Control Systems
, Individual Control Systems ,, Centralized control systems 1 Wireless signal receiver kit MRK-A10N 1) Features . . . . . . . . . . . . . . . . . . . . . . 8 2) Wiring. . . . . . . . . . . . . . . . . . . . . . . . 8 2 Wireless remote controller MR-DH00 1) Features . . . . . . . . . . . . . . . . . . . . . . 8 2) Description of parts . . . . . . . . . . . . . 9 3) Additional function . . . . . . . . . . . . . 10 3 Wired remote controller 1. MWR-WE10N 1) Features . . . . . . . . . . . . . . . . . . . . .
systems 1 DMS2 MIM-B14 1) Features . . . . . . . . . . . . . . . . . . . . 102 2) Description of parts . . . . . . . . . . . 102 3) Installation . . . . . . . . . . . . . . . . . . 102 4) Control . . . . . . . . . . . . . . . . . . . . . 103 CENTRALIZED CONTROL SYSTEM INTEGRATED POWER MANAGEMENT SYSTEM CISTRIBUTION SYSTEM MIM-D00AN 1) Features . . . . . . . . . . . . . . . . . . . . . 40 2) Product specification . . . . . . . . . . . 40 3) Description of parts . . . . . . . . . . . .
9, Building management systems 1 LonWork Gateway MIM-B18N 1) Features . . . . . . . . . . . . . . . . . . . . 108 2) Product specification . . . . . . . . . . 108 3) Description of parts . . . . . . . . . . . 109 4) Connection diagram . . . . . . . . . . . 111 5) Wiring. . . . . . . . . . . . . . . . . . . . . . 111 6) Commission . . . . . . . . . . . . . . . . . 114 7) Standard program identifier (SPID) 114 8) Item summary . . . . . . . . . . . . . . . 114 9) Network variable . . . . . . . . . . . . .
Overview of DVM S New communication system diargram BACnet GW (MIM-B17N) Lonworks GW (MIM-B18N) DMS-Bnet S-NET3 (MST-P3P) DMS-Lnet Ethernet Lon ACK SVC DMS2 (MIM-D00AN) Control layer Max.16 Controllers (Includes DMS2, PIM) Set layer Max.16 outdoor units Max. 128 indoor units (Includes ERV, MCU) Max. 80 units (Max. 64 Indoor units, Max 16 MCU, Max.16 ERV) Max.
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Individual Control Systems INDIVIDUAL CONTROL SYSTEM , 1 Receiver & Display unit . . . . . . . . . . . . . . . 2 Wireless remote controller . . . . . . . . . . . . 3 Wired remote controller . . . . . . . . . . . . . .
Control Systems , Individual control system 1. Receiver & Display unit MRK-A10N 1) Features Receiver wire (Unit : mm) Receiver & Display Unit • Concealed wireless signal receiver • Filter replacement sign • Fan operation display • Operation Timer setting display • Operation On/Off button • Operation On display LED (blue) • Defrost operation display LED (red) 2) Wiring • Connect one end of the receiver wire with the Receiver & Display unit PCB.
2) Description of parts ⑰ ① ⑱ ⑨ ⑲ ⑪ ⑫ ⑤ ⑥ TX ⑥ TY ⑦ ⑧ INDIVIDUAL CONTROL SYSTEM ② ③ ⑩ ④ ⑳ ⑭ ⑬ TX ⑬ TY ⑮ ⑯ Ï ②, ⑥-1, ⑥-2, ⑧, ⑬-2, ⑳, No Name ① On/Off button ② S-Plasma ion button ③ Turbo button ④ Temp + - button ⑤ Horizontal air swing button ⑥-1 Beep Off button ⑥-2 Room button ⑦ On timer button is only supported and available in certain indoor units. Description Press this button to turn on/off the indoor unit. Press this button to turn on/off the S-Plasma ion.
Control Systems , Individual control system 2. Wireless remote controller MR-DH00 3) Additional function (1) Option code setting > ❶ Remove the batteries from the remote controller. ❷ Press the Temp [+] and [-] button at the same time and insert the batteries. ❸ Set the 2 digits of option code. If you press the Fan [ ] button, you can change the right digit. If you press the Fan [ ] button, you can change the left digit. ❹ Press the [Mode] button to set the next 2 digits of option code.
3. Wired remote controller MWR-WE10N 1) Features (Unit : mm) 19.5 63.
Control Systems , Individual control system 3.
(2) Buttons ⑱ ⑬ ③ ⑳ INDIVIDUAL CONTROL SYSTEM ⑫ ⑨ ⑧ ② ① ⑮ ⑤ ⑥ ⑦ ④⑪ ⑩⑯⑲ ⑭ ⑰ Classification Air conditioner related button Common function related button Function Button ① Operation On/Off button ② Mode button ③ Temperature setting button ④ Fan speed button Changes the air conditioner’s fan speed ⑤ Air swing button Changes the air flow direction to move upward or downward ⑥ Temp.
