Central Air Monitoring
Air conditioning exhaust fan/blower Monitoring
Climate Control Box control…
Distal Centralized Monitoring
Intelligent Buildings weak current Monitoring
Judge available parking spaces…
Simple Switch Control
Hotel housekeeping service Notification(RCS)
Locker Switch Management…
Direct Digital Control (DDC)
Emergency Alert System
Fire Monitoring System
Preservation Monitoring System…
Different I/O points model could be selected, to meet the most simple DAM architecture to complete the needs of distributed SCADA architecture
Standard Communication Interface:RS-485 for Modbus-RTU, Ethernet for Modbus-TCP
Equipped with at least 2 RS-485 (Modbus-Salve) can be connected to 2 hosts (Modbus-Master)
Easy operation Windows-based software management tools, easy to set up and real-time monitoring
Can be applied to DC or AC 24V Operating Voltage
Provide 15V DC Output to the connected sensor as the working voltage
Provide a self, flexible installation of I/O module design (LLD-DDC32E-01, LLD-ModbusIO-01) with optional DI/DO/Relay/AI/AO etc. I/O modules, each motherboard can control up to 32 points
Ethernet type LLD-DDC32-01E can be expanded up to 64 * RS-485 type LLD-ModbusIO-01
Provide advanced DDC secondary development of advanced features can satisfy the real-time control and data processing requirements
Provide System developer the most simple and diverse I/O control product
Through different base I / O module combination, reduce inventory cost for system developers
Simultaneously at least two (proximal and distal) Host monitoring
Save AC/DC power converter configuration in monitoring field site
Suddenly there is a small number of monitoring points increase, it can amplify the fewest I/O points at the lowest cost through basic I/O modules
Value-added product differentiation can be completed through self-development DDC program
Low threshold for customization