ICP DAS USA PMD-4201-EN User Manual

PMD-4201 User Manual
for Local Display Operation
[Version 3.1.0]
PMD-4201 User Manual for Local Display Operation
Warning
ICP DAS Inc., LTD. assumes no liability for damages consequent to the use of this
product. ICP DAS Inc., LTD. reserves the right to change this manual at any time
without notice. The information furnished by ICP DAS Inc. is believed to be accurate
and reliable. However, no responsibility is assumed by ICP DAS Inc., LTD. for its use,
or for any infringements of patents or other rights of third parties resulting from its
use.
Copyright and Trademark Information
© Copyright 2016 by ICP DAS Inc., LTD. All rights reserved worldwide.
Trademark of Other Companies
The names used for identification only maybe registered trademarks of their
respective companies.
License
The user can use, modify and backup this software on a single machine. The user may
not reproduce, transfer or distribute this software, or any copy, in whole or in part.
PMD-4201 User Manual for Local Display Operation
Table of Contents
1
2
System Introduction .................................................................................. 1
System Main Page.................................................................................... 3
2.1
Toolbar function area ..................................................................... 3
2.2
Power information overview area ....................................................... 7
2.3
System Information area ................................................................... 7
3
System Setting ......................................................................................... 8
3.1
Home ............................................................................................. 8
3.2
3.3
3.4
3.5
3.6
4
Overview ........................................................................................ 8
Time Setting ................................................................................... 9
Network Setting ............................................................................ 10
Security Setting ............................................................................ 11
Other Setting ................................................................................ 12
Module Setting ........................................................................................ 15
4.1
Home ........................................................................................... 15
4.2
Overview ...................................................................................... 15
4.3
Interface Setting ........................................................................... 16
4.4
Power Meter Setting .................................................................... 20
4.4.1
Scan to add ICP DAS Modbus RTU Power Meters ........... 20
4.4.2
Add ICP DAS Modbus RTU Power Meter manually .......... 23
4.4.3
Add ICP DAS Modbus TCP Power Meter manually .......... 24
4.4.4
Power Meter List Interface................................................. 26
4.4.5
ICP DAS Modbus RTU Power Meter Setting ..................... 26
4.4.6
ICP DAS Modbus TCP Power Meter Setting ..................... 30
4.5
I/O Module Setting ....................................................................... 33
4.5.1
Scan to add ICP DAS M-7000 I/O Module ........................ 34
4.5.2
Add ICP DAS M-7000 I/O Module manually ...................... 36
4.5.3
I/O Module List Interface ................................................... 38
4.5.4
ICP DAS M-7000 and Modbus RTU I/O Module Setting ... 38
4.5.5
Modbus TCP I/O Module Setting ....................................... 40
4.6
Power Data Logger Setting .......................................................... 41
4.6.1
Power Data Logger Setting ............................................... 42
4.6.2
FTP Upload Setting ........................................................... 44
4.7
Save the Settings ......................................................................... 45
4.8
Load/Reset the Settings ............................................................... 45
5
Power Information .................................................................................. 46
5.1
Home ........................................................................................... 46
PMD-4201 User Manual for Local Display Operation
6
7
5.2
Overview ...................................................................................... 46
5.3
Real Time Information .................................................................. 47
5.4
Statistics Information .................................................................... 48
5.5
Power Data Information ............................................................... 48
5.6
Historical Data Report .................................................................. 49
Module Information ................................................................................. 52
6.1
Home ........................................................................................... 52
6.2
Power Meter I/O Status ................................................................ 52
6.3
Internal Register Status ................................................................ 53
6.4
M-7000 Module I/O Status ........................................................... 53
6.5
Modbus Module I/O Status ........................................................... 54
Energy Analysis ...................................................................................... 56
7.1
Home ........................................................................................... 56
7.2
Realtime Chart ............................................................................. 56
7.3
7.4
7.5
Historical Chart ............................................................................ 58
PUE Information ........................................................................... 60
Historical Energy Analysis ............................................................ 61
7.5.1
Energy Usage Analysis by Trend....................................... 61
7.5.2
Energy Usage Analysis by Time Period ............................. 63
7.5.3
Energy Usage Breakdown by Circuit ................................. 65
Appendix：PMD-4201 Related Information ................................................... 68
PMD-4201 User Manual for Local Display Operation
List of Figures
Figure1-1: PMC/PMD System Architecture ...................................................... 1
Figure2-1: PMD-4201 Home Page................................................................... 3
Figure2-2: Toolbar function area ...................................................................... 4
Figure2-3: “Login” Page ................................................................................... 4
Figure2-4: Toolbar function area (login as Administrator) ................................... 4
Figure2-5: “Tools” Page ................................................................................... 5
Figure2-6: Power Meter Utility Interface ........................................................... 6
Figure3-1: Home Page ..................................................................................... 8
Figure3-2: System Setting Overview Page ...................................................... 9
Figure3-3: Time Setting Page .......................................................................... 9
Figure3-4: Network Setting Page ................................................................... 10
Figure3-5: Security Setting Page ................................................................... 11
Figure3-6: Other setting page ........................................................................ 12
Figure3-7: Backlight Setting Slider ................................................................. 13
Figure3-8: Screen Saver Setting .................................................................... 13
Figure3-9: Calibration Setting process ........................................................... 14
Figure4-1: Module Overview page ................................................................. 15
Figure4-2: Interface Setting page (Com Port) ................................................ 16
Figure4-3: Function setting to connect to Modbus RTU slave module ........... 17
Figure4-4: Function setting to connect to HMI or SCADA .............................. 18
Figure4-5: I/O Function setting about LAN ..................................................... 19
Figure4-6: Power Meter Setting Page ............................................................ 20
Figure4-7: The “Scan” button to search Power Meter .................................... 21
Figure4-8: Set up the Scanning Range for the Power Meters ........................ 21
Figure4-9: Scanning the Power Meters .......................................................... 22
Figure4-10: The Power Meter List after Scan operation................................. 22
Figure4-11: Select the actual Power Meter connected to PMD-4201............. 23
Figure4-12: Set up the No. and Address of the power meter ......................... 23
Figure4-13: Select Modbus RTU Power Meter module .................................. 23
Figure4-14: Add the Modbus RTU Power Meter manually ............................. 24
Figure4-15: Set up the Network setting of the power meter ........................... 25
Figure4-16: Select Modbus TCP Power Meter module .................................. 25
Figure4-17: Add the Modbus TCP Power Meter manually ............................. 25
Figure4-18: Power Meter List Interface .......................................................... 26
Figure4-19: PM-3133 Setting page (Basic Setting) ........................................ 27
Figure4-20: PM-3133 Setting page (Power Related Setting) ......................... 28
PMD-4201 User Manual for Local Display Operation
Figure4-21: PM-3133 Setting page (I/O Setting) ............................................ 28
Figure4-22: PM-3114 Setting page (Power Related Setting) ......................... 29
Figure4-23: PM-3133-MTCP Setting page (Basic Setting)............................. 30
Figure4-24: PM-3133-MTCP Setting page (Power Related Setting) .............. 31
Figure4-25: PM-3133-MTCP Setting page (I/O Setting)................................. 32
Figure4-26: PM-3114-MTCP Setting page (Power Related Setting) .............. 32
Figure4-27: I/O Module Setting Page............................................................. 33
Figure4-28: The “Scan” button to search M-7000 module ............................. 34
Figure4-29: Set up the Scanning Range for M-7000 module ......................... 35
Figure4-30: Scanning the M-7000 module ..................................................... 35
Figure4-31: The M-7000 module List after Scan operation ............................ 36
Figure4-32: Select the actual M-7000 module connected to PMD-4201 ........ 36
Figure4-33: Set up the No. and Address of the M-7000 Module .................... 37
Figure4-34: Select M-7000 Module ................................................................ 37
Figure4-35: Add the M-7000 module manually .............................................. 37
Figure4-36: I/O module List Interface............................................................. 38
Figure4-37: M-7000 and Modbus RTU I/O module Setting page ................... 39
Figure4-38: Modbus TCP I/O module Setting page ....................................... 40
Figure4-39: Power Data Logger Setting Page ............................................... 43
Figure4-40: FTP Upload Setting Page ........................................................... 44
Figure4-41: Load/Reset Settings Page .......................................................... 45
Figure5-1: Power Meter Overview page ........................................................ 46
Figure5-2: Real Time Power Information ....................................................... 47
Figure5-3: Statistics Power Information ......................................................... 48
Figure5-4: Power Data Information ................................................................ 49
Figure5-5: Historical Data Report Inquiry ....................................................... 49
Figure5-6: Daily Report for PM-3133 ............................................................. 50
Figure5-7: Monthly Report for PM-3133 ......................................................... 51
Figure6-1: Power Meter I/O channel Status ................................................... 52
Figure6-2: Internal Register Status ................................................................ 53
Figure6-3: M-7000 Module I/O channel Status............................................... 54
Figure6-4: Modbus Module I/O channel data information .............................. 55
Figure7-1: Realtime Chart Setting Interface ................................................... 57
Figure7-2: Realtime Chart .............................................................................. 58
Figure7-3: Historical Chart Setting Interface .................................................. 59
Figure7-4: Historical Chart ............................................................................. 60
Figure7-5: PUE Information ........................................................................... 61
Figure7-6: "Energy Usage Analysis by Trend" Setting Interface .................... 62
PMD-4201 User Manual for Local Display Operation
Figure7-7: Power Meter's loop(s)/phase(s) Setting Interface ......................... 63
Figure7-8: Energy Usage Analysis by Trend .................................................. 63
Figure7-9: "Energy Usage Analysis by Time Period" Setting Interface .......... 64
Figure7-10: Energy Usage Analysis by Time Period ...................................... 65
Figure7-11: "Energy Usage Breakdown by Circuit" Setting Interface ............. 66
Figure7-12: Power Meter's loop(s)/phase(s) Setting Interface ....................... 67
Figure7-13: Energy Usage Breakdown by Circuit .......................................... 67
PMD-4201 User Manual for Local Display Operation
1
System Introduction
The PMD-4201 (Power Meter Concentrator with Display) is an intelligent Power
Meter Concentrator developed by ICP DAS. It offers webpage interface, local side
display interface and features various functions such as: power data collection, logic
control, power demand management, data logger, data display and alarm notification
functions. PMD-4201 allows connections to ICP DAS Smart Power Meters via
RS-485 or Ethernet interface to read and record the power data of the devices
measured by the power meters. PMD-4201 also provides data logger file auto
send-back function; together with PMC Data Server software or SCADA software, it
allows collection and analysis of the power data.