Control Systems , Individual control system 3. Wired remote controller MWR-WE10N 3) Description of parts (3) PCB No. Name Description ① Software upgrade connector It is used to upgrade the software ② Communication and power wiring terminal Connection with indoor unit (F3/F4) 7 MWR-WE10N uses 2-wire power line communication.
f How to set the user mode (1) If you want to set the detailed settings, press the [User Set] button. • You will enter the User Set mode, and the [Main Menu] will be displayed. (2) Refer to the Wired Remote Controller’s User Set list on the next page to select the desired menu. • Using the [∧]/[∨] buttons, select a sub-menu number and press the [＞] button to enter the data setting screen. • Once you have entered the setting screen, the current setting will be displayed.
Control Systems , Individual control system 3.
Main menu Sub menu 5 2 3 1 2 6 3 4 5 1 2 7 3 4 AHU setting/ checking Indoor unit, AHU discharge temperature setting /checking Fresh Duct discharge temperature checking ERV Plus setting / checking ERV Plus temperature setting /checking Master setting/ checking (F3F4 line Indoor unit master) Mode master indoor unit setting/ checking (F1F2 line Indoor unit master) 3)* 1 0 2 3 1)* 2)* 3)* 4)* Reset Unit Setting/checking the different value 1, 2 - 0~30 1 RPM setting /checking 3, 4 - 0~2
Control Systems , Individual control system 3. Wired remote controller MWR-WE10N 4) Option function Service mode f How to set the service mode (1) If you want to use the various additional functions for your Wired Remote Controller, press the [Set] and [Esc] buttons at the same time for more than three seconds. • You will enter the additional function settings, and the [main menu] will be displayed.
Built-in temperature sensor of wired remote controller f Temperature control with built-in temperature sensor INDIVIDUAL CONTROL SYSTEM Applies to all the indoor units connected within a group. (However, indoor unit is limited to DVM S series ) Ï Check the setting of the wired remote controller built-in sensor from the service menu.
Control Systems , Individual control system 3. Wired remote controller MWR-WE10N 4) Option function Built-in temperature sensor of wired remote controller f When communication error or power failure occurs while using built-in temperature sensor (1) When communication error occurs over 3 minutes, • Indoor unit ignores the built-in temperature sensor and use indoor unit temperature sensor.
5) Display Erro display Error codes for the Wired Remote Controller and the product connected to the Wired Remote Controller will be displayed in the LCD display. INDIVIDUAL CONTROL SYSTEM LCD Display f When an Error Occurs in Your Indoor/Outdoor Units (Product Group Display : A) • The product address for the error will be displayed, followed by the error code. Example : Error 101 occurs for Indoor Unit No. 200012.
Control Systems , Individual control system 3.
6) Communication diagram Individual control (1) Control 1 indoor unit with 1 wired remote controller F1/F2 INDIVIDUAL CONTROL SYSTEM Indoor unit Outdoor unit F3/F4 Wired remote controller Control All connected indoor units Display Operation status of the connected indoor unit Group control (1) Control multiple indoor units with 1 wired remote controller Indoor unit Outdoor unit Wired remote controller Ú Maximum 16 indoor units can be connected Control All connected indoor units Display Pri
Control Systems , Individual control system 3. Wired remote controller MWR-WE10N 6) Communication diagram Group control (5) Control 1 or multiple indoor units with 2 wired remote controllers F1/F2 Indoor unit Outdoor unit F3/F4 Wired remote controller Master Slave Master Slave Ú Maximum 16 indoor units can be connected Control All connected indoor units Display Priority 1. Display the status of master indoor unit Priority 2.
,, Centralized control systems 1 Interface module. . . . . . . . . . . . . . . . . . . . 2 On/Off controller . . . . . . . . . . . . . . . . . . . . CENTRALIZED CONTROL SYSTEM 3 Operation mode selection switch. . . . . . .
Control Systems ,, Centralized control system 1. Interface module MIM-N00 1) Features (Unit : mm) 59.4 Interface module that supports DVM S series outdoor unit • Communication transmitter between DVM S series outdoor unit and conventional communication upper level controllers as below. (1) On/Off controller : MCM-A202D, MCM-A202B, 96.1 (2) DMS2 : MIM-D00A (3) BACnet Gateway : MIM-B17 (4) Lonworks Gateway : MM-B18 • 1 interface module for 1 outdoor unit • Individual control – Max.
