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PLC communication devices - List of Manufacturers, Suppliers, Companies and Products

PLC communication devices Product List

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Example of PLC communication usage: "Centralized Meter Reading"

Example of PLC communication usage: "Centralized Meter Reading"

In addition to remote meter reading functionality, it can be utilized for more detailed applications such as HEMS!

We would like to introduce an example of utilizing PLC communication in centralized meter reading proposed by our company. Even in environments with long wiring lengths, it is possible to expand the communication area to the end of the facility through hopping technology. Additionally, due to the ample communication speed, it can be utilized not only for remote meter reading functions but also for more detailed applications such as HEMS. The PLC communication standards include "low-speed PLC," which superimposes low-frequency signals (up to 450 KHz), and "high-speed PLC," which superimposes high-frequency signals (2 to 28 MHz). "HD-PLC," classified as high-speed PLC, contributes to our customers' IoT, EMS, and Automation services due to its features. *For more details, please refer to the PDF materials or feel free to contact us.

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Example of PLC communication usage: "Security Camera System"

Example of PLC communication usage: "Security Camera System"

No need for new Ethernet cable wiring! An example of utilizing HD-PLC that enables total cost reduction.

We would like to introduce an example of utilizing PLC communication in the security camera system we propose. When switching from analog cameras to IP cameras, existing coaxial cables can be reused. This eliminates the need for new Ethernet cable installation, allowing for a reduction in total costs. Additionally, the PLC communication standards include "low-speed PLC," which superimposes low-frequency signals (up to 450 KHz), and "high-speed PLC," which superimposes high-frequency signals (2 to 28 MHz). "HD-PLC," classified as high-speed PLC, contributes to our customers' IoT, EMS, and Automation services due to its features. *For more details, please refer to the PDF materials or feel free to contact us.

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Example of PLC Communication Utilization: "Network System for Schools"

Example of PLC Communication Utilization: "Network System for Schools"

Even in a situation where the ground communication network has been destroyed, it can be utilized as communication infrastructure for evacuees!

We would like to introduce an example of utilizing PLC communication in network systems for schools that we propose. By utilizing existing wiring (TV antenna cables and power lines), it is possible to establish a WiFi environment within the facility without the need for new wiring. This is expected to reduce the costs associated with improving the network environment. Additionally, in the event of a disaster, using satellite internet can serve as a communication infrastructure for evacuees, even when ground communication networks are destroyed. The PLC communication standards include "low-speed PLC," which superimposes low-frequency signals (up to 450 KHz), and "high-speed PLC," which superimposes high-frequency signals (2 to 28 MHz). "HD-PLC," classified as high-speed PLC, contributes to our customers' IoT, EMS, and Automation services due to its features. *For more details, please refer to the PDF materials or feel free to contact us.

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Example of PLC Communication: "Coin Parking"

Example of PLC Communication: "Coin Parking"

Communication is possible even with underground buried wires! Since communication wiring is not required, it enables shorter construction periods and cost reduction.

We would like to introduce an example of utilizing PLC communication in coin parking proposed by our company. Since both "power supply" and "communication" are possible, the construction can be completed with just one power line installation. As communication wiring is not required, it enables a reduction in construction time and costs. By utilizing high-speed power line communication in temporary parking lots, we can build solutions at a low cost. Additionally, the PLC communication standards include "low-speed PLC," which superimposes low-frequency signals (up to 450 KHz), and "high-speed PLC," which superimposes high-frequency signals (2 to 28 MHz). "HD-PLC," classified as high-speed PLC, contributes to our customers' IoT, EMS, and Automation services due to its features. *For more details, please refer to the PDF document or feel free to contact us.

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Example of PLC Communication Utilization: 'Security Gate'

Example of PLC Communication Utilization: 'Security Gate'

We will introduce examples of using HD-PLC that enable the construction of more secure solutions!

We would like to introduce an example of utilizing PLC communication at security gates proposed by our company. By leveraging power lines, it is possible to build solutions that simplify wiring. Since it can be used for high-speed communication and with a DC power supply, it allows for the construction of more secure solutions. Additionally, the PLC communication standards include "low-speed PLC," which superimposes low-frequency signals (up to 450 KHz), and "high-speed PLC," which superimposes high-frequency signals (2 to 28 MHz). "HD-PLC," classified as high-speed PLC, contributes to our customers' IoT, EMS, and Automation services due to its characteristics. *For more details, please refer to the PDF materials or feel free to contact us.

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PLC communication device 'PP2008'

PLC communication device 'PP2008'

Integrated with CPU using ATMEL's advanced integration technology! Providing reliable PLC communication applications.

