MS10-H500-Pro

LCD Digital Magnetic Hotplate Stirrer With 10 Inch Ceramic Plate

YBOTECH MS10-H500-Pro Magnetic Hotplate Stirrer is a laboratory device that employs a rotating magnetic field to cause a stir bar immersed in a liquid to spin very quickly, thus stirring it. The rotating field may be created either by a rotating magnet or a set of stationary electromagnets, placed beneath the vessel with the liquid. It is used in chemistry and biology where other forms of stirring, such as motorized stirrers and stirring rods, may not be viable for use.

Feature
  • Large volume: Up to 30L of liquid on 10-inch hot plate with powerfull magnetic stirring
  • Glass ceramic work plate provides excellent chemical resistant performance and most efficient heat transfer
  • LCD display for precise monitoring of speed and temperature. External temperature control is possible by connecting the temperature sensor (PT1000) with an accuracy at±0.2°C
  • Digital speed control of 100 ~ 1500rpm
  • Max. heating plate temperature 500℃
  • The “HOT” warning will flash when the work plate temperature is above 50°C even when the hotplate is turned off
  • Data connector: The SD card records the instrument’s running data in real time.
  • Timing function: the running time of the instrument can be set.

Specification of MS10-H500-Pro

 Specifications MS10-H500 Pro
Work plate Dimension 254x254mm (10 inch)
Work plate material Glass ceramic
Motor type Brushless DC motor
Motor rating input 18W
Motor rating output 10W
Power 1400W
Heating output 1350W
Voltage 100-120/200-240V  50/60Hz
Stirring positions 1
Max. stirring quantity (H2O) 30L
Max. magnetic bar (length) 80mm
Speed range 0-1500rpm
Speed display LCD
Temperature display LCD
Heating temperature range Room temp.- 500°C
Over  heat Protection 540°C
Temperature  display accuracy ±0.1°C
External  temperature sensor PT1000  (accuracy ±0.2°C)
Control accuracy of sensor ±20rpm
Protection class IP21
Dimension [W x D x H] 328x424x138mm
Weight 7.2kg
Permissible ambient temperature and humidity 5-40°C 80%RH

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