Magnetic Hot Plate Stirrer

Magnetic Hot Plate Stirrer price

Magnetic Hot Plate Stirrer Brand: G LAB

Color: Multicolored

Features:

• Capacity (Water): 1 Litre, Speed range: 200 - 1500 rpm, Speed stability: +/- 2 rpm
• Different values for speed, temperature & duration for each step
• Connection for external temperature sensor (Optional):K type Thermocouple,  Hot plate material:Stainless steel
• Temperature range: Ambient temperature to 200°C,  Heating rate (1 liter Water): 12°C / min, Temperature sensor: PT 100, Temperature control: Microprocessor based PID control, Temperature control accuracy:+/- 1°
• Package content: 1 packet of filter paper is 110 mm

model number: G LAB MAGNATIC S

Part Number: G LAB MAGNATIC S

Details: G LAB presents Magnetic Stirrer with hot plate compact stirring device utilizing a rotating magnetic field applied from below the container. The stirring is accomplished by a taflon rotor placed in the liquid to be stirred. Complete with pilot lamp, plug cord, continuously variable speed regulator The body is made of mild steel duly finished in stoving enamel and mounted with a stainless steel top which serves as a hot plate. Compact and User friendly device. Microprocessor controlled operation. Maximum rpm of 1500. Capacity (Water): 1 Litre, Speed range: 200 - 1500 rpm, Speed stability: +/- 2 rpm. Temperature range: Ambient temperature to 200°C,  Heating rate (1 liter Water): 12°C / min, Temperature sensor: PT 100, Temperature control: Microprocessor based PID control, Temperature control accuracy:+/- 1°C. Connection for external temperature sensor (Optional):K type Thermocouple,  Hot plate material:Stainless steel, Real time display of speed & temperature, 9 program non-volatile memory, 9 steps for each program. Different values for speed, temperature & duration for each step. Stirring and heating units are properly insulated. In model with heating system temp. is controlled by an energy regulator. An electronic speed controller is also provided. The equipment works on 220V AC 50 HZ single phase.