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7KM9300-0PP20-0AA0
SENTRON PROFINET Proxy (SPP) connects Modbus TCP able SENTRON devices to PROFINET IO E.g. 7KM PAC2200 and others SPP is an Ethernet Switch and transparent for IP comm.
- Stock status:
- In stock
- Manufacturer:
- Siemens
- Product code:
- 7KM9300-0PP20-0AA0
Main documents
- Product datasheet
- Instruction sheet
- Catalogue
Product | |
Article Number (Market Facing Number) | 7KM9300-0PP20-0AA0 |
Product Description | SENTRON PROFINET Proxy (SPP) connects Modbus TCP able SENTRON devices to PROFINET IO E.g. 7KM PAC2200 and others SPP is an Ethernet Switch and transparent for IP comm. |
Product family | SENTRON 7KM PAC Expansion Modules and Accessories |
Product Lifecycle (PLM) | PM300:Active Product |
Price data | |
Region Specific PriceGroup / Headquarter Price Group | 15N / 1DD |
List Price | Show prices |
Customer Price | Show prices |
Surcharge for Raw Materials | None |
Metal Factor | None |
Additional Product Information | ||
EAN | 4047624189328 | |
UPC | Not available | |
Commodity Code | 85389091 | |
LKZ_FDB/ CatalogID | LV10 | |
Product Group | 5312 | |
Group Code | P360 | |
Country of origin | Romania | |
Compliance with the substance restrictions according to RoHS directive | Since: 11.11.2020 | |
Product class | B: return restricted, please contact your Siemens partner/contact | |
WEEE (2012/19/EU) Take-Back Obligation | Yes | |
REACH Art. 33 Duty to inform according to the current list of candidates |
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SCIP number | 5bc1130a-913c-4441-9597-14e28a34e3d4 |
Product Description
Siemens
Siemens, a global leader in the electrical and industrial automation sectors, is renowned for its high-quality products and solutions, ranging from electrical equipment and automation systems to energy management and telecommunications technologies.
With a strong focus on innovation, Siemens provides cutting-edge solutions that enhance operational efficiency, sustainability, and productivity across various industries. From advanced circuit breakers and switchgear to smart grid solutions, Siemens continues to shape the future of technology, delivering reliable and energy-efficient products that meet the evolving needs of businesses and industries worldwide.
Measuring Devices
Measuring Devices play a crucial role in optimizing energy efficiency. SENTRON measuring devices ensure precise monitoring and accurate data acquisition, helping businesses track energy consumption and identify waste. Energy savings begin with reliable measurement, as you can only improve what you can measure. With a wide range of solutions, from DIN rails to front panels, and support for protocols like Modbus and PROFINET, SENTRON devices offer MID-certified options to meet diverse needs.
Siemens Power Monitoring System
Siemens Power Monitoring System is designed to provide comprehensive insights into energy usage, enabling businesses to optimize power consumption and reduce costs. By delivering accurate and real-time data, this system helps identify inefficiencies and ensures smooth energy management across various facilities.
With seamless integration capabilities, including support for Modbus and PROFINET, and compatibility with smart grids, Siemens Power Monitoring System offers scalable solutions tailored to different industry needs. Start your journey towards energy efficiency with reliable monitoring that empowers you to make data-driven decisions, ensuring a sustainable and cost-effective energy future.
7KM9300-0PP20-0AA0
The Siemens SENTRON PROFINET Proxy (SPP) with Number 7KM9300-0PP20-0AA0 is designed to bridge Modbus TCP-compatible SENTRON devices, like the 7KM PAC2200, to a PROFINET IO network. Acting as an Ethernet Switch and maintaining transparency for IP communication, this proxy module provides seamless integration for devices within industrial control systems that require reliable communication across different protocols.
Key Features and Specifications:
Protocol Bridging (Modbus TCP to PROFINET IO):
- Facilitates communication between Modbus TCP-capable SENTRON devices and PROFINET IO systems, ensuring interoperability and data exchange between otherwise incompatible devices.
Ethernet Switch Capability:
- The SPP operates as an Ethernet switch, allowing for effective network management and supporting a smooth flow of IP communication without interference.
Plug-and-Play Integration:
- Designed for easy setup and integration, this module can be implemented with minimal configuration, enhancing system flexibility.
