Specialized Single-Strand Feeder Hanging Net (Type BD) for cable traction and long-term fixation on large lamp posts and signal towers. Accommodates cable diameters from 7mm to 36mm with a maximum breaking load of 700kg.
Dimensions
Data Overview
Model
Size Range (Diameter mm)
Mesh length (mm)
Total length (mm)
Breaking load (kg)
BD-1
7-12
165
350
420
BD-2
13-18
235
450
450
BD-3
18-25
275
520
590
BD-4
25-31
350
600
700
BD-5
32-36
420
760
700
Product Features & Engineering Logic
Key Area
Feature
Advantage
Benefit
Load Performance
Maximum breaking load of 700kg (Model BD-4 and BD-5).
High capacity is suitable for securing heavy or long vertical feeder cable runs.
Safety Compliance: Meets stringent engineering requirements for high safety factors in tower rigging operations.
Construction & Grip
Adopts a specialized single strand weaving technique.
Creates a streamlined, flexible mesh tailored for gripping feeder cables without excessive bulk.
Cable Protection: Ensures a secure, uniform grip that manages cable weight effectively, preventing localized stress and jacket damage during long-term suspension.
Application Specificity
Explicitly designed for large lamp posts and signal towers.
Provides an engineered solution for vertical support in high-altitude telecom and lighting infrastructure.
Installation Reliability: Enhances the structural integrity and longevity of critical feeder cable installations.
Dual Functionality
Used for both cable traction (pulling) and long-term fixation (securing).
The same tool performs two critical steps in the installation process.
Operational Efficiency: Simplifies the installation workflow and reduces the variety of hardware required on site.
FAQs
Q1: What is the maximum cable size the BD series can grip?
The largest model, BD-5, is designed to accommodate cable diameters up to 36mm.
Q2: What is the highest breaking load available in this series?
The maximum breaking load for models BD-4 and BD-5 is 700kg.
Q3: What structures is this hanging net used on?
It is primarily used for the traction and fixation of cables on large lamp posts and signal towers.
Q4: How is the grip constructed?
The grip is constructed using a single strand weaving method.