Figure1-1: PMC/PMD System Architecture
PMD-4201 is equipped with TFT LCD (with Touch Panel). It provides an easy way
for viewing the power data and setting the system parameters on sites. In addition, it
can also access built-in Web Server on the PMD-4201 via browsers for the above
operations. PMD-4201 also offers Modbus TCP/RTU Slave function that allows
seamless integration with most SCADA software.
1
PMD-4201 User Manual for Local Display Operation
In addition to ICP DAS M-7000 I/O modules, the PMD-4201 could connect to
standard Modbus TCP/RTU Slave modules. By working with the I/O modules, and
functions such as IF-THEN-ELSE logic rule execution and alarm notification
functions including Email/SNMP Trap, PMD-4201 offers more thought-out power
demand management and alarm notification functions, and is able to perform load
shedding of the devices if required, and enables real-time monitoring and control of
the power consumption of the devices.
When using PMD-4201 to build a power management and monitoring system, during
the whole process of system development, no programming is required; it takes a few
clicks on User Interface to complete all settings; it is easy for the user to quickly view
the power data of the devices and furthermore process the data for statistics and
analysis. The PMD-4201 is an easy-to-use and easy-to-build total solution for power
management and monitoring that makes more efficient energy usage.
This document is intended to give you a full-range operation of the local display of
PMD-4201. You will be able to learn how to connect to power meters and M-7000 I/O
modules, how to save the setting to the PMD-4201, and how to display the power data
on the local display of PMD-4201. For the full-range operations of web page of
PMD-4201, please refer to "ICP DAS PMC/PMD (Power Meter Concentrator) Series User
Manual ".
2
PMD-4201 User Manual for Local Display Operation
2 System Main Page
After power on the PMD-4201, the PMD-4201 will automatically read the settings of
PMD-4201 and the default main page of PMD -4201 will be displayed as below.
A
B
C
Figure2-1: PMD-4201 Home Page
PMD-4201 main page could be divided into 3 areas:
A. Toolbar function area
B. Power information overview area
C. System Information area
More detailed information for each area will be given in the following section.
2.1 Toolbar function area
The Toolbar function area provides different buttons. More detailed
information for each button will be given as below.
3
PMD-4201 User Manual for Local Display Operation
Figure2-2: Toolbar function area
 Login：It provides the login interface as below.
Figure2-3: “Login” Page
By inputting the password to login as an Administrator (Default
password: Admin), Toolbar function area allows user to perform the
settings of system, power meters and I/O modules.
Figure2-4:Toolbar function area (login as Administrator)
If login as a general user, they are allowed to view real-time power data
information and I/O module information only, however, they do not have
4
PMD-4201 User Manual for Local Display Operation
permission to edit the settings of the system parameters, power meter
parameters and I/O module parameters.
The detailed information of the Toolbar function will be given in the
following chapters:
 Chapter 3: System Setting
 Chapter 4: Module Setting
 Chapter 5: Power Information
 Chapter 6: Module Information
 Tools：It provides following interface for the two utility tools.
Figure2-5: “Tools” Page
 Power Meter Utility
Before starting the setting of PMD-4201, user can use the Power
Meter Utility which PMD-4201 provides to perform the parameter
setting of the power meters that are connected to PMD-4201. During
the operation of the PMD-4201, if user finds the power meter is in
abnormal status, users can also use the Power Meter Utility to verify
the status of the power meter, and change the parameter of the
power meter to let the power meter can work in normal status.
Please refer to “Power Meter Utility User’s Manual” for the
operation interface and setting steps of the parameters setting of ICP
DAS power meter. User can download the document from the
following link.
http://ftp.icpdas.com/pub/cd/powermeter/pm-4324/utility/
5
PMD-4201 User Manual for Local Display Operation
Figure2-6: Power Meter Utility Interface
 Reboot：It is used to reboot the PMD-4201.
Please Note:
The Power Meter Utility enables to retrieve and display the power
values that measured by power meter, and also perform the
parameter settings of the power meters. Before using Power Meter
Utility, please make sure the following items.
 Modbus RTU Power Meter：Please finish the hardware installation
of the ICP DAS Power meters, and make sure the RS-485 wiring
connection between power meters and PMD-4201 is accurate.
 Modbus TCP Power Meter：Please finish the hardware installation
of the ICP DAS Power meters, and make sure the Ethernet
connection between power meter and PMD-4201 is accurate. The
PMD-4201 and power meter must be in the same Domain.
 PMD-4201 provides COM1 (RS-485) and COM2 (RS-485)
interfaces for connections to ICP DAS Modbus RTU power
meters.
 PMD-4201 provides LAN interface for connections to ICP DAS
Modbus TCP power meters.
 One PMD-4201 can connect to at most 24 ICP DAS Modbus
power meters (including Modbus RTU power meters and
Modbus TCP power meters)
 A single I/O interface (COM1, COM2, or LAN) can connect to at
most 16 ICP DAS Modbus power meters.
6
PMD-4201 User Manual for Local Display Operation
2.2 Power information overview area
The system will display real-time power information or statistics power
information of the selected power meter. User can change the power data
classification which will be shown on screen by click
and
. For 3 phase power meter, it will display information of Phase
A, Phase B and Phase C. For single phase power meter, it will display
information of CT1, CT2, CT3, and CT4. For PM-3112 will display
information of CT1 and CT2. User also can change the selected power
meter by click
and
.
2.3 System Information area
It display IP address, firmware version, current free space and approxmiate
number of days available to save of the micro SD card for Data log
operation, and the amount of power meters and I/O modules which connect
to PMD-4201.
7
PMD-4201 User Manual for Local Display Operation
3 System Setting
After click the “System Setting” button that is located on the “Toolbar function area”,
the PMD-4201 will enter into the System Setting Overview page, and the system
information of this PMD-4201 will be displayed on the page. System Setting includes
6 options: Home, Overview, Time Setting, Network Setting, Security Setting and
Other Setting. More detailed information will be given in the following sections.
3.1 Home
Click “Home” item on the “System Setting” menu
return to the Home Page.
, the PMD-4201 will
Figure3-1: Home Page
3.2 Overview
Click the “Overview” item on the “System Setting” menu
, the system
overview information of PMD-4201 will be displayed on the screen for
reference.
8
PMD-4201 User Manual for Local Display Operation
Figure3-2: System Setting Overview Page
3.3 Time Setting
On the Time Setting page, it allows to set the time of PMD-4201 and Time
Synchronization function. The setting interface is as below:
Figure3-3: Time Setting Page
When get into this page, the system will read and display current time of the
PMD-4201. To modify the system time of PMD-4201, set up the date and
time and then click “save” to complete the settings. The PMD-4201 also
provides SNTP Time Server function that allows to set up Time
Synchronization to sync the clock through network.
Follow the steps below to set up Time Synchronization Setting:
9
PMD-4201 User Manual for Local Display Operation
i In the “Function Status” field, check “Time Synchronization” to enable
the Time Synchronization function.
ii In the “SNTP Time Server” field, input the IP address or domain name
of the SNTP Time Server. There are 3 default SNTP Time Servers, the
user could modify the address to use the other server. Click “Default” to
restore the default Time Server settings.
iii In the “Sync Interval” field, select the time interval to specify how often
the PMD-4201 will automatically connect to SNTP time server for time
synchronization through the network. The user could set the time
interval to be 6, 12, or 24 hours.
iv In the “Daylight Saving Time” field, enable the daylight saving time
function if required.
v In the “Time Zone” field, select the time zone of the PMD-4201’s
location from the dropdown list.
