The Remi Model 2MLH is a highly efficient and compact magnetic stirrer with an integrated hotplate, designed to meet the dual requirements of stirring and uniform heating in a laboratory environment. It is part of the “MLH” series, known for its compact design and stable performance.Key Features and BenefitsDual Functionality: Combines a powerful magnetic stirrer with a stainless steel hotplate into a single, space-saving unit, making it ideal for processes requiring simultaneous mixing and heating.High Performance DC Motor: Equipped with a Permanent Magnet DC (PMDC) motor, which delivers high torque even at low speeds and maintains excellent speed stability despite variations in liquid viscosity or volume.Accurate Speed Control: Features accurate stepless speed control allowing for smooth, variable stirring up to a maximum speed of 1200 RPM.Digital Speed Display: Includes a Digital Speed Indicator to precisely monitor and display the stirring speed, enhancing reproducibility of experiments.Heating Control: The hotplate’s heat energy is controlled by an energy regulator, allowing the user to regulate the heat output at the desired percentage of the heating capacity.Durable and Enclosed Design: The unit features a durable stainless steel top housing/hotplate that is corrosion-resistant to withstand harsh chemical environments. It is a totally enclosed unit, which helps protect the internal components from fumes and spills.Technical Specifications (Model 2MLH)SpecificationValueMax. Stirring Capacity (Water)2 LitersMax. Speed1200 RPMHeating Capacity300 WattsDisplayDigital (for speed)Hotplate MaterialStainless SteelExternal Dimensions (W x D x H)Approximately $200 \times 225 \times 185\ \text{mm}$Stirring Paddle Model (PTFE Coated)Q-19AStirring Paddle Dimensions$\text{9}\ \text{mm}\ (\text{diameter}) \times 35\ \text{mm}\ (\text{length})$Motor TypePMDC (Permanent Magnet DC)Speed ControlStepless with Digital IndicatorThis model is a reliable and durable choice for general-purpose laboratory applications, including chemical synthesis, sample dissolution, and titration, where precise and stable stirring with controlled heating is required.