4) Wiring Connecting with On/Off controller MCM-A202D CENTRALIZED CONTROL SYSTEM f 1 On/Off controller connection is supported • Connect to R1/R2 : 16 groups can be controlled with On/Off controller. ; Note When DVM S series outdoor unit connect to On/Off controller (MCM-A202DN), do not need to connect MIM-N00. Connecting DMS2 MIM-D00A f 1 DMS2 connection is supported • Connect to R1/R2 : All the indoor units will be controlled.
Control Systems ,, Centralized control system 1.
2. On/Off controller MCM-A202DN 1) Features CENTRALIZED CONTROL SYSTEM • Maximum 16-group controller (Max.
Control Systems ,, Centralized control system 2. On/Off controller MCM-A202DN 3) Description of parts ① ⑥ ② ③ ⑥ &22/ $872 +($7 ④ ⑧ ⑤ ⑦ No. Name Description ① Indoor unit operation LED ② All ON button Press All ON button to turn on all the indoor units. ③ All OFF button Press All OFF button to turn off all the indoor units. ④ Group indoor unit operation LED ⑤ Indoor unit control button Press each indoor unit button to control the equivalent unit operation.
Address & option switch DIP SW K2 Restriction setting on wired/wireless remote control use OFF OFF Wired/Wireless remote control use is allowed all the time. Level 0 ON OFF Wired/Wireless remote control use is allowed only if indoor unit is ON by the On/Off controller. When indoor units are OFF by the On/Off controller, remote control use is prohibited. Level 1 OFF ON The use of wireless/wired remote controllers and external contact control is prohibited.
Control Systems ,, Centralized control system 2. On/Off controller MCM-A202DN 4) Optional function Operation mode selection switch It is mainly used to set indoor unit operation mode to Cooling, Heating or Auto.
(2) Control layer • When on/off controller control multiple DVM S outdoor units, then it should be connected to R1/R2 line of outdoor units. • Max.16 Controllers can be connected to R1/R2 line.
Control Systems ,, Centralized control system 2. On/Off controller MCM-A202DN 5) Connection diagram Connection with DMS2 (MIM-D00AN) f Case2 F1 F2 R1 R2 F1 F2 R1 R2 F1 F2 F1 F2 F1 F2 F1 F2 DMS2 (MIM-D00AN) Control layer f Caution • If on/off controller is connected to outdoor unit’s F1/F2 line, DMS2 cannot connect to on/off controller’s R1/R2. Set layer F1 F2 R1 R2 F1 F2 F1 F2 F1 F2 F1 F2 DMS2 must connect to control layer.
6) Display Various LED display After power reset to the On/Off controller, it carries out indoor unit tracking process.
Control Systems ,, Centralized control system 3. Operation mode selection switch MCM-C200 1) Features Operation mode selection switch • Outdoor unit operation mode selection (Cooling, Heating or Auto) Ú Mixed operation mode protection (Unit : mm) 2) Installation • 1 operation mode selection switch must be connected to 1 outdoor unit. Ú Max.
3) Control example Initial condition C • Cool/Heat Selector : Heating position • IDU1, 2, 3 : Stop mode, IDU4 : Heating mode • Compressor ON CENTRALIZED CONTROL SYSTEM Sequence 1 Set the Cool/Heat selector to the Cooling position ① Change Cool/Heat Selector to Cooling Result ② Automatically compressor OFF ③ Running IDU4 stops Sequence 2 Result Set IDU4 to Heating with Remote controller ① • IDU4 ignores Heating command • IDU4 keeps OFF status.
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,,, Integrated management systems 1 DMS2 . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 S-NET3. . . . . . . . . . . . . . . . . . . . . . . . . . .
Control Systems ,,, Integrated management system 1.
3) Description of parts Front No Function Name ① LCD display ② LCD operation button ③ LED Indicator ④ DMS2 Bottom cover ① ② ③ ④ Shows current time and IP address. Various messages will be displayed depending on button input. There are 4 buttons (Menu, T(Down), S(Up), Set) and you can access to menu and move, check the menu. Check 15 LED status such as Power, CPU-Alive, Ethernet-Linked/Active, COM1~5-TX/RX and Check Unfasten 2 screws on the bottom and separate the bottom cover from DMS2.
Control Systems ,,, Integrated management system 1.
4) Connection diagram f MIM-B16(PIM) should be connected separately with outdoor unit or controllers.
Control Systems ,,, Integrated management system 2. DMS2 MIM-D00AN 5) Wiring Connecting with outdoor unit DMS2 F1 F2 R1 R2 R1R2 R1R2 Outdoor unit 0 0 Outdoor unit 1 Outdoor unit R1R2 R1R2 Outdoor unit 1 Maximum 16 connections Outdoor unit F Outdoor unit F Outdoor unit Ú Outdoor unit's address is defined automatically. The address can be changed manually also.
