Electromagnetic Sieve Shaker PTE-ESS-116

Electromagnetic Sieve Shaker PTE-ESS-116

WORKING PRINCIPLE

Electromagnetic Vibration

  • The shaker uses an electromagnetic drive system, which consists of a coil and an armature
  • When AC current passes through the coil, it creates an oscillating magnetic field, causing the armature (and the attached sieve stack) to vibrate rapidly.

 

High-Frequency Sieving:

  • The vibration is high-frequency and low- amplitude, which efficiently moves the particles across the sieve mesh.
  • The motion is usually vertical, circular, or elliptical depending on the design, ensuring that all particles pass through the mesh.

 

For More Technical Information Download The Catalogue

 

Category

KEY FEATURES

Electromagnetic Vibration System

  • Operates with an electromagnetic drive, providing uniform and precise vibration for consistent sieving results.

  • Adjustable vibration intensity for different materials and particle sizes.

Multi-Sieve Capability

  • Accommodates standard test sieves (200 mm / 8” or 300 mm / 12” diameter).

  • Supports multiple sieves stacked together for simultaneous particle size analysis.

  • Compatible with standard laboratory sieves (ASTM, ISO, or IS standards).

Time-Controlled Operation

  • Built-in timer for automatic operation up to several hours.

  • Ensures reproducible results without manual monitoring.

Robust Construction

  • Made with durable stainless steel or powder-coated body for long-term use.

  • Resistant to corrosion, dust, and wear.

Safety Features

  • Overload protection and stable base prevent accidental tipping.

  • Low-noise operation ensures safe laboratory environment.