ST-A100 vibrating screen Introduction
ST-A100 vibrating screen is a new generation of laboratory vibrating screen. It adopts international leading technology and uses electromagnetic drive to generate three-dimensional throwing motion effect. It can be used for different sizes of analytical sieves to meet powder, particulate matter, bulk and suspended solids. The particle size classification and measurement have the advantages of high measurement accuracy, reproducibility of screening results, and low noise. It is widely used in particle analysis in soil, pharmaceutical, metallurgy, geology, coal, grain and other industries. The screening results are efficient and reliable, and are ideal for research and production, quality control and R&D. Features
1. Efficient electromagnetic drive, electronically controlled amplitude and frequency
2.Suitable for dry and wet screens
3.Continuous vibration mode and intermittent vibration mode, more widely used
4.High screening accuracy and high efficiency
5.The instrument runs quietly and is easy to maintain
6. Memory storage 9 screening programs
7. Adjustable time for screening and adjustable vibration frequency
8.Three-dimensional throwing movement mode to ensure that the sample is evenly scattered throughout the mesh surface Technical Parameters
Sample characteristics: powder, loose pellets, suspended solids
Time display: 1-99min
Measuring range: 20μm-30mm
Amplitude: 0-3mm continuous adjustment
Dry sieve, wet sieve: can
Intermittent operation: 0-99s
Maximum load: 3kg
Maximum number of levels: 9
Screen material: stainless steel, nylon
Analytical sieve diameter: 100 / 150 / 200 / 300 mm
Movement form: three-dimensional throwing movement
Power data: AC 220V±10% 50Hz
Introduction
ST-A100 vibrating screen is a new generation of laboratory vibrating screen. It adopts international leading technology and uses electromagnetic drive to generate three-dimensional throwing motion effect. It can be used for different sizes of analytical sieves to meet powder, particulate matter, bulk and suspended solids. The particle size classification and measurement have the advantages of high measurement accuracy, reproducibility of screening results, and low noise. It is widely used in particle analysis in soil, pharmaceutical, metallurgy, geology, coal, grain and other industries. The screening results are efficient and reliable, and are ideal for research and production, quality control and R&D.
