Economic Planetary Centrifugal Mixer w/ Two HDPE Containers for 500 g Max. - MSKPCM1K

MSK-PCM-1K is an economic planetary centrifugal mixer, that has an adjustable speed and can mix samples up to 500g. It is an economic tool to prepare slurry and paste for material research. Note: it is not a vacuum mixer, and can not be used in Ar glovebox.

Specifications:

Voltage Input	Single Phase AC 110V, 50/60 Hz, with USA plug or Single Phase AC 208-240V Power: 60W AC motor A US power plug is included for AC110V version
Working Time	1 seconds -99 hours selectable by a timer
Speed	Speed is variable Motor speed: 1350 rpm max. Max. Main Platen rotating: 500 rpm max. Max. Container spinning: 125 rpm max. Centrifugal Force： 90 G max, which is much higher than plenary mixer
Containers & Max Load	Two 150mL containers are included, made of PVC materials Max. loading for each container is 250g (including container) Warning:  Must put two containers with the same weight for mixing, otherwise may damage the machine Putting the machine on a solid ground or working table to reduce vibration overload may damage the device. Please follow both the volume and weight limit as above when loading the sample.
Compliance	NRTL or CSA certification is available upon request at an extra cost by a qualified agent
Application Notes	Always use the mixer on a level & stable surface for best performance and maximum safety. Do not use the mixer in a hazardous atmosphere, or with flammable, explosive, corrosive, poisonous material. Check the chemical resistance of the container with different materials before loading the sample. Do not overload the mixer! Stop the mixing operation immediately if abnormal sound/vibration is observed. Use a digital balance to make sure the sample loading is balanced before mixing. Double-check if the containers are mounted correctly and securely before mixing. Only use the included containers for the mixing operation. Please make sure there is no foreign object in the mixer before mixing Please click underline to learn Centrifugal Force calculation.