How to select a vibrating screen exciter?

1. Core Selection Criteria: Match Requirements to Scenarios

1. Material Properties Define Excitation Force

   • Particle Size : Coarse materials (e.g., ores) require  low-frequency, high amplitude  (5-8mm); fine powders (e.g., chemicals) need  high-frequency, low amplitude  (2-4mm).

   • Density & Moisture : High-density or sticky materials demand 30%-50% higher excitation force (e.g., iron ore screening <000000>ge;40kN).

2. Throughput Dictates Power

   • Formula: Excitation Force (kN) = Screen Load (tons) × 1.5~2.5 safety factor.

   • Example: 10 tons/h throughput → 15-25kN exciter + 5.5kW motor.

2. Key Parameters: Frequency, Amplitude, Type

3. Durability Design: Cost Savings in Details

• Material : Carbon steel (standard use) vs. stainless steel (corrosive/high-temperature environments).

• Sealing : IP65 rating for dustproofing—mandatory in mining!

• Bearings : SKF/FAG brands (2x lifespan, +30% cost).

4. Compatibility: Secure Installation & Stability

1. Mounting Hole Alignment : Measure screen bolt holes—custom brackets needed if deviation >2mm.

2. Dynamic Balance Test : Avoid resonance; recalibrate if noise exceeds 85dB.

5. Smart Control: Energy Savings & Effizienz

• Variable Frequency Drive (VFD) : Cuts energy costs by 20% for fluctuating materials (+USD 420 cost).

• Remote Monitoring : Add sensors to track bearing temperature/vibration anomalies in real time.

6. Cost Analysis: Buy Right, Save More （for reference)

7. Industry Secrets: Avoid These Traps!

• Low-Price Scams : Exciters

• Vague Compatibility : Reject suppliers who omit installation blueprints!

• Poor After-Sales : Brands with <1-year warranty have 40% failure rates.