• Specification

Product	Artificial Intelligence PID Regulator
Model	SUP-2300
Dimension	A. 160*80*110mm B. 80*160*110mm C. 96*96*110mm D. 96*48*110mm E. 48*96*110mm F. 72*72*110mm H. 48*48*110mm K. 160*80*110mm L. 80*160*110mm M. 96*96*110mm
Measurement accuracy	±0.2%FS
Transmission output	Analog output----4-20mA、1-5v、 0-10mA、0-5V、0-20mA、0-10V
Alarm Output	ALM----With upper and lower limit alarm function, with alarm return difference setting；Relay capacity： AC125V/0.5A(small)DC24V/0.5A(small)（Resistive load） AC220V/2A(big)DC24V/2A(big)（Resistive load） Note: When the load exceeds the relay contact capacity, please do not directly carry the load
Power supply	AC/DC100~240V (Frequency 50/60Hz)  Power consumption≤5W DC 12~36V  Power consumption≤3W
Use environment	Operating temperature（-10~50℃）No condensation, no icing
Printout	RS232 printing interface, micro-matched printer can realize manual, timing and alarm printing functions

 

• Introduction

Artificial intelligence PID regulator adopts advanced experts PID intelligence algorithm, with high control precision, no overshoot, and fuzzy self-tuning function. The output is designed as modular architecture; you can acquire various control types by replacing different function modules. You can choose PID control output type as any of current, voltage, SSR solid state relay, single / three-phase SCR zero-over triggering and so on. Besides it has another two ways alarm output, and optional transmission output, or standard MODBUS communication interface. The instrument can replace the servo amplifier in driving the valve (valve position control function) directly, external given function, and manual / automatic no-disturbance switch function. With multiple types of input functions, one instrument can be used with different various input signals, reducing the number of instruments greatly. It has a very good applicability, and can be used with various types of sensors, transmitters used in conjunction to achieve on the temperature, pressure, liquid level, capacity, power and other physical quantities measurements show that, and with all the various actuators on the electrical and electromagnetic heating equipment, electric valves PID regulation and control, alarm control, data acquisition functions.  

Input
Input signals	Current	Voltage	Resistance	Thermocouple
Input Impedance	≤250Ω	≥500KΩ
Maximum input current	30mA
Maximum input voltage		<6V
Output
Output signals	Current	Voltage	Relay	24V Distribution or feeder
Output load capability	≤500Ω	≥250 KΩ (Note: Please replace the module for higher  load capacity)	AC220V/0.6(small) DC24V/0.6A(small) AC220V/3A(big) DC24V/3A(big) According to Remarks	≤30mA
Adjustive output
Control output	Relay	Single-phase SCR	Dual-phase SCR	Solid relay
Output load	AC220V/0.6A(small) DC24V/0.6A(small) AC220V/3A(big) DC24V/3A(big) According to Remarks	AC600V/0.1A	AV600V/3A (Should be remarked if driven directly)	DC 5-24V/30mA
Comprehensive parameter
Accuracy	0.2%FS±1word
Setting model	Panel touch key parameter setting values locking; store the setting values permanently
Display style	-1999 ~ 9999 measured values, set values, external given values display; 0~100% valve position display 0 ~ 100% output values display; LBD display for working state
Working environment	Ambient temperature: 0 ~ 50 ℃; Relative humidity: ≤ 85% RH; Far from strong corrosive gas
Power supply	AC 100 ~ 240V(switching power), (50-60HZ); DC 20 ~ 29V
Power	≤5W
Frame	Standard snap-on
Communication	Standard MODBUS communication protocol, RS-485, communication distance up to 1 km, RS-232 ,communication distance up to 15 meters Note: While with communication function, the communication converter should be a active one.

Note: The output load capacity of external dimensions D, E instrument relay is the AC220V/0.6A, DC24V/0.6A