Fluke | TP40 | Automotive Back Probe Pins 5 PK FLUTP40

Specifications

The Fluke TP40 Automotive Back Probe Pins are essential for precise electrical diagnostics.

• Manufacturer: Fluke Corporation
• Model Number: TP40
• Product Name: Automotive Back Probe Pins 5 PK FLUTP40
• Weight: 1 lb
• Dimensions: 6 x 3 x 0.05 inches
• Quantity: 5 pins per pack

Key Features

These automotive back probe pins provide reliable connections for vehicle electrical testing.

• Non-Invasive Design: Enables testing of connectors without damaging wire insulation or terminals.
• Slim Profile: Allows access to hard-to-reach automotive electrical circuits and tight spaces.
• Standard Compatibility: Designed to work with most multimeters, oscilloscopes, and test leads with standard banana jacks.
• Durable Construction: Built for repeated use in demanding shop environments, ensuring longevity.
• Convenient Pack: Includes five (5) individual back probe pins for versatile diagnostic tasks.

Applications

The Fluke TP40 back probe pins are critical for accurate automotive electrical system analysis.

• Vehicle Electrical Diagnostics: Ideal for troubleshooting wiring harnesses, sensors, and actuators in all types of vehicles.
• Signal Monitoring: Provides reliable access points for monitoring voltage and current signals on live circuits.
• Component Testing: Facilitates testing of various automotive components such as injectors, coils, and various sensor outputs.
• System Analysis: Supports in-depth analysis of complex vehicle electronic control units (ECUs) and network systems.
• Professional and DIY Use: Suitable for professional automotive technicians, mechanics, and advanced DIY enthusiasts.

Benefits

Utilizing the Fluke TP40 Automotive Back Probe Pins delivers significant advantages in vehicle maintenance and repair.

• Protects Vehicle Wiring: Prevents costly damage to sensitive automotive wiring by eliminating the need to pierce insulation during testing.
• Ensures Accurate Readings: Provides stable and reliable electrical connections, leading to precise diagnostic measurements and reducing misdiagnosis.
• Enhances Diagnostic Efficiency: Speeds up the troubleshooting process by allowing quick and easy access to electrical signals without disassembling connectors.
• Increases Tool Versatility: Expands the capabilities of existing diagnostic equipment, making it more effective for a wider range of automotive applications.
• Improves Safety: Reduces the risk of short circuits and electrical hazards by providing a secure, insulated connection point for testing.