Connecting with outdoor unit and on/off controller Maximum 16 outdoor units R1R2 DMS2 1 R1R2 Outdoor unit R1R2 INTEGRATED MANAGEMENT SYSTEM 2 Outdoor unit 3 Outdoor unit Wiring distance ⓐ ⓑ ⓒ ⓓ Maximum 15 On/Off controllers and 16 outdoor units can be connected to 1 channel of the DMS2 Network radius ⓔ f Distance between DMS2 and On/Off controller/outdoor unit • Distance from the DMS2 to the furthest device cannot exceed 1000m.
Control Systems ,,, Integrated management system 1. DMS2 MIM-D00AN 6) Function Tracking f Tracking is an operation that finds devices which are connected to DMS2. Through tracking operation, devices which are connected to DMS2 can recognize if they are connecting to DMS2. To supervise and control system air conditioner using DMS2, tracking should be done first.
Control & monitoring f DMS2 can control and monitor Max 256 devices. (Indoor unit, ERV, AHU) And it also controls and monitors external contact point (8 Digital input, 6 Digital output.) INTEGRATED MANAGEMENT SYSTEM Monitoring Indoor unit, ERV, AHU External contact point Control Variable web remote controllers depends on device type.
Control Systems ,,, Integrated management system 1. DMS2 MIM-D00AN 6) Function On/Off controller restriction f DMS2 (MIM-D00AN) can restrict on/off controller usage. • Select this if you want to restrict controlling from On/Off controllers when you disable RC from the DMS2.
General external contact point control DMS2 has Digital input/output ports to check the external device status or turn them On/Off through contact point. Digital input Digital Output Channel 1 Channel 10 Channel 1 Channel 10 f DI : Voltage free contact signal input (Open / Short) • Channel 1, Channel 2 is occupied with [Emergency stop] function.
Control Systems ,,, Integrated management system 1. DMS2 MIM-D00AN 6) Function Logic control What is logic control? User can control the air conditioner, ERV, AHU and digital output depending on the conditions, such as room temperature and outdoor temperature, set by the user. Input condition can be used with parameter and it will be calculated with arithmetic equation. Schedule function executes operation by time but logic control executes operation according to the conditions that set by the user.
(1) Editing input factor ④ ② ③ ⑤ ⑥ ⑧ ⑦ ⑨ ① ¨ ② Select type of the factor ¨ INTEGRATED MANAGEMENT SYSTEM ① Click “Select a factor”. ③ Click “Select a device” ª ⑥ Click “Apply”. § ⑤ Select a detail item § ④ Select the device from the list. ⑧ Select a standard value ¨ ⑨ Select the duration ª ⑦ Select the comparison operator ¨ f Single factor : 1 device and 1 factor. f Arithmetic : It means 2 devices are connected by arithmetic operator.
Control Systems ,,, Integrated management system 1. DMS2 MIM-D00AN 6) Function Logic control (1) Editing input factor • Compound factor : AND, OR, No selection Ex) Apply 'AND' or 'OR' to 3 factors (input 1) And (input 2) OR (input 3) • Comparison operator : =, =>, =<, <, >, z • Standard value : Standard value of the factor Ex) When the factor is “Outdoor temperature of the indoor unit number 00”, then standard value is value of the “Outdoor temperature”.
(3) Control example – Setting Ex) Set the ERV to turn off together when the indoor unit turns off ❶ Click [Control logic management] [Setting control logic] from DMS2 menu. Click [Register] to create new control logic. ❷ Enter Name, period/day and time for new control logic. INTEGRATED MANAGEMENT SYSTEM ❸ Create input condition : Click [Select a factor] from the ‘Input’ window.
Control Systems ,,, Integrated management system 1. DMS2 MIM-D00AN 6) Function Logic control (3) Control example – Setting ❹ Click [Select a device], then [Device selection] window will pop up. Select a indoor unit to apply the new control logic. ❺ Create input condition : When the device is selected, click [Power] and click [Apply]. Ú [Power] means the operation state (On/Off). ❻ Create input condition : Select ‘=’ as a comparison operator and select “Off” as a standard value.
❼ Create output : From the output window, select the device to apply the control when input condition is satisfied. Click [Apply] when selection is completed. INTEGRATED MANAGEMENT SYSTEM ❽ Create output : Select “Power” as a factor of the selected device and click [Apply]. ❾ Create output : From the output window, select the control to be executed when input condition is satisfied. • Turn off the ERV no. 0 ❿ Click [Save] when the setting is completed.
Control Systems ,,, Integrated management system 1. DMS2 MIM-D00AN 6) Function Logic control (4) Control example – Control logic Ex) Control logic 1 : Turn on 4 indoor units when outdoor temperature is 30°C or higher. Control logic 2 : Turn off 4 indoor units when outdoor temperature is 26°C. Control logic 1 ❶ Input : When outdoor temperature is 30°C or higher. ❷ When condition 1 lasted for 5 miniute. ❸ Output : Turn on 4 indoor units.
