Professional Zoom Sag Scope with 4x Magnification for Precise Sag Measurement and Non-Contact Safety
Mô tả sản phẩm
Professional Zoom Sag Scope for Precise Overhead Conductor Sag and Clearance Measurement
The Zoom Sag Scope is a specialized optical survey instrument designed specifically for measuring the sag (vertical dip) of overhead electrical conductors and the clearance between conductors and the ground or other objects. It is an essential tool for ensuring the safety, reliability, and efficiency of power line construction, maintenance, and inspection.
Specifications
Item Number
22151
Magnification Factor
4
Applicable Angle Iron
<56~125
Weight
16kg
Key Applications & Benefits
Ensures Proper Conductor Tension and Sag: Verifies that conductors meet engineering design specifications for optimal mechanical tension and safety.
Verifies Safe Electrical Clearances: Precisely measures distances between energized conductors and ground, roads, buildings, and other structures.
Essential for Power Line Construction: Critical tool for real-time sag monitoring during new conductor installation and reconductor projects.
Non-Contact Measurements: Enables accurate measurements from safe ground distances, eliminating risks associated with direct contact.
Supports Routine Maintenance: Used in regular inspection programs to monitor transmission and distribution network health.
Load and Temperature Assessment: Measures sag variations under different seasonal conditions and electrical loads.
Durable and Portable: Built for field use with rugged, waterproof construction suitable for challenging environments.
Improves Measurement Accuracy: Provides objective, repeatable measurements that eliminate guesswork and estimation errors.
Grid Reliability Compliance: Essential tool for meeting regulatory requirements and maintaining grid safety standards.
Long-Term Asset Management: Smart investment that ensures construction quality and prevents costly failures and outages.
The Zoom Sag Scope is a precision optical tool that translates visual observations into critical engineering data. It provides the quantitative information needed to control one of the most important physical characteristics of overhead power lines—their sag. This instrument plays an indispensable role in constructing safe lines, maintaining reliable clearances, and ensuring the ongoing integrity and performance of electrical transmission and distribution systems.