Overview
The Furnace temperature tracker for LN-90K semiconductor curing is a temperature monitoring device designed by LeiEn brand for semiconductor manufacturing processes. It accurately monitors and controls the temperature in the furnace, improves the performance and Reliability of semiconductor devices, has excellent thermal insulation performance, can operate safely and stably in high temperature environments, and conducts multi-directional temperature Linear dispersion tracking and mapping. The instrument and the product pass through the heating furnace together to track and record the temperature state throughout the process, obtain accurate data and generate a temperature Linear dispersion analysis report. Data calculation is carried out through analysis software to optimize heating furnace parameters, thereby improving product quality, achieving stable production, high yield and energy saving goals.
Features
1. High Accuracy measurement: able to accurately measure the temperature in the furnace and provide accurate temperature data
2. Rapid Response: Can quickly detect temperature changes and feed back to the Process Control system in time
3. Wide Temperature range: Temperature range required for different semiconductor processes, from low temperature to high temperature can be measured
4. Reliability: Durability and Stability to work long hours in harsh industrial environments
5. Data logging and analysis functions: Temperature data can be recorded and Data analysis can be performed to help engineers optimize process parameters
Principle
The LN-90K Furnace temperature tracker and the product pass through the heating furnace together to track and record the temperature status of the heating furnace and the product throughout the process, obtain multi-directional accurate data and form a temperature Linear dispersion analysis report. The LeiEn furnace temperature tester analysis software analyzes and calculates the recorded data, and accurately optimizes and adjusts the heating furnace through the calculation results.
Applications
UV furnace semiconductor curing Furnace temperature tracker, vacuum furnace Furnace temperature tracker, non-stick Coating Furnace temperature tracker, non-stick pan temperature tester, Dacromet Furnace temperature tracker, muffle furnace temperature tester, painting paint furnace temperature tester, steel heat treatment Furnace temperature tracker, wheel hub heat treatment Furnace temperature tracker, wave soldering reflow furnace temperature tester, car painting Furnace temperature tracker, food stoving Furnace temperature tracker, ceramic firing Furnace temperature tracker, Glass roasting annealing furnace temperature tester, special custom furnace temperature tester
Steps
1. Furnace temperature tracker with the product into the heating furnace
2. Set the sampling rate (1s, 2s, 3s, 4s, 5s, 6s, 10s, 20s, 30s, etc.)
3. The instrument automatically tracks and records the heating furnace and product temperature status
4. Connect the instrument through the computer to obtain the recorded temperature data
5. Linear dispersion analysis and data calculation using analysis software
6. Optimize heating furnace parameters according to analysis results
Notice
• Insulation box performance: 200 ℃ 60 minutes, 150 ℃ 90 minutes, 100 ℃ 120 minutes
• Temperature range of insulation box: -50-200 ℃
Measurement range: -200-1370 ℃
• Memory capacity: 4.5 hours at a time in 1 second, 9 hours at a time in 2 seconds, and so on
• Heat insulation box material: the shell and steel column structure are high temperature resistant 310S stainless steel, and the heat insulation material is nano aerospace environmentally friendly material
• Sensor type: K type Thermocouple
• accuracy ： +/- 0.3 ℃
