Key benefits — why you need this detector Reliable alerts: audible and visual alarms trigger simultaneously so you won't miss a detection event. Reduced false alarms: designed with low sensitivity to regulatory interference, helping avoid unnecessary alerts in controlled environments. Built for sensitive environments: antistatic, conductive carbonfiber plastic housing protects sensitive electronics and reduces static discharge risk. Portable and easy to use: compact, lightweight design and a sensitivity detector make it convenient for on‑the‑go inspections. Key features Alarm: simultaneous sound and light indicators for clear, immediate feedback. Sensitivity behavior: low sensitivity to regulatory interference to minimize accidental triggers while maintaining detection capability. Material: housing made from carbonfiber antistatic conductive plastic for durability and electrostatic protection. Detector performance: sensitivity detector for dependable detection in a variety of situations. Electronics: uses an imported end digital chip for stable, consistent performance. How it solves common problems Missed detections are reduced through combined audible and visual alarms. False positives from environmental or regulatory interference are minimized by the device's low sensitivity to such signals. Staticsensitive equipment and environments are protected by the antistatic, conductive housing. Field inspections are simplified thanks to the lightweight, portable design and straightforward operation. Practical applications / use scenarios Security checkpoints: quick handheld screening with clear sound and light alerts for rapid decisionmaking. Field inspections and maintenance: portable, easytocarry detector for onsite equipment checks where stability and sensitivity matter. Electronics manufacturing and ESDcontrolled areas: antistatic conductive housing helps protect sensitive components during detection tasks. What to expect in daily use Simple operation and fast response from a sensitivity detector. Stable, reliable performance driven by an imported digital chip. Durable, antistatic enclosure that supports use around electronic assemblies and in controlled environments. Specifications summary Alarm: simultaneous audible and visual indicators Sensitivity: low sensitivity to regulatory interference (minimizes false triggers) Material: carbonfiber antistatic conductive plastic housing Detector: sensitivity detection element Electronics: imported end digital chip for stable performance