Product Description
Characteristics1. Type C digestive furnaceadopts quartz infraredheating pipe, the radiationis primary and theconduction is auxiliary;short heating time, highefficiency2. Machine box adoptsspecially made plastic spraysteel; working area adopts stainless steel materials,has good corrosion resistance.3. Double-shell design, double thermal insulationeffect with air thermal insulation layer and aluminumsilicate thermal insulation layer4. Has multiple protection: over pressure, over current, overheating5. Small and beautiful, easy to operate, user-friendly.6. Holes with 4, 8, 20Model KDN-04432CSample holes 4Heating Module Material InfraredTemperature control mode DigitalTemperature control ranges room temperature-600Temperature control accuracy 1Measurement range 0.1mgN-200mgN (mg nitrogen)Digest time 60-90 min/batch (according to sample quantity)Digestive pipe capacity 300mlPower 1KW 1.5KW 2.5KWOperating Voltage AC220V/50Hz
Precise Temperature Control and SafetyEquipped with a microprocessor-controlled PID system, this furnace ensures temperature accuracy within 2C. Built-in over-temperature and leakage protection features enhance operational safety, making it a dependable choice for laboratories focused on worker and sample integrity.
Efficient and Versatile Sample DigestionThe KDN-06C supports a wide range of digestion protocols across food, environmental, chemical, and pharmaceutical labs. It offers rapid and uniform infrared heating for up to six samples simultaneously, maximizing throughput and efficiency in routine and demanding analytical workflows.
User-Friendly Maintenance and OperationDesigned for convenience, the unit features a removable aluminum sample block for tool-free maintenance. The clear digital LED display and programmable timer, adjustable to 99 minutes, streamline operation, while the sturdy materials ensure durability and longevity.
FAQ's of Digital Infrared Digestive Furnace:
Q: How does the microprocessor control system improve temperature regulation in the KDN-06C Digital Infrared Digestive Furnace?
A: The microprocessor control system uses a PID (Proportional-Integral-Derivative) controller to achieve highly accurate temperature regulation, ensuring that temperatures can be set and maintained precisely within a 2C range. This minimizes deviations during critical digestion processes.
Q: What types of samples can be processed using this infrared digestive furnace?
A: This unit is suitable for digesting a variety of samples commonly found in food, feed, environmental, pharmaceutical, and chemical laboratory analyses. Its broad measurement range allows for flexibility in handling different sample matrices.
Q: When is it necessary to use the leakage and over-temperature protection features?
A: Leakage and over-temperature protection features activate automatically if the furnace detects unsafe conditions, such as electrical faults or temperature settings above safety thresholds. These systems help protect users and maintain consistent results by preventing accidents and equipment damage.
Q: Where is this infrared digestive furnace most effectively utilized?
A: The KDN-06C is best used in laboratory environments, such as research institutions, industrial labs, and quality control departments in the food, chemical, pharmaceutical, and environmental sectors across India and globally.
Q: What is the process for cleaning or maintaining the sample holder?
A: The removable aluminum alloy sample holder is designed for easy cleaning. Simply lift out the block without tools, wash or wipe it as needed, and re-insert it, ensuring quick and hassle-free maintenance between runs.
Q: How does the infrared radiant heating technology benefit laboratory workflows?
A: Infrared radiant heating provides rapid, uniform heat distribution, reducing digestion time and ensuring consistent sample processing. Uniform heating translates to improved analytical accuracy and more efficient laboratory operations.
Q: What are the main benefits of choosing this semi-automatic digestive furnace for sample digestion tasks?
A: Key benefits include precise temperature control, enhanced safety features, rapid and uniform heating, ease of maintenance, and compatibility with a wide array of analytical applications. The digital control and programmable settings further optimize laboratory productivity.