About Electromagnetic Digital Sieve Shaker
Specification:
These Sieve Shakers are activated by electromagnetic impulses and thanks to the Triple Vibrating Action (Vertical, Lateral and Rotational). They are recommended to perform sieving tests where continual and intense uses are required. Therefore, they are suggested for accurate sieving tests, on fine materials too. These electromagnetic shakers are of simple and sturdy construction, they can hold up to 10 sieves and are also suitable for wet sieving tests power supply: 230V, 50Hz, 1HP, 450/750W. Multiple models available:
Dimensions Sieves 200mm - 8"; 320 X 380 X 850 MM; Weight: 40 Kg approx.
Main Features:
Triple vibrating action: Vertical, lateral and rotational
Digital microprocessor control panel can adjust: Timer 0-999 minutes; vibration intensity; continuous or intermitten vibrating action; pause between vibrations (indicated for fine material sieving)
The control panel can be wall fixed or placed on a bench
Precision Particle Size AnalysisEngineered for meticulous particle size measurement, this electromagnetic sieve shaker provides digital control over vibration intensity and test duration, achieving high repeatability and full conformity to global standards such as IS, ASTM, and ISO. Its programmable timer and digital variable speed ensure accurate, tailored results for your specific analysis requirements.
User-Friendly Digital Touch InterfaceThe integrated large LED touch panel allows effortless setting of testing parameters, such as vibration intensity, time, and speed, without the need for an external PC. Real-time programmable controls and immediate digital response streamline laboratory workflows and maximize operator efficiency.
Durable, Silent, and Maintenance-FreeCrafted from stainless steel with a high-grade alloy base, this sieve shaker boasts a silent operation (60 dB) and lacks mechanical moving parts, reducing maintenance needs while providing robustness suitable for both laboratory and industrial environments. An inbuilt overload protection system ensures operational safety and longevity.
FAQ's of Electromagnetic Digital Sieve Shaker:
Q: How does the electromagnetic digital sieve shaker ensure precise particle size analysis?
A: The shaker utilizes a programmable electromagnetic vibration mechanism, providing customizable and consistent test speeds up to 3000 vibrations per minute. This allows for accurate separation and analysis of particles from 20 m to 4 mm, with 1 vibration/min precision, conforming to stringent industry standards.
Q: What materials and environments is the sieve shaker suitable for?
A: Designed for laboratories and industrial settings, the shaker features a robust stainless steel body with a high-grade alloy base. It reliably sieves a variety of powders, granules, and bulk materials under conditions of up to 85% relative humidity and temperatures between 10C and 40C.
Q: When should the quick-release clamping system be used?
A: Use the quick-release, tool-free clamping mechanism whenever you need to rapidly load or unload sieve stacks. This ensures swift, secure setup, minimizing downtime between tests and enhancing laboratory efficiency.
Q: Where can the sieve shaker be installed for optimal use?
A: The unit is designed for tabletop mounting, making it ideal for laboratory benches or industrial workstations. Its compact form and silent operation ensure minimal disruption and efficient usage in shared spaces.
Q: What is the process for starting a test with this digital sieve shaker?
A: Simply stack up to 8 standard sieves (with pan and lid), secure using the quick-release clamps, set your required vibration amplitude, speed, and timer using the touch panel, and press start. Results are visible on the digital LED display and are immediately actionable once the programmed duration completes.
Q: How does the maintenance-free operation and overload protection benefit users?
A: The absence of mechanical moving parts minimizes wear and eliminates the need for frequent servicing, reducing operational costs. Built-in electrical safeguards offer overload protection, ensuring safety and longevity even during extended or intensive operations.