Samsung MIM-D00 User manual

USER’S MANUAL
MIM-D00
MIM-D00U
DMS
(Data Management Server)
DB98-25059A(1)E
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Safety Precautions
Do not attempt to install or repair this DMS by yourself.
 This DMS contains no user-serviceable parts.
Always consult authorized service personnel for repairs.
When moving, consult authorized service personnel for
disconnection and installation of the DMS.
Ensure that the wall is strong enough to support the
weight of the DMS.
Must install the DMS with rated power supply.
In the event of a malfunction (burning smell, etc.),
immediately stop operation, turn off the electrical
breaker, and consult authorized service personnel.
WARNING
CAUTION
 Do not use inflammable gases near the DMS.
 Do not spill water into the DMS.
 Do not operate the DMS with wet hands.
 Do not install the DMS in a location where it will come
into contact with the combustible gases, machine oil,
sulphide gas, etc.
 Do not press buttons with a pointed thing.
 Do not pull or bend the DMS cable excessively.
 Do not use this DMS for other purpose.
 Do not spray an insecticide or other combustible things
on the DMS.
 Do not clean the DMS with benzene, solvents or other
chemicals.
 Do not give a shock to the DMS or disassemble it by
yourself.
• Before using the DMS, read carefully these instructions.
• After reading the instructions, keep this user's manual in a handy and safe place.
If a user is changed, you must hand over the manuals.
• Never attempt to install the air conditioning system or to move the DMS by yourself.
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Contents
General Description
 INTRODUCTION OF DMS ............................................................................. 4
 ADVANTAGES OF DMS SYSTEM ................................................................ 4
Main Function
 INTERFACE WITH UPPER LEVEL CONTROLLER ........................................... 5
 SAVE ERROR HISTORY .................................................................................. 5
 SET AND RUN SCHEDULE .............................................................................. 6
 SAVE INTEGRATED POWER DISTRIBUTION DATA .................................... 6
Overview .................................................................................................. 6
System Architecture ............................................................................ 7
Time Segmentation ............................................................................. 7
 PEAK POWER CONTROL ................................................................................ 8
Execute Peak Power Control and View Status ........................ 8
Sharing Peak Power Control Information
with other DMS’ ...................................................................................11
Using the DMS through the Web
 SETTING THE WEB ENVIRONMENT ............................................................12
 USING THE DMS THROUGH THE WEB ....................................................12
Login .........................................................................................................13
Monitoring and Control ..................................................................14
View Error History ...............................................................................16
Set, Run and View Schedule ..........................................................17
Setting and Viewing Peak Power Control ...............................20
Peak Power Monitoring ...................................................................23
 Setting and Viewing the Power Distribution Function ..........24
Inquire Power Distribution Result ..............................................26
Setting and Viewing the System Environment ....................28
Tracking ...................................................................................................30
User Management .............................................................................31
 TERMS .............................................................................................................32
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General Description
INTRODUCTION OF DMS (DATA MANAGEMENT SERVER)
The DMS is an Internet based device for central management of
Samsung system air-conditioners. It supports LAN & WAN and
operates 24 hours without a separate PC.
ADVANTAGES OF DMS SYSTEM
The DMS provides the following advantages:
 Everyday Device –The DMS is operational all year long
24 hours.
 Independent Operation–The DMS can operate schedule
control, peak power control, and power distribution
without a PC.
Note In order to run peak power control and power
distribution, relevant controllers need to be installed.
 Internet Control
 Web – The DMS has a built-in web server function and
can be accessed from a remote location to operate status
monitoring, control, error history, and schedule setting of
the system air-conditioners.
 Using an Upper Level Controller–When a separate upper
level controller (SNET series) is used, a number of DMS can
be controlled with one central management system.
 Data Storage–The DMS has its own database built-in,
therefore, error history, indoor unit installation information,
and power distribution data can be saved and retrieved.
 Large Scale Management–At most 256 indoor units can be
connected to one DMS and therefore, only one DMS can
manage small and medium size buildings.
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Main Function
Device Type
Indoor Unit
Indoor unit communication error
Indoor unit sensor related error
