Machine Overview
The Furnace temperature data acquisition is placed inside the high-temperature insulation box, and the temperature data collected by the K-type thermocouple is sent to the computer through WIFI transmission technology. The instrument can store up to 16 temperature data sets, meeting almost all industrial applications.
This instrument has many applications, such as high-temperature annealing in the refining industry, spray plastic, and a brazing aluminum furnace. The heating process for baking varnish is uses for metal surface preparation in ceramics and other industries.
Furnace temperature data acquisition Features
- It can be applied in high-temperature fields, with a maximum temperature of 1350 degrees, covering almost 90% of the industrial field
- Using the latest data transmission technology, the computer’s WIFI can directly connect to the instrument and check the temperature changes inside the furnace online
- The software can run on Windows 10 computers or tablets, and temperature data can be output in PDF and Word formats. Engineers can analyze and make improvement plans based on this data
- Users can purchase this instrument at once and use it for life without any additional costs during long-term use
Technical data
- Product Name: Furnace temperature data acquisition
- Power consumption of thermometer: ≤35mA
- Number of channels: 4-10
- Battery: 950mA
- Acquisition rate: 0.05s ~999.95s (optional as required)
- Thermometer size: 140mm*62mm*20mm
- Measurement accuracy: ±0.5℃ + sensor accuracy 0.3%
- Operating voltage: DC3. 7V~DC4. 2V
- Resolving power: 0.1 ℃
- Continuous test: maximum 16 times
- Maximum internal temperature: 80.0℃
- Memory capacity: 230400 data points
- Start mode: Key start/delay start/temperature start
- Sensor: K-type thermocouple
- Measuring range: -40～1370 ℃
Software analysis
- The curves can all be bold.
- It is possible to export the test report in WORD or PDF format.
- Calculating time above N temperature points
- You can figure out how long it takes for two temperatures to heat up.
- Control of the furnace temperature zone systematically
- The maximum temperature is clearly shown in the test data.
- comparing times Test data
- Curves that are not satisfactory can be changed and tweaked.
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