Introduction: The CL19-1 magnetic stirrer is easy to operate, stable in performance, and small in size. It is suitable for use when the stirring capacity is not large and the solution does not need to be heated. The shell of CL19-1 magnetic stirrer is made of ABS plastic, which is beautiful and generous. The circuit adopts three-phase stable speed and a stable start. How to use: Lay the instrument flat, place the container with the liquid in the middle of the front of the instrument, put a suitable stirrer in the container, and it must be sucked into the center, and the container cannot be made of ferromagnetic material. Plug in the power supply, turn on the power switch, the power indicator light is on, adjust the speed control knob clockwise, the agitator will run from slow to fast, and it should not be too fast when accelerating, so as to prevent the agitator from escaping. If the agitator escapes, it should be restarted. Technical parameter: Power source: Ac220V±10% Working method: continuous Speed: 0～1600r/min Motor torque: 40mN•M Stirring capacity (water): 20-1000ml Digital display: speed Dimensions: 200×140×75mm Weight: 1.2kg Attachment: Three stirrers
Introduction: The CL19-1 magnetic stirrer is easy to operate, stable in performance, and small in size. It is suitable for use when the stirring capacity is not large and the solution does not need to be heated. The shell of CL19-1 magnetic stirrer is made of ABS plastic, which is beautiful and generous. The circuit adopts three-phase stable speed and a stable start. How to use: Lay the instrument flat, place the container with the liquid in the middle of the front of the instrument, put a suitable stirrer in the container, and it must be sucked into the center, and the container cannot be made of ferromagnetic material. Plug in the power supply, turn on the power switch, the power indicator light is on, adjust the speed control knob clockwise, the agitator will run from slow to fast, and it should not be too fast when accelerating, so as to prevent the agitator from escaping. If the agitator escapes, it should be restarted.
