ESE-309-Los Angles With Digital Counter

Attribute	Details
Material	High-quality steel construction for durability and reliability
Drum Capacity	Up to 12 kg of material for testing
Dimensions	Standard drum size with an approximate diameter of 700mm and length of 500mm
Weight	Typically ranges from 100-150 kg (depending on the model)
Digital Counter	Built-in digital counter for accurate rotation count tracking
Motor Type	Electric motor, typically 0.5 to 1 HP, with variable speed control
Speed	Adjustable rotation speed, usually 30-33 RPM (revolutions per minute)
Testing Method	Used to evaluate the abrasion resistance of aggregates for construction applications
Digital Features	Precise and easy-to-read digital display for rotation counting and test duration
Application	Commonly used in laboratories for quality control of aggregates in road construction
Environment	Suitable for laboratory and industrial testing environments

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Product description

The Los Angeles Abrasion Testing Machine with a digital counter is a state-of-the-art apparatus used to determine the abrasion resistance of aggregates used in road construction. It measures the durability of materials by simulating the wear and tear caused by traffic and weathering. The addition of a digital counter enhances precision by automatically counting the number of revolutions during the test.

Key Features

Digital Counter: The integrated digital counter provides accurate and easy-to-read results, automatically tracking the number of revolutions during the test.
Heavy-Duty Construction: Built with a durable steel drum that can withstand the wear and tear of continuous use.
Efficient Testing: The machine ensures uniform rotation for consistent and reliable results.
Adjustable Speed: Speed control options to meet various test requirements and standards.
Safety Features: Equipped with safety features like a lockable drum and protective covers for secure operation.
Accurate Measurement: The digital counter ensures precision in measuring test cycles, improving reliability and reducing human error.