Description

The Electronic Component Model 1986374-2 is a pluggable system terminal block that provides a simple and reliable system interconnection of individual solar modules to the DC/AC converters. With the market expansion of the photovoltaic industry and increased global environmental awareness, this model offers new opportunities for the industry to move into mass production.

Specifications and features

The system features of the Electronic Component Model 1986374-2 include a junction box with variable wiring options, easy accessibility, simple and fast assembly, a flat and low profile design, high current carrying capacity, good thermal balance, connectorized or direct wire configurations, multiple outputs, multiple internal rails, and the possibility of customer-specific solutions.

The connector of this model offers simple on-site processing, mating safety provided by keyed housings, semi-automatic assembly capability, multiple plugging and unplugging cycles, accommodation of solar cable with different insulation diameters, high current carrying capacity, wide temperature operating range, and TÜV and UL approval.

Lastly, the solar cable used with this model features dual wall insulation, electron beam cross-linked technology, excellent resistance to various environmental factors, such as U.V., water, ozone, fluids, salt, and general weathering, as well as abrasion. It is also halogen-free, flame retardant, low in toxicity, with very low smoke emissions. It offers excellent flexibility and stripping performance, comes in different cable diameters, and has an operating temperature range from -40 °C up to +125 °C. Additionally, it has a voltage rating of up to 1800 V DC and is short circuit resistant up to +250 °C. This solar cable is also TÜV and UL approved.

Application Scenarios

The Electronic Component Model 1986374-2 can be utilized in the photovoltaic industry for various applications, including the interconnection of individual solar modules to the DC/AC converters. It is suitable for both small-scale and large-scale solar installations, offering reliable and efficient system interconnection.

Comparison

• Simple and reliable system interconnection
• Good thermal balance
• Multiple output options
• Customer-specific solutions
• High current carrying capacity
• TÜV and UL approved
• Excellent resistance to the elements
• Flexible and easy to install

• May not be suitable for all solar installations
• Requires proper installation and setup for optimal performance