Introduction
This document introduces the Low Dust Low Noise Cable Chain, highlighting its innovative design and features aimed at reducing dust and noise during operation. The chain is equipped with a steel insert and is designed to enhance cable protection and operational efficiency.

Specifications and Features
The cable chain features a hinge-type frame that allows easy access to cables by opening one side. It is available in various types, including CR-Type, N-Type, and E-Type, with specific models like nsb028, nsb035, nsb045, nsb060, and nsb075. The frame pins are strategically inserted to prevent accidental opening due to external impacts.

Divider System
The chain employs a patented divider system with DV-R and DV-M types for different applications. The dividers are locked in place to prevent movement, ensuring cable protection from external forces. This system eliminates the need for small parts that could damage machinery.

Design and Customization
The chain offers customizable options with dividers and fixing pins, allowing for various cable configurations. Separators are available in lengths from 20mm to 600mm, enabling tailored cable patterns. The use of an aluminum frame in certain models enhances protection against contaminants.

Applications
The cable chain is suitable for various applications, including horizontal, vertical, and revolving movements. It supports self-supporting lengths, which vary by model, ensuring stability under different conditions.

Installation and Maintenance
Instructions for installation include considerations for bending radius, mounting, and cable distribution. The document emphasizes the importance of checking self-supporting lengths when selecting chains.

Technical Data
The document provides technical specifications such as weight, speed, bending radius, pitch, clearance, and temperature range for different frame styles.

Conclusion
The Low Dust Low Noise Cable Chain is a versatile and innovative solution designed to enhance cable management and operational efficiency while minimizing maintenance and downtime.