Autonics TX4M-14S temperature controller and other devices control in PID mode

I. Learn about the devices in the temperature control system

1. MCB (Crypium CB) BKJ63N 2P 6A

Basic information of MCB LS BKJ63N 2P 6A:
•   The main function of MCB BKJ63N 2P 6A in the system is to protect the electrical circuit in cases such as short circuit, overload... To ensure safety for users.
•    Type: MCB for overload and short circuit protection
•    Series: BKJ63N
•    Number of poles: 2P
•    Rated current: 6A
•    Cutting current: 6 kA 230/400VAC
•    Standard: IEC

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2. Semiconductor Relay (SSR) HSR-2D204Z

General information and basic specifications of HSR-2D204Z:
•    Voltage input: 4 - 32 VDC
•    Number of control phases: 1 phase
•    Rated load current: 20A
•    Rated voltage: 100 - 440 VAC
•    Operating mode: Zero point capture when changing state
•    Power voltage: 5 - 24 VDC
•    Operating voltage range: 4 - 32 VDC
•    Operating voltage: minimum 3VDC
•    Break-off voltage: maximum 1.5 VDC
•    Rated voltage: 100 - 440 VAC
•    Load voltage: 90 - 480 VAC
•    Frequency: 50
•    Weight (g): 150

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3. Hanyoung rotating indicator light T060-PFA11R-D

•   Voltage input: 4 - 32 VDC
•    Number of control phases: 1 phase
•    Rated load current: 20A
•    Rated voltage: 100 - 440 VAC
•    Operating mode: Zero point capture when changing state
•    Power voltage: 5 - 24 VDC
•    Operating voltage range: 4 - 32 VDC
•    Impedance: Maximum 4 ㏀
•    Operating voltage: Minimum 3VDC
•    Break-off voltage: Maximum 1.5 VDC
•    Rated voltage: 100 - 440 VAC
•    Load voltage: 90 - 480 VAC
•    Frequency: 50
•    Weight (g): 150

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4. Autonics TX4M-14S temperature controller

Overview information and basic specifications of TX4M-14S:
•    Display method: 11-segment 4-digit LED
•    Control method: ON/OFF, P, PI, PD, PID
•    Input type : Thermocouple: K(CA), J(IC), T(CC), R(PR), S(PR), L(IC)
•    RTD: DPt100Ω, Cu50Ω
•    Sampling cycle : 50ms
•    Control output: SSR drive(12VDC ) [ON/OFF, phase, cycle]
•    Power supply: 100-240VAC~ 50/60Hz
•    Protection structure: IP50(front panel)

Bộ điều khiển nhiệt độ TX4M-14S hãng Autonics

For more details, please refer to: https://amazen.com.vn/bo-dieu-khien-nhiet-do-autonics-tx4m-14s-loai-pid-man-hinh-lcd.html

5. Samil PT100 thermal detector

Characteristic:
•   Can measure temperatures below 4000C.
•    The accuracy is not high because of the fluctuation of the measuring head.
•    Used in places where the temperature measurement area is small because it can be bent so it can be measured in places where the onion head type cannot be inserted.
Specifications:
•   Temperature measurement range: 0~400 degrees Celsius
•    Threaded or threadless connection
•    Measuring probe length: 30mm, 50mm, 100mm, 200mm
•    Measuring rod diameter: 4mm, 6mm, 8mm
•    Signal output wire: 2 wires, 3 wires, 4 wires
Classify:
•   PT temperature sensor for laboratory.
•    PT100 temperature sensor threadless wire type.
•    Wire PT100 temperature sensor with threaded connection.
•    Bearing temperature sensor.
•    Fly head temperature sensor.

Buy PT100 Thermal Detector at:: Thiết bị tự động hóa Amazen

II. Learn about PID control algorithms

PID control is a complex control process to achieve a desired adjustment value such as temperature, pressure, flow... PID controllers can be found independently as PID temperature controllers. More complex than we find in PLC databases or scadar systems.

When mentioning PID control, we often hear terms such as: proportional, integral, derivative. Each of these parameters is used and adjusted separately for each control purpose. Just changing one parameter can have a big impact on the control process.
We have 4 types of controller:
•    Proportional Controller – Proportional Controller
•    PI stands for Proportional and Integral ( PI ) Controller is called proportional and integral controller.
•    PD stands for Proportional and Derivative (PD) Controller is called derivative controller.
•    PID stands for Proportional, Integral, and Derivative (PID) Controller is called a proportional, integral, and derivative controller.

The PID controller will compare the input results and the allowed settings. If the result is greater than the parameters you set, they will be subtracted so that the next loop has the desired result. And so through many loops, this controller produces a result closest to the desired value that I need.
Principle of PID temperature controller: The controller allows you to enter the desired value directly on the display screen. The remaining indicators KP, KD, KI will be automatically tested by the controller without having to set them up.

That means the input signal of this controller is analog 4-20mA. When receiving such an input signal, they will immediately compare it with the desired setting parameters and output an analog or on/off signal for control.

III. Instructions for connecting and adjusting parameters of temperature controller TX4M-14S controlled in PID mode

1. Connection diagram

2. Adjust TX4M-14S parameters

Step 1: Adjust parameters in group 2:
•   Press and hold MODE for 3 seconds to enter Par 2
• Press MODE to enter   Select the input type as PT100 probe with the symbol  .
• Press MODE   Select the temperature measurement unit as degrees Celsius.
• Press MODE   Select the control output operating mode as  .
• Press MODE   Select PID control type ( )
Step 2: Adjust parameters in group 1:
•   Press and hold MODE for 3 seconds to enter Par 1.
• Press MODE to enter   and set the deviation high limit warning mode to 40.
• Then enter mode   and the settings for this mode are  , When in Auto tuning mode, the controller will automatically detect and calculate to output PID parameters.
•   Press MODE to view the PID parameters as proportional range, integral and differential time respectively.
Step 4: View controller operation in PID mode and compare with ON/OFF mode:
•   Press and hold MODE to return to the main screen.
•    Set the SV value to 50.
•    Next increase or decrease the PV temperature and observe the operation of the SSR, and when the PV temperature reaches the warning level, the indicator light will operate.
•    Output OUT1 will turn on and off continuously in each cycle so that the controller can adjust the most optimal PID parameters, then the PV value will reach the desired level.

IV. Video instructions for installing Autonics TX4M-14S PID temperature controller

Above are our instructions on how to use and how to install the PID-controlled Autonics TX4M-14S temperature controller. Hopefully this information will be useful to you in the process of learning and using this device.
In case you want to buy the TX4M-14S Temperature Controller or have any questions or need further advice, don't hesitate to contact Amazen via:
Hotline: 0934 399 068 - Sales: 0938 072 058
Email: amazen@amazen.com.vn
With a highly specialized team of technical support and sales consultants, our company is confident that it will bring customers the best purchasing experience.
Amazen commits that all temperature controller products we currently offer are genuine, 100% brand new, quality guaranteed and with full certification documents accompanied.