Brand: Siemens Description: Signal Control Module Condition: Brand New Certificate:COO TEST REPORT WARRANTY LETTER Warranty: 1 year Inventory Qty: 7 Payment Term: T/T Shipping Port: ShenZhen Siemens 6DS1723-8RU is a signal control module suitable for industrial automation, with efficient signal management, flexible configuration, convenient communication and collaboration with other devices.
Manufacture |
Siemens |
Model Number |
6DS1723-8RU |
Ordering Number |
6DS1723-8RU |
Catalog |
- |
Country Of Origin |
Germany |
HS CODE |
85389091 |
Dimension |
20.3cm*7.6cm*25.4cm |
Packing Dimension |
25cm*11cm*28cm |
Weight |
0.4kg |
Technical parameters
Input voltage specification range: The maximum operating voltage of this type of device is 110 volts and the minimum operating voltage is 240 volts. Therefore, it can be incorporated into various power supply systems in typical industrial environments without a lot of voltage adjustment.
Power consumption: The upper energy consumption stage of the device is moderate, usually only 220kw. This low power consumption capability not only reduces operating costs, but also makes it an ideal choice for applications with limited power supply or energy saving must be considered.
Display: Displays fast response time, typical response time - within 30 milliseconds. This enables it to respond faster to events in input signals or operating conditions, which is critical for controlling changes in industrial processes with high accuracy and speed.
Features
Advanced control capabilities: The Siemens 6DS1723-8RU also has advanced control capabilities, such as proportional integral derivative (PID) control or other intelligent algorithms. With these features, it can enhance control of the controlled system through parameter adjustments through real-time feedback to ensure stable and optimal performance.
Fault detection and diagnostics: It has a built-in fault detection and diagnostics system that monitors its own internal status and the health of connected components. If a fault, error or abnormal condition (overvoltage, overcurrent or short circuit, etc.) occurs, it can quickly locate and provide detailed information on relevant diagnostic information. This helps avoid unnecessary downtime and troubleshooting.
Mechanical communication: The Siemens 6DS1723-8RU is equipped with multiple communication interfaces and supports various protocols such as Ethernet, RS-485 or Profibus. This makes it easy to communicate with other control systems, remote monitoring stations, and higher-level management systems. It represents centralized authorization as well as data sharing across the entire industrial network, enhancing the overall integration and management efficiency of the system.
User-friendly configuration: It can be a software-based platform or an intuitive front panel on the device itself. Operators can also access and change settings, view current data, and set different control parameters without extensive technical training. This reduces the complexity of operation and management.
Application Scope
Industrial Manufacturing: Siemens 6DS1723-8RU is commonly used in manufacturing plants to control machines including pumps, compressors, conveyor belts, and production line machinery. It helps improve production efficiency, product quality, and energy conservation by fine-tuning its operating parameters. For example, in an automobile manufacturing plant, it can regulate the speed at which the conveyor belt moves and the way the robotic arm operates.
Power Generation: In power plants, 6DS1723-8RU is essential for controlling generators, turbines, and other key components of thermal power generation, hydropower generation, and even renewable energy generation facilities. It helps maximize power generation, improve energy conversion efficiency, and grid stability. For example, it can control the speed and power generation of wind turbines in wind farms.
Media and process management: The Siemens 6DS1723-8RU is also used to maintain operations in media and process industries such as chemical, oil and gas, and pharmaceutical. It can accurately regulate and measure these parameters so that the process can operate in an efficient and safe manner. In chemical plants, it can control the flow rate of reactants and the temperature of reactors.