After all settings are completed, click “Save” button to save the changes.
3.4 Network Setting
Network Setting allows making a change to network configuration, web
server port or Modbus settings on the PMD-4201. The following figure
illustrates the configuration interface:
Figure3-4: Network Setting Page
Each time when the user enters this page, it will read and display current
network configuration (LAN1) and port settings from the PMD-4201. In the
"Connection mode" field, please select the connection mode as “Obtain an
10
PMD-4201 User Manual for Local Display Operation
IP address automatically (DHCP)” or “Specify an IP address”, then modify
IP/Mask/Gateway/DNS Server IP configuration. After all settings are
completed, click “Save” button to save the changes. In the “Port Setting”
section, the user can modify the Web Server Port/ Modbus TCP Port/
Modbus NetID. After all settings are completed, click “Save” button to save
the changes.
Please note:
1. PMD-4201 adopts Google DNS server as system default DNS server, the
default IP is “8.8.8.8”, the IP can be modified to other DNS server IP if
required.
3.5 Security Setting
Security Setting allows user to change the password that is required when
access to PMD-4201. The user could also modify the setting of Idle Time.
The Security Setting page is as follow:
Figure3-5: Security Setting Page
 Password Setting
PMD-4201 provides two passwords sets, one for Administrator, and the
other for Guest. The default password for Administrator is “Admin” and
“User” for Guest. The user can modify the password in the
“Administrator Password Setting” section and “Guest Password Setting”;
the Password length is limited to 16 characters. After all settings are
completed, click “Save” button to save the changes.
11
PMD-4201 User Manual for Local Display Operation
 Idle Time Setting
After the administrator login into the PMD-4201 page, when the idle
time exceeds the pre-set time interval (default is 10 minutes), the
administrator will be automatically logout. The idle time could be set as
Disable/10/20/30/60 minutes, after the setting is completed, click “Save”
button to save the changes.
3.6 Other Setting
In the “Other Setting” section, it allows to set up following settings. The
setting interface is shown as below:
Figure3-6: Other setting page
 Language Setting
PMD-4201 supports 3 languages (English, Traditional Chinese and
Simplified Chinese) for user to select the preferred language for the
operation interface.
 Title Name Setting
User can change the content of the title that is located in the PMD-4201’s
Home Page.
 Title Logo Setting
User can change the ICP DAS logo image that is located in the
PMD-4201’s Home Page to others. (Recommended size: 800 x 85)
12
PMD-4201 User Manual for Local Display Operation
 Loading Image Setting
User can change the ICP DAS logo image that is located in the
PMD-4201’s System Initialization Page to others.
(Recommended size: 290 x 127)
 Backlight Setting
User can adjust the brightness of the screen backlight by changing the
position of Slider on PMD-4201. The brightness of the screen will be
changed synchronously based on the position of the Slider. After get the
proper brightness, please click the “Save” button to save the setting.
Figure3-7: Backlight Setting Slider
 Screen Saver Setting
User can adjust the screen idle status by changing the setting of
“Dim
Backlight” and “Turn off Screen” fields. After complete the setting,
please click the “Save” button to save the setting.
Figure3-8:Screen Saver Setting
 Calibration Setting
After users click the “Recalibration” button, the PMD-4201 will start to
calibrate the screen of PMD-4201.
13
PMD-4201 User Manual for Local Display Operation
Figure3-9: Calibration Setting process
14
PMD-4201 User Manual for Local Display Operation
4 Module Setting
After click the “Module Setting” button that is located on the “Toolbar function area”,
the PMD-4201 will enter into the Module Setting Overview page and the power
meters and I/O modules that are connected to the PMD-4201 will be displayed on the
page. Module Setting includes 8 options: Home, Overview, Interface Setting, Power
Meter Setting, I/O Module Setting, Power Data Logger Setting, Save the Settings and
Load/Reset the Settings. More detailed information will be given in the following
sections.
4.1 Home
Click the “Home” item on the “Module Setting” menu
will return to the Home Page. (Please refer to Figure 3-1)
, the PMD-4201
4.2 Overview
Click the “Overview” item on the “Module Setting” menu
, the power
meters and I/O modules that are connected to the PMD-4201 will be
displayed on the page.
Figure4-1: Module Overview page
User can select the specific I/O Interface from the dropdown list of the
Interface field to display the power meters and I/O modules which are
connected to the specific I/O interface of PMD-4201. The dropdown list of
the Interface field provides 4 items as COM1, COM2, TCP and ALL for
selection.
15
PMD-4201 User Manual for Local Display Operation
4.3 Interface Setting
Click the “Interface Setting” item on the “Module Setting” menu
, the
Interface Setting page will be displayed on the screen. Interface Setting
allows to setup the parameters of COM1, COM2, COM3 or LAN. The
setting interface is shown as below:
Figure4-2: Interface Setting page (Com Port)
The interface on PMD-4201 includes:
 COM1 / COM2 (RS-485)
COM1/COM2 is reserved for Modbus RTU Master to connect ICP DAS
Power Meters, Modbus RTU slave I/O modules or for Modbus RTU
Slave to connect HMI or SCADA.
 COM3 (RS-485)
COM3 is reserved for Modbus RTU Slave to connect HMI or SCADA.
 LAN
LAN connection is set for Modbus TCP Slave to connect HMI or
SCADA by default. It can also be set for Modbus TCP Mater to connect
ICP DAS Power Meters or Modbus TCP slave I/O modules.
The following section will introduce how to set interface for different
functions:
16
PMD-4201 User Manual for Local Display Operation
 Connect to ICP DAS Power Meter and Modbus RTU slave I/O module
via COM Port.
Figure4-3: Function setting to connect to Modbus RTU slave module
The settings steps are as below:
i In the “Baudrate” field, select the Baudrate from the dropdown list,
the Baudrate of PMD-4201 and Modbus RTU slave I/O module have
to be set the same.
ii In the “Parity” and “Stop bits” fields, set up the Parity and Stop bits.
The Parity and Stop bits of PMD-4201 and Modbus RTU slave I/O
module have to be set the same.
iii In the “Silent Interval” field, input the time interval between
successive sending of commands from the PMD-4201 to the Modbus
RTU slave I/O module, the unit will be millisecond.
iv After all settings are completed, click “Apply” button to save the
changes.
17
PMD-4201 User Manual for Local Display Operation
 Connect to HMI or SCADA via COM Port
Figure4-4: Function setting to connect to HMI or SCADA
The settings steps are as below:
i In the “Baudrate” field, select the Baudrate from the dropdown list, the
Baudrate of PMD-4201 and HMI or SCADA have to be set the same.
ii In the “Parity” and “Stop bits” fields, set up the Parity and Stop bits.
The Parity and Stop bits of PMD-4201 and HMI or SCADA have to
be set the same.
iii After all settings are completed, click “Apply” button to save the
changes.
 Connect to HMI (or SCADA) via LAN
LAN connection is by default set for Modbus TCP Slave to connect HMI
or SCADA.
 Connect to ICP DAS Power Meter and Modbus TCP Slave I/O module
via LAN
18
PMD-4201 User Manual for Local Display Operation
Figure4-5:I/O Function setting about LAN
User can select the “Modbus TCP Master” Checkbox to enable the
Modbus TCP Mater function for connecting to ICP DAS Power Meter
and Modbus TCP Slave I/O modules through Ethernet.
19
PMD-4201 User Manual for Local Display Operation
4.4 Power Meter Setting
Click the “Power Meter Setting” item on the “Module Setting” menu
,
the Power Meter Setting page will be displayed on the screen. It allows to
perform settings of the ICP DAS Modbus TCP/RTU power meters that are
connected to the PMD-4201. The setting interface is shown as below:
Figure4-6: Power Meter Setting Page
Please follow the following sections to perform settings for ICP DAS
Modbus TCP/RTU power meters. After all settings are completed, click
“Apply” button to save the changes.
Please note:
1. PMD-4201 provides COM1 (RS-485) and COM2 (RS-485) interface
that allow connections to ICP DAS Modbus RTU power meters.
2. PMD-4201 provides LAN interface that allows connections to ICP DAS
Modbus TCP power meters. For more detailed information about LAN
settings, please refer to “4.3 Interface setting“.
3. One PMD-4201 allows connections to at most 24 ICP DAS Modbus
power meters (including Modbus RTU and Modbus TCP power meters.)
4. A single I/O interface (COM1, COM2 or LAN) allows connections to at
most 16 Power meters.
4.4.1 Scan to add ICP DAS Modbus RTU Power Meters
Perform “Scan” to automatically build a list of ICP DAS Modbus
RTU power meters that are connected to the PMD-4201. The steps
20
PMD-4201 User Manual for Local Display Operation
are as below:
i Before performing the scan of the power meters, please make sure
the RS-485 wirings connecting to the PMD-4201 and the power
meters function well, and make sure the settings of the addresses
of the power meters are completed.
ii Click the COM1 or COM2 items on the right-top corner of the
page.
iii Click the scan button to start the scan of Modbus RTU power
meters that are connected to the PMD-4201.
