SE-AC600B microcomputer calorimeter

Technical Parameters
Temperature measurement range: 0-40 ℃
Testing time: Approximately 16 minutes using conventional methods
Resolution: 0.0001 ℃
Fast method takes about 10 minutes
Accuracy: within the uncertainty range of the standard sample
Precision: RSD ≤ 0.1%
Voltage: (220 ± 22) VAC (50 ± 1) HZ
Power: ≤ 500W
Host size: 475 × 500 × 845mm
Standard configuration: SE-AC600 host/Lenovo brand computer/laser printer

Scope of application/Apply Domain

Coal mines, thermal power plants, mining, chemical industry, geological survey, environmental protection, quarantine inspection, scientific research, and related industries and departments such as universities. Provide accurate calorific value data for arbitration, etc.

Technical Features
1. Adopting patch component technology, the instrument's motherboard has a smaller size, better stability, and anti-interference performance.
2. Unique ultra-high bit analog-to-digital conversion technology: This product adopts the world's highest bit 24 bit analog-to-digital converter, making the instrument more accurate and precise.
3. Full Windows interface: adopting the most advanced object-oriented software design technology currently available. Multiple intelligent analytical instruments can be connected to form an analysis system.
4. Adopting advanced CAN bus technology, there is no need to insert cards into the computer, and the computer is connected through a two core data communication cable.
5. Precise cooling technology: The instrument adopts advanced domestic "circulating water cooling technology" to quickly return the water temperature of the outer cylinder to near the starting value, ensuring testing accuracy.
6. High degree of automation: By using a unique water quantification device and combining it with an automatic water circulation system, the water volume in the inner bucket can be accurately quantified, eliminating the need for manual weighing and adjusting the water temperature. This avoids errors caused by human factors during the operation process, reduces the labor intensity of operators, shortens testing time, and improves work efficiency.