Enhance your network installation and maintenance tasks with this versatile Cable Tester, designed for quick and accurate testing of various cable types. Crafted from durable plastic, this tester supports RJ45, RJ11, and BNC ports, making it suitable for a wide range of network cables. Whether before or after installation, it efficiently measures cable continuity, sequence, and fault locations through automatic scanning, ensuring reliable network performance. Key Features: · Fast and Accurate Testing: Automatically scans cables to quickly measure continuity, wiring sequence, and pinpoint cable faults, saving time and effort during network setup and troubleshooting. · Comprehensive Fault Detection: Detects open circuits, short circuits, straddle faults, reverse connections, and series winding issues to guarantee cable integrity. · User-Friendly Operation: Lightweight design with an easy-to-read LCD screen (35 x 17mm) and audio prompt function on the remote recognizer enhances usability and convenience. · Long Battery Life: Supports up to 50 hours of standby time with an automatic delay shutdown feature to conserve power during inactivity. · Wide Compatibility: Equipped with RJ45, RJ11, and BNC tester ports to accommodate various cable types commonly used in networking and telecommunications. · Portable and Compact: Measuring approximately 123.7 x 66.5 x 24.5 mm and weighing only 387g, this tester is easy to carry and store for on-the-go network diagnostics. Specifications: · Item Type: Cable Tester · Material: Plastic · Tester Ports: RJ45, RJ11, BNC · Battery: 4 x AAA (8mA) – Not Included · LCD Screen Size: 35 x 17mm (1.4 x 0.7 inches) · Working Temperature: -10℃ to +40℃ · Size: Approx. 123.7 x 66.5 x 24.5 mm (4.9 x 2.6 x 1 inches) · Weight: Approx. 387g (13.65oz) Package Includes: · 1 x Producer Unit · 1 x Receiver Unit · 1 x Instruction Manual · 4 x Testing Cables This Cable Tester is an essential tool for network technicians and installers, offering fast, reliable, and comprehensive cable diagnostics to ensure optimal network connectivity and performance.