Figure4-7: The “Scan” button to search Power Meter
iv When the Scan page appears, input the starting address and the
ending address of the Modbus address that are going to perform
scanning. Click on “Scan”, the system will start to scan the power
meters that match the settings previously set, to cancel the scan,
click on “Cancel”.
Figure4-8: Set up the Scanning Range for the Power Meters
21
PMD-4201 User Manual for Local Display Operation
v When the system is performing the scan, the addresses that are
performing scan will be dynamically shown, please wait till the
scan operation is completed. To stop the scan operation, click on
“Cancel” to terminal the scan and leave the page.
Figure4-9: Scanning the Power Meters
vi After the Scan operation is completed, a Power Meter List will
appear. If the newly scanned module doesn’t match the module
previously set on the same address, a window will appear, please
select the actual module that are connected to PMD-4201.
Figure4-10: The Power Meter List after Scan operation
22
PMD-4201 User Manual for Local Display Operation
Figure4-11: Select the actual Power Meter connected to PMD-4201
vii After all settings are completed, click “Apply” button to save the
changes.
4.4.2 Add ICP DAS Modbus RTU Power Meter manually
In addition to perform Scan operation to automatically add Modbus
RTU power meters to the list, the user could also add the Modbus
RTU power meter manually one by one, the steps are as below:
i Click the COM1 or COM2 items on the right-top corner of the
page.
ii No: The number will be the order that the power data of the
Modbus RTU power meter being stored in the PMD-4201 Modbus
Table. The range is 1~16.
iii Address: The address will be the Modbus address of this Modbus
RTU power meter, please make sure the address setting is the same
as the settings of the power meter, if the setting is not accurate, the
connection for PMD-4201 to the power meter will be failed.
Figure4-12: Set up the No. and Address of the power meter
iv Select the module name of the Power Meter
Figure4-13: Select Modbus RTU Power Meter module
23
PMD-4201 User Manual for Local Display Operation
v Nickname: For user to define a nickname for this power meter,
default setting will be the model name of the power meter.
vi Click
to add the power meter to the list. After adding the
power meter, Click “Apply” button to save the changes.
Figure4-14: Add the Modbus RTU Power Meter manually
4.4.3 Add ICP DAS Modbus TCP Power Meter manually
PMD-4201 allows connection to Modbus TCP power meters via
Ethernet, the user could add the Modbus TCP power meter to the list
manually; the steps are as below:
i Click the LAN item on the right-top corner of the page.
ii No: The Number will be the order that the power data of the
Modbus TCP power meter being stored in the PMD-4201 Modbus
Table. The range is 1~16.
iii Network: Set up the settings of IP, Port and NetID appropriately as
required. Please make sure the network setting is the same as the
settings of the power meter, if the setting is not accurate, the
connection for PMD-4201 to the power meter will be failed.
24
PMD-4201 User Manual for Local Display Operation
Figure4-15: Set up the Network setting of the power meter
iv Select the module name of the Power meter
Figure4-16: Select Modbus TCP Power Meter module
v Nickname: For user to define a nickname for this power meter,
default setting will be the module name of the power meter.
vi Click
to add the meter to the list. After adding the power
meter, click “Apply” button to save the changes.
Figure4-17: Add the Modbus TCP Power Meter manually
25
PMD-4201 User Manual for Local Display Operation
4.4.4 Power Meter List Interface
After the ICP DAS Modbus RTU/TCP Power Meters are added to the
power meter list via auto scan or manual work, the Modbus RTU/TCP
Power Meters will be listed as below:
Figure4-18: Power Meter List Interface
If you want to modify the setting of the specific power meter, please
click the power meter directly from the power meter list, then the
system will open the Power Meter Setting page for the selected power
meter. More detailed information will be given in the following
section.
If you want to remove the specific power meter, please click the
button in front of the power meter to remove the selected power
meter.
After all settings are completed, click “Apply” button to save the
changes.
4.4.5 ICP DAS Modbus RTU Power Meter Setting
PMD-4201 supports ICP DAS Single-phase and Three-phase Modbus
RTU Power Meters, the following section will give more detailed
settings of each power meter setting page.
 The Three-Phase Modbus RTU Power Meter Setting page is shown
as following (using PM-3133 as an example):
26
PMD-4201 User Manual for Local Display Operation
The page would be divided into 3 areas as Basic Setting, Power
Related Setting and I/O Setting.
Figure4-19: PM-3133 Setting page (Basic Setting)
Basic Setting section is as follow:
 Nickname：For user to define nickname for each power
meter.
 Description: The Description field provides a space for the
user to make a brief description of this power meter.
 Address : The address will be the Modbus address of this
Modbus RTU power meter, please make sure the address
setting is the same as the settings of the power meter, if the
setting is not accurate, the connection for PMD-4201 to the
power meter will be failed.
 Scan Rate: Input the time interval for PMD-4201 to
periodically retrieve the power data of this Modbus RTU
Power Meter, the setting range will be 0 ~ 65535 seconds.
 Polling Timeout: The time interval for PMD-4201 to send
command to the Modbus RTU Power Meter and wait for the
response, the unit will be millisecond. The setting range will
be 1~ 10000 ms.
 Retry Interval: The time interval to wait for PMD-4201 to
repeatedly send command again when PMD-4201 sends
command to the Modbus RTU Power Meter and get no
response. The unit will be second. The setting range will be 3
~ 65535 seconds.
27
PMD-4201 User Manual for Local Display Operation
Power Related Setting section is as follow:
 Phase Nickname: For user to define nickname for each phase.
For three-phase power meter, the user could give nicknames
to the Phase A/B/C.
Figure4-20: PM-3133 Setting page (Power Related Setting)
I/O Setting section is as follow:
 DO Attribute：
 Nickname：For user to define nickname for each DO
channel.
 Power On Value: Set up the initial value for the DO
channels when the power meter is powered on.
Figure4-21: PM-3133 Setting page (I/O Setting)
 The Single-Phase Modbus RTU Power Meter Setting page is
shown as follow (using PM-3114 as an example):
28
PMD-4201 User Manual for Local Display Operation
The page would be divided into 3 areas as Basic Setting, Power
Related Setting and I/O Setting.
Basic Setting section is as follow:
 About the setting of Nickname, Description, Address, Scan
Rate, Polling Timeout and Retry Interval, please follow the
description of the Basic Setting of Three-Phase Modbus RTU
Power Meter Setting page.
Power Related Setting section is as follow:
 CT Nickname: For user to define nickname for each CT. For
single-phase power meter, the user could give nicknames to
the CT1/CT2/CT3/CT4.
Figure4-22: PM-3114 Setting page (Power Related Setting)
I/O Setting section is as follow:
 About the setting of I/O channel, please follow the
description of the I/O Setting of Three-Phase Modbus RTU
Power Meter Setting page.
After all settings are completed, click “OK” button to return to the
Power Meter List.
29
PMD-4201 User Manual for Local Display Operation
4.4.6 ICP DAS Modbus TCP Power Meter Setting
PMD-4201 supports ICP DAS Single-phase and Three-phase Modbus
TCP Power Meters, the following section will give more detailed
settings of each power meter setting page.
 The Three-Phase Modbus TCP Power Meter Setting page is shown
as following (using PM-3133-MTCP as an example):
The page would be divided into 3 areas as Basic Setting, Power
Related Setting and I/O Setting.
Figure4-23: PM-3133-MTCP Setting page (Basic Setting)
Basic Setting section is as follow:
 Nickname：For user to define nickname for each power
meter.
 Description: The Description field provides a space for the
user to make a brief description of this power meter.
 IP: The address will be the IP address of this power meter,
please make sure the IP address setting is the same as the
settings of the power meter, if the setting is not accurate, the
connection for PMD-4201 to the power meter will be failed.
 Port: The setting will be the Port number of this power meter,
please make sure the Port number is the same as the settings
of the power meter, if the setting is not accurate, the
connection for PMD-4201 to the power meter will be failed.
 NetID: The setting will be the NetID of this power meter,
please make sure the NetID is the same as the settings of the
30
PMD-4201 User Manual for Local Display Operation
power meter, if the setting is not accurate, the connection for
PMD-4201 to the power meter will be failed.
 Scan Rate: Input the time interval for PMD-4201 to
periodically retrieve the power data of this Modbus TCP
Power Meter, the setting range will be 0 ~ 65535 seconds.
 Polling Timeout: The time interval for PMD-4201 to send
command to the Modbus TCP power meter and wait for the
response, the unit will be millisecond. The setting range will
be 1~ 10000 ms
 Retry Interval: The time interval to wait for PMD-4201 to
repeatedly send command again when PMD-4201 sends
command to the Modbus TCP power meter and get no
response. The unit will be second. The setting range will be 3
~ 65535 seconds.
