Deliver to
United Kingdom
The Pomona Electronics 2894-0 is a high-quality test lead holder designed to securely organise and store test leads, making it an essential accessory for laboratories and electronic testing environments. It has a durable construction, ensuring easy access and tidy storage for test leads.
The Pomona Electronics 2894-0 Binding Post Connector is a standard fluted connector with exceptional performance and durability. Its black nickel finish adds an aesthetic appeal while providing corrosion resistance, ensuring long-lasting functionality. This connector is generally employed in laboratory setups, audio systems, test equipment, and other electronic applications. Its robust construction, aesthetic design, safety features, and high-performance characteristics make it a top choice for professionals and enthusiasts.
The 2894-0 Binding Post Connector features a robust construction that ensures secure connections. It is made from high-quality materials, including brass and nickel, which enhance its strength and conductivity. The fluted design adds grip and facilitates easy installation, making it ideal for quick connections in various environments.
This binding post connector offers versatility in terms of application. It can accommodate a wide range of wire sizes, providing compatibility with different gauges. Whether you need to connect thick gauge wires for high-power applications or finer wires for low-power circuits, the Pomona Electronics 2894-0 can meet your requirements.
The 2894-0 Binding Post Connector prioritises safety and convenience. It has a high-quality insulated cap covering the post, protecting users from accidental contact with live terminals. Additionally, the connector features a knurled nut, allowing for easy finger-tightening and preventing the need for extra tools.
With its excellent conductivity and corrosion resistance, the Pomona Electronics 2894-0 Binding Post Connector ensures optimal performance and reliability. It maintains a secure connection even under demanding conditions, minimising signal loss and ensuring consistent electrical flow.
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