Waterproof tail wire for network monitoring

Waterproof network surveillance cables serve as a "stable connection hub" for outdoor and humid environment monitoring systems.

Product Features:

✔ High-level waterproof and dustproof, fearless of harsh environments
✔ Integrated transmission design, efficiently adapting to various needs
✔ Durable and robust structure, extending service life
✔ User-friendly design details, making maintenance more convenient

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Product Description

Waterproof network surveillance cables serve as a “stable connection hub” for outdoor and humid environment monitoring systems. Specifically designed for network cameras, PoE monitoring equipment, and other devices, they integrate data transmission, power supply, and waterproof protection. These cables provide uninterrupted, reliable connectivity for monitoring equipment around the clock, making them a crucial component for ensuring clear image quality and long-term equipment operation.

Product Specifications

Parameter Category	Specific Details
Length Specification	Standard models cover short lengths (30cm, 0.8m, 1m) for close-range installation (wall-mount, ceiling-mount); engineering models reach 305m for large-area monitoring wiring. Custom lengths are supported, with 10cm extensions adjustable by cost.
Core Wire & Transmission	Mainstream types: 9-core, 10-core; POE models support 48V power supply (some enable 48V-to-12V conversion). Core wires use 4N oxygen-free copper/bare copper strands, complying with Cat5e/Cat6 standards (4-pair twisted-pair, 100Ω characteristic impedance), supporting 1000Mbps transmission. Insulation resistance ≥100MΩ·m, with low signal attenuation.
Protection & Weather Resistance	IP67 waterproof (48-hour immersion resistance); wide temperature range: standard -30°C~60°C, special models -40°C~75°C. Passes tests: no cracking at -20°C bending, no sheath aging after 7-day UV exposure.
Electrical Safety	Dielectric strength: 1kVDC (no breakdown in 1 minute); shielded models resist electromagnetic interference, with error rate ≤10⁻¹² in high-interference environments (elevator shafts, power distribution rooms) to ensure stable signals.