Register control logic ➊ Click ➋ Click INTEGRATED MANAGEMENT SYSTEM Control logic applied Application completed 57
Control Systems ,,, Integrated management system 1. DMS2 MIM-D00AN 6) Function Power distribution • Where does power consumption occurs? Air-conditioning system Outdoor unit fan Compressor Outdoor unit PCB Indoor unit PCB Indoor unit fan System power consumption includes: 1. Main power - Compressor operation power 2. Fan power - Indoor/Outdoor unit fan operation 3.
(2) Main capacity This is determined dynamically with the combination of various refrigerating parameters such as difference between room and set temperature or evaporator input/output temperature. These parameters, as a result, determine the refrigerant amount flowing into the indoor unit by controlling EEV steps. (3) Fan capacity This is constant value for indoor unit models. It differs depending on indoor units of different capacity.
Control Systems ,,, Integrated management system 1. DMS2 MIM-D00AN 6) Function Power distribution Power distribution equation DMS2 PIM Power supply G4 R1/R2 G3 G2 Power supply G1 f When configuring the DMS2 and the whole system, mapping of watt-hour meters for indoor/outdoor units must be precisely assigned for correct power distribution.
Example Suppose capacity values accumulated at 24:00 during one whole day is as follows.
Control Systems ,,, Integrated management system 1. DMS2 MIM-D00AN 6) Function Power distribution Installation example (Allowed) DMS2 PIM Power supply R1/R2 G4 G3 G2 Power supply G1 Mapping watt-hour meters to indoor/outdoor units • Watt-hour meter A is mapped to all indoor/outdoor units in G1. • Watt-hour meter B is mapped to the outdoor unit in G2. • Watt-hour meter C is mapped to the outdoor units in G3 and G4. • Watt-hour meter D is mapped to the indoor units in G2 + G3.
Installation example (Not allowed) DMS2 PIM Power supply G4 INTEGRATED MANAGEMENT SYSTEM R1/R2 G3 G2 Power supply G1 All indoor units in one outdoor unit must have the same power source. • Installation above cannot be available for the reason that one indoor unit in G1 has different power source from the other indoor units. In this case, fractional power of D consumed by the separate-powered indoor unit in G1 is distributed to the indoor units in G2 and G3.
Control Systems ,,, Integrated management system 1. DMS2 MIM-D00AN 6) Function Power distribution (10) Setting the inspection section If you want to check the distribution result by time period, set the time section. You must use S-NET3 to check the distribution result by time period. (11) Setting the power distribution environment This is important task for checking precise energy consumption of the outdoor/indoor unit.
Example of watt hour meter installation ❶ Installing watt-hour meter to outdoor/ indoor unit Main circuit breaker PIM Address 0 Watt-hour meter A Watt-hour meter B Watt-hour meter C Watt-hour meter D CH1 CH2 CH3 CH4 R1/R2 A/B B C D 1 phase power 1 2 INTEGRATED MANAGEMENT SYSTEM 0 F1/F2 Pipe connection R1/R2 A 0 1 2 F1/F2 3 phase power Pipe connection Ú Connect appropriate watt-hour meter to outdoor/ indoor unit.
Control Systems ,,, Integrated management system 1.
Example of watt hour meter installation ❸ Using CT watt-hour meter to and outdoor unit Main circuit breaker RS T N PIM 5: 1 5: 1 Address 0 5: 1 B C D Watt-hour meter A Watt-hour meter B Watt-hour meter C Watt-hour meter D CT-type watt-hour meter CH1 CH2 CH3 CH4 3 phase 4 wire voltage 1 phase power 0 1 2 Pipe connection 0 1 2 F1/F2 Pipe connection 3 phase power [Setting and checking watt-hour meter] From the menu, CT proportion of the CT watt-hour meter must be entered.
Control Systems ,,, Integrated management system 1. DMS2 MIM-D00AN 6) Function Power distribution Checking the watt-hour meter connection Kilowatthour history of the watt-hour meter, connected to each PIM interface module, can be checked. Maximum 365 days worth of Kilowatthour history can be checked.
Setting virtual watt-hour meter When watt-hour meter or PIM interface module is not installed to a watt-hour meter channel, virtual channel can be used to manually distribute the power distribution INTEGRATED MANAGEMENT SYSTEM • Maximum 128 virtual channel can be used. • Address of the virtual channel will be displayed as following. (24~31).(1~16) ; Note • When PIM interface module is not installed, PIM channel of the outdoor/indoor unit will be inactive.
