Intelligent Hotplate Stirrer ALB473

Intelligent Hotplate Stirrer is a black ceramic top laboratory hotplate stirrer designed for precise heating and stirring applications. It features a stirring range of 0 rpm to 2000 rpm and a PID-controlled heating system with a maximum temperature of 400 °C for uniform heat distribution. The unit offers digital temperature control with both inner and outer thermocouples for accurate monitoring and control of the hotplate and liquid temperatures. The black ceramic top provides excellent scratch resistance and corrosion resistance against salt water and acids. Suitable for stirring volumes ranging from 50 ml to 15 L. Laboratory Equipment from Atico Exports.

• Heating laboratory containers and samples
• Suitable for distillation processes requiring high temperatures
• Research laboratories
• Healthcare laboratories
• Educational laboratories
• Industrial laboratories
• Quality control laboratories
• Other scientific applications

Stirring Capacity :

• 50 ml to 15 L

Top Ceramic Dimension :

• 280 mm × 280 mm

Power :

• 750 W

Temperature :

• 400 °C

Stirring Range :

• 0 rpm to 2000 rpm

Stirring Speed Accuracy :

• ± 1 rpm

Temperature Accuracy :

• ± 1 °C

Voltage :

• 160 V to 240 V
• 110 V to 120 V

Motor Power :

• 40 W (DC 20 V)

Weight :

• 9.3 kg

Included Items :

• Removable Holder – 1 PC
• Clamp with Screw – 1 PC
• Inner Thermocouple (4-pin) – 1 PC
• Outer Thermocouple – 1 PC
• Four-Finger Extension Clamp
  • Length: 300 mm
  • Quantity: 1 PC
• White PTFE-Coated Magnetic Stir Bar
  • Length: 30 mm
  • Diameter: 6 mm
  • Quantity: 1 PC

• Stirring range from 0 rpm to 2000 rpm
• PID-controlled temperature
• Digital temperature control
• Inner thermocouple for hotplate temperature measurement and control
• Outer thermocouple for liquid temperature measurement and control
• Electronic speed control for constant speed during load variations
• Continuous working operation
• Black ceramic top with scratch-resistant surface
• Resistant to corrosion from salt water and acids
• Individual or multiple unit operation modes for flexible control