Hotplate Stirrer Digital Control, 180X180 MSH-20D-Unit Only, 230V

Description

A premium integrated laboratory instrument manufactured by DAIHAN Scientific (Korea). Unlike the analog-controlled version, this model is equipped with a digital feedback control system combined with an intuitive LCD display for enhanced usability and precise operation. **Note:** The “Unit” configuration (Code DH.WMH03020) includes only the main unit and a magnetic stir bar, and does not include the support stand or the separate direct-contact temperature probe for immersion in liquid samples.

Product code: DH.WMH03020

CAS NO:

Brand: DAIHAN

Origin: Hàn Quốc

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Overview & Features

Simultaneous Functionality: This device integrates powerful heating and uniform magnetic stirring for liquid solutions, making it ideal for biochemical reactions, microbial culture, and sample drying applications.

Intelligent Control Technology: Equipped with a digital Feedback Control microprocessor combined with a proprietary Jog-Shuttle dial (rotate/push), allowing precise setting of stirring speed, temperature, and timer functions.

Large LCD Display: Backlit LCD screen provides clear real-time monitoring of both set temperature and actual sample temperature simultaneously.

Chemical-Resistant Ceramic-Coated Plate: The 180 × 180 mm heating plate is made of aluminum alloy with a special white ceramic coating, offering excellent resistance to chemicals, strong acids, and ensuring easy cleaning.

Durable BLDC Motor: Equipped with a high-performance Brushless DC (BLDC) motor, ensuring stable and reliable stirring performance across the full speed range of 80 to 1,500 rpm.

Excellent Temperature Uniformity: Thanks to a scientifically designed heating distribution module, temperature deviation across the plate surface is maintained within 10%.

High Safety Standards: The die-cast aluminum housing with heat-resistant powder coating ensures durability. The unit is equipped with an automatic over-temperature protection relay and a safety locking mode to prevent accidental parameter changes during operation