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Wave Soldering Temperature Control Module PLC Engineering Temperature Controller Nitong Reflow Soldering Accessories

Wave Soldering Temperature Control Module PLC Engineering Temperature Controller Nitong Reflow Soldering Accessories

Brand Name: JT
Model Number: TAC6000
MOQ: 1 set
Price: Negotiable
Payment Terms: T/T, Western Union, MoneyGram
Supply Ability: 10000 pcs per month
Detail Information
Place of Origin:
Japan
Certification:
CE
Product Name:
Temperature Control Module
Control:
PLC
Color:
Silver,White
Model No:
TAC6150, TAC6000
Usage:
SMT Machine
Place Of Originl:
Japan
Quality:
Top
Driven Type:
Electric And Pneumatic
Property:
Original New /copy New
Packaging Details:
Carton package
Supply Ability:
10000 pcs per month
Highlight:

Wave Soldering Temperature Control Module

,

PLC Engineering Temperature Controller

,

Reflow Soldering Temperature Control Module

Product Description

Wave Soldering Temperature Control Module PLC Engineering Temperature Controller Nitong Reflow Soldering Accessories

 

Introduction:

A plc temperature control module is a device used to monitor and control temperature. It is usually used with a programmable logic controller (PLC).

 

process:

1. Sensor selection: First, select a temperature sensor suitable for the application scenario. Commonly used temperature sensors include thermocouples, thermal resistors and semiconductor sensors. These sensors can convert temperature into electrical signals and send them to the temperature control module for processing.

2. Connect the sensor: Connect the selected temperature sensor to the PLC temperature control module. This usually involves connecting the sensor's output pin to the module's input port. Ensure proper wiring according to sensor and module specifications and requirements.

3. Set input parameters: Configure input parameters in the PLC program so that the module can read the temperature signal sent by the sensor. This may include the input port and type (analog or digital), as well as the bias for calibrating or adjusting the sensor.

4. Data collection: Read connected sensors regularly and obtain temperature data. These data will be entered into variables in the PLC program so that subsequent temperature control algorithms can be used.

5. Temperature control algorithm: Implement the temperature control algorithm in the PLC program. These algorithms decide how to adjust the temperature based on the temperature data being read and the target temperature being set. Common control algorithms include proportional-integral-deriva

 

6. Control output: According to the results of the control algorithm, the PLC will generate a control signal and connect it to the temperature control device (such as a heater or cooler) through the output port. In this way, the control signal will trigger the corresponding operation to achieve the desired temperature regulation

 

Product Series:

Controller series: PEC8150PEC8000 PEC7000 DIO3000 DIO2000
Temperature control module series A I05150 AIO5000 TAC6150 TAC6000

 

 

Images:

Wave Soldering Temperature Control Module PLC Engineering Temperature Controller Nitong Reflow Soldering Accessories 0Wave Soldering Temperature Control Module PLC Engineering Temperature Controller Nitong Reflow Soldering Accessories 1Wave Soldering Temperature Control Module PLC Engineering Temperature Controller Nitong Reflow Soldering Accessories 2

Wave Soldering Temperature Control Module PLC Engineering Temperature Controller Nitong Reflow Soldering Accessories 3