Affordable Fuzzy Logic Temperature Controller

Features: Advance microcontroller and firmware design, improved noise immunity. Simple and accurate Self Tuning. With fuzzy-logic-controller, derive the PID setting with a Self-Tuning run. Each Controller is programmed for the exact INPUT type (specified during order) before delivery. Simplified set up. Just perform a Self Tuning, and ready for operation. Modular firmware construction, improve manufacturing quality, easy to service and maintain. (example, Relay output module can be replaced, withoutaffecting the controller settings. ) Quick delivery, industrial product, provide technical support, after sales services, affordable. 12 months global warrantee against manufacturing defects. Can supply heater and sensor as a kit to meet your temperature controls needs. Specification's: Input: Thermocouple Type K, S, R, E, J and PT100, Voltage, Current. Range: K (0-1300C), S (0-1700C), R (0-1650C), E (0-800C), J (0-1000C), PT100 (-200-600C), Customize voltage and Current. Accuracy: 0.3%&plusmn; 1 digit(LSB) Measuring Resolution: 0.1C/ 1 C Power: Universal 85-264Vac 45-65Hz Power Consumption: < 5 W Operating environment: 0-50C, RH <85% Control Output Options Relay Contacts: AC220V/5A resistive load. DC voltage: ForSSR trigger, >12V. 20mA Introduce: Self Tuning Operation: One of the key feature of A18 series is, by performing the Self Tuning, the PID parameters are set by the internal Fuzzy Logic computer. Therefore, user with little experiences in PID set up, can easily operate the A18 series, without any delay or problem. The fuzzy logic computer is proven in many application's and able to determine the PIDwith just one Self Tuning process. The controller "learn" during the self tune process, its the characteristic of temperature rise and changes, and adjust the PID parameters automatically to ensure the temperature rise with minimum overshot at reasonable ramp up time.