ADELSYSTEM DPY351 Manuale di istruzioni - Pagina 4

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ADELSYSTEM DPY351 Manuale di istruzioni
Fig. 8 – SNMP settings
All the fields in the SNMP group of settings allow a maximum of 32 characters,
except "System Description" and "System Location", which allow 255 characters
maximum. The "Read-only community" and "Read-write community" values
must match those of the SNMP environment the unit operates in, otherwise the
device management using SNMP will not be possible.
Other settings/actions
In this group of settings it is possible to synchronize the internal clock of the
DPY with that of the PC it is controlled by or download the event log and the
data log. Another important feature is the remote control option, which can be
enabled from here. As shown in Fig. 9 this feature displays a live replica of the
display screen. By left-clicking on the button labels on the displayed screen it is
possible to move through the display pages by remote control instead of clicking
the buttons on the display front panel.
Fig. 9 – Other settings/actions of parameters with the remote control active
4.1.3
Saving / resetting the customized ethernet parameters
To save the changes into the DPY351 non volatile memory press the "Apply"
button at the top or at the bottom of the page. Changes will take effect at the
following DPY351 power up.
To clear all the ethernet parameters press the "Reset" button, then re-enter the
data.
Modbus TCP
DPY351 parameters can be remotely controlled via Modbus TCP on Modbus
address 247. DPY351 works as a gateway for the other devices connected to
ADELBus. Refer to the Parameters table of every device for more information.
5
Features for Managing
Through the ADELBus network, the DPY351 manages all the ADELSystem
connected devices. Data from all the devices connected can be viewed together
for a better understanding of the status of the whole system. Two internal
loggers, one for the monitoring data and one for the events occurred allow to
remotely download the time-course of the whole system status in an easy-to-
use spreadsheet file.
5.1
Monitoring
It is possible the monitoring of input and output data, peak current, peak voltage,
all the battery parameters such as temperature, State of Charge, etc....
5.1.1
Display Configuration"Welcomepage"
Welcome Page
o
Customize Dashboard
o
Customize "Six Values"
o
Customize "Two Values"
o
Customize "Single Value"
o
-
Video:
https://youtu.be/0RYVq5XcVPM
5.1.2
Display Configuration "Network menu"
Network menu
o
-
Video:
https://youtu.be/p22VfOwjIP8
5.2
Configuration
With the DPY351, it is possible to modify the parameters of any ADELSystem
device connected: DC-Ups, Power Supply and Battery Charger. In term of:
Battery Performance
Load Performance
Device Configurations
Advanced Configuration: Primary PW:1234
-
Video:
https://youtu.be/BzRc8YJ8F4Q
5.3
Configuration
With the DPY351, it is possible to modify the parameters of any ADELSystem
device connected: DC-Ups, Power Supply and Battery Charger. In term of:
Battery Performance
Load Performance
Device Configurations
Advanced Configuration: Primary PW:1234
-
Video:
https://youtu.be/BzRc8YJ8F4Q
5.4
Daisy Chain
It is possible connect up to 32 device in series together.
Devices "Add new devices"
o
-
Video:
https://youtu.be/tDJz8g9uQlM
5.5
Alarms management
All the alarms from all the connected devices are immediately reported.
Notification / Alarm
o
-
Video:
https://youtu.be/slre7lztX1c
5.6
History
The history parameters are recorded inside each device. The DPY351 allows
inspecting all the historical parameters of each single device.
Event Log: last situations happened; up to 30 recording
o
Data Log: 10 dais recording about the devices selected in terms of
o
Voltage, Current, Time, etc...
-
Video:
https://youtu.be/slre7lztX1c
5.7
Event
Actions that are coordinated among the devices connected can be programmed,
thus automating the system. The action well be defined better in next few month
6

Technical Data

6.1
Input Data
DC Input Voltage range (Vdc)
Power from:
Power from:
External Recommended Fuse
Current consumption ON typ.
(backlight 30%, MODBUS* on,
relay off)
Current Consumption
Current Consumption Sleep mode
Maximum current consumption
with backlight 100%
Maximum current consumption
with backlight 0%
6.2
User Interface
6.2.1
Display Screen
Type
Resolution
Brightness
Orientation
Backlight (life time)
6.2.2
Controls
Keyboard
6.3
Data Connection
Aux1: Input temperature sensor
Aux2: Ethernet
Protocols:
Aux3: CAN Communications
Aux3: RS485 : MODBUS lines fully
loaded with 32 unit loads.
Aux4: USB 2.0 device, full speed
Aux5:
Aux6:Data lines termination
(individually activated to
dipswitches)
6.3.1
Modbus Communication RS485
Aux3:
Supported Protocols
Supported Baud Rate
(Factory setting: 38400)
Internal Terminating Resistor (120
Ω)
(Factory Setting OFF)
9-72
Aux3
Aux5: Pin 1 - 2
3 to 10 A max
0.13A (12VDC, Ethernet off)
0.17A (12VDC, Ethernet on)
0.08A (24VDC, Ethernet off)
0.1A (24VDC, Ethernet on)
0mA; Aux6 Switch4 pos. OFF
< 1 mA;Aux6 Switch4 pos. ON
0.32A (9VDC, MODBUS*,
Ethernet and relay on)
0.10A (72VDC, MODBUS*,
Ethernet and relay on)
0.22A (9VDC, MODBUS*,
Ethernet and relay on)
0.07A (36VDC, MODBUS*,
Ethernet and relay on)
TFT LCD display, 16bit color
(64k colors)
320 x 240 pixels 3.5 Inch
2
800 cd/m
Landscape
LED, white (>20000h)
4 tactile buttons, backlight
ADELSystem RJ Temp
temperature probe
10/100M. VLAN is supported.
SNMP, DHCP, MODBUS
TCP, HTTP webserver
SAE J1939
MODBUS RTU
(RS 485) terminated at both
ends with 120-ohm resistors.
1 x USB B connector
N° 2 Digital Input
N° 1 Analog Input
N° 1 Output
120 ohm for RS485,
120 ohm for CAN bus
RJ45
MODBUS RTU
2400, 4800, 9600, 19 200,
38400
Configurable by Switch Aux6
(Section: Hardware
configurations RS485)
Instruction Manual DPY351_R11
Page 4