Hastings 6799 Portable Hot Stick Tester

Full Description

Hastings 6799 Digital Hot Stick Tester & Mass Flow Meter: The Hastings 6799 is a premier Digital Hot Stick Tester engineered to deliver elite operational performance for characterizing dielectric stimulus in rigorous electrical safety audits. By addressing the requirement for surgical accuracy in high-voltage tool validation, this instrument effectively reveals signal nuances in leakage current down to the micro-amp level. The metrological architecture of the 6799 ensures absolute reliability, providing high-fidelity oversight with simulated voltages of 75,000V/ft for wet testing and 100,000V/ft for dry testing for exhaustive validation of fiberglass hot sticks per OSHA 1910.269. Built for industrial longevity and professional-grade safety validation, this portable tester is a high-trust solution for managing stimulus in utility and high-voltage maintenance audits. Its technical sophistication is centered on its dual-range selector and lightweight, 115VAC powered chassis, establishing it as a professional-grade metrology asset for certifying insulation integrity. Providing the repeatable results and rigorous verification required for identifies hardware anomalies, this model facilitates the immediate removal of substandard tools from service, serving as the definitive tool for safety managers requiring a high-stability platform for precision dielectric characterization. Technical Specifications & Metrological Data: Dielectric Fidelity: Simulated high-voltage testing at 75kV/ft (Wet) and 100kV/ft (Dry). Metrological Precision: Dual-range selector provides actual leakage values in micro-amps. Compliance Logic: Fully compliant with OSHA 1910.269 regulations for hot stick testing. Operational Logic: Designed to evaluate fiberglass tools for suitability or required cleaning. Portability Suite: Lightweight, portable design optimized for field and shop safety audits. Power Intelligence: Operates on standard 115VAC for universal utility application. Safety Intelligence: Critical for the early detection of tool contamination or structural leakage.