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The Data Concentrator Unit can be easily installed on poles or panels, making it an adaptable solution for different environments. It is built with a sturdy and durable design, making it resistant to harsh weather conditions and other external factors.
The unit can operate in a range of humidity levels, with a maximum Relative Humidity of ≤95%. This makes it suitable for installation in a variety of industrial or commercial settings where there may be high humidity levels.
The Data Concentrator Unit is equipped with 8 Analog Input Channels, which allow it to monitor and collect data from various sensors and devices. These channels can be configured to support different types of sensors, depending on the specific needs of the application.
The unit is powered by AC380V, providing a reliable and stable power source to ensure that it can operate continuously without interruption. This makes it an ideal choice for applications that require continuous monitoring and reporting of data.
In summary, the Data Concentrator Unit is a powerful Information Aggregator that can collect and transmit data from multiple sources. It is easy to install and operate, with a durable design that can withstand harsh weather conditions. With 8 Analog Input Channels and a reliable power source, it is a versatile solution for a variety of industrial and commercial applications.
The Saving DDZY1218 is equipped with 8 Analog Input Channels that allow for the collection of data from multiple sources simultaneously. The unit has an Input Voltage Range of 0-10V and an Output Voltage Range of 0-5V. With a Current Power of ≤30VA, this Information Aggregator is both energy-efficient and cost-effective.
The Saving DDZY1218 is ideal for a wide range of application occasions and scenarios. For instance, it can be used in industrial settings to monitor and collect data from various machines and equipment. This Data Concentrator Unit can also be used in research laboratories to collect and analyze experimental data.
Another area where the Saving DDZY1218 can be used is in environmental monitoring. It can be used to collect data from sensors that monitor air and water quality, temperature, humidity, and other environmental factors. This makes it an essential tool for environmental researchers and conservationists.
In the medical field, the Saving DDZY1218 can be used to collect data from various medical devices such as ECG machines, blood pressure monitors, and thermometers. The data collected can be used for research and to improve patient care.
Overall, the Saving DDZY1218 Data Concentrator Unit is a versatile and reliable Information Aggregator that can be used in a variety of application occasions and scenarios. Its compact size, energy efficiency, and multiple analog input channels make it an ideal choice for anyone looking to collect and analyze data quickly and easily.
Customize your Saving DDZY1218 Data Concentrator Unit with our product customization services!
Our Information Aggregator can be tailored to your specific requirements, with options including:
Trust in our brand's superior quality and place of origin in China. Contact us today to learn more about our customizable Information Aggregator.
The Data Concentrator Unit product offers the following technical support and services:
What is the brand name of the Data Concentrator Unit?
Answer: The brand name of the Data Concentrator Unit is Saving.
What is the model number of the Data Concentrator Unit?
Answer: The model number of the Data Concentrator Unit is DDZY1218.
Where is the Data Concentrator Unit manufactured?
Answer: The Data Concentrator Unit is manufactured in China.
What are the dimensions of the Data Concentrator Unit?
Answer: The dimensions of the Data Concentrator Unit are not provided. Please refer to the product manual or contact customer support for more information.
What type of data can be concentrated with the Data Concentrator Unit?
Answer: The Data Concentrator Unit can concentrate various types of data, including but not limited to energy consumption, temperature, and humidity data.