Power Related Setting section is as follow:
 Phase Nickname: For user to define nickname for each phase.
For three-phase power meter, the user could give nicknames
to the Phase A/B/C.
Figure4-24: PM-3133-MTCP Setting page (Power Related Setting)
I/O Setting section is as follow:
 DO Attribute：
 Nickname：For user to define nickname for each DO
channel.
 Power On Value: Set up the initial value for the DO
31
PMD-4201 User Manual for Local Display Operation
channels when the power meter is powered on.
Figure4-25: PM-3133-MTCP Setting page (I/O Setting)
 The Single-Phase Modbus TCP Power Meter Setting page is
shown as follow (using PM-3114-MTCP as an example):
The page would be divided into 3 areas as Basic Setting, Power
Related Setting and I/O Setting.
Basic Setting section is as follow:
 About the setting of Nickname, Description, IP, Port, NetID,
Scan Rate, Polling Timeout and Retry Interval, please follow
the description of the Basic Setting of Three-Phase Modbus
TCP Power Meter Setting page.
Power Related Setting section is as follow:
 CT Nickname: For user to define nickname for each CT. For
single-phase power meter, the user could give nicknames to
the CT1/CT2/CT3/CT4.
Figure4-26: PM-3114-MTCP Setting page (Power Related Setting)
32
PMD-4201 User Manual for Local Display Operation
I/O Setting section is as follow:
 About the setting of I/O channel, please follow the
description of the I/O Setting of Three-Phase Modbus TCP
Power Meter Setting page.
After all settings are completed, click “OK” button to return to the
Power Meter List.
4.5 I/O Module Setting
PMD-4201 can connect with ICP DAS M-7000 I/O modules, Modbus RTU
I/O modules and Modbus TCP I/O modules. Click the “I/O Module Setting”
item on the “Module Setting” menu
, the I/O Module Setting page will
be displayed on the screen. The I/O Module Setting page allows to add and
perform the basic settings of ICP DAS M-7000 I/O module. About the
advanced setting of Modbus TCP/RTU I/O module, please refer to "ICP
DAS PMC/PMD (Power Meter Concentrator) Series User Manual" and complete
the setting by remote Webpage interface. The setting interface is shown as
below:
Figure4-27: I/O Module Setting Page
The following section will give more information how to add and complete
settings of ICP DAS M-7000 I/O modules. After all settings are completed,
click “Apply” button to save the changes.
Please Note:
1. The COM1 (RS-485) and COM2 (RS-485) interfaces on PMD-4201
33
PMD-4201 User Manual for Local Display Operation
allows connections to ICP DAS M-7000 I/O modules Modbus RTU I/O
modules.
2. The LAN interface on PMD-4201 allows connections to Modbus TCP
I/O modules.
3. One PMD-4201 allows connections to at most 8 Modbus I/O modules
(including M-7000 modules, Modbus RTU I/O modules and Modbus
TCP I/O modules.)
4. A single I/O interface (COM1, COM2 or LAN) allows connections to at
most 16 devices (Power meters and I/O modules); each device requires
its own index number. Therefore, if an I/O interface is connecting to both
power meters and I/O modules, they will share the same set of the index
numbers. For example, if COM2 is connecting to 2 Modbus RTU power
meters and already takes the index numbers No.1 and No.2, the Modbus
RTU I/O modules that are going to be connected to COM2 can be only
set as No.3 ~ No.16 that are not occupied.
4.5.1 Scan to add ICP DAS M-7000 I/O Module
Perform “Scan” to automatically build a list of ICP DAS M-7000 I/O
modules that are connected to the PMD-4201. The steps are as below:
i Click the COM1 or COM2 items on the right-top corner of the
page.
ii Click the scan button to start the scan of M-7000 I/O modules that
are connected to the PMD-4201.
Figure4-28: The “Scan” button to search M-7000 module
iii When the Scan page appears, input the starting address and the
34
PMD-4201 User Manual for Local Display Operation
ending address of the Modbus address that are going to perform
scaning. Click on “Scan”, the system will start to scan the modules
that match the settings previously set, to cancel the scan, click on
“Cancel”.
Figure4-29: Set up the Scanning Range for M-7000 module
iv When the system is performing the scan, the address that are
performing scan will be dynamically shown, please wait till the
scan operation is completed. To stop the scan operation, click on
“Cancel” to terminal the scan and leave the page.
Figure4-30: Scanning the M-7000 module
v After the Scan operation is completed, an M-7000 I/O module List
will appear. If the newly scanned module doesn’t match the
module previously set on the same address, a window will appear,
please select the actual device that are connected to PMD-4201.
35
PMD-4201 User Manual for Local Display Operation
Figure4-31: The M-7000 module List after Scan operation
Figure4-32: Select the actual M-7000 module connected to PMD-4201
vi After all settings are completed, click “Apply” button to save the
changes.
4.5.2 Add ICP DAS M-7000 I/O Module manually
In addition to perform Scan operation to automatically add M-7000
I/O modules to the list, the user could also add the M-7000 I/O
module manually one by one, the steps are as below:
i Click the COM1 or COM2 items on the right-top corner of the
page.
ii No: The number will be the order that the I/O channel data of the
M-7000 I/O module being stored in the PMD-4201 Modbus Table.
The range is 1~16.
iii Address: The address will be the Modbus address of this M-7000
I/O module, please make sure the address setting is the same as the
36
PMD-4201 User Manual for Local Display Operation
settings of the module, if the setting is not accurate, the connection
for PMD-4201 to the M-7000 I/O module will be failed.
Figure4-33: Set up the No. and Address of the M-7000 Module
iv Select the name of the M-7000 I/O module.
Figure4-34: Select M-7000 Module
v Assign the Polling Timeout value. Polling Timeout is the time
interval for PMD-4201 to send command to the M-7000 I/O
module and wait for the response, the unit will be millisecond. The
setting range will be 1~ 10000 ms.
vi Assign the Retry Interval value. Retry Interval is the time interval
to wait for PMD-4201 to repeatedly send command again when
PMD-4201 sends command to the M-7000 I/O module and get no
response. The unit will be second. The setting range will be 3 ~
65535 seconds.
vii Click
to add the M-7000 I/O module to the list. After adding
the M-7000 I/O module, click “Apply” button to save the changes.
Figure4-35: Add the M-7000 module manually
37
PMD-4201 User Manual for Local Display Operation
4.5.3 I/O Module List Interface
After the ICP DAS M-7000 I/O modules are added to the I/O module
list via auto scan or manually work, the M-7000 I/O modules are
added by the local side screen interface and the M-7000 I/O
module/Modbus RTU I/O module/Modbus TCP I/O module are added
by the remote Webpage interface all will be listed as below:
Figure4-36: I/O module List Interface
If you want to modify the setting of the specific I/O module, please
click the I/O module directly from the I/O module list, and then the
system will open the I/O module setting page for the selected I/O
module. More detail information will be given in the following
section.
If you want to remove the specific I/O module, please click the
button in front of the I/O module to remove the selected I/O module.
After all settings are completed, click “Apply” button to save the
changes.
4.5.4 ICP DAS M-7000 and Modbus RTU I/O Module Setting
PMD-4201 supports ICP DAS M-7000 I/O module and Modbus RTU
I/O module, the following section will give more detailed settings of
the I/O module setting page.
38
PMD-4201 User Manual for Local Display Operation
Figure4-37: M-7000 and Modbus RTU I/O module Setting page
 Nickname：For user to define nickname for each I/O module.
 Description: The Description field provides a space for the user
to make a brief description of this I/O module.
 Address: The address will be the Modbus address of this I/O
module, please make sure the address is the same as the settings
of the module, if the setting is not accurate, the connection for
PMD-4201 to the I/O module will be failed.
 Scan Rate: Input the time interval for PMD-4201 to periodically
retrieve the I/O channel data of this I/O module, the setting
range will be 0 ~ 65535 seconds.
 Polling Timeout: The time interval for PMD-4201 to send
command to the I/O module and wait for the response, the unit
will be millisecond. The setting range will be 1~ 10000 ms.
 Retry Interval: The time interval to wait for PMD-4201 to
repeatedly send command again when PMD-4201 sends
command to the I/O module and get no response. The unit will
be second. The setting range will be 3 ~ 65535 seconds.
After all settings are completed, click “OK” button to save the
changes and return to I/O Module List.
Please Note:
1. About the DI/DO/AI/AO channel setting of M-7000 I/O module,
please refer to "ICP DAS PMC/PMD (Power Meter Concentrator)
39
PMD-4201 User Manual for Local Display Operation
Series User Manual" and complete the setting by remote
Webpage interface.
2. About the Coil Output/Discrete Input/Input Register/Holding
Register channel setting of Modbus RTU I/O module, please
refer to "ICP DAS PMC/PMD (Power Meter Concentrator) Series
User Manual" and complete the setting by remote Webpage
interface.
