Test Lead Set 5-Way Multipoint Clip - Fluke

The Fluke TL26 Test Lead Set with 5-Way Multipoint Clips is an essential tool designed for professional technicians requiring versatile and reliable connections in demanding environments. This industry-standard set provides multiple secure attachment options, making it ideal for a broad spectrum of telecommunication and automotive diagnostic applications.

Key Features

• Versatile 5-Way Connectivity: Features U-shaped noise clips for blade-shaped terminals, notched jaws for gripping screw heads or bare wires, serrated teeth for threaded or wire-wrapped terminals, a cluster of sharp needles for piercing small gauge (#22 - #28 AWG) wires, and a large piercing needle for penetrating larger gauge wires.
• Robust Electrical Rating: Rated for 250V and 10A, these leads are suitable for a wide array of testing requirements in vehicle electrical systems and telecommunication circuits.
• Durable Silicone Leads: Equipped with 60" (1.5m) silicone-insulated leads that remain flexible and perform reliably across an extreme temperature range from -80°C to +150°C (-112°F to +302°F).
• Professional-Grade Construction: Engineered for durability and consistent performance, ensuring longevity and accuracy in professional use.

Applications

The Fluke TL26 Test Lead Set is invaluable for technicians working with intricate electrical and electronic systems.

• Automotive Diagnostics: Facilitates precise testing of vehicle wiring harnesses, sensors, fuses, and battery connections, even in confined spaces. The varied clip types enable non-invasive testing or secure attachment to different terminal types found in modern vehicles.
• Telecommunications: Ideal for troubleshooting and verifying connections on communication lines, network equipment, and low-voltage systems, supporting reliable signal integrity and circuit performance.
• Industrial Maintenance: Useful for general electrical testing and troubleshooting within industrial control panels and machinery, where secure and adaptable connections are critical for accurate diagnostics.