The "PP2008" is a PLC communication device optimized for environmental themes, developed using DBI's international patent for PLC as its core technology. The main chip adopts the V8-microRISC Synthesizable 8-Bit RISC Microprocessor Core. It integrates with a CPU based on ATMEL's advanced integration technology to provide reliable PLC communication applications. 【Specifications】 ■ Frequency hopping PLC modem ■ Classification: Low-speed PLC ■ Carrier/Speed: PLC under 100KHZ, 3200bps serial, 38.4Kbps ■ Main chip: V8-microRISC Synthesizable 8-Bit RISC Microprocessor Core ■ Serial communication: RS232 *For more details, please refer to the PDF document or feel free to contact us.

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IoT Gateway Adapter Application Case: Building Equipment Network System

IoT Gateway Adapter Application Case: Building Equipment Network System

Achieving IoT in buildings at a low cost! Application examples of PLC communication devices compatible with various interfaces.

Our diverse I/F-compatible PLC communication device, the 'IoT Gateway Adapter,' is utilized in building equipment network systems. In the context of building IoT implementation, it enables the realization of a high-area ultra-distributed network at a low cost by utilizing existing power lines, and allows for mixed communication of data from different I/Fs and protocols such as LAN and serial. It is capable of controlling building lighting and air conditioning equipment, as well as monitoring various sensors, and can be applied to BEMS and BAS. 【Features】 ■ Utilizes existing power lines ■ Enables the realization of a high-area ultra-distributed network at a low cost ■ Allows for mixed communication of data from different I/Fs and protocols ■ Capable of controlling lighting and air conditioning equipment, and monitoring various sensors ■ Applicable to BEMS and BAS For more details, please refer to the catalog or feel free to contact us.

  • IoTGateway.jpg
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  • Remote Control

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IoT Gateway Adapter Application Example: Centralized Meter Reading System

IoT Gateway Adapter Application Example: Centralized Meter Reading System

Connecting to existing power meters to smart meters! Application examples of PLC communication devices.

Our diverse I/F-compatible PLC communication device, the 'IoT Gateway Adapter,' is utilized in centralized meter reading systems. It allows for the automatic collection and centralized management of individual electricity meter reading data from tenant buildings and apartment complexes in a management room. By connecting the 'IoT Gateway Adapter' to existing power meters, it functions as a smart meter. 【Features】 ■ Significant reduction in construction costs by using existing wiring ■ Reliable communication even with long wiring lengths due to hopping technology ■ No complicated setup required, making maintenance easy ■ Compatible not only with meter reading but also with HEMS and more For more details, please refer to the catalog or feel free to contact us.

  • IoTGateway.jpg
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  • Remote Control

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Flame sensor detection communication through the integration of PLC devices and I/O control.

Flame sensor detection communication through the integration of PLC devices and I/O control.

Guide in the opposite direction of the flames! The host can issue various alarms based on the flame detection information from the flame sensor.

The PLC device integrates with I/O control and can send information from the flame sensor to the host. Based on the flame detection information from the flame sensor, the host can issue various alarms. By changing signage and controlling lighting, it can guide people in the opposite direction of the flame based on the detection location of the flame sensor. 【Benefits of HD PLC Standards】 ■ Stable communication possible with wired connections ■ No need for new communication wiring work ■ Fast communication speed ■ One-touch setup allows easy installation even for light users ■ Capable of supplying higher current and voltage than Ethernet PoE *For more details, please refer to the PDF materials or feel free to contact us.

  • Communications

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BACnet/MTSP communication using LON communication lines via PLC communication.

BACnet/MTSP communication using LON communication lines via PLC communication.

Use the existing LON communication line! LON devices and BACnet/MSTP devices can be used simultaneously.

By using the existing LON communication line, BACnet/MSTP communication can be overlaid onto the PLC, allowing for simultaneous use of LON and BACnet/MSTP devices. By using a PLC, it is possible to gradually transition to communication with different protocols without the need to lay new dedicated BACnet lines. 【Benefits of HD PLC Standards】 ■ Stable communication possible with wired connections ■ No need for new communication wiring work ■ High communication speed ■ One-touch setup allows for easy installation even by light users ■ Capable of supplying higher current and voltage than Ethernet PoE *For more details, please refer to the PDF document or feel free to contact us.

  • Communications

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Example of PLC communication: "Water Heater"

Example of PLC communication: "Water Heater"

Supports large-capacity content! It is also possible to collect maintenance information through integration with cloud services and others.

We would like to introduce an example of utilizing PLC communication in water heaters as proposed by our company. In addition to data and voice communication, it supports large-capacity content such as videos. Due to its high-speed communication, it is easy to interrupt various control communications. Furthermore, with IP-based communication, it is possible to collect maintenance information through integration with cloud services. The PLC communication standards include "low-speed PLC," which superimposes low-frequency signals (up to 450 KHz), and "high-speed PLC," which superimposes high-frequency signals (2 to 28 MHz). "HD-PLC," classified as high-speed PLC, contributes to our customers' IoT, EMS, and Automation services due to its features. *For more details, please refer to the PDF materials or feel free to contact us.

  • Communications
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