Other errors
Outdoor Unit
Outdoor unit communication error
Pipe inspection error
Outdoor unit sensor related error
Outdoor unit related other errors
Solution Products such as
the Centralized Controller Solution device related communication error
 Device name, address, time when error occurred, time when error
was fixed, and error contents are saved on error history.
The error history can be viewed through the Web or the connected
upper level controller.
Interface with Upper Level Controller
The DMS receives control data from the upper level controller and sends
the received data to the lower level system.
The upper level controllers of the DMS are the SNET series and the connectible SNET
series are SNET-
III , SNET- i and SNET mini. SNET-III is a program that is used by
installing on a PC: SNET-
i and SNET mini are touch screen type controllers.
Save Error History
The DMS saves at most 256 cases of error history. If the number of errors exceeds
256, only the latest 256 cases are stored by deleting the oldest error history.
The following errors can be detected by the DMS:
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Main Function (Continued)
Item Content Remark
Schedule Period Starting and ending date of a schedule
Exception Day
Setup
Set an exception day within a schedule period to
ignore the schedule control
Indoor unit to be
applied Select indoor units to receive schedule control
Event
Set indoor unit operation modes
- Indoor unit On time
- Indoor unit Off time
- Set temperature
- Control mode: Heat, Cool, Dry, Fan, and Auto
- Allow/Disable the use of remote controllers
Both the On time and the Off time can not be set at
the same time and only one must be set.
At most
10 events
 Each schedule can be used selectively by using the run schedule/stop schedule order.
At most 256 schedules can be set.
The indoor units can be controlled by the schedule function of
the DMS in at least 1 min. intervals.
Overview
 The DMS calculates and distributes the power consumed by each indoor unit by
receiving the total power usage from the power meter interface modules (SIM) and
taking into account the operation status of the indoor units.
 The DMS saves at most 62 days worth of data. After 62 days, the oldest data is deleted
and the latest data is saved. This data can be viewed through the built-in Web page of
the DMS or by SNET-
III .
Set and Run Schedule
The schedule function of the DMS can be set though the Web or using the upper
level controller.
Weekly/Yearly schedules can be set and the following information can be
assigned to each schedule:
Save Integrated Power Distribution Data
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Main Function (Continued)
 In order to use the power distribution function in the DMS,
relevant devices as shown above must be installed.
(Consult the installers.)
 Time segmentation is used to divide 24 hours into different
sections and to distribute power according to each section.
This function is used when the power consumption fee is
different according to different time slots or when a building is
charged differently depending on the consumption time.
 Time can be divided into 1 section (a), 2 sections (a,b,a), and 3
sections (a,b,c,b,a).
 1 section implies using the whole 24 hours as one section.
The default DMS setting is set to 1 section.
 For 2 sections, 24 hours can be divided as follow:
00 : 00 08 : 30 17 : 30 24 : 00
Time Division A Time Division B Time Division A
System Architecture
Time Segmentation
SNET-III
Centralized
Controller
SIM
Power meter
DMS
Internet
Web Client
SIM
Power meter
Up to 8 units
Up to 8 units
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Main Function (Continued)
 In order to use the peak power control function in the DMS, relevant devices as shown
above must be installed. (Consult the installers.)
Rs 485
Demand
Controller
Centralized
Controller
Max 256 Indoors
(DVM Series)
Peak I/M
Power Cable
Centralized
Controller
1) Overview
 The peak power control function is used to minimize instantaneous power usage
by switching the indoor units to Fan mode or turning the indoor units off.
However, since the DMS has priority over user control when using this function,
indoor unit operations by the users are somewhat limited.
  In order to maintain the peak power control, the DMS performs a function that
modulates the indoor unit control by the level signal received from the peak
interface module.
  The peak level consists of 4 steps from 0 to 3 and this level is received from the
peak interface module.
Peak Power Control
The DMS performs peak power control without a separate PC.
Execute Peak Power Control and View Status
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Main Function (Continued)
2) Operation Mode
 Peak power control runs in one of the 3 modes:
‘No Control’, ‘Priority Control Mode’, and ‘Circulation Control Mode.’
 No Control:
If the peak power control mode is set to ‘No Control’, peak power control will not run.
The default DMS setting is set to ‘No Control’ mode.
 Priority Control Mode:
In Priority Control Mode, priorities are set for each indoor unit and the indoor units are
controlled according to the priorities set when the peak level is received.
 The operation is as follow:
Input Peak
Level Peak Power Control Applied Group
Level 0 Peak power control not performed.
Level 1 Only groups with priority set to 1 receive peak control.
Level 2 Only groups with priority set to 1 and 2 receive peak control.
Level 3 Only groups with priorities set to 1, 2, and 3 receive peak control.
 Circulation Control Mode:
In Circulation Control Mode, indoor units are classified into several groups and each group or
