Description
The HP380?Pro LCD Digital Hotplate is designed for reliable and accurate heating in laboratory environments, offering a maximum temperature of 380??C that suits a variety of applications in chemistry, biology, and analytical work. Its high?resolution LCD shows actual temperature readings for precise control, while the aluminum work surface with a ceramic coating enables rapid and uniform heat transfer. External temperature measurement is supported through a PT1000 sensor to enhance accuracy and consistency during thermal procedures. With robust construction and digital control, this hotplate provides dependable performance for routine lab tasks requiring stable and adjustable heating.
Specifications
DLAB HP380-Pro LCD Digital Hotplate Specs
The HP380-Pro is an economically priced, high-precision digital hotplate designed for accurate heating applications in chemistry, biotechnology, and microbiology laboratories. It features an aluminum plate with a ceramic coating for immediate heat transfer and excellent chemical resistance.
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Work Plate Dimensions: 140 x 140 mm (5.5 x 5.5 inches)
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Work Plate Material: Aluminum cover with ceramic coating
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Heating Temperature Range: Room Temp. $+5°C$ to $380°C$ (in $1°C$ increments)
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Temperature Display: High-resolution LCD
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Temperature Display Accuracy: $pm 1°C$ (some technical data suggests resolution of $pm 0.1°C$)
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External Temperature Sensor: PT1000 compatible (Accuracy $pm 0.2°C$ to $pm 0.5°C$)
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Overheat Protection: Safety cutoff at $420°C$
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Heating Output: 500 W
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Total Power: 510 W
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Protection Class: IP21
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Dimensions (W x D x H): 180 x 320 x 108 mm
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Weight: 2.2 kg
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Voltage: 100–120V / 200–240V, 50/60 Hz
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Permissible Ambient Conditions: $5–40°C$, 80% RH
Core Features
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Immediate Heat Transfer: The ceramic-coated aluminum plate combines the fast thermal conductivity of aluminum with the chemical resistance and easy cleaning of ceramic.
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Precise Control: External temperature control is achievable by connecting the PT1000 sensor, allowing you to monitor and control the temperature directly within the liquid sample.
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Safety First: Includes independent overheating protection to prevent equipment damage and ensure stable operation in a laboratory environment.
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Maintenance-Free: Designed for longevity in busy labs with no internal moving parts for this heat-only model.
