AI-206/208/226 series economical thermostat

AI-206/208/226 series economical thermostatsummary:

1. The APID self-tuning adaptive control algorithm without overshoot and overshoot can achieve ideal control effects; You can also set the ON-OFF action as an alarm;

2. In addition to the traditional AT self-tuning function, it supports advanced Yudian AAT fast self-tuning PID parameter function, which can greatly shorten equipment debugging time in most cases;

3. Support multiple thermocouple and thermistor input specifications;

4. Multiple alarm modes, customizable alarm output positions, 1-2 alarm outputs;

5. Ultra low self energy consumption, instrument power consumption is only about 0.2-0.3W when there is no output;

6. Lightning protection for power supply, long-term misconnection of 380VAC power supply will not damage the instrument;

7. In terms of output specifications, AI-206/208 can choose SSR solid-state relay or relay normally open contact output; AI-226 supports more output specifications, including linear current/voltage and thyristor zero crossing/phase shifting trigger output functions, 1-4 alarm output functions;

8. In terms of measurement accuracy, AI-206/208/226 are both at level 0.3;

9. In terms of communication, AI-226 has added AIbus and Modbus communication functions.

AI-206/208/226 series economical thermostatMain features

Designed for industries such as plastic machinery, food machinery, packaging machinery, ovens, and environmental testing equipment. It has the characteristics of easy operation, easy learning and use, and low price.

The globally applicable 100-240VAC range power supply has 50Hz/60Hz power frequency and ℃/F unit selection function.

The input can freely choose thermocouple or thermistor, and the output supports solid-state relay voltage and relay output, with fast delivery and easy maintenance.

Adopting AI artificial intelligence adjustment algorithms with self-tuning (AT) function, the control is accurate and without overshoot.

Equipped with advanced fast self-tuning (AAT) function, it can be started when the heating furnace is first powered on, without the need for traditional AT oscillation control to quickly complete PID parameter self-tuning, which can greatly save debugging time for most control systems.

● "Fever" level hardware design, with lower power consumption, higher reliability, stability, and a wider range of temperature usage than products in the same class