Functional Features
- Adopts computer programming control; different programs can be configured according to various materials to be processed.
- Time counting accurate to second.
- Forward and reverse motor rotation available during sieving to change material movement trajectory, improving sieving efficiency and precision.
Specifications
| Equipment Name & Model | Small Ultrasonic Sieving System, MSK-SYU-3 |
| Working Principle | The ultrasonic sieving system consists of ultrasonic vibration power supply, HF connecting cable, transducer and resonator. High-frequency electricity generated by the ultrasonic sieve power supply is converted into high-frequency sinusoidal longitudinal oscillating waves by the transducer. These oscillating waves are transmitted to the resonator to produce resonance, and vibration is evenly transferred to the sieve mesh. Materials on the sieve mesh perform low-frequency three-dimensional motion superimposed with ultrasonic vibration, which can prevent mesh aperture clogging and improve sieving throughput and accuracy. |
| Features | • Adopts computer programming control; different programs can be configured according to various materials to be processed. • Time counting accurate to second. • Forward and reverse motor rotation available during sieving to change material movement trajectory for higher sieving efficiency and precision. |
| Basic Parameters | • Power Supply: AC 220V 50/60Hz • Power: 0.5 kW • Working Frequency: 38 kHz • Total Machine Current: ≤0.4 A • Sieving Particle Size: 0.038-5 mm • Motor Rotating Speed: 1420 r/min • Max Loading Capacity: 1 kg |
| Sieve Mesh | Three standard-configured sieve meshes, dimension: φ200*50H; 100-mesh, 200-mesh and 450-mesh respectively. |
| Overall Dimensions | • Sieving system: 360*300*740 mm • Power supply box: 350*300*200 mm |
| Weight | Approx. 25 KG |
| Certification | CE Certification |
| Warranty | 1-year warranty, lifetime maintenance service |
| Notes | • Before operating the ultrasonic vibration system, please read these notes carefully and operate in accordance with the manual to avoid unnecessary equipment damage. • Input voltage of ultrasonic vibration power supply is AC 220V; reliable grounding must be ensured. • Vibration current shall not exceed 400 mA under production-satisfied conditions. • Tighten screw threads of transducer aviation connector and wrap with insulating tape to prevent dust ingress. Protect this connector during operation. • Before startup, check tightness of nuts between transducer and connecting cable, as well as fastening between transducer and mesh frame. Tightening torque: 40-50 kg. • Protect HF connecting cable between cabinet and transducer during operation. Keep HF cable and transducer socket moisture-proof; connectors and sockets shall be kept away from water. • For conductive-material applications, use extended ultrasonic HF connecting cable to isolate ultrasonic vibration power supply from sieving site, preventing material ingress and short-circuit inside power supply box. • Each ultrasonic system includes one ultrasonic vibration power supply, one HF connecting cable and one transducer. Do not interchange components with ultrasonic systems from other manufacturers to avoid damage. • Place equipment on horizontal surface during installation. • Vibrating parts shall not contact any other objects. |
