Enhance your temperature control applications with the high-precision PID Temperature Controller, model CH102FK02-MxAN. Designed for reliable and accurate temperature measurement and regulation, this controller supports universal input signals from K type thermocouples and offers a wide temperature measurement range of 0-400℃. Combining fuzzy logic with traditional PID control, it ensures fast and stable temperature balance, making it ideal for various industrial and laboratory environments. Key Features: · High Accuracy & Strong Interference Resistance: Delivers precise temperature readings with robust resistance to electrical noise, ensuring reliable performance in diverse settings. · Universal K Type Thermocouple Input: Compatible with multiple sensor inputs, providing flexibility and convenience for different temperature sensing needs. · Relay Contact Output: Features a stable and dependable relay contact output mode for safe and effective control of heating or cooling devices. · Advanced Control Algorithm: Utilizes a combination of fuzzy theory and PID control methods for rapid temperature stabilization and improved tuning accuracy. · Wide Temperature Measurement Range: Supports temperatures from 0 to 400℃, suitable for a broad spectrum of temperature control applications. · Durable and Long-lasting: Operates on AC 220V 50/60Hz power supply, built to withstand continuous use with extended service life. Specifications: · Item Type: PID Temperature Controller · Model: CH102FK02-MxAN · Temperature Measurement Range: 0-400℃ · Output Mode: Relay Contact Output (RELAY) · Input Signal: Universal Input, K Type Thermocouple · Working Voltage: AC 220V 50/60Hz Package Includes: · 1 x PID Temperature Controller This PID Temperature Controller is an essential tool for precise temperature management, combining advanced control technology with durable construction. Its universal input compatibility and reliable relay output make it a versatile choice for improving efficiency and accuracy in your temperature-sensitive processes.