groups are controlled by the peak power function periodically.
 The operation is as follow:
 The priority of each indoor unit can be set through the Web or using the upper level
controller of the DMS.
Input Peak
Level Peak Power Control Applied Group
Level 0 Peak power control not performed.
Level 1 1 group circulation control (Peak control for only 1 group)
Level 2 2 groups circulation control (Peak control for only 2 groups)
Level 3 3 groups circulation control (Peak control for only 3 groups)
 A group or a groups of indoor units are controlled by the peak power function for a set
period of time and the following group or groups are controlled after the set period of
time and so on. The group or groups of indoor units released from peak power function
restore their operation status to before being controlled by the peak power function.
1
2
3
4
5
6
7
Group
Input Peak Level : 0
 1 
1
2
3
4
5
6
7
Group
Input Peak Level : 0
 1 
1
2
3
4
5
6
7
Group
Input Peak Level : 0
 1 
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Main Function (Continued)
3) Restrictions of indoor unit use
 If operation mode of an indoor unit is Dry, Cool, and Auto, each indoor
unit is converted to Fan mode when peak power control is applied.
 If an indoor unit is operated under Heat, run with one operation among
change to Fan mode, power off, and set temperature change
(16 degree.) It can be set on the upper controller or the Web.
 If an indoor unit which the power is off belongs to a peak power
control group and a user turns on this indoor unit during peak
control, the DMS turns off the indoor unit again.
 If an indoor unit which is operated under Fan mode is a peak
power control applied group and user changes the mode of an
indoor unit that belongs to the applied group to Cool/Heat,
the DMS converts the indoor unit to Fan mode again.
 During peak power control for an indoor unit of peak power control
applied groups, all mode change orders from the upper controller
are constrained to indoor unit ON control, Cool, Auto, and Dry.
 Mode change orders are constrained to indoor unit ON control, Cool,
Auto, and Dry by a Schedule during peak power control and Schedule
Events that is expired during peak power control is nullified.
 If users want mode change to a centralized controller about the
peak power control applied groups and indoor unit ON control,
Cool, Auto, and Dry from a cable/wireless remote control during
peak power control, the DMS checks the condition of the indoor
unit and turns off or converts to the Dry again.
 If a user turns off an indoor unit under peak power control or an
indoor unit is turned off by a Schedule, keep the off status after
finishing peak power control.
4) Other Options
 If Tracking is executed during peak power control, the indoor
unit or the indoor units that was under peak power control
does not restore its previous status.
 Changing the system time of the DMS during peak power
control does not affect the peak control circulation time.
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Main Function (Continued)
 By sharing the peak power control information with other DMS’,
several buildings can be controlled using the peak power control.
 This setting consists of one master DMS and several slave DMS’
and the information of the master DMS must be set on all slave
DMS’. The default DMS setting is set to master.
Demand Controller
Peak I/M
Power board
Master
DMS
Communication,
point of contact
Building A
Building B
Building C
Slave DMS
Slave DMS
Slave DMS
Sharing of Peak Level
 Master DMS transmits the received Peak Level periodically to
the connected slave DMS’ and the slave DMS performs demand
control according to the received Peak Level.
The master/slave setting can be set through the Web and the DMS
with the peak interface module connected must be set to be master.
Sharing Peak Power Control Information with other DMS’
Power Cable
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Using the DMS through the Web
 Refer to “3.2.9 Setting and Viewing the System Environment” or the
installation manual on how to set the IP address of the DMS.
Setting the Web Environment
 I nstall JRE 1.3.1 or later version
Java Runtime Environment 1.3.1 or a later version must be installed on the PC.
JRE is installed automatically if the PC is connected to the Internet and when the
DMS is accessed for the first time. JRE can also be downloaded from
http://java.sun.com/j2se.
 Install Internet Explorer 6.0 or later version
IE6.0 or later version must be installed on the PC. Please install IE6.0 or later
version through Windows Update.
Using the DMS through the Web
 Access Method
In order to access the DMS, type in the following address on the web browser:
http://”DMS IP” (The default DMS IP is set to 192.168. 0. 2.)
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Using the DMS through the Web
Login
Function Details
 Login allows only authorized users to access the web page.
 There is no limit on the number of users that can access the DMS
at the same time, however, less than 5 users are recommended for
access speed reasons.
1
Type in the ID and the password and click on the LOGIN
button.
2
If the ID and the password are valid, the monitoring and
control page will be displayed.
3 If the ID and the password are not matched, the LOGIN page
is displayed again.
4 If the CANCEL button is pressed after typing in the ID and the
password, the ID and password fields are cleared.
5 The default DMS user setting as follow:
 ID : admin
 PASS: 1234
Change the ID and the password for security reasons.
 Refer to 3.2.11 for user management.
Login
admin

