Overview of 1778887 by Phoenix Contact
Phoenix Contact’s 1778887 is a pluggable terminal block, part of their PTSM series, which is designed for streamlined efficiency and reliability. The specific model, 1778887, is a strip terminal block featuring a 7-position straight orientation with a pitch size of 2.5 mm. It is well suited to various connecting applications where space is a premium, and a secure connection is essential.
This part supports an active lifecycle indicating its ongoing production and availability. It adheres to environmental standards with RoHS and REACH compliance, ensuring that it is free from hazardous substances and meets current regulatory demands. Notably, the part is also marked as Pb-free, aligning with global initiatives for lead-free electronic components. These attributes make the 1778887 a feasible choice for projects demanding high standards of environmental and safety compliance.
Industry Applications for 1778887
The 1778887 supports a broad range of potential applications across various industries, leveraging its compact design and compliance to strict safety and environmental standards. While considering the following use cases, it is vital for engineering and design teams to verify the component’s compliance with specific industry standards and application requirements:
- Renewable Energy: In solar power systems or energy storage systems, the 1778887 could potentially be used to establish reliable connections within power distribution units. Its compact size and the ability to handle eco-friendly operations due to RoHS compliance might be advantageous.
- Transportation and Logistics: Within control systems for transportation infrastructure or logistics, the 1778887 might offer a reliable plugging mechanism that contributes to the efficiency and safety of operations, especially in space-restricted environments.
- Robotics and Drones: This terminal block could potentially be incorporated within the internal wiring setups of robots and drones, where a lightweight, reliable connection is essential for signal and power transfer within compact units.
- Audio and Video Systems: For audio mixing consoles, broadcasting equipment, or other A/V systems which necessitate compact, dependable connections, the 1778887 might serve as an integral component for signal distribution tasks.
Note that these potential industry applications are illustrative and require thorough analysis and verification by appropriate engineering and design teams for actual implementation.
About Phoenix Contact
Phoenix Contact is a global leader in electrical connection, electronic interface, and industrial automation technologies. With a strong focus on innovation and quality, Phoenix Contact offers a wide range of products that cater to demanding industrial environments. Their expertise in Terminals and Terminal Blocks is particularly noteworthy, demonstrating advanced manufacturing capabilities and a deep understanding of industrial needs.
The 1778887, along with other products from the PTSM series, exemplifies Phoenix Contact’s commitment to providing solutions that combine performance with practicality. This part’s design and attributes ensure that it integrates seamlessly into various applications, underscoring the manufacturer’s ability to meet the broad needs of a diverse clientele.
Where to Find 1778887 by Phoenix Contact
To source Phoenix Contact’s 1778887, prospective buyers can utilize the search capabilities at findchips.com. By entering the part number, you can access current stock levels and pricing from various distributors. Historically, this part has been available from distributors such as Master Electronics, Dynamic Solutions GmbH, Sager, TTI, Onlinecomponents.com, and Mouser Electronics.
Additionally, for those interested in exploring alternative parts within the Terminals and Terminal Blocks subcategory, findchips.com offers extensive listings that might include alternatives by Phoenix Contact or other manufacturers. It is advisable to review options to find the best fit for your specific application needs.