Technical Specifications:
- Number: 7KM9300-0PP20-0AA0
- Description: Connects Modbus TCP devices to PROFINET IO, acting as an Ethernet switch
- Compatibility: Suitable for use with 7KM PAC2200 and similar Modbus TCP-capable SENTRON devices
- Product Family: SENTRON 7KM PAC Expansion Modules and Accessories
- Product Lifecycle: PM300: Active Product
Compliance and Standards:
- RoHS Compliance: In line with the directive since 11.11.2020
- REACH Compliance: Contains Lead monoxide (CAS-No. 1317-36-8), SCIP number 5bc1130a-913c-4441-9597-14e28a34e3d4
- WEEE Take-Back Obligation: Yes
- Product Class: B (return restrictions may apply; please consult your Siemens partner)
Additional Product Information:
- EAN: 4047624189328
- Commodity Code: 85389091
- Country of Origin: Romania
Applications:
Ideal for use in:
- Industrial automation systems that require reliable and efficient communication between Modbus TCP devices and PROFINET IO networks.
- Energy management networks using SENTRON devices to facilitate data exchange across complex industrial environments.
Conclusion:
The Siemens SENTRON 7KM9300-0PP20-0AA0 PROFINET Proxy enables seamless communication between Modbus TCP devices and PROFINET IO, providing crucial interoperability in multi-protocol networks. Its Ethernet switch capability and easy integration make it a valuable asset for maintaining smooth data flow in complex, industrial setups.
Frequently Asked Questions
What Are Siemens Used to Measure?
✅Siemens (S) are units used to measure electrical conductivity, which refers to a material's ability to conduct electric current. The standard unit for conductivity is Siemens per meter (S/m), with milliSiemens per meter (mS/m) being commonly used for smaller values. Electrical conductivity is crucial for understanding how well a material can transmit electricity. The Siemen, a unit of electrical conductance, is the inverse of an Ohm (Ω), which measures electrical resistance. This makes Siemens an essential measurement in fields such as electronics, engineering, and material science.
What Are the Names of Measuring Devices?
✅Measuring devices come in various types, each serving specific purposes across different industries. Some of the most common measurement tools include vernier calipers, micrometers, dial gauges, and various types of gauges. Other essential devices are bubble levels, protractors, and rulers. These tools are widely used in production processes, quality control, and engineering to ensure precise measurements and accuracy.
What Are Three Measuring Devices?
When it comes to measuring length, there are several precise tools available. Three commonly used instruments include:
✅ 1.Rulers - Simple and versatile, rulers are used for measuring shorter lengths, typically in centimeters or inches.
✅ 2. Tape Measures - Ideal for measuring longer distances, tape measures are flexible and portable, making them useful for tasks ranging from home improvement to construction.
✅ 3. Micrometer Screw Gauges - Designed for measuring small objects with high precision, micrometer screw gauges can measure dimensions in micrometers.
Among these, the vernier caliper stands out as the most precise tool. It features sliding jaws attached to a graduated beam, allowing for accurate measurements of both internal and external dimensions.
What Is a Power Monitoring Device?
✅ A power monitoring device is an instrument used to measure and track power consumption. It helps in monitoring the usage of electricity, which is essential for identifying areas where energy can be saved and efficiency can be improved. While electricity itself is invisible, it is a versatile and convenient form of energy that powers various systems, converting into heat, light, sound, and mechanical power. By providing real-time data on energy usage, power monitoring devices support energy-saving activities, cost reduction, and improved energy management. These devices are commonly used in homes, businesses, and industrial settings.
How Do I Replace My Energy Meter?
✅ Replacing your energy meter, such as when installing a NES smart meter, involves a few important steps to ensure safety and proper installation. Here’s a simple guide:
1. Turn Off Power: Begin by turning off the line power to the existing energy meter to ensure a safe working environment.
2. Remove the Terminal Cover: Carefully take off the terminal cover from the existing meter to access the wiring.
3. Disconnect Wires: Remove the line and load wires connected to the terminals of the existing meter. Make sure to label or note where each wire connects for easier installation of the new meter.
4. Remove the Old Meter: Finally, detach the old energy meter from its mounting, ensuring all components are safely stored for future reference or recycling.
What Is the Difference Between a Power Meter and an Energy Meter?
we often get asked whether energy meters and power meters are the same. While both devices are essential for monitoring electricity usage, they serve different purposes.
✅Energy Meters: These instruments measure the total energy consumed over time, typically displayed in kilowatt-hours (kWh). Energy meters provide a cumulative record of electricity usage, helping users understand their overall consumption patterns and manage costs effectively.
✅Power Meters: In contrast, power meters measure the instantaneous rate at which energy is being used, usually indicated in watts (W) or kilowatts (kW). By offering real-time data, power meters enable users to gain insights into their electrical systems' immediate power demands, allowing for better management of energy resources.
In summary, while energy meters track total consumption, power meters focus on the rate of energy use, making them both valuable tools for energy management and efficiency.
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