4.5.5 Modbus TCP I/O Module Setting
User can select the specific Modbus TCP I/O module from the I/O
Module List for the modification of the setting of the Modbus TCP
I/O module, the following section will give more detailed settings of
the I/O module setting page.
Figure4-38: Modbus TCP I/O module Setting page
 Nickname：For user to define nickname for each I/O module.
 Description: The Description field provides a space for the user
to make a brief description of this I/O module.
 IP：Allows modification of the IP address of this Modbus TCP
Slave I/O module, make sure the IP setting is the same as the
settings of the module. If the setting is not accurate, the
connection for PMD-4201 to the module will be failed.
 Port：Allows modification of the Port number of this Modbus
TCP Slave I/O module, make sure the Port number is the same
as the settings of the module. If the setting is not accurate, the
connection for PMD-4201 to the module will be failed.
40
PMD-4201 User Manual for Local Display Operation
 NetID：Allows modification of the NetID of this Modbus TCP
Slave I/O module, make sure the NetID is the same as the
settings of the module. If the setting is not accurate, the
connection for PMD-4201 to the module will be failed.
 Scan Rate: Input the time interval for PMD-4201 to periodically
retrieve the I/O channel data of this Modbus TCP I/O module,
the setting range will be 0 ~ 65535 seconds.
 Polling Timeout: The time interval for PMD-4201 to send
command to the Modbus TCP I/O module and wait for the
response, the unit will be millisecond. The setting range will be
1~ 10000 ms.
 Retry Interval: The time interval to wait for PMD-4201 to
repeatedly send command again when PMD-4201 sends
command to the Modbus TCP I/O module and get no response.
The unit will be second. The setting range will be 3 ~ 65535
seconds.
After all settings are completed, click “OK” button to save the
changes.
Please Note:
1. About the Coil Output/Discrete Input/Input Register/Holding
Register channel setting of Modbus TCP I/O module, please refer
to "ICP DAS PMC/PMD (Power Meter Concentrator) Series User
Manual” and complete the setting by remote Webpage interface.
4.6 Power Data Logger Setting
The local side screen interface of PMD-4201 provides the setting for the
Power Data Logger to record the power data from power meters that are
connected to PMD-4201. The data log files of the data logger is in CSV
format that enables easy integration with the backend database system. In
addition, PMD-4201 also provides function to set the “Log File Retention
Time” to specify how long will the files be kept in the PMD-4201, and then
the file will be automatically sent to backend FTP Server at a scheduled
time.
There are some setting options for Power Data Logger on the local side
41
PMD-4201 User Manual for Local Display Operation
screen interface of PMD-4201 as below.
 Power Data Logger Setting
 FTP Upload Setting
More detailed information of these options will be given in the following
section.
Please Note:
1. PMD-4201 also provides the User-Defined Data Logger. The
User-Defined Data Logger allows user to define his own data recording
options from power data, I/O channel data or Internal Register data.
The data log files is in CSV format that enables easy integration with
the backend database system. About the User-Defined Data Logger
setting of PMD-4201, please refer to "ICP DAS PMC/PMD (Power
Meter Concentrator) Series User Manual” and complete the setting by
remote Webpage interface.
2. All data logger files of PMD-4201 will be saved in the microSD card.
Before enable the Data Logger function, please make sure the microSD
card you use for PMD-4201 is FAT32 format. The microSD card given
with the PMD-4201 is in FAT32 format already before delivery.
3. About the path of the data logger files saved in the microSD of
PMD-4201, please refer to "ICP DAS PMC/PMD (Power Meter
Concentrator) Series User Manual” for detail.
4.6.1 Power Data Logger Setting
On Power Data Logger Setting page, the user could enable the Power
Data Logger of the PMD-4201 if required. The Power Data Logger
allows recording the power data of the power meters that are
connected to the PMD-4201. The setting page is shown as below:
42
PMD-4201 User Manual for Local Display Operation
Figure4-39:Power Data Logger Setting Page
Follow the steps below:
i. Check “Enable Power Data Logger / Log Attribute Setting” to
enable the Power Data Logger function of PMD-4201.
ii. Set the data log mode to be “Average” or “Instantaneous” from the
dropdown list of the “Log Mode”. If “Average” is selected, the
system will record the average value of the power data during the
time interval set in “Log Interval”. If “Instantaneous” is selected,
the system will record the instantaneous value of the power data
when the time reaches the time interval set in “Log Interval”.
iii. If user would like to add a header to the power data to specify the
name of the power data; click “Add” in the “Column Header”; the
system will add the “Column Header” at the beginning of the
power data logger file to specify the name of the power data.
iv. In the “Log Interval” field, select from the dropdown list to set the
time interval of the recording session. The Log Interval could be 1
min, 5 mins, 15 mins, 1 hour, 3 hours, 6 hours, 12 hours and 24
hours. Default is 5 mins. Each time when reaches the Log Interval,
it will perform one-time data recording for the Power Data.
v. In the “File Name Format” field, select the File Name Format of
the log file from the dropdown list, YYYY indicates western year,
MM indicates month, DD indicates date, and the file format is
CSV.
vi. In the “End of Line Character” field, select the appropriate End of
Line Character format from the dropdown list: CRLF (applies to
43
PMD-4201 User Manual for Local Display Operation
Windows), LF (applies to Unix/Linux) or CR (applies to Mac).
vii. In the “Log File Retention Time” field, select the file retention
time for the log file from the dropdown list. The retention time can
be 1 month, 2 months, 3 months or 6 months. The default setting
will be 3 months.
viii. After all settings are completed, click “Apply” button to save the
changes.
4.6.2 FTP Upload Setting
Power Data logger files can be upload to remote FTP server of the
back-end management center via FTP protocol. The FTP Upload
Setting page allows to set up parameters for FTP Upload, the setting
page is shown as below:
Figure4-40:FTP Upload Setting Page
Follow the steps below:
i. Check the “Enable Data Log Upload Function” to enable the FTP
Upload function.
ii. Input IP Address, Port, ID, Password and Path.
iii. The user could test if the FTP settings are correct in the “Remote
FTP Server Setting Test” section. After clicking “Send”, the system
will create a folder on the remote FTP server and will generate a
test file under this folder.
iv. Select the Frequency from the dropdown list of the “Data Log
Upload Frequency” field. The Frequency can be set as: 5 mins, 15
mins, 1 hour, 3 hours, 6 hours, 12 hours, or 24 hours. The default
44
PMD-4201 User Manual for Local Display Operation
setting will be 1 hour.
v. After all settings are completed, click “Apply” button to save the
changes.
4.7 Save the Settings
When users complete the setting of Interface, Power Meter, I/O Module and
Power Data Logger, please remember to click the “Save the Settings” item
on the “Module Setting” menu
the PMD-4201 configuration file.
to save the modification of the setting to
Please note:
1. All the edited settings on the PMD-4201 local side screen interface have
to be saved to the PMD-4201 configuration file to make the settings take
effect; before click on “Save the Settings”, the settings will only be saved on
memory, not in the PMD-4201 configuration file.
2. Please DO NOT logout or close the system during the process of the
edition, otherwise all pre-set settings on the page will be disappeared.
4.8 Load/Reset the Settings
User can click the “Load/Reset the Settings” item on the “Module Setting”
menu
for the folloing two functions.
 Load：It is used to load all settings of the PMD-4201 Configuration
file to the PMD-4201 local side screen interface for further edition.
 Reset：It is used to reset all parameters settings of "Module Setting"
section on PMD-4201 local side screen interface.
Figure4-41: Load/Reset Settings Page
45
PMD-4201 User Manual for Local Display Operation
5 Power Information
After click the “Power Information” button that is located on the “Toolbar function
area”, the PMD-4201 will enter into the Power Information Overview page and the
power meters that is connected to the PMD-4201 will be displayed on the page. Power
Information includes 6 options: Home, Overview, Real-time Information, Statistics
Information, Power Data Information and Historical Data Report. More detailed
information will be given in the following sections.
5.1 Home
Click the “Home” item on the “Power Information” menu
, the
PMD-4201 will return to the Home Page. (Please refer to Figure 3-1)
5.2 Overview
Click the “Overview” item on the “Power Information” menu
, the
power meters that are connected to the PMD-4201 will be displayed on the
page. It also displays the basic information (Communication Status,
Communication Interface, NetID/Address, Module name and Nickname) for
each power meter.
Figure5-1: Power Meter Overview page
The graphic indicators on the left side of the power meter will reveal the
connection status of the power meter, the indicators are as follow:
：Online
：Offline
：Connecting
46
PMD-4201 User Manual for Local Display Operation
User can select the specific communication interface from the dropdown list
of the “Power Meter Interface” field to let the PMD-4201 only display the
basic information of the power meters that are connected to the PMD-4201
by the specific communication interface. The dropdown list of the “Power
Meter Interface” provides 4 items as COM1, COM2, TCP and ALL.
