DLAB MiniHC 100 Mini Dry Bath

DLAB MiniHC 100 Mini Dry Bath

The MiniHC 100 Mini Dry Bath is a compact, efficient device designed for laboratory applications requiring precise temperature control, both heating and cooling. It is similar to the MiniHCL 100 but without the hot lid feature, offering essential features for temperature-sensitive tasks in a small and portable format. Below is a detailed summary of its features and specifications:

MiniHC 100 Mini Dry Bath Key Features:

• Compact and Lightweight: Space-saving design ideal for portable use in the lab.
• LCD Display: Offers digital control of both temperature and time settings for accuracy and ease of use.
• User Recalibration: Ensures long-term temperature accuracy through built-in recalibration functionality.
• Overheating Protection: Safety feature to prevent excessive heat.
• Optional Cooling Function: Provides flexibility with both heating and cooling operations.
• Interchangeable Blocks: Can accommodate a variety of test tube sizes using interchangeable blocks.
• USB Interface: Enables data tracking and communication.

Product Specifications:

• Model: MiniHC 100
• Cat.No.: 5042102111
• Temperature Setting Range: Room temperature -23℃ to 100℃
• Temperature Range: 0-100℃
• Temperature Control Accuracy: ±0.5℃
• Temperature Display Accuracy: 0.1℃
• Time Setting Range: 0-999 min / 0-999 sec
• Minimum Heating Time (25℃ to 100℃): ≤20 min
• Minimum Cooling Time (20℃ to 0℃): ≤25 min
• Max Heating Rate: 8℃/min
• Max Cooling Rate: 3℃/min
• Program Memory: 9 programs (2 steps each)
• Temperature Self-Calibration: Supported
• USB Interface: Supported
• Error Code Display: Supported
• Power: 60W
• Display: LCD
• Voltage/Frequency: 100-240V, 50/60Hz or DC12V
• Dimensions (WxDxH): 110 x 162 x 140 mm
• Weight: ≤1 kg
• Permissible Ambient Temperature: +10-40℃
• Permissible Ambient Humidity: <80% RH

The MiniHC 100 is an ideal choice for labs needing a versatile and portable dry bath solution. It provides both heating and cooling options, supports multiple programs, and ensures long-term precision through self-calibration, making it suitable for a wide range of laboratory applications.