PID TE,PERATURE CONTROLLER AI-X00

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PID TE,PERATURE CONTROLLER AI-X00 Specification

Alarm
Configurable Alarm Output

Power Supply
100-240V AC, 50/60Hz

Temperature Range
Input dependent, typically -199C to 1800C

Theory
Proportional-Integral-Derivative (PID) Control

Type
PID Temperature Controller

Display Type
Dual 4-Digit 7 Segment LED

Memory
Non-Volatile Memory

Accuracy
0.5% of full scale 1 digit

Size
96 x 96 x 100 mm (varies as per model)

Resolution
1C or 0.1C (selectable by model)

Net Weight
Approx. 300-500g (model dependent)

Interface
Relay Output, SSR, Analog (varies by model)

Measuring Range
Thermocouple or RTD input dependent; typically -199C to 1800C

Includes
Controller Unit, Instruction Manual

About PID TE,PERATURE CONTROLLER AI-X00

AI-X00

Features

Low cost, Effective, Easy to use PID Temperature Controller
4 Digits Dual Row Display (4-Digits for PV & 4-Digits for SV)
Selectable sensor input (T/C : J,K,R,S & RTD) from keyboard
Programmable Lower & Upper set point limits
Programmable control action ON-OFF/PID control
Four different alarm modes (Low/High/Deviation low/Deviation High)
Program lock function (to prevent unauthorized tampering)
Universal supply voltage ranges from 90 to 270 VAC
Available in 4 Standard DIN sizes

Specification

Series		AI-X00
Display
	Type	7 Segment LED
	No. of Digit	4 Digit Dual Row
	LED Indication	Output Status,Alarm Status, Tuning Status
	Display height	Table No.1
Input Specification
Measurement
	Input	Thermocouple : K,J,E,S,T,B,R ; RTD : Pt-100 Linear : 0-10 / 2-10 VDC
	Indication Accuracy	0.2% FS
	Resolution	0.1°C (Up to 99.9°C) OR 1°C
Units	Centigrade (°C)
Output Specification
Set Points
	No. of Set Points	1
	SP Range Limit	K-Type : -50 to 1350 °C J-Type : -50 to 1000 °C E-Type : -50 to 1000 °C S-Type : -50 to 1750 °C B-Type : 0 to 1800 °C R-Type : -20 to 1750 °C Pt-100 : -199.9 to 600.0 °C
Output 1
	Relay / SSR Drive /4-20 mAe	To be Specified (Factory Set)
	Relay Contact Rating	3 A @ 250 VAC/30 VDC resistive
	SSR Drive	12 VDC @ 30 mA
	Linear	4-20 mA(Maximum Load 300 ohms)
Alarm
	No of Alarm	1 or 2
	Alarm Modes	Low / High / Deviation High / Deviation Low
	Output type	Relay(3 Amp @230 VAC)
functions Specification
Control Parameter
	Algorithm	PID With Fuzzy Logic
	Control Mode	PID Or ON-OFF (Programmable)
	Proportional Band	0 to 999.9 °C
	Integral time	0 to 3600 Sec
	Derivative time	0 to 999 Sec
	Cycle Time	0.5 to 300 Sec
	Hysteresis	0 to 200 °C
General Specification
Supply Voltage
	H90 - 270 VAC/DC
	24 VAC/DC (OPTIONAL)
Temperature
	Operating	0 - 50°C
	Storage	-20° to 75°C
Humidity (Non-condensing)	95 % RH

Universal Input Compatibility

The AI-X00 PID Temperature Controller accommodates a broad spectrum of input types, including T/C, RTD, mA, and mV depending on your model. This flexibility ensures that it suits a wide array of applications, adapting easily to different process requirements and industrial setups.

Precise Control and Configurable Outputs

With selectable control outputsrelay, SSR, or analog (4-20mA, 0-10V)the AI-X00 guarantees accurate, reliable temperature regulation. Users benefit from PID, ON/OFF, or manual controller modes and auto-tuning for simplified setup and enhanced stability.

User-Friendly Operation and Robust Build

Engineered for convenience, the controller features easy-to-read dual 4-digit LED displays and a straightforward panel-mount design. Rated IP54 at the front, it withstands challenging environments, providing reliable operation between 0C to 50C and up to 85% relative humidity.

FAQs of PID TE,PERATURE CONTROLLER AI-X00:

Q: How does the auto-tuning function benefit temperature control processes?

A: Auto-tuning streamlines the PID parameter setup, automatically optimizing control parameters for your process. This minimizes overshoot and enhances stability, leading to improved accuracy and consistent temperature regulation without requiring extensive manual calibration.

Q: What input and output types does the AI-X00 controller support?

A: The AI-X00 accepts universal inputs, such as thermocouple (T/C), RTD, mA, or mV, based on the model. Output options include relay, SSR, or analog (4-20mA, 0-10V), offering flexibility for integration with various control systems and applications.

Q: When should I use single versus dual set-point models?

A: Choose a single set-point model for basic applications requiring one control value, or a dual set-point model when you need to switch between two temperatures or use advanced control strategies, such as heating and cooling within a process.

Q: Where is the AI-X00 suitable for installation?

A: The panel mount design and IP54-rated front make the AI-X00 ideal for most industrial environments, particularly where front protection from dust and splashes is needed. It operates best in ambient temperatures from 0C to 50C with up to 85% non-condensing humidity.

Q: What is the process for configuring alarms on the controller?

A: Alarm outputs are configurable via the controllers menu. Once the control parameters are set, users can define alarm points for temperature thresholds or deviations, ensuring timely notification and protection of critical equipment or processes.

Q: How does non-volatile memory enhance reliability?

A: Non-volatile memory retains all parameter settings, alarm configurations, and calibration data even after a power outage, eliminating the need for repeated setup and ensuring seamless operation when power is restored.

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