5.3 Real Time Information
Click the “Real Time Information” item on the “Power Information” menu
, the system will display real-time power information and connection
information of the selected power meter. To display desired power meter
information, user can select the power meter from the dropdown list of the
“Power Meter List”. User can change the power data classification which
will be shown on screen by click
and
. The
page refreshes every 5 seconds, and the user could also click “Refresh”
button to refresh the data immediately.
For 3 phase power meter, it will display real time information of Phase A,
Phase B and Phase C. For single phase power meter, it will display real time
information of CT1, CT2, CT3, and CT4. For PM-3112 will display real
time information of CT1 and CT2.
Figure5-2: Real Time Power Information
47
PMD-4201 User Manual for Local Display Operation
5.4 Statistics Information
Click the “Statistics Information” item on the “Power Information” menu
, the system will display statistics power information and connection
information of the selected power meter. To display desired power meter
statistics information, user can select the power meter from the dropdown
list of the “Power Meter List”. User can change the power data classification
which will be shown on screen by click
and
.
The page refreshes every 5 seconds, and the user could also click “Refresh”
button to refresh the data immediately.
For 3 phase power meter, it will display statistics information of Phase A,
Phase B and Phase C. For single phase power meter, it will display statistics
information of CT1, CT2, CT3, and CT4. For PM-3112 will display real
time information of CT1 and CT2.
Figure5-3: Statistics Power Information
5.5 Power Data Information
Click the “Power Data Information” item on the “Power Information” menu
, the Power Data Information overview page will be displayed. It allows
display of power data of different power meters at the same time. Select the
classification from the dropdown list of the “Power Data List” field; it will
48
PMD-4201 User Manual for Local Display Operation
list the requested data from various power meters for easy comparison. The
page refreshes every 5 seconds, the user could also click “Refresh”
button to refresh the data immediately.
Figure5-4: Power Data Information
The graphic indicators on the right side of the power meter will reveal the
connection status of the power meter, the indicators are as follow:
：Online
：Offline
：Connecting
5.6 Historical Data Report
Click the “Historical Data Report” item on the “Power Information” menu
, the Historical Data Report page will be displayed. It allows display of
the power data report of desired power meter; specify the power meter,
report type and date range to inquire the data, shown as below:
Figure5-5: Historical Data Report Inquiry
49
PMD-4201 User Manual for Local Display Operation
 Power Meter List
All power meter connected to the PMD-4201 will be listed on the
dropdown list of the Power Meter List, if no power meter is
connected, the inquiry operation will not be able to perform.
 Report Type
Allow to inquire Daily Report or Monthly Report options.
 Report Date
The dates that are available for data retrieval will be displayed.
Please note: if no log file is available, the inquiry operation will not
be performed.
Click on “Inquiry” to display the Historical Data Report of the selected date
range. If the selected date does not contain the file or exceeds the date of the
file storage range, a message “No file exists” will be displayed. For the
number of loops of power meters are different, the data report will be in
different format.
Figure5-6: Daily Report for PM-3133
50
PMD-4201 User Manual for Local Display Operation
Figure5-7: Monthly Report for PM-3133
51
PMD-4201 User Manual for Local Display Operation
6 Module Information
After click the “Module Information” button that is located on the “Toolbar function
area”, the PMD-4201 will display the I/O channel data from the power meters and I/O
modules that are connected to the PMD-4201. Module Information includes 5 options:
Home, Power Meter I/O Status, Internal Register Status, M-7000 Module I/O Status,
and Modbus Module I/O Status. More detailed information will be given in the
following sections.
6.1 Home
Click the “Home” item on the “Module Information” menu
, the
PMD-4201 will return to the Home Page. (Please refer to Figure 3-1)
6.2 Power Meter I/O Status
Click the “Power Meter I/O Status” item on the “Module Information” menu
, the system will display real-time I/O channel data information of the
selected power meter. To display desired power meter I/O channel status,
user can select the power meter from the dropdown lists of the “Power
Meter List” and the “I/O Type”. When login as the Administrator, it allows
to perform output operations. When login as a general user, it only allows to
view I/O status, the output operation is not allowed. The page refreshes
every 5 seconds, the user could also click “Refresh”
the data immediately.
button to refresh
Figure6-1: Power Meter I/O channel Status
52
PMD-4201 User Manual for Local Display Operation
The graphic indicators on the left-top corner of the power meter will reveal
the connection status of the power meter, the indicators are as following:
：Online
：Offline
：Connecting
6.3 Internal Register Status
Click the “Internal Register Status” item on the “Module Information” menu
, the system will display Internal Register value of the PMD-4201. When
login as the Administrator, it allows to perform the modification of the value
of Internal Register. When login as a general user, it only allows to view
Internal Register value, the modification operation is not allowed. The page
refreshes every 5 seconds, the user could also click “Refresh”
refresh the data immediately.
button to
Figure6-2: Internal Register Status
6.4 M-7000 Module I/O Status
Click the “M-7000 Module I/O Status” item on the “Module Information”
menu
, the system will display real-time I/O channel status of the
selected M-7000 I/O module. To display desired M-7000 module I/O
channel status, user can select the M-7000 I/O module from the dropdown
lists of the “Module List” and the “I/O Type”. When login as the
Administrator, it allows to perform output operations. When login as a
general user, it only allows to view I/O status, the output operation is not
allowed. The page refreshes every 5 seconds, the user could also click
“Refresh”
button to refresh the data immediately.
53
PMD-4201 User Manual for Local Display Operation
Figure6-3: M-7000 Module I/O channel Status
The graphic indicators on the left-top corner of the M-7000 I/O module will
reveal the connection status of the M-7000 I/O module, the indicators are as
following:
：Online
：Offline
：Connecting
6.5 Modbus Module I/O Status
Click the “Modbus Module I/O Status” item on the “Module Information”
menu
, the system will display real-time Modbus data information (Coil
Output、Discrete Input、Input Register and Holding Register) of the selected
Modbus I/O module. To display desired Modbus module I/O channel status,
user can select the Modbus I/O module from the dropdown lists of the
“Module List” and the “I/O Type”. When login as the Administrator, it
allows to perform output operations. When login as a general user, it only
allows to view I/O status, the output operation is not allowed. The page
refreshes every 5 seconds, the user could also click “Refresh”
refresh the data immediately.
button to
54
PMD-4201 User Manual for Local Display Operation
Figure6-4: Modbus Module I/O channel data information
The graphic indicators on the left-top corner of the Modbus I/O module will
reveal the connection status of the Modbus I/O module, the indicators are as
following:
：Online
：Offline
：Connecting
55
PMD-4201 User Manual for Local Display Operation
7 Energy Analysis
After click the “Energy Analysis” button that is located on the “Toolbar function area”,
the PMD-4201 will display of realtime or historical power information of the power
meters that are connected to the PMD-4201 in trend, pie char or bar chart. Energy
Analysis includes 5 options ： Home, Realtime Chart, Historical Chart, PUE
Information, and Historical Energy Analysis. More detailed information will be given
in the following sections.
7.1 Home
Click the “Home” item on the “Energy Analysis” menu
, the PMD-4201
will return to the Home Page. (Please refer to Figure 3-1)
7.2 Realtime Chart
Click the “Realtime Chart” item on the “Energy Analysis” menu
, the
system will display of power information of the selected power meter in
real-time trend. To display desired power meter information, user can select
the power meter from the dropdown list of the "Power Meter List" and
select the data classification from the dropdown list of the "Data
Classification" field, and then click on “Inquiry” button, it will show the
real-time trend. The setting interface is shown as below.
 Power Meter List：All power meter connected to the PMD will be list
on the dropdown list of the "Power Meter List", if no power meter is
connected, the inquiry operation will not be able to perform.
 Data Classification：Data Classification allows to inquire various
power data options, including ： V(Voltage), I(Current), kW(Real
Power), kvar (Reactive Power), kVA(Apparent Power), PF(Power
Factor), kWh, kvarh, kVAh, Daily Accumulated Electricity, and
Actual Demand.
56
PMD-4201 User Manual for Local Display Operation
Figure7-1: Realtime Chart Setting Interface
Please refer to following figure for an example of Realtime Chart of power
information. Each time the Realtime Chart displays only one power
information classification. The chart refreshes every 5 seconds. If a
different power information classification is inquired, please click the
"Close" button to close the window and return to the parameters setting
interface. The user could choose desired power information classification to
view the corresponding Realtime Chart.
57
PMD-4201 User Manual for Local Display Operation
Figure7-2: Realtime Chart
7.3 Historical Chart
Click the “Realtime Chart” item on the “Energy Analysis” menu
, the
system will display of power information of the selected power meter in
historical trend. To display desired power meter information, user can select
the power meter from the dropdown list of the "Power Meter List",
choose the power information classification from the dropdown list of the
"Data Classification" and then specify the date from the dropdown list of
the "Date", and then click on “Inquiry” button, it will show the historical
chart. The setting interface is shown as below.
 Power Meter List：All power meter connected to the PMD will be list
on the dropdown list of the "Power Meter List", if no power meter is
connected, the inquiry operation will not be able to perform.
