Jaw Crusher PE 600x900

The PE600x900 Jaw Crusher: Your Primary Crushing Powerhouse. Built to reliably crush the toughest granite, basalt, and river pebbles, it ensures stable, high-performance operation as the first and most critical checkpoint in your production line.

Model Explanation: What exactly does PE 600×900 mean?

The PE600x900 model number is more than a code; it's a key to its performance. Let's decode its meaning.

• PE: Stands for "Jaw Crusher," a generic designation for this type of equipment.

• 600: Refers to the feed opening width of the crushing chamber, which is 600 mm. This directly determines the maximum material size it can handle.

• 900: Refers to the feed opening length of the crushing chamber, which is 900 mm. Width and length together determine feed capacity and theoretical output.

Thus, the name PE 600×900 precisely indicates a jaw crusher featuring a 600 mm × 900 mm feed opening (equating to approximately 24" × 35").

Working Principle and Structure: Simple, Reliable, and Powerful

Operating on the proven curved extrusion principle, the PE 600×900 Jaw Crusher is built around a robust core structure: a heavy-duty frame, a dynamic movable jaw, a high-tolerance eccentric shaft, a reliable toggle plate, and a precise adjustment seat.

1. Power Transmission: The motor drives the eccentric shaft via a V-belt.

2. Extrusion Movement: The rotation of the eccentric shaft drives the movable jaw in a complex elliptical motion, sometimes approaching and sometimes moving away from the fixed jaw.

3. Crushing Process: When the movable jaw approaches the fixed jaw, the material entering the crushing chamber is crushed by compression, splitting, and bending. When the movable jaw moves away, the crushed material is discharged from the discharge port under the action of gravity.

4. Safety Protection: The toggle plate not only provides support but also acts as an overload protection device. If uncrushable objects (such as iron blocks) enter the crushing chamber, the toggle plate instantly breaks, protecting the other core components of the main unit from damage.

This commitment to simple, efficient engineering delivers unsurpassed reliability and minimal maintenance, keeping your operational costs low and your uptime high.