Low voltage (LV) connectors are essential components in a vast array of applications, from consumer electronics and automotive systems to industrial automation and renewable energy technologies. Their role is critical: to reliably and efficiently transfer power and signals at voltages below 1000V. This article explores the world of LV connectors, focusing specifically on a connector designed for 2.36mm diameter pins, examining its design, applications, and comparing it to other common types of low voltage connectors. We will also delve into specific brands like JST, a prominent player in the low voltage connector market.
Product Photo Schematic (Hypothetical):
*(Imagine a high-quality image here depicting a cross-section of the LV connector, showing the contact pins, housing, and key features like the triangular mating section. The image should be labeled clearly, highlighting the 2.36mm pin diameter and the triangular contact design. Due to the limitations of this text-based format, a visual representation cannot be provided directly. However, a professional product photo would be included in a real-world article.)*
Product Description:
This specific LV connector is designed for robust and reliable low-voltage power transmission. Its key features include:
* 2.36mm Pin Diameter Compatibility: The connector is specifically engineered to mate with headers featuring 2.36mm diameter pins, ensuring a secure and consistent connection. This precise dimension minimizes the risk of loose connections, which can lead to intermittent power supply or signal disruptions. The standardized pin size facilitates interchangeability and simplifies integration into existing systems.
* Triangular Contact Mating Section: The innovative triangular design of the contact mating section provides several significant advantages. First, it enhances the mechanical strength of the connection, resisting vibration and shock. Second, the geometry ensures a highly reliable electrical contact, minimizing resistance and maximizing current carrying capacity. This triangular shape also helps to prevent mismating, ensuring that the connector is properly aligned before connection.
* High Current Capacity: The connector is designed to handle substantial currents for its size, making it suitable for power-intensive applications. This capacity is achieved through the combination of the contact design, material selection, and overall construction. Specific current ratings would be provided in detailed product specifications.
* Durable and Reliable Construction: The connector's housing is typically made from high-quality, impact-resistant materials, ensuring long-term durability and protection from environmental factors. The materials chosen will depend on the specific application, with options ranging from plastics to more ruggedized compounds.
* Ease of Assembly: The connector is designed for easy and efficient assembly, minimizing installation time and reducing the risk of damage during the process. This often includes features like a simple locking mechanism or a clear alignment guide.
Low Voltage Power Supply Connector:
This LV connector falls squarely into the category of low voltage power supply connectors. These connectors are specifically designed for transferring electrical power at low voltages, typically used in applications where higher voltages would be dangerous or inefficient. Examples include powering electronic devices, sensors, and actuators. The key requirements for these connectors include high reliability, low contact resistance, and the ability to handle the required current. The connector described above meets these criteria effectively.
LV Conduit Connector:
While this specific connector is not designed for conduit applications, it's important to understand the distinction. LV conduit connectors are designed to provide a secure and waterproof seal between cables and conduits, protecting the wiring from environmental hazards. These connectors are typically larger and more robust than the connector described above, and they often incorporate sealing mechanisms to prevent water ingress.
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