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Electric furnace automation control cabinet/system, with core features of "precise temperature control" and "safety interlock", achieves a temperature control accuracy of ±1℃ through PID algorithm. It supports multi-stage process curves and is compatible with atmosphere regulation of equipment like atmosphere furnaces. Equipped with protections against over-temperature, thermocouple breakage, etc., and enabling remote monitoring, it helps improve production efficiency and safety.
The automatic control cabinet is the core physical carrier and "brain" of a modern industrial automation system. It integrates various electrical control components, industrial controllers, and instruments, and is used to realize automatic monitoring, logical judgment, precise control, and protection of mechanical equipment, production lines, or the entire process.
In simple terms, it is an integrated electrical control system tailored for specific industrial applications. It centralizes all scattered control components in a professional cabinet, providing a safe, reliable, and efficient control solution.
The atmosphere analysis and temperature online remote monitoring system of electric furnaces is the core "brain" of modern high-end heat treatment and sintering processes. It has achieved a leap from "experience-based furnace operation" to "data-driven precise control".
It adopts imported electrochemical sensors and microprocessing technology to continuously monitor oxygen concentration in gases (0~100% O₂). It features alarm, data storage and communication functions, and is suitable for gas analysis of air, nitrogen, etc.
It adopts touch screen + PLC control, combined with temperature controller PID regulation and power regulator, to realize fully automatic operation of multi-segment program temperature control curves. It supports remote communication and data storage
Integrated module control with dual-loop protection and multi-segment program temperature control, displaying multiple parameters and supporting remote communication. It is suitable for precise temperature control and safety protection of equipment such as electric furnaces.
