I. Two Solutions: Standard and High-Precision

• Standard Configuration: The standard temperature control accuracy of our equipment is ±0.1% FS (FS refers to the range of the pyrometer used). For example, for a pyrometer with a range of 3000°C, the temperature control accuracy across the entire range is ±3°C. This already meets the needs of the vast majority of industrial applications.

• High-Precision Option: For customers with special requirements (such as advanced material research and development, processes extremely sensitive to temperature), we can provide a high-end configuration with temperature control accuracy up to ±0.05% FS (i.e., ±1.5°C). This solution employs more精密 control algorithms and components.

II. Temperature Measurement Point Configuration: Single-Point Main Control and Expansion Capabilities

• Standard Configuration: To ensure direct and reliable control, our standard configuration uses 1 independent temperature measurement point (the infrared pyrometer mentioned above) as the main control temperature signal source for the system.

• Multi-Point, Multi-Zone Temperature Control Option: If your process requires more precise balanced control of different zones within the furnace (e.g., for extra-long furnace chambers), we can optionally configure multiple pyrometers and multi-zone independent heating control systems to achieve genuine multi-zone precise temperature control, ensuring excellent temperature field uniformity throughout the effective heating zone.

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III. Technical Support Behind the Accuracy

High precision depends not only on the temperature measurement components but also on advanced PID control algorithms, high-performance power regulation systems (such as IGBT power supplies), and fast system response. Our control system is meticulously tuned to effectively suppress overshoot and achieve smooth, precise temperature tracking.