Multipurpose Vortex Shaker Mixer Oscillator Oscillation Instrument Shaking Instrument Magnetic Stirrer with DC24V Permanent Magnet Brushless Motor 200 to 3000r/min for Microplates and Cuvettes

QIUSUO Multipurpose Vortex Shaker Mixer Oscillator Oscillation Instrument Shaking Instrument Magnetic Stirrer with DC24V Permanent Magnet Brushless Motor 200 to 3000r/min for Microplates and CuvettesIntroduction:■ The multifunctional oscillating mixer adopts advanced design concept and manufacturing technology, the appearance is simple, smooth and beautiful, and the structure is compact and firm. Small test tube type shaking mixing experiments.Main features:■ ST intelligent analysis and processing platform can respond sensitively to the working requirements of various modes, and is fully equipped with fast processing chipset and electronic sensing technology to easily realize intelligent control of speed, time and working mode; ■ More abundant fixture accessories to meet the needs of test tubes and plate experiments of different capacities, and efficient expansion to ensure rapid experimentation; ■ Perfect fuselage structure optimization design, so that it has enough counterweight and eccentric balance operation, providing a stable and quiet working platform for various oscillating mixing; ■ The high-efficiency permanent magnet rotor makes the motor not easy to heat up, and has the characteristics of over-temperature protection, ensuring long-term trouble-free operation under high-speed mixing, no carbon brush design, simple integration, no need for extra accessories, reducing running resistance, more powerful, lowering noise, avoid interference; ■ Two safe operation modes "jog" and "continuous", which are convenient and simple to switch, and can quickly identify the maximum speed of various fixtures to ensure their safe use. The time function has positive timing and countdown to make the experiment more convenient and accurate;Product parameters:■ Input power: DC24V ■ Input power [W]: 18W ■ Motor/drive mode: DC24V permanent magnet brushless motor/direct drive ■ Control method: PWM stepless speed regulation ■ Operation mode: jog: push type/continuous mode ■ Power fuse: PPTC/self-recovery fuse/no need to replace ■ Maximum load: 1.5Kg ■ Speed range [r/min.]: 200-3,000r/min.±15rpm ■ Oscillation: Circumferential ■ Circumferential diameter [mm]: 4.6 ■ Fixture identification function: automatic identification / safe and efficient ■ Speed function/display: full segment/high-brightness LED digital tube ■ Time function: digital timing 1S-999min. Countdown / jog timing ■ Dimensions: L×W×H[mm] 198×138×67 ■ Weight [kg]: 4.1kg ■ Noise at the highest speed: ≤45dB(A) ■ Fastest acceleration time [sec]: ≤3s ■ Fastest deceleration time [sec]: ≤3s ■ Allowable ambient temperature/relative humidity: +5~40℃/80% ■ Protection class: IP20

• ST intelligent analysis and processing platform can respond sensitively to the working requirements of various modes, and is fully equipped with fast processing chipset and electronic sensing technology to easily realize intelligent control of speed, time and working mode;
• More abundant fixture accessories to meet the needs of test tubes and plate experiments of different capacities, and efficient expansion to ensure rapid experimentation;
• Perfect fuselage structure optimization design, so that it has enough counterweight and eccentric balance operation, providing a stable and quiet working platform for various oscillating mixing;
• The high-efficiency permanent magnet rotor makes the motor not easy to heat up, and has the characteristics of over-temperature protection, ensuring long-term trouble-free operation under high-speed mixing, no carbon brush design, simple integration, no need for extra accessories, reducing running resistance, more powerful, lowering noise, avoid interference;
• Two safe operation modes "jog" and "continuous", which are convenient and simple to switch, and can quickly identify the maximum speed of various fixtures to ensure their safe use. The time function has positive timing and countdown to make the experiment more convenient and accurate;