Menu Organization
If Login is successful, the following menu appears. Click on the menu
to move to the corresponding page.

Monitoring and Control

Viewing the Error History

Set, Run and View schedule

Setting and Viewing Peak Power Control

Peak Power Monitoring

Setting the Power Distribution function

Viewing the Power Distribution Data

Setting the Viewing the System Environment

Tracking

User Management
1
3
2
4
5
6
8
7
9
10
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Using the DMS through the Web (Continued)
Function Details
 On this screen users can monitor the operation status of all indoor
units and control each indoor unit. Only one selected indoor unit can
be controlled.
Monitoring and Control
Monitoring and Control
1
The status of all indoor units can be viewed from the
‘Monitor all indoor units.’ The color of the squares
represents the following meaning and the name of each
indoor unit is displayed inside of squares.
Gray Blue Green Red
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Using the DMS through the Web (Continued)
Monitoring and Control
2
Select and click on the indoor unit and the background color
of the indoor unit is changed to green. The operation status
of the selected indoor unit is displayed on the upper part.
Displayed items are as follow:
Selected indoor unit address
Displays the name of the selected indoor unit.
Error Displays whether there is an error on the selected
indoor unit.
Power Click on this button to turn on and turn off the selected
indoor unit.
Temperature
Control
The current temperature of the selected indoor unit can
be monitored and the desired temperature can be set by
clicking the and buttons next to the desired
temperature.
Mode Set
The current mode of the selected indoor unit is displayed
in light blue. Click on the desired mode to change modes.
Fan Speed
The current fan speed of the selected indoor unit is dis-
played in light blue. Click on the desired fan speed to
control the fan speed.
Air Swing The current air swing of the selected indoor unit is
displayed in light blue. Both air swings can be selected at
once. Click on the desired air swing to control the airflow.
Emergency Stop Status
The button is displayed in red if the DMS is currently in
the emergency stop status. In the emergency stop status,
the indoor units may be monitored but not controlled.
(The emergency stop function can only be used when the
external contact control of the DMS is used.)
 Consult the installer to use the emergency stop function.
Refer to the installation manual for explanation about the
emergency stop.
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Using the DMS through the Web (Continued)
Function Details
 The DMS users can view and delete error history of the DVM
system. The DMS saves up to 256 errors.
View Error History
1
All error history can be checked from the ‘View Error
History’ page.
2
The error history can be viewed according to date. Select the
date in the list box and press the “search” button to view the
error history according to the selected period.
3 The error history includes the device name, address, time
when error occurred, time when error was fixed, error code,
error contents, and status (solve/unsolved.)
4 Select and ‘delete’ errors by selecting the check boxes in
area .

