Zoom Sag Scope

Ideal for installation and maintenance, the MARSHINE Zoom Sag Meter is designed to redefine the accuracy and efficiency of overhead power line sag measurements, ensuring compliance with safety standards and optimal grid performance. Designed for utility technicians, engineers and renewable energy professionals, this advanced optical tool combines high zoom capabilities with rugged features to make accurate sag measurements from a safe distance.

Product Parameter

Product Feature

High-precision optical system: The MARSHINE Zoom Sag Scope can provides clear and magnified observation of wire sag from a long distance.

Adjustable zoom function: It provides flexibility in observing and measuring sag at different spans.

Durable and lightweight design: With the rugged housing can withstands harsh outdoor conditions while being easy to transport and operate.

Tripod compatible: Can be mounted on a standard tripod to ensure stable observation over long periods of time.

Non-contact measurement: Safely and remotely check sag without climbing buildings or touching wires.

Easy to use: Simple focus adjustment and measurement scale for field technicians and engineers.

Product Application

Ideal for measuring conductor sag during power line construction and maintenance.

Can be used to verifying correct sag and tension in new installations or retrofits.

The MARSHINE Zoom Sag Scope is suitable for quality control during stringing operations.

Can be used to monitoring conductor behavior under varying temperature and load conditions.

For supporting engineering surveys and compliance with regulatory sag standards.

Product Details

As an essential tool for professionals in the power transmission and distribution industry, the MARSHINE Zoom Sag Scope offers a safe, accurate, and efficient way to measure conductor sag without direct contact by features below.

Reliable performance: Trusted by utilities and contractors worldwide to provide reliable measurements in a variety of field conditions in more than 40 countries around the world.

Precision engineering: Designed for high accuracy and long-lasting durability.

Field-tested design: Optimized based on feedback from experienced line workers.

Avoid costly downtime: Detect sag deviations early to avoid line sag, overheating or tower stress.

Improve efficiency: Streamline grid inspections with fast, non-contact measurements, reducing field time by 50%.