High Temperature Protection KIC X5 Thermal Profile Type K With 3
AAA Batteries
Introduce
Thermal Profile refers to the graph of temperature changes with
time during heating or cooling. It is used to monitor and record
temperature changes of an object or system and can be used to
optimize the control and adjustment of heating or cooling
processes.
Options and size
7 Channels : 206X60X17mm
9 Channels : 206X75X17mm
12 Channels : 206X98X17mm
Specifications
| Model | KIC X5 |
| Dimension | 7-channel: 206 x 60 x 17 mm,with shield: 302 x 75 x 23 mm
9-channel: 206 x 75 x 17 mm,with shield: 312 x 90 x 23 mm
12-channel 206 x 98 x 17 mm,with shield: 323 x 113 x 23 mm |
| Accuracy | ± 0.5˚C |
| Resolution | 0.1˚C |
| Interal operating temp | 0˚C~85˚C |
| Sample rate | 0.1 to 10 readings/sec |
| Data points | 224,640 |
| Data transfer | Standard model
USB 2.0 (Std-A/Mini-B) after datalogging run
RF model
Wireless over RF (radio frequency 433.92 MHz), sent real-time
during datalogging run, or via USB 2.0 (Std-A/Mini-B) after
datalogging run |
| Power | 3 AAA batteries, USB cable when connected to a computer |
| Thermocouple Capacity | Type K, standard (7, 9, or 12, depending on model) |
| Thermocouple Temperature Range | -150˚C to 1050˚C |
| Thermal shield | Cool Touch Stainless Steel 7 or 9 channel |
Computer Configuration
Minimum System Requirements | Dual Core / 1 GHz processor PC w/2 GB RAM
2 GB available storage
Video 1024 x 768 resolution, 16-bit
1 available USB port for data download
1 available USB port for software key |
Thermal curves typically contain the following elements:
Time axis: The horizontal axis of the thermal curve represents
time, measured in seconds, minutes, or hours. A timeline helps us
understand the duration and speed of temperature changes.
Temperature axis: The vertical axis of the thermal curve represents
temperature, in degrees Celsius or Fahrenheit. The temperature axis
shows the temperature values of an object or system at different
points in time.
Heating/Cooling Phases: Thermal curves show the different heating
or cooling phases that an object or system goes through. Each phase
can have a different temperature change rate and duration.
Rate of Temperature Change: The slope of the thermal curve
represents the rate of change of temperature. A steeper slope
indicates a rapid temperature change, while a gentler slope
indicates a slow temperature change.
Temperature Peak: The highest temperature point in the thermal
curve is called the temperature peak. Temperature spikes can be
used to determine whether an object or system reaches a desired
temperature, and when it reaches its maximum temperature.
Thermal profiles play an important role in various applications.
For example, during the welding process, thermal profiles can be
used to monitor welding temperature and time to ensure welding
quality and reliability. In baked goods, thermal profiles can be
used to determine the heating time and temperature of food to
ensure food safety and taste.
By analyzing and optimizing thermal profiles, you can improve the
efficiency, consistency and control of your heating or cooling
process. This can be achieved by adjusting the parameters of the
heating or cooling equipment, such as temperature setting, heating
rate, holding time, etc.
It should be noted that different application fields and specific
situations may require different thermal curve analysis methods and
parameter settings. Therefore, before using thermal profiles for
process control and optimization, it is recommended to have a
detailed understanding of the application-specific requirements and
related guidance.
