Siemens 6ES7134-6JD00-0DA1

I sincerely invite customers to come to consult and buy our Siemens 6ES7134-6jd00-0da1 simulation input module. In Hanhui Crown, we promise to provide you with excellent service quality. From the careful selection, professional configuration of the product, to the intimate after -sales support, our team has always been with you.
Siemens 6ES7134-6jd00-0da1 analog input module plays a vital role in the industrial automation field. It accurately collect signals from various simulated sensors, including temperature, pressure, flow, humidity, etc., converting these signals into digital forms into digital forms In order to deal with PLC or industrial control systems, at the same time, its powerful diagnostic function further improves production efficiency and reliability of the system.
Siemens 6ES7134-6JD00-0da1 has won widespread recognition in the market with its outstanding performance and reliability. It is equipped with 4 analog input channels that can connect a variety of sensors at the same time and efficiently collect data. At the same time, the module has a comprehensive diagnosis function, which can carefully monitor the power supply, various channels and communication status to ensure that the stable operation of the entire system is worry -free.
Siemens 6ES7134-6JD00-0DA1
Type: Siemens 6ES7134-6jd00-0da1 module
Color code: The color code of the module is CC00
Accuracy: The accuracy of ± 0.1%reflects the accuracy of the module during the signal conversion process.
Power supply voltage: The rated value is 24V DC power, and the allowable range is 19.2V to 28.8V.
Current consumption: The input current under the rated value is 37 mA, and the maximum current consumption is 50 mA.
Channel diagnosis: This module has a channel diagnostic function that can monitor and provide status information of each input channel.
Resolution: 16 -bit resolution means that the module can convert an analog signal with very high accuracy

Monitoring and control of production process: In the chemical factory, the temperature used to monitor the reactor to ensure that the chemical reaction is performed under appropriate conditions.
In steel manufacturing, monitor the temperature of the high temperature furnace to ensure the quality of metal melting.
Mechanical manufacturing and automation:
On the car manufacturing and assembly line, the temperature and pressure of the engine testing table are used.
In robotic applications, the temperature in the process of induction and regulating welding.
Energy industry:
In thermal power station, the temperature of the boiler and turbine is used.
In wind and solar power generation, the temperature for monitoring battery packs and inverters.