CTA Tools 8477 Needle Test Probe Set - Multimeter Leads & Test Leads with Silicone, Spring Steel Probes, High-Temperature Resistant, Compatible with Standard 4mm Sockets, Easy Storage

.• Includes a pair of double insulated silicone test leads, featuring one straight fixed shrouded plug and one right-angled plug, both fitting standard 4mm instrument sockets

• Features a pair of cable piercers for intrusive measurements, offering an alternative when back probing is not viable

• Comes with slim back probing probes made with ‘spring steel’ for enhanced flexibility and minimal damage to connector seals

• The silicone leads are high-temperature resistant, suitable for environments with exposure to hot manifolds or soldering irons

• Compliments the CTA 7662 - 92 Pc. Master Line Kit and is designed for easy storage within the case
.Comprehensive Back Probe Kit: The CTA Tools 8477 Needle Test Probe Set is a versatile back probe kit, featuring double insulated silicone test leads tailored for multimeter probes, ensuring precise and reliable measurements in demanding environments.
.Innovative Cable Piercers: Equipped with cable piercers, this test lead kit provides an alternative for intrusive measurements, enhancing the functionality of volt meter leads in scenarios where back probing is not feasible, ensuring optimal performance
.Spring Steel Back Probes: Designed with slim back probing probes made from ‘spring steel,’ this multi meter test leads kit minimizes damage to connector seals, making it a reliable back probe kit automotive option for delicate testing applications
.High-Temperature Silicone Leads: The high-temp test probes in this multimeter leads kit resist heat exposure, ideal for use near hot manifolds or soldering irons, ensuring durability and reliability of multimeter test lead kit in challenging conditions
.Compact & Compatible Design: This automotive test lead kit complements the CTA 7662 - 92 Pc. Master Line Kit, designed for easy storage within its case, and enhances any multimeter leads kit with its compact and efficient needle probe set design