The ICP DAS‘s iSOS-100 indoor emergency button transmits the distress signal to the iWSN-200U wireless data concentrator in the 433 MHz wireless radio band. The distress signal is then sent … Continue Reading ICP DAS’s Wireless Distress Signal System in Forest Recreation Areas (Taiwan)
The temperature monitoring solution offered by the ICP DAS ViewPAC programmable controller and I/O modules enables vaccine warehouse storage facilities to self-monitor temperature and equipment status. This method preserves the … Continue Reading ICP DAS Application Scenario for Vaccine Storage Temperature Control
In this scenario, our reliable remote I/O modules, the M-7051D-G and the M-7045D-NPN-G connected to the on-site monitoring devices. Then the PDS-782D and PDS-720, Serial-to-Ethernet Device Server, were employed to … Continue Reading Public Space Monitoring – Kaohsiung Music Center (Taiwan)
The primary goal for this scenario was to control the lighting equipment and switches in the public spaces of a building. The function of uPAC-7186EG here is a programmable controller … Continue Reading Lighting Equipment Monitoring Solutions Tailored for High-rise Buildings
PACTECH / ICP DAS (Vol. EC01_2016, By Alan Jhu) For decades, fire warning alarm systems have proved to be very important in saving lives and property from fires that happen … Continue Reading WISE Application in a Linked Fire Alarm System
PACTECH / ICP DAS (Vol. EC01_2016, by JE Wang) Karaoke/KTV has become one of the most popular entertainment arenas for modern people. Automation control has been introduced to enhance the … Continue Reading Lighting & Air Conditioning Service at a Karaoke/KTV bar
PACTECH / ICP DAS (E17W35_05, by Austin Lin) The ICP DAS TouchPAD(TPD) features all-in-one functions, such as quick deployment, rapid integration, easy maintenance and display, it cutting the cost of … Continue Reading Hospital Lighting and Air Conditioning Management System
The applications in residential/commercial building leakage monitoring has become increasingly widespread. By applying the architecture of the IoT, it allows to transmit the data to the cloud in real-time for monitoring and control via wired or wireless transmission.