The 1836147 from Phoenix Contact is a high-performance industrial-grade connector, specifically designed to provide safe and reliable electrical connections. This model belongs to Phoenix Contact’s well-established range of PCB and DIN rail terminal products, manufactured with high-quality conductive materials and precision engineering to ensure stable signal and power transmission over the long term. The 1836147 offers multi-channel wiring solutions, making it ideal for high-density connections in complex circuitry, and is widely used in industrial automation, control systems, energy management, building automation, and transportation equipment.

In terms of structure and materials, the 1836147 features a high-temperature, corrosion-resistant engineering plastic housing with excellent mechanical strength and vibration resistance, suitable for harsh industrial environments with high humidity, dust, and frequent vibrations. Its contacts are made of high-conductivity alloys and are plated with tin or nickel, providing low contact resistance, high conductivity, and strong oxidation resistance, ensuring stable electrical performance over long-term use. The connector supports multiple wiring methods, including screw termination and spring-clamp connections, facilitating assembly and maintenance while withstanding frequent insertion, removal, and vibration shocks.

Additionally, the 1836147 is designed with modularity and scalability in mind, supporting various sizes and interface configurations to allow engineers to flexibly combine and expand systems according to application requirements. Phoenix Contact strictly adheres to international quality standards during production, and each product undergoes temperature cycling, vibration, shock, and electrical performance testing to ensure reliability in long-term and harsh industrial environments. Overall, the 1836147 combines high durability and reliability, providing engineers with an ideal solution for achieving stable electrical connections in industrial electronic systems.