Milnor Sa 10 019a 2-way Brake Air Cylinder

Overview

The Milnor SA 10 019A is a well-manufactured double acting brake air cylinder designed for high precision braking. Engineered for superior performance and durability, this part is the cornerstone of systems required to provide controlled braking on a variety of loads. Heavy-duty construction paired with efficient pneumatic design ensure operations to be smooth and trouble-free.

Features

Tough construction: The cylinder is built using heavy materials that will not rust and can withstand intense and prolonged pressure in its application, thus minimizing the wear and tear.

Optimum Performance: This is a 2-way setup, designed to optimize air flow and respond more rapidly, ensuring consistent braking action.

Versatility: It integrates with many industrial machines, making it flexible with the application at hand.

Compact Design: The compact design allows for easy integration into existing systems, without the need for much alteration.

Applications

The Milnor SA 10 019A 2-way Brake Air Cylinder is mainly applied in the following industries;

Textile Manufacture: It offers controlled braking in textile spinning and weaving machinery running at high speeds.

Automated Production Lines: It controls movement exactly when stopping overruns and keeps the production underway.

Heavy Machinery Operating Systems: The machinery increases the sharing of load and braking in such a large mechanical system so that the possibility of accidents are reduced and it safeguards the equipment and personnel.

Advantages

Safety: The braking system is reliable, so this equipment reduces the chances of accidents.

Efficiency: The instant reaction of the cylinder improves the performance of the machinery along with the workflow.

Durability: High-class quality building material will ensure a longer service life. That means less replacement and fewer downtime events.

Cost-Effective: Durable design would depict fewer problems related to maintenance and replacement, thus saving more time with minimal costs during operation.