Overview of 1729131 by Phoenix Contact
The 1729131 by Phoenix Contact is a barrier strip terminal block designed for printed circuit board (PCB) applications. It is rated for a conductor area of 1.5mm², supporting wire sizes between 26 AWG (min) and 16 AWG (max). This terminal block is configured with 3 positions, mounted on a single deck and row with a pitch spacing of 5.08mm. This configuration, combined with a screw wire connection method, offers a secure and reliable electrical connection for a wide range of applications.
Rated for a current of 13.5A and a voltage of 250V, the 1729131 adheres to strict safety standards, including a UL safety approval. It is made from a PA, 94V-0 flame-retardant material, ensuring durability and resistance to fire hazards. Compatibility with RoHS (Restriction of Hazardous Substances) makes this terminal block a compliant choice for environmentally conscious applications. The fastening method utilizes screws, facilitating easy mounting on boards. Its status as an active component underlines its ongoing relevance and availability in the market.
Industry Applications for 1729131
The versatility of the 1729131 terminal block opens it up to potential applications across a broad spectrum of industries. Although specific use cases should be analyzed and verified for compatibility and adherence to industry standards, some illustrative applications include:
- Education and Research: In educational settings or research laboratories, these terminal blocks might be utilized in prototyping or experimental setups due to their ease of use and secure wire connection capabilities. They potentially serve in the construction of custom electronic test equipment or teaching aids that require reliable connections.
- Energy and Power Systems: The product’s capability to support 13.5A rated current could make it suitable for small-scale energy distribution panels, renewable energy controllers, or power conditioning units where secure and durable wire connections are crucial.
- Medical Imaging: Although requiring verification for specific medical standards, these terminal blocks might find use in non-critical components of medical imaging equipment, where reliable connectivity and compliance with safety standards like UL are necessary.
- Robotics and Drones: For robotics and drone applications, the compact size and the robustness of this terminal block could facilitate the secure connection of sensors, actuators, or power supply lines, especially in prototypes or small-scale production where modification and flexibility are required.
Note that these potential industry applications are only conceptual/illustrative and require analysis and verification by engineering and design teams.
About Phoenix Contact
Phoenix Contact is a global leader in electrical engineering and automation, specializing in innovative and high-quality electronic components and solutions. Among its broad product range, the 1729131 and similar terminal blocks highlight Phoenix Contact’s commitment to providing reliable connectivity solutions. Known for their durability and precision, Phoenix Contact’s terminal blocks, including those in the Terminals and Terminal Blocks subcategory, are designed to meet the stringent requirements of a wide range of industrial applications. Their products are widely used in industries such as automation, energy, infrastructure, and more, showcasing the company’s expertise in creating components that can withstand challenging environments and demanding conditions.
Where to Find 1729131 by Phoenix Contact
For those considering the procurement of 1729131, findchips.com offers a convenient platform to compare pricing, availability, and specifications. To explore alternate parts to 1729131 that might be available from Phoenix Contact or other manufacturers in the Terminals and Terminal Blocks category, this platform provides an extensive database. Historically, distributors such as Master Electronics, LCSC, Dynamic Solutions GmbH, and Mouser Electronics have stocked this part. However, stock levels and pricing are subject to change, and it is advised to visit findchips.com for the most current information.