and the inverter can start functioning instantly.

Comprehensive connection area.

Simpler and easier installation was achieved because of the adequate space that is accessible for connections and cabling of massive cord cross sections.

High-yield power

The Fronius CL was designed for continual high performance. The clever combination of automatic transformer switching, the precise Fronius Module Manager, the innovative ventilation concept and the advantages of the high frequency transformer technology make it one of the highest yield inverters of its class.

Automatic transformer switching.

The Fronius CL 36 provides constant, high efficiency over the entire input voltage range. This is because Fronius inverters have three efficiency peaks due to automatic transformer switching.

In comparison: Devices without transformer switching only have one efficiency peak. The efficiency then decreases steadily with an increasing input voltage.

Exact MPP tracking.

The Fronius Module Manager always finds the exact maximum power point (MPP). This is true even with the more demanding thin-layer modules. Overall, the Fronius Module Manager is able to achieve an outstanding MPP adaptation efficiency of 99.9%.

This ensures that the maximum yield is obtained from every ray of light.

High-frequency transformer technology.

High performance with low weight and a compact design: The use of proven high-frequency transformer technology produces excellent performance results.

In compliance with the most stringent safety standards globally, the product employs galvanic isolation in its system.

Smart Cooling Technology

To enhance the functional dependability and the service life of the inverter, a revolutionary air-flow design is incorporated in the unit. This ventilation system eradicates airborne debris and moisture from sipping into the power module area. The air necessary for cooling is absorbed in by two fans on the front of the unit and passed through a sealed channel via the individual power racks making sure that the PC boards never come into reach with the outside air. Within the hermetically enclosed power module, a more compact fan provides consistent cooling.

My friend asked a question about Exhaust Tail-pipes?

As I am always doing, I use this place to gather other people's opinions on my friends' curiosities.

A friend of mine asked me something related to cars. It was a performance question, but I am no mechanic nor tuning enthusiast. Maybe y'all can help me.
He wants to change the "boring" stock exhaust-system on his (08? 09?) Toyota Camry SE V-6 (2GR-FE, i believe it's called?) with a more "vocal" one, obviously. Why he wants to do this, no idea, but here's what I think of this. I noticed that the car's stock exhaust is a single assembly (meaning there is only ONE visible exhaust tailpipe at the back). Does that mean he cannot do what he wishes to do with his car since most aftermarket exhaust systems call for DUAL type exhaust pipe assembly beforehand (which he clearly doesn't) even when stock?
Tell me what you think...

There are many options for replacing the exhaust on a car. Aftermarket systems come in both dual and single exit exhaust. On cars the muffler and exit pipes are one unit so you are in turn replacing everything from the muffler back-- "cat back exhaust system" If he wants to go the dual route they will have to split the exhaut using a y pipe and install new hangers. Just check with the manufacturer to make sure that the exhaust will fit his particular application. He should have no problems doing this.

Should I part out my track car? (need pricing advice) (bimmerforums)

I've been trying to sell my semi-complete 95 M3 track car, but nobody is
buying. It's been for sale...

bimmerforums

1964-1967 GM A-Body Exhaust System 817412