Control Systems ,,, Integrated management system 1. DMS2 MIM-D00AN 6) Function Power distribution Caution Power distribution function is only supported to air conditioners and AHU. ERV is not supported.
User authorization management INTEGRATED MANAGEMENT SYSTEM • Admin (Administrator) : Can access all menus, accessible menu cannot be changed • Manager : Default setting – Can access all menus, accessible menu can be changed. • Regular user : Default setting – Can access [Control and monitoring] menu only. Editing user authorization • Accessible menu authorization of manager is editable. Select/deselect the checkbox of the function and save the setting to change the authorization.
Control Systems ,,, Integrated management system 1. DMS2 MIM-D00AN 6) Function User management f You can add or delete the user who access DMS2 through web. f Authorization of the added user can be set from [Admin], [Manager], [Regular user].
Zone management • Zone edit: User can arrange the indoor units for convenient management. • Setting the user authorization: Can restrict accessible indoor units depending on the user ID.
Control Systems ,,, Integrated management system 1. DMS2 MIM-D00AN 6) Function Setting the user authorization f Authorization to control and monitor a zone of indoor units can be assigned according to User ID ❶ Select the zone and select a user ID who can access the zone. • Access authorization can be set by zone. ❷ After setting, click [Save] to complete the authorization setting. f User access authorization applies to all indoor units of the zone in same manager.
2. S-NET3 MST-P3P 1) Features PC program designed to manage system air conditioners in a large site. Max. 16 DMS2 connection Max.
Control Systems ,,, Integrated management system 2. S-NET3 MST-P3P 4) Function (1) S-NET3 function description View the management structure View the installation structure Control & Monitoring Indoor unit/ERV control Control and monitor the indoor units (max. 4,096 units). Check and refer the state of various devices such as indoor/outdoor units, On/ Off controller, and I/M. Set the operation mode, temperature, fan speed, and fan Control & Monitoring direction of indoor unit/ERV.
(2) User functions Manage a range of functions accessible to different types of users such as regular user, administrator and installer.
Control Systems ,,, Integrated management system 2.
Installation structure window f When outdoor unit is selected INTEGRATED MANAGEMENT SYSTEM • Outdoor unit cycle data, outdoor unit model, interface module model and interface module program version is displayed. f When indoor unit is selected • Indoor unit operation status, indoor unit cycle data and indoor unit model code is displayed.
Control Systems ,,, Integrated management system 2.
Control • Control indoor unit/ERV through the control window that appears on the screen. • Control total indoor units, the operation mode of indoor units, multiple selection, temperature, fan speed, and fan direction. • Set Upper/Lower temperature limit so that temperature cannot be set outside of the limited temperature range. • Enable/disable remote control usage. • Check the schedule of the selected indoor unit.
Control Systems ,,, Integrated management system 2. S-NET3 MST-P3P 5) Detail function description (1) S-NET3 display Schedule control ❶ Schedule setting • Able to set a schedule to control indoor units and ERVs. (creating, modifying, deleting). • Able to set weekly, daily, one day schedule. • Able to control the operation mode, temperature setting, fan speed, fan direction during the schedule control.
Schedule control f The 3rd step (schedule operation setting) • Set up time by dragging on the time table. • Set the schedule with the control panel on the right. (Operation mode. temperature setting, fan speed, fan direction and remote control use). • Click the schedule time setup window to display a schedule modification window (able to modify a schedule time, operation mode and temperature setting).
Control Systems ,,, Integrated management system 2. S-NET3 MST-P3P 5) Detail function description (1) S-NET3 display Schedule control ❷ Schedule modification • Click the set schedule display window twice to display the modification panel. Then it is possible to modify various functions such as schedule time, operation mode and temperature setting.
Usage time and power consumption ❸ Power management structure editing • Just as the structural editing at the monitoring, power management can be restructured to ensure greater convenience for administrators. • Once the power management structure is edited, power consumption report and usage can be referred in the edited formats. Power structure editing menu Power structure editing window INTEGRATED MANAGEMENT SYSTEM ❹ Power section setting • It can be referred and divided into max.
Control Systems ,,, Integrated management system 2. S-NET3 MST-P3P 5) Detail function description (1) S-NET3 display Statistics and analysis ❶ Indoor unit status • Able to see the operation status of selected indoor units and room temperature for the present and the past. • Able to refer to the operation status for the last two days. If the reference day is out of range, an error message window will appear.
System management ❶ Environment setting • Set the environment of S-NET3. • Set administrator password, language, temperature unit, default value for indoor unit, etc. • Determine if peak power will be displayed or not in the menu setting (Korean market only). Language setting Log date view setting Temperature unit setting : It is set automatically depending on indoor unit. INTEGRATED MANAGEMENT SYSTEM ❷ DMS2 setting • Set the DMS2 to connect with S-NET3.