Viewing the Error History
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Using the DMS through the Web (Continued)
View Error History
Function Details
 Users can set, edit, and delete schedules for controlling the DVM
system.
Set, Run and View Schedule
Using the Schedule Function

The Schedule List screen shows all current schedule information
saved in the DMS.
1
On the schedule screen, a schedule can be created, edited,
viewed, and deleted.
2
Press the ‘New Schedule’ button in  to create a new
schedule. (Refer to Adding a Schedule)
3
Press the ‘Edit’ button in  after selecting a schedule in  to
edit a set schedule. (Refer to Adding a Schedule)
4
Press the ‘Delete’ button in  after selecting a schedule in 
to delete the selected schedule.
5
Press the ‘Run Schedule’ button in

after selecting a
schedule in

to run the selected schedule.
6
Press the ‘Stop Schedule’ button in

after selecting a
schedule in

to stop running the selected schedule.
7
Press the ‘All Stop’ button in  to stop running all the
schedules.
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Using the DMS through the Web (Continued)
On the Create New Schedule screen, users can set the Schedule
Name, Schedule Period, Applied Indoor Unit, and Event.
1
For the event, users can set the Repeat or not, Day, On
Time, Off Time, Temperature, Mode, and Remote Control
Allow or not. Users can assign the maximum 10 events.
2
When pressing the “Exception Day Setup” button from the ,
users can set up the schedule exception day.
3
When pressing the “Select Indoor Unit(s)” button from the ,
users can select the schedule indoor unit.
4 Users can set one of schedule repetition or not, which are
every week, every day, and one day from the . If setting to
one day, assign the same date of starting date and ending
date.






Viewing the Error History
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Using the DMS through the Web (Continued)
5
When pressing the ‘Add Event’ button from the

, a new
event is added. When pressing the ‘Delete Event’ button from
the

after selecting a check box from the

, the selected
event is deleted
6
When pressing the ‘OK’ button from the

after setting all
schedule information, the schedule information is saved to
the DMS.
7
When pressing the ‘Cancel’ button from the , turn back to
the schedule list screen.
Editing an Existing Schedule
 On the Edit Schedule screen, users can edit the existing schedule in
the same way as adding a new schedule.
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Using the DMS through the Web (Continued)
Function Details
 The DMS users can set and view the peak power control information.
 Refer to pg. 5~7 for more information on peak power control.
Setting and Viewing Peak Power Control
Using Peak Power Control
Setting the Priority Control
 
Select the ‘Priority Control’ as shown in the screen above.
 
Click on the ‘Edit’ button to set the priorities of each indoor unit
as shown in the screen below.
1
Select the “No Control” mode to disable the peak power
control.
2
Select the “Priority Control” to run the peak power control in
priority control mode.
3 Select the “Circulation Control” to run the peak power control
in circulation control mode.
4 The indoor unit control page is displayed if the ‘Edit’ button
is pressed after selecting either the ‘Priority Control’ or the
‘Circulation Control.’ (The ‘Edit’ button changes to the ‘Save’
button when the ‘Edit’ button is pressed.)


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