 Data Classification：Data Classification allows to inquire various
power data options, including ： V(Voltage), I(Current), kW(Real
Power), kvar (Reactive Power), kVA(Apparent Power), PF(Power
Factor), kWh, kvarh, kVAh, Daily Accumulated Electricity, and
Actual Demand.
 Date：The dates that are available for power data retrieval will be
displayed. Please note, if no log file is available, the inquiry operation
will not be performed. If the selected date does not contain the file or
58
PMD-4201 User Manual for Local Display Operation
exceeds the date of the file storage range, a message “No file exists”
will be displayed.
Figure7-3: Historical Chart Setting Interface
Please refer to following figure for an example of Historical Chart of power
information. The user could click and move the Time axis of the trend to
adjust the viewing range of the trend. Each time the Historical Chart
displays only one power information classification. If a different power
information classification is inquired, please click the "Close" button to
close the window and return to the parameters setting interface. The user
could choose desired power information classification to view the
corresponding Historical Chart.
59
PMD-4201 User Manual for Local Display Operation
Figure7-4: Historical Chart
7.4 PUE Information
Click the “PUE Information” item on the “Energy Analysis” menu
, the
system will display of Power Usage Effectiveness (PUE) information in
real-time mode. Each page will display up to 4 PUE information. If the total
number of PUE setting is large then 4, user can click the "Page Up
Page Down
/
" button on the right-bottom corner to review others PUE
information. The page refreshes every 20 seconds . The PUE information is
showned as below.
60
PMD-4201 User Manual for Local Display Operation
Figure7-5: PUE Information
7.5 Historical Energy Analysis
Click the “Historical Energy Analysis” item on the “Energy Analysis” menu
, the system will display of setting of Historical Electricity Analysis.
Historical Electricity Analysis can be done in 3 ways: Energy Usage
Analysis by Trend, Energy Usage Analysis by Time Period and Energy
Usage Breakdown by Circuit. The user can query energy analysis for
specific date by selecting Chart Type, Data Classification, Date and
Loop(s)/Phase(s); the following section will provide more detailed
information.
7.5.1 Energy Usage Analysis by Trend
Users could specify the data classification and the time range under
this section, and then select the loop(s)/phase(s) to be inquired; the
corresponding Energy Usage Analysis will be displayed in Trend. The
setting interface is shown as below.
61
PMD-4201 User Manual for Local Display Operation
Figure7-6:"Energy Usage Analysis by Trend" Setting Interface
 Function Type：The user can select one of the following three
options for energy analysis：Energy Usage Analysis by Trend,
Energy Usage Analysis by Time Period and Energy Usage
Breakdown by Circuit.
 Data Classification：It includes V(voltage), I(current), PF(power
factor), Energy Usage (KWh), and Maximum Demand.
 Chart Type：It provides Yearly Chart、Monthly Chart and Daily
Chart.
 Date：Select the date range to be queried (the system will provide
the date range can be queried)
 Power Meter Setting：In the interface, all power meters connected
to the PMD will be listed. User can assign the specified Loop(s)/
Phase(s) of power meters for the query operation of energy
analysis. If no power meter is connected, the user will not be able
to perform inquiry operation. The minimum loop/phase to be
queried is 1 loop/phase.
62
PMD-4201 User Manual for Local Display Operation
Figure7-7:Power Meter's loop(s)/phase(s) Setting Interface
Click on “Inquiry” button to display the trend of Energy Usage
Analysis for the specified date range. The trend of Energy Usage
Analysis data of specified data classification will be displayed in
historical chart. The user could click and move the Time axis of the
trend to adjust the viewing range of the trend. If the selected date does
not contain the file or exceeds the date of the file storage range, a
message “No file exists” will be displayed.
Figure7-8: Energy Usage Analysis by Trend
7.5.2 Energy Usage Analysis by Time Period
The users could specify the data classification and the time range
under this section, and then select the loop(s)/phase(s) of power meter
to be inquired; the corresponding Energy Usage Analysis by Time
63
PMD-4201 User Manual for Local Display Operation
Period will be displayed in histogram chart to show the annual,
quarterly or monthly energy usage comparison for each year. The
setting interface is shown as below.
Figure7-9: "Energy Usage Analysis by Time Period" Setting Interface
 Function Type：The user can select one of the following three
options for energy analysis：Energy Usage Analysis by Trend,
Energy Usage Analysis by Time Period and Energy Usage
Breakdown by Circuit.
 Power Meter List：All power meter connected to the PMD will be
list on the dropdown list of the "Power Meter List", if no power
meter is connected, the inquiry operation will not be able to
perform.
 Channel Selector：After select a Power Meter from the "Power
Meter List", the related loop(s)/phase(s) of the selected power
meter will be list on the dropdown list of the "Channel Selector".
Please select one specified loop/phase to perform the inquiry
operation.
 Data Classification：It includes V(voltage), I(current), PF(power
factor), Energy Usage (KWh), and Maximum Demand.
 Chart Type ： It provides Yearly Chart, Quarterly Chart and
Monthly Chart.
 Date：Select the date range to be queried (the system will provide
64
PMD-4201 User Manual for Local Display Operation
the date range can be queried)
Click on “Inquiry” button to display the Energy Usage Analysis by
Time Period for the specified date range. If the selected date does not
contain the file or exceeds the date of the file storage range, a
message “No file exists” will be displayed. The trend of Energy
Usage Analysis data of specified data classification will be displayed
in historical chart. The user could click and move the Chart's Time
axis to adjust the viewing range of the chart.
Click on “Inquiry” button to display the Energy Usage Analysis by
Time Period for the specified date range. If the selected date does not
contain the file or exceeds the date of the file storage range, a
message “No file exists” will be displayed. The Energy Usage
Analysis by Time Period will be displayed in the histogram chart.
Figure7-10: Energy Usage Analysis by Time Period
7.5.3 Energy Usage Breakdown by Circuit
The users could specify the data classification and the time range
under this section, and then select the loop(s)/phase(s) to be inquired;
the corresponding Energy Usage Breakdown by Circuit will be
displayed in category pie chart to show the Energy Usage Proportion
of the loops/phases. The setting interface is shown as below.
65
PMD-4201 User Manual for Local Display Operation
Figure7-11: "Energy Usage Breakdown by Circuit" Setting Interface
 Function Type：The user can select one of the following three
options for energy analysis：Energy Usage Analysis by Trend,
Energy Usage Analysis by Time Period and Energy Usage
Breakdown by Circuit.
 Data Classification：It includes V(voltage), I(current), PF(power
factor), Energy Usage (KWh), and Maximum Demand.
 Chart Type：It provides Yearly Chart, Monthly Chart and Daily
Chart.
 Date：Select the date range to be queried (the system will provide
the date range can be queried)
 Power Meter Setting：In the interface, all power meters connected
to the PMD will be listed. User can assign the specified Loop(s)/
Phase(s) of power meters for the query operation of energy
analysis. If no power meter is connected, the user will not be able
to perform inquiry operation. The minimum loop/phase to be
queried is 1 loop/phase.
66
PMD-4201 User Manual for Local Display Operation
Figure7-12: Power Meter's loop(s)/phase(s) Setting Interface
Click on “Inquiry” button to display the Energy Usage Breakdown
by Circuit for the specified date range. If the selected date does not
contain the file or exceeds the date of the file storage range, a
message “No file exists” will be displayed. The Energy Usage
Breakdown by Circuit will be displayed as category pie chart. The
energy usage information will be listed as table below. The maximum
and minimum value of the loop/phase will be listed on the table. If
the Data Classification of the inquired data is Energy Usage (KWh),
the statistic information of total Energy Usage will also be listed on
the table.
Figure7-13: Energy Usage Breakdown by Circuit
67
PMD-4201 User Manual for Local Display Operation
Appendix：PMD-4201 Related Information
 About following PMD-4201 advanced function settings, please refer to "ICP
DAS PMC/PMD (Power Meter Concentrator) Series User Manual" and complete
the setting by the remote Webpage interface.
 SNMP Setting, Power Meter Group Setting.
 Firmware Update
 Logger Setting
 Email Setting, SNMP Trap Setting, Timer Setting, Schedule Setting, PUE
Setting and Internal Register Setting.
 Rules Setting
 About the Modbus Address Table of PMD-4201, please refer to “Appendix I”
section of "ICP DAS PMC/PMD (Power Meter Concentrator) Series User Manual".
 About the “Reset to Factory Default Setting and send password to Administrator”
of PMD-4201, please refer to “Appendix II” section of "ICP DAS PMC/PMD
(Power Meter Concentrator) Series User Manual".
 About the “The configuration setting of M-7000 module”, please refer to
“Appendix IV” section of "ICP DAS PMC/PMD (Power Meter Concentrator) Series
User Manual".
 About the “The SNMP Variables for PMD-4201”, please refer to “Appendix VI”
section of "ICP DAS PMC/PMD (Power Meter Concentrator) Series User Manual".
68