Control Systems ,,, Integrated management system 2. S-NET3 MST-P3P 5) Detail function description (1) S-NET3 display System management ❸ View event log • Able to check various information such as indoor/outdoor units connected to S-NET3, control device error/warning, information details by date. Set the list of events Query period setting Event display ❹ Information update of the installed device • Able to carry out information update or tracking for the installed device.
System management ❺ DMS2 backup and restoration • Able to backup and restore the DMS2 data connected to S-NET3. • Backup refers to activities of storing data in the data folder in PC. Select all DMS2s Backup Restoration Indicate a backup file including the directory path Indicate a backup date INTEGRATED MANAGEMENT SYSTEM ❻ S-NET3 backup and restoration • Able to backup and restore data of S-NET3. • Backup involves in backing up all data in S-NET3.
Control Systems ,,, Integrated management system 2.
,9 Power distribution system 1 Electricity meter interface module. . . . . . .
Control Systems ,9 Power distribution system 1. Electricity meter interface module MIM-B16 1) Features (Unit : mm) Front view • Pulse output electricity meter interface unit (max. 8 meters) • 8-channel energy consumption display in real time • System configuration with button manipulation • Various text messages in LCD • Current communication state indication Side view Power supply (adapter) Input : 100~240V AC, 50/60Hz, 1.0A Output : 12V DC, 3.
3) Connectors ① ② ③ No. ④ ⑤ Name Description ① Pulse input terminals 8 terminals are allocated to interface pulse-type electricity meters. Each terminal is seen with a dedicated address on DMS2. ② Power input Power supply via the power adapter. ③ Reset button Press the button to reset the MIM-B16. ④ COM1 Connection terminal for RS485 communication with DMS2.
Control Systems ,9 Power distribution system 1. Electricity meter interface module MIM-B16 5) Specifications on electricity meter • Current flow on output : Current-sinking • Pulse rate : 1 ~10000 Wh/pulse (no decimal pulse rate allowed) • Pulse width : 20 ~ 400ms with +/- 5% tolerance (no decimal pulse rate allowed) • Time interval between pulses : min. 3ms • Allowable current sinking : min. 15mA • Withstanding voltage : min.
6) Installation MIM-B16 must not be installed in a way that power to MIM-B16 is off when one of the over-current circuit breakers is switched off. Power supply to MIM-B16 must be off only when all the power supplies to refrigerant systems whose power consumptions are monitored by the MIM-B16 are cut off. This is because every pulse from electricity meters of some alive refrigerant systems must be sensed normally even if power supplies to other refrigerant systems have troubles.
Control Systems ,9 Power distribution system 1. Electricity meter interface module MIM-B16 7) Wiring f Wiring to electricity meter • Attention must be paid to make polarized connection between an electricity meter and MIM-B16 with correct specifications on wires. Pulse-type electricity meter MIM-B16 + + + + + Typical interface circuitry + + Cable : Unshielded 2-wire 0.75mm2 VCTF or equivalent Length : Max.
8) Address assignment Each of the electricity meters is assigned with the dedicated address depending on MIM-B16 address setting and the position of the pulse input terminals. SW1 SW2 CH1 CH2 CH3 CH4 CH5 CH6 CH7 CH8 f Electricity meter address assignment table SW2 Pulse input terminal CH1 CH2 CH3 CH4 CH5 CH6 CH7 CH8 0 16.01 16.02 16.03 16.04 16.05 16.06 16.07 16.08 1 17.01 17.02 17.03 17.04 17.05 17.06 17.07 17.08 2 18.01 18.02 18.03 18.04 18.05 18.06 18.07 18.
Control Systems ,9 Power distribution system 1. Electricity meter interface module MIM-B16 9) MIM-B16 menu structure Main menu Sub menu Description The MIM-B16 address is displayed with the physical address SW2 added by 10H on the LCD window. Ex) PIM Address Monitoring LCD SW2 setting 10H 0 11H 1 … … 17H 7 SW1 SW2 Option switch setting to ON is displayed with the position number at the corresponding positions while setting to OFF is shown with the mark ‘X’.
10) Setting parameters on DMS2 (MIM-D00AN) f The following parameters for MIM-B16 can be also set and monitored on DMS2 (MIM-D00AN) • Current power consumption (kWh), Pulse rate, Pulse width • Channel Enable/Disable, Current time, Password Ú DMS2 setting for MIM-B16 parameters Error code POWER DISTRIBUTION SYSTEM 11) Error Description E613 Communication error between DMS2 (MIM-D00AN) and MIM-B16 E614 E614 occurs when the width of the pulse from an electricity meter is out of range.
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9 External contact control system 1 External contact interface module . . . . . .
