Used TEAM TECHNIK Layup H10 #293596029 for sale

ID: 293596029
Vintage: 2014
Stringer system Power consumption: Max 17 kVA Control voltage: 24V DC Operating voltage: 3L, 380-400V, N/PE, 50-60Hz 2014 vintage.
TEAM TECHNIK Layup H10 is a solar production cell layup equipment designed to increase throughput and efficiency for photovoltaic, or PV, cells. This equipment utilizes automated processes for easy and reliable solar cell layup and lamination, allowing users to complete projects faster than ever before. Layup H10 supports both automated and manual layup operations, which can reduce the amount of time, effort, and personnel required to produce solar cells. The setup is simple, with a two-stage process that starts with a high-efficiency layup stage. During this stage, thin-film layers are created by transferring thin layers of material onto the exiting substrates. This high-precision layup is done at a rate of up to 2000 cells per hour. The second stage of the layup process is the lamination stage. In this step, the photovoltaic cell assemblies are encapsulated in a thin polymer film for additional protection. This encapsulation also helps to reduce risk of contamination and reduces rough edges that can affect the performance of the cell. TEAM TECHNIK Layup H10 features an easy-to-use interface that allows for fast and accurate setup and operational control. Additionally, its touchscreen interface and pre-programmed recipes make it an ideal choice for many solar cell producers. It also includes an optional HMI/PLC configuration that can be used to control other process steps as well. A manual layup stage is also available, providing users with another layer of production flexibility. Layup H10 is designed to provide a high-level of accuracy and efficiency, along with a multitude of production options. With its high-precision layup and encapsulation, this equipment is perfect for almost any type of solar cell production. Its easy-to-use interface and wide range of configuration options make it ideal for a variety of solar cell production needs.
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