ｉＮＤ List of Products and Services

By connecting multi-vendor Modbus RTU compatible devices, it supports a variety of interfaces such as contact input/output, analog, and pulse, enabling data collection and monitoring of water levels, current, temperature, power consumption, etc., as well as alarms and equipment control. This device is equipped with intelligent features such as data processing and event detection functions, allowing for flexible customization according to customer needs. For example, it can minimize data volume and save communication costs by sending event notifications to the server during state changes like alarm occurrences and recoveries, or it can perform data processing on the server for more detailed monitoring. Additionally, by integrating with "Facility Assist," it becomes easier to achieve equipment management, visualization of conditions, and remote control.

The "IOG-100" is an IoT gateway device equipped with the MQTT protocol and compatible with our IoT platform "Facility Assist." By connecting the OP485 series, it supports a variety of interfaces such as contact input/output, analog, and pulse, allowing for monitoring of water levels, current, temperature, power consumption, etc., as well as alarms and equipment control. This device is equipped with intelligent features such as data processing and event detection functions, enabling flexible customization according to customer needs. It can minimize data volume and save communication costs by sending event notifications to the server during state changes like alarm occurrence and recovery, or it can perform data processing on the server for more detailed monitoring. Additionally, by utilizing the MQTTS protocol (publisher/subscriber functionality), it is also easy to integrate data with other IoT platforms that have MQTT (broker functionality).

This device is a gateway device for home installation targeting the HEMS market. It supports the communication standards of HEMS, namely ECHONET Lite and UPnP, and detects home appliances compliant with the ECHONET Lite standard to generate virtual devices compliant with the UPnP standard for network provision. In October 2013, it obtained ECHONET Lite certification (Certification Number: GZ-000078). It also allows for monitoring and control of home appliance status from computers within the network based on the UPnP protocol, as well as B-route communication with low/high voltage smart electric meters, enabling us to provide solutions tailored to your needs.

■ Selection of Control Box by Purpose Depending on the network environment, you can choose between a wireless LAN or Ethernet control box. ■ Selection of Option Units You can select option units according to your needs, such as contact input/output and analog input. ■ Reporting Function When there is a change in contact input, an analog upper/lower limit alarm, or alarm cancellation, the control box will establish a TCP connection to report the status. ■ Support for Multiplexing Servers During reporting, it attempts to send to the primary server, and if that fails, it has the capability to communicate with a secondary server. ■ Polling Function Through polling from the monitoring server, it is possible to obtain information on the contact input status and analog values from the connected option units. ■ Email Sending Function Emails can be sent to up to six destinations under the same conditions as reporting. ■ Counter Input/Output Model Models are available that allow for counter control of inputs and outputs between control boxes with the same number of contact input/output units. *For details, please contact us.

This system is an IoT gateway device that retrieves data from child devices installed within a PAN via LoRa private wireless communication (920MHz communication) from a master unit and sends that data to the cloud using an LTE-compatible communication module. This allows for monitoring of the information from devices such as computers, enabling quick implementation of appropriate measures in the event of device status abnormalities.

The "LMG-300" can obtain interface information such as contact inputs, analog signals, and pulses from PLC devices by connecting to them via Ethernet, as well as monitoring control equipment and alarm information. The collected data can be transferred to cloud service databases like AWS IoT using the MQTT protocol (in JSON format), allowing for flexible customization according to customer needs, such as performing data processing on a server. Additionally, by integrating with "Facility Assist," it becomes easier to achieve management of equipment and visualization of its status. The "LMG-300" is equipped with multi-carrier LTE communication capabilities, allowing users to utilize services from various domestic carriers (NTT Docomo, KDDI, SoftBank, MVNO). Therefore, by simply connecting the PLC device to a LAN, it can immediately connect to the internet and store data in a cloud database. Communication is secured through authentication and encryption via SSL.