Tinker and Rasor Voltmeter Cane

Description

The Tinker and Rasor Voltmeter Cane is a lightweight, durable, and ergonomic solution for cathodic protection professionals conducting pipe-to-soil potential surveys and other field testing. Designed for all-day use, this modular cane enhances comfort and efficiency with an adjustable-height handle and built-in wire reel.

Engineered to be compatible with any standard ¼-20 threaded reference electrode, the Tinker and Rasor Voltmeter Cane easily integrates with industry-standard half-cells (electrode not included). Choose from 75, 150, or 200 feet of MIL-SPEC #22 AWG red wire for flexible survey coverage, making this an essential tool for corrosion technicians and engineers.

Product Benefits

• All-Day Comfort – Lightweight design with adjustable handle height to reduce fatigue during extended surveys.
• Modular Compatibility – Accepts all standard ¼-20 threaded reference electrodes.
• Built-In Wire Reel – Keep your survey wire organized with internal cable management and adjustable-length options.
• Durability in the Field – Constructed from high-strength materials to withstand rugged environments and daily use.
• Compact & Convenient – Reel and cane design minimizes tangle and transport hassles.

Typical Applications

• Cathodic protection potential surveys
• Pipeline assessments
• Tank and facility grounding evaluations
• Use in combination with digital voltmeters (e.g., CPV-4) and copper/copper sulfate half-cells

Key Features

• Accepts all standard ¼-20 reference electrodes
• Red #22 AWG military-spec wire, available in 75 ft, 150 ft, or 200 ft lengths
• Adjustable reel height and handle height for optimal ergonomics
• Compact, durable construction with max voltmeter width of 5 inches
• Compatible with Tinker and Rasor and other industry-standard electrodes (sold separately)

Survey Smarter with the Tinker and Rasor Voltmeter Cane
Streamline your CP surveys with this professional-grade voltmeter cane, trusted by corrosion technicians for its reliability, comfort, and field versatility.