Control Systems External contact control system 1. External contact interface module MIM-B14 1) Features (Unit : mm) 80 50 9 Interlock DVM air-conditioner with external controller • Indoor unit On/Off control by the external contact (Usable equipment: Card-key, Timer, Sensor) • Output the indoor unit thermo ON/OFF state and operation status • Output the indoor unit error state 2) Description of parts No.
4) Control Timing diagram for external contact control Ex1) ; Note IDU stands for Indoor Unit. No prioritized operation between the R/C and the external contact I/M. Ex2) EXTERNAL CONTACT CONTROL SYSTEM ; Note IDU stands for Indoor Unit. After power reset, indoor unit operates as previous state.
Control Systems 9 External contact control system 1. External contact interface module MIM-B14 4) Control Ex3) ; Note IDU stands for Indoor Unit. After power reset, if IDU is turn ON by external contact, it starts as Auto mode, 24ºC, Auto fan speed. Ex4) ; Note IDU stands for Indoor Unit. After power reset, IDU ignores initial external signal state.
f Operation input It is possible to set the method of indoor unit control by external contact signal. • Method 1. Turn On/Off the indoor units by external contact signal • Method 2. Set standby/Turn Off the indoor unit by external contact signal • Method 3.
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9, Building management systems 1 LonWorks Gateway . . . . . . . . . . . . . . . . . 2 BACnet Gateway . . . . . . . . . . . . . . . . . . .
Control Systems 9, Building management system 1. LonWorks Gateway MIM-B18N 1) Features (Unit : mm) DMS-Lnet Lon ACK SVC • For LonWork protocol system. • Support DMS2 control function at the same time. 2) Product specification Size 240 x 255 x 64.
3) Description of parts Front DMS-Lnet No Name Function ① LCD display Displays current time or menu. Menu button Access the setting menu. S/T button Select function or setting item in the setting menu. Set button Enter or check setting item in the setting menu. Bottom cover Unscrew 2 screws on the bottom to remove the cover and check the cable connections. ① ② ② Lon ACK SVC ③ ③ ⑤⑥ ⑦ ⑧ LED indicator ① ② No.
Control Systems 9, Building management system 1.
4) Connection diagram f MIM-B16(PIM) should be connected separately with outdoor units or controllers.
Control Systems 9, Building management system 1. LonWorks Gateway MIM-B18N 5) Wiring Connecting with outdoor unit LonWorks Gateway F1 F2 R1 R2 R1R2 R1R2 Outdoor unit 0 0 Outdoor unit 1 Outdoor unit R1R2 R1R2 Outdoor unit 1 Maximum 16 connections Outdoor unit F Outdoor unit F Outdoor unit Ú Outdoor unit's address is defined automatically. The address can be changed manually also.
Connecting with outdoor unit and on/off controller Maximum 16 outdoor units R1R2 LonWorks Gateway 1 R1R2 Outdoor unit R1R2 2 Outdoor unit 3 Outdoor unit Wiring distance DMS-Lnet ⓐ ⓑ ⓒ ⓓ Maximum 15 On/Off controllers and 16 outdoor units can be connected to 1 channel of the LonWorks Gateway Network radius ⓔ • Distance from the LonWorks Gateway to the furthest device cannot exceed 1000m.
Control Systems 9, Building management system 1. LonWorks Gateway MIM-B18N 6) Commission • For Commission operation with BMS, press the [Set] button for more than 3 seconds. • Pressed time will be displayed in the LCD display • When commission operation is normal, [SVC] LED of the front panel will lit up. 7) Standard program identifier (SPID) • Manufacturers : Samsung Electronics Co., Ltd. MID: 191 • Device Classes : 70.00 - Gateways 72.
9) Network variable (1) Indoor unit/ ERV/ AHU kit object No.
Control Systems 9, Building management system 1.
11) Network variable list • Supported NV (Network Variable) is different depending on the connected devices. No.
Control Systems 9, Building management system 1. LonWorks Gateway MIM-B18N 12) Detail description of network variable (1) Indoor unit/ ERV/ AHU kit object 1-4. nviFanStatus 1-8. nviOccOpMode Description : Setting fan swing and speed SNVT : SNVT_switch Operation Description : Setting cooling only mode/ heating only mode SNVT : SNVT_switch Operation Value State Value State Operation Auto 0 - 0.0 0 Unlock - Low 1 - 1.0 1 Cooling only - 2.
2-4. nvoOnOff 2-9. nvoOccOpMode Description : Display ON/OFF status SNVT : SNVT_switch Operation Description : Cooling only/Heating only setup status display SNVT : SNVT_switch Operation Value State Operation Remark Value State Operation Remark 0.0 0 Off - 100.0 1 On - 0.0 1.0 2.0 0 1 1 Permit Cooling only Heating only - 2-5. nvoFanStatