Products > Solutions for Power Continuity > Monitor & Control > DPY351
Monitor & Control
It is possible to monitor the input and output data, peak current, peak voltage, and all the battery parameters such as temperature, State of Charge Internal Impendency - 3.5’’ TFT.
With the DPY351, it is possible to modify the parameters of any ADELsystem device connected: DC Ups, Power Supply, and Battery Charger - HMI.
All the alarms present on the single device are reported in real time.
The history parameters are recorded inside each device. The DPY351 allows for inspecting all the historical parameters of every single device.
The device memorizes and displays the last 20 actions done.
It is possible to configure and drive the device by one Own Server
The actions between devices can be programmed.
So many ways to use and apply it
Monitor and Control
To monitor all the parameters of installed devices in the panel
It is relevant to transfer all parameters remotely via an Ethernet connection.
All in One
It includes 2 Input 1 Output, and a temperature sensor that allows sensor management in small environments. All in one: Display, Hub, PLC
The heart of the system
The heart of the easy-to-assemble system is a 90mm hole for all types of surfaces, designed for heavy-duty use in a robust IP67, which allows you to manage multiple units by monitoring, configuring, storing, and connecting remotely. DPY351 is the first device that allows all the functions to be enclosed inside for maximum performance at the highest levels of ADELSystem devices.
DPY351 was developed to connect to all the new ADELSystem devices. Through ADELBus (CANBus and ModBus), it is possible to establish the connection of configuration, reading, and evolution of the device data. Through the DPY351 it is possible to create Events as the result of an algorithm among the various interconnected devices.
Gateway and Protocols
Web Server HTTP for Configuration and Driver the device by Ethernet; static or Dynamic IP
Modbus TCP/IP Configuration TCP/IP Configuration group of parameter default values. They allow unique identification of the unit in the network.
SNMP v2c An ADELsystem MIB table consists of a list of parameters of the connected power device that can be remotely read or read-written through the SNMP. Each parameter (OID) is mapped one-to-one to a Modbus RTU holding register.
MQTT communication allows the DPY351 to connect to the ADELView System Cloud for the remote monitoring of the power devices connected to the DPY using Modbus or CANbus