Subsurface Pipeline Locator Tags for Power & Fiber Optic Cables | 0.7m Depth

The Short-Range Nail-Type Electronic Marker (Model: ED1100) is a high-precision domestic underground RFID tag designed for smart pipeline network construction. Encapsulated in robust ABS/HDPE material, it offers exceptional chemical corrosion resistance and pressure durability for direct burial in complex underground environments. Serving as the "digital ID" for buried Assets, it supports customization across various industry-standard frequencies to effectively identify power cables, communication fiber optics, gas, water supply, and drainage lines. With a service life exceeding 30 years and an IP68 waterproof rating, it ensures long-term asset security and traceability, making it an indispensable Tool for municipal Engineering, construction, and pipeline inspection departments.

Core Functions

Multi-Frequency Intelligent Identification:

Supports specific operating frequencies tailored to different utility types (e.g., Power 169.8KHz, Telecom 101.4KHz, Gas 83/87KHz, Water 145.7KHz, Sewer 121.6KHz), preventing signal interference between different utilities.

Dual Encoding System:

Non-ID Version: Compatible with mainstream detectors like the ED8000 and 3M Dynatel series, allowing seamless upgrades for existing equipment users.

ID Version: Features a built-in unique 10-digit user code and chip manufacturer code for precise digital ASSET MANAGEMENT and ownership tracking.

Superior Environmental Adaptability:

Rated IP68 for total dust and water immersion protection. It withstands vertical pressures up to 5KN (approx. 500kg) and drop impacts from 3 meters onto concrete surfaces.

Precise Detection & Location:

Offers a maximum effective detection depth of 0.7 meters. When used with a handheld short-range detector, it quickly locates hidden pipelines, significantly reducing the risk of accidental excavation during construction.

Wide Application Scenarios:

Ideal for marking key nodes such as trenchless laying points, valve ports, pipeline bends, manhole covers, and river crossings.

Technical Parameters