Overview
DAQTECH DT-12K Furnace temperature tracker is an on-line temperature measuring device specially designed for wave soldering, reflow soldering and other welding processes. It has 12 temperature measurement channels, the temperature measurement range is 0~ 500 ℃, using K-type Thermocouple, Sampling rate can be adjusted from 0.05 seconds/channel to 5 seconds/channel, built-in large-capacity storage, can record 3.90 million data points and continuously store unlimited sets of temperature Linear dispersion data. Data analysis and process optimization can be realized with special software.
Features
1. Simple and convenient operation, one-click operation.
2. Adopting a user-friendly interface, the software analysis function is powerful.
3. Transmit data through the USB 2.0 interface and charge the device.
4, Storage capacity, can record 3.90 million data points, continuous storage of unlimited groups of more than Linear dispersion data.
5. Low-power design, standby automatic power saving, can be continuously tested for 5 hours.
Principle
The Furnace temperature tracker collects real-time temperature data in the welding furnace at a set Sampling rate (0.05s/channel~ 5s/channel) through the high-Sensitivity K-type Thermocouple Probe. The collected Data is stored inside the device, which can then be uploaded to the computer via the USB interface, and analyzed using the supporting software to evaluate and optimize the welding temperature Linear dispersion and production process.
Applications
Consideration of placement and insert PCB soldering process in electronic manufacturing enterprises, temperature measurement of reflow soldering, wave soldering, tunnel furnace and Miscellaneous ovens.
Notice
When the internal temperature of the instrument exceeds 80 ° C, it will automatically stop working.
* Please arrange the test time reasonably according to the parameters of the insulation box (e.g. about 18 minutes at 150 ° C, about 5 minutes at 300 ° C) to ensure that the equipment operates within the safe Temperature range.
