3 IN 1 Y TYPE SOLAR PANEL CONNECTOR
H-3B1 Branch use high quality materials that guarantee long-term reliability. Lower contact resistance and higher current transfer capability ensure high product efficiency. NIU Power H-3B1 Branch have IP68 water-proof rating and can be used in a wide operating temperature range from -40 ° C to 90 °C.
| Rated Voltag | 1500V |
| Rated Current | Max 70A |
| Ambient temperature | -40℃ up to +90℃ |
| Contact Resistance | ≤0.05mΩ |
| PollutionDegree | ClassII |
| ProtectionDegree | ClassII |
| FireResistance | UL94-V0 |
| RatedImpulseVoltage | 16KV |
| LockingSystem | NECLocking Type |
| Part No. | Cable Spec | Current/ A | Standard Package Unit | Configuration |
| H-3B1-25 | Input: 3x14Awg 2/.5mm2
Output: 1x14Awg/2.5mm2 |
Input: 3x25A Output:1x25A | 50 pairs /Carton | Connector: A4 25A Cable: 14Awg / 2.5mm2 |
| H-3B1-3F1M-25 | 50 pcs / package | |||
| H-3B1-3M1F-25 | 50 pcs / package | |||
| H-3B1-410 |
Input: 3x12Awg/4mm2 Output: 1x8Awg/10mm2 |
Input: 3x35A Output:1x70A | 50 pairs /Carton | Input Connector: A4 35A
Input Cable: 12Awg / 4mm2 Output Connector: A4 70A Output Cable: 8Awg / 10mm2 |
| H-3B1-3F1M-410 | 50 pcs / package | |||
| H-3B1-3M1F-410 | 50 pcs / package |
AY connectors in solar panels are important components that contribute to the efficiency and flexibility of solar systems. This type of connector is used to connect multiple solar panels or strings of panels together. Y connectors allow the creation of parallel connections where the voltage remains constant but the current increases. This connection is often used to increase the power output of a solar system or to more evenly distribute the power produced by the panels.
One of the main advantages of using a Y-connector is that it can help reduce the overall cost of a solar installation. With a Y connection, smaller wires can be used to make the connection because the current is split across multiple wires. This results in cost savings in terms of wire size and the amount of wiring required for installation. Additionally, Y-connectors facilitate the use of smaller, less expensive solar panels without compromising overall power output.
Another important advantage of the Y-connector is that it allows greater flexibility in the design and configuration of solar energy systems. By using Y-connectors, solar panels can be configured in many ways, placing the panels at different angles, facing different directions, and having different levels of shading. This flexibility allows solar systems to be tailored to the specific energy needs of different homes or businesses, increasing efficiency and power output.
Y connectors are also useful when solar panels are installed in hard-to-reach locations such as the roof of a building or in a remote location. In these cases, Y-connectors help simplify the installation process and reduce the overall time and effort required for installation.
Overall, the Y-connector is a key component in a solar power system that increases power output and efficiency, reduces cost, and increases flexibility in solar panel configuration. It is an essential item for anyone looking to harness the power of the sun and reduce their reliance on non-renewable energy sources.
