Product Overview
The Rayn LN-40K Furnace Temperature Tracker is a high-precision instrument designed for continuous testing and recording of furnace temperature processes. It features four K-type thermocouple measurement channels, with a measurement range from -100°C to 1300°C and an instrument accuracy of ±0.3°C, making it suitable for temperature monitoring and analysis in various industrial heating processes.
Product Features
1. Continuous testing with one-time data download.
2. USB port compatible with all computers.
3. The instrument charges automatically during data download.
4. Standard voltage calibration ensures reliable accuracy.
5. Data is retained even when the instrument is powered off.
6. Various indicator lights clearly show the instrument status.
7. One-button operation for easy learning and use.
8. Analysis software and data download interface are identical.
9. Calculate the holding time above any temperature point.
10. Display curves of the testing process for each channel.
11. Analyze various parameters according to process requirements.
12. Analysis software allows insertion of on-site test photos.
13. Icon-based operation interface for intuitive and visual use.
Working Principle
The furnace temperature tracker collects real-time temperature data inside the furnace by connecting to a K-type thermocouple and stores the data in its built-in memory at a set acquisition rate (ranging from 1 second to 3600 seconds). The instrument supports activation via button press, delay, or temperature trigger. Data is transferred to a computer via a USB interface and processed by specialized analysis software to generate temperature curves and calculate various process parameters.
Application Fields
Reflow soldering, wave soldering, curing oven, spraying line, heat treatment, electronic assembly, SMT process
Operating Steps
1. Connect the thermocouple to the corresponding channel of the instrument.
2. Place the instrument and thermocouple into the insulated box.
3. Select the startup method as needed (button, delay, or temperature activation).
4. Place the insulated box into the furnace for testing.
5. After the test is completed, connect the instrument to a computer via USB.
6. Use analysis software to download and analyze the data.
Precautions
• Ensure the thermocouple is correctly and securely connected.
• The instrument body is resistant to temperatures up to 100°C. The matching thermal insulation box must be used during testing.
• The thermal insulation box can operate continuously for 1 hour at 500°C and for 2 hours at 300°C.
• Ensure the computer recognizes the USB device before downloading data.
• The instrument uses a high-temperature explosion-proof lithium battery. Do not disassemble or replace it without authorization.
• It is recommended to perform standard voltage calibration before use to ensure accuracy.
