When choosing a cement silo in the construction industry, you generally face...
| Body Size (mm) | 2.500 x 520 mm |
|---|---|
| Grizzly Length (mm) | 820 mm |
| Motor Power (kW) | 2 x 3 kW |
| Hopper Volume (m³) | 8 - 10 - 15 |
| Capacity (ton/hour) | 80 - 100 t/h |
| Weight (kg) | 8.000 kg |
| Body Size (mm) | 2.500 x 520 mm |
|---|---|
| Grizzly Length (mm) | 820 mm |
| Motor Power (kW) | 2 x 3 kW |
| Hopper Volume (m³) | 8 - 10 - 15 |
| Capacity (ton/hour) | 80 - 100 t/h |
| Weight (kg) | 8.000 kg |
The CPG-09 vibrating feeder represents a critical component in modern stone crushing operations, designed to handle capacities between 80 and 100 tons per hour. This model serves as the first line of material management in crushing facilities, positioned strategically before primary crushers to ensure consistent material flow and optimal processing efficiency. With its robust construction featuring a 2,500 x 520 mm body size and an 820 mm grizzly length, this feeder manages the demanding requirements of high-capacity crushing lines while maintaining operational stability.
What sets the CPG-09 apart is its dual motor configuration, utilizing 2 x 3 kW motors that deliver smooth, controlled vibration patterns. This setup eliminates the abrupt material surges that typically plague crushing operations, where sudden material ejections cause cascading problems throughout the entire production line. The feeder's hopper options range from 8 to 15 cubic meters, providing flexibility to match specific operational requirements. This capacity range allows operators to maintain a steady material buffer, preventing the feast-or-famine scenario that damages equipment and reduces productivity.
The engineering behind this vibrating feeder addresses real-world challenges that crushing operations face daily. When material hits crushers in irregular bursts, the consequences extend far beyond immediate processing inefficiencies. Conveyor belts suffer premature wear, screens become overloaded, and downstream equipment like impact crushers and vertical shaft crushers struggle with inconsistent feed rates. The CPG-09 acts as a flow regulator, transforming erratic material delivery into a controlled, continuous stream that keeps the entire crushing line operating within its optimal parameters.
Material flow consistency directly impacts the lifespan of wear parts across the crushing circuit. Without proper feeding, hammers in impact crushers, mantles in cone crushers, and rotors in vertical shaft crushers experience accelerated degradation. The accumulated material tends to create hot spots and uneven wear patterns, leading to efficiency losses that can reach 60% or more. The CPG-09's steady feeding pattern distributes material evenly, maximizing the working life of these expensive consumables and reducing maintenance downtime significantly.
Beyond the primary crushing equipment, the benefits extend to ancillary systems. Conveyor belts maintain their alignment and integrity when material loads remain consistent. Rollers, bearings, and drum shafts avoid the shock loads that cause premature failure. Even screening operations perform more effectively when material arrives in controlled quantities rather than overwhelming surges followed by idle periods.
At 8,000 kilograms, the CPG-09 provides the mass and stability needed for reliable long-term operation. Its construction prioritizes durability and consistent performance, essential qualities for equipment that operates continuously in harsh environments. The smooth vibration characteristics ensure that material moves predictably through the system, while the reliable operation minimizes unexpected shutdowns that disrupt production schedules. This feeder doesn't just move material; it creates the foundation for efficient, cost-effective crushing operations where equipment longevity and production quality remain consistently high.
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