High performance programmatic artificial intelligence temperature controller, programmable modular design, 0.2 level measurement accuracy, temperature drift less than 50PPM/℃, with manual/automatic disturbance free switching and manual self-tuning function; Equipped with 30+20 segment program control function, it can achieve temperature rise and fall control of any slope, and has programmable/operable commands such as jump (loop), run, pause, and stop
technical specifications | |
Advanced control functions |
Equipped with manual/automatic disturbance free switching and manual self-tuning function; Equipped with 30+20 segment program control function, it can achieve temperature rise and fall control of any slope, with programmable/operable commands such as jump (loop), run, pause and stop, and allows program modification at any time during program control operation; By using AI artificial intelligence adjustment algorithms with curve fitting capabilities, smooth and even curve control effects can be achieved; The event output function can be edited during program execution, in conjunction with controlling external device actions; The SV transmission output function can be used as a program generator; Equipped with measurement value startup function, preparation function, and five options for handling power outage/startup events. |
Main input |
The input can freely select thermocouples, thermistors, linear voltages, linear currents, and can expand the input and customize non-linear correction tables |
Second input |
External feedback or valve signal feedback function can form complex control systems such as cascade or ratio regulators. |
measuring range |
It depends on the selected thermocouple or thermal resistor. Linear voltage/linear current: -9990~+30000 to be defined by the user |
Adjustment method |
It has multiple adjustment methods such as standard PID, AI artificial intelligence regulation APID or MPT, and has self-tuning and self-learning functions. It has excellent control characteristics without overshoot or overshoot, and can also use positional control (ON-OFF) function. |
measurement accuracy |
Level 0.2 |
Control output specifications (modular) |
SSR voltage, linear current (voltage), relay contact switch, thyristor contactless switch, single-phase and three-phase thyristor zero crossing trigger, single-phase thyristor phase-shift trigger output, i.e. position proportional output (directly driving valve motor forward/reverse), etc., with a control cycle of 0.24~60 seconds |
Measurement value (PV)/Given value (SV) output |
It can convert the measured value (PV) or the given value (SV) into a standard current signal output, providing 14 bit high-resolution, 0.2 level output accuracy, and current output performance better than 100ppm/℃ temperature drift. |
Advanced AIBUS communication protocol |
Supporting RS485 or RS232C communication interfaces, combined with fast communication technology, it can easily build large and medium-sized computer control systems with a scale of thousands of points or connect AI series true color human-machine interface touch screens/split type paperless recorders. |
Alarm |
Supports multiple alarm functions such as upper limit, lower limit, deviation upper limit, and deviation lower limit, and can freely define 4 alarm output ports, supporting multiple alarm signals to be output from the same position. Equipped with functions such as power on exemption from alarms, to avoid misoperation of power on alarms. |
power supply |
100~240VAC,-15%,+10% / 50~60Hz; Or 24VDC/AC, -15%,+10% |
Power consumption |
≤5W |
Usage environment |
Temperature range: 0-60 ℃; Humidity ≤ 90% RH |
Panel size |
96 × 96mm, 160 × 80mm, 80 × 160mm, 48 × 96mm, 96 × 48mm, 72 × 72mm |
Dimension |
: 92 × 92mm, 152 × 76mm, 76 × 152mm, 45 × 92mm, 92 × 45mm, 68 × 68mm |
Insertion depth |
≤100mm |
application |
Plastic machinery, food machinery, packaging machinery, ovens, heating furnaces, heat treatment furnaces, high-temperature furnaces, environmental experimental equipment, etc |
