I recommend unplugging the washer and removing theĪccess panels. The following table represents the system area as represented by the first 3-digits of the fault code:į-11 error code is a communication error between the main control and The screen displays the number, date, time, and image count for each fault code. Use this list to identify trends and resolve problems. When faults occur, they are logged in to a fault history file by date, time, and fault code. Viewing the Fault History on the Control Panel To view details, select a fault or alert.Press the button on the Control Panel.To view a complete list of active fault and alert messages: If more than one condition occurs, only one displays on the Control Panel. Fault messages warn you about printer conditions that prevent the printer from printing or degrade printing performance. Alert messages inform you about printer conditions, such as low supplies or open doors, that require your attention. When a fault or alert condition occurs, a message will be displayed on the Control Panel to inform you of the problem. Viewing Fault and Alert Messages on the Control Panel The codes will be displayed on the Touch Screen.įault code format: A 3-digit number, followed by a 3-digit number. To search on a fault code, enter one code at a time. We thus identify the essential parameters and energetic alignment scenario required for 2D/3D perovskite systems to surpass the current limitations of hybrid perovskite solar cell performances.Can you verify the error code? 092-315 does not appear in the error code site.
As a consequence, we demonstrate photovoltaic devices with an enhanced fill factor (FF) and open-circuit voltage (V OC) of 1.19 V, which approaches the potential internal quasi-Fermi level splitting (QFLS) voltage of the perovskite absorber, nullifying the interfacial losses.
Here, we provide the exact knowledge on the interface energetics and demonstrate that the 2D/3D perovskite interface forms a p-n junction that is capable of reducing the electron density at the hole transport layer interface and ultimately suppresses interfacial recombination. However, the complex function of the 2D/3D device interfaces remains vague. This stands true for multi-dimensional (2D/3D) perovskite-based solar cells, in which high efficiency can be combined with promising device durability. Interface engineering and design is paramount in the optimization of a multilayer device stack.
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