9V Alkaline Battery KIC Thermal Proflier SMT Reflow Oven
Temperature Profiler
Introduction:
KIC Thermal Profiler is a temperature measurement and analysis
device for the electronics manufacturing industry, mainly used for
thermal analysis of the welding process
Features
1, Small testing error.
2, Guided operation software, easy to learn.
3, Can test the wave and reflow temperature.
4, Intelligent start and stop function.
5, Transmit reception frequency: 433.92MHz.
6, Thermal Process Optimization for Lower Energy Use.
7, Standard SPC charting software include CpK, Help reveal change
in the profile over time.
8, Standard Profile Overlay, show different process.
9, Robust and Compact Hardware with 1 year warranty.
10, 9 and 12 Channels (Standard Type K TC connectors).
Advantages
Improve production efficiency: By optimizing the welding process,
reduce the defect rate and improve production efficiency.
Quality control: Ensure that the welding process meets the process
requirements and improve product quality.
Problem diagnosis: Through temperature data analysis, help identify
potential problems in the production process.
Specifications
| Accuracy | ±1.2°C |
| Resolution | Variable 0.3 to 0.1°C |
| Internal Operating Temp | 0°C to 105°C |
| Thermocouple Compatibility | Type K, 9 or 12 TCs |
| Temperature Range | -150°C to 1050°C |
| Computer Capability | PC |
| Power Requirements | 9V alkaline battery |
| Thermal Receiver | 433.92 MHz |
| Dimensions | See Temperature Tolerance Chart below for specifications. |
Standard configuration
1, Tester host 1 pc
2, Test insulation housing 1 pc
3, Suitcase 1 pc
4, Temperature test wire 1 pc
5, Data disc 1 pc
6, User's manual
7, Inspection report
8, Data line 1pc
Applications
Reflow soldering: used to monitor the temperature of PCB during reflow soldering to
ensure the reliability of solder joints.
Wave soldering: During wave soldering, monitor the temperature of PCB surface to
ensure soldering quality.
Heat treatment: In materials science, monitor the temperature change during heat
treatment to optimize the process.
Advantages
Improve welding quality: through real-time temperature monitoring,
ensure that the temperature during the welding process reaches the
optimal level and reduces welding defects.
Reduce rework and scrap: timely identification of temperature
anomalies helps reduce rework and scrap caused by poor welding and
reduce production costs.
Support process improvement: through data analysis, it helps users
identify problems in the welding process and promote process
improvement.
