Presentation of case studies on the implementation of remote monitoring systems (4G network) by electronic device manufacturers.
We are offering a document that includes examples of various remote monitoring implementations utilizing 4G networks, such as reporting equipment failures or abnormalities and collecting information on coin parking.
This document provides an overview of various remote monitoring systems that combine the remote monitoring and control cloud service "MOS-B" using 4G lines, the "T-Scope4D" device suitable for monitoring equipment failures and leakage, the remote monitoring device "DMA-T2X" capable of monitoring/measuring contact status, pulse input values, and analog input values, and the IoT gateway "DMA-ESL" equipped with an LTE ubiquitous module. The content is designed to be easy to reference when selecting products. Please feel free to download and take a look. 【Content Overview (Partial)】 ■T-Scope4D - Leakage monitoring of power receiving and transforming equipment - Monitoring and control of snow melting systems - Monitoring of tank levels - Monitoring of road flooding ■DMA-T2X - Water quality management of water purification plants and distribution reservoirs - Monitoring of wind power generation equipment - Remote monitoring and control of sluice gates - Automatic lighting of patrol lamps ■DMA-ESL - Text distribution to electronic display boards - Maintenance information collection for mineral water generation equipment - Collection of weather data - Monitoring of coin parking lots *For more details, please refer to the PDF document or feel free to contact us.
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basic information
【Product Features】 ■ Remote Monitoring and Control Cloud Service "MOS-B" - A network service that integrates line and email usage for devices compatible with 4G. - Device settings can be changed from a dedicated browser. - Command emails sent to devices are received instantly (two-way communication). ■ Leakage Monitoring Device "T-Scope4D" - Specializes in contact input (up to 4 channels) and leakage monitoring (up to 4 channels), improving cost performance. - Emails are sent for both contact input ON and OFF, making reception easy since it's via email. - Features include power outage notification, regular reporting, automatic time correction, and chattering transmission prevention. ■ Remote Monitoring Device "DMA-T2X" - Emails are sent for both contact input ON and OFF, making reception easy since it's via email. - Analog status monitoring converts 4-20mA or 0-5V values and reports at upper and lower limits. ■ IoT Gateway "DMA-ESL" with LTE Ubiquitous Module - The module can be directly operated with AT commands (PPP communication). - RS-232C and Ethernet can be driven simultaneously, and area emails and SMS can also be received.
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■Remote Monitoring - Leakage monitoring of power receiving and transforming equipment - Monitoring and control of snow melting systems - Monitoring of tank remaining levels - Monitoring of road flooding - Water quality management of water purification plants and distribution reservoirs - Monitoring of wind power generation equipment - Remote monitoring and control of sluice gates - Automatic lighting of patrol lamps - Text distribution to electronic display boards - Collection of maintenance information for mineral water generation equipment - Collection of weather data - Monitoring of coin parking lots
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Company information
■Characteristics of Hanelon We utilize measurement technology, control technology, and communication technology to meet our customers' needs. We support our customers from both hardware and software perspectives, from design and development to manufacturing. ISO-9001 certified. KES environmental management system certified. We have established a high-quality system. ■Core Technologies of Hanelon - Information and communication technology - Measurement and control technology - Embedded software technology - Gate array (FPGA) design technology - High-frequency technology - Inspection technology using light, electricity, images, etc.
