Introduction to YWZ4 Electro-Hydraulic Drum Brakes
The YWZ4 series electro-hydraulic drum brake is a high-performance industrial braking device. It plays a vital role in mechanical drive control systems for equipment used in lifting and transportation, metallurgy, mining, ports, and construction machinery. Notably, this type of brake offers a compact structure, stable braking, quick response, and easy maintenance. Therefore, it has become one of the most widely used industrial brakes on the market today.
The brake mainly consists of a base frame, brake arms, brake linings, and an electro-hydraulic thruster (also known as a hydraulic pusher). The working principle is straightforward: the electro-hydraulic thruster provides the driving force to either open or close the brake arms, thereby enabling the braking or releasing of rotating components. The brake applies force through a spring mechanism, automatically engaging when the power is off and releasing when powered on. Consequently, it is particularly suitable for operations involving frequent starts and stops.
Compared to traditional mechanical brakes, the YWZ4 electro-hydraulic drum brake stands out for its fast response, strong and adjustable braking force, low energy consumption, and long service life. The brake typically uses an Ed series electro-hydraulic thruster, which features a self-lubricating design that ensures smooth operation and low noise.
Moreover, the YWZ4 brake complies with the JB/T6406-2006 standard, and its installation dimensions and technical parameters align with international norms. This compatibility allows it to serve as a versatile and replaceable component in global industrial systems. Additionally, its brake linings use high-performance, asbestos-free materials, making them both environmentally friendly and durable in harsh conditions.
In summary, the YWZ4 series electro-hydraulic drum brake is a safe, reliable, and high-performance solution. It serves as an essential component in modern industrial equipment, meeting both safety and efficiency demands.
