To Next PageTo Next PageWhy temperature in chamber does not rise in my Yamato DKN302C?
If the temperature in the chamber of your Yamato Convection Oven does not rise, check the following: * Ensure the temperature setting is higher than the current chamber temperature. * Verify that the power supply voltage hasn't dropped. * Confirm the external temperature is within the operable range (5°C~35°C). * Make sure the chamber isn't overloaded with too many samples.
Why does the temperature fluctuate during operation of my Yamato DKN302C Convection Oven?
If the temperature fluctuates during the operation of your Yamato Convection Oven, consider the following: 1. Check if the temperature setting is appropriate for your needs. 2. See if the power supply voltage has dropped. 3. Determine if there are large fluctuations in the external temperature. 4. Make sure that the chamber isn't overloaded with too many test samples.
General| Weight | 34 kg |
|---|---|
| Shelves | 2 |
| Number of Trays | 2 |
| Material | Stainless Steel |
| Power Source | 50/60Hz |
| Timer | 0 minutes |
| Temperature Range | Ambient +5°C to 260°C |
Explains the meaning of warning, caution, and restriction symbols used in the manual.
Illustrates and defines various safety symbols used in the manual and on the equipment.
Details critical safety instructions, including never operating near combustible gases, grounding, and handling power cables.
Covers essential steps like proper grounding, selecting an installation site, and ensuring adequate space.
Details the external components and layout of the DKN-C series models via front and rear views.
Illustrates and labels the external components of the DKN812C model from front and rear perspectives.
Shows the external components of the DKN912C model, including front and rear views with labels.
Identifies and describes the function of each button, lamp, and display on the main control panel.
Explains the meaning and purpose of various characters displayed on the control panel during operation and settings.
Details the available operation modes, including Constant Temperature, Auto Stop, and Programmed Operation.
Provides a visual flowchart illustrating the sequence and flow of various operation modes and functions.
Explains how to configure the overheat prevention device, including setting its temperature range and function.
Guides on setting up and operating the unit in constant temperature mode.
Details how to use the mode that automatically terminates operation after a set time.
Explains how to set the unit to automatically terminate operation after a specified period before starting.
Guides on setting the unit to automatically begin operation after a specified delay.
Describes how to run complex operations involving combinations of temperatures and times.
Details how to create and configure multi-step programs for automated temperature control.
Provides a template to plan and record temperature and time sequences for programmed operations.
Explains how to correct temperature readings by adjusting for differences between displayed and actual temperatures.
Details how to lock the control panel keys to prevent accidental changes to settings.
Covers risks associated with hazardous substances, equipment malfunctions, and thunderstorm operation.
Details precautions for preventing burns, damage from door operation, and instability from climbing.
Warns against processing corrosive substances and operating outside the specified temperature limits.
Guides on proper sample distribution, placement, and avoiding bottom surface use.
Covers power loss recovery, unit stacking, and post-installation stabilization measures.
Outlines essential steps for daily inspection, maintenance, and cleaning of the unit.
Provides instructions for extended storage and proper disposal methods for the unit.
Explains how to read error codes displayed on the panel and understand their causes.
Offers solutions for common operational issues like unit not turning on or temperature fluctuations.
Details the information needed for repairs and the guaranteed supply period for spare parts.
Presents the electrical wiring diagram for specific models and defines the symbols used.
Shows the wiring diagram for DKN412C/612C models and explains the associated symbols.
Illustrates the wiring diagram for the DKN812C model and provides a glossary of wiring symbols.
Details the wiring diagram for the DKN912C model, including explanations of diagram symbols.
Lists components, manufacturers, and part numbers for all models and specifically for DKN302C.
Provides replacement parts information, including manufacturers and part numbers, for DKN402C and DKN412C models.
Lists replacement parts, manufacturers, and part numbers for DKN602C, DKN612C, and DKN812C models.
Details the replacement parts, manufacturers, and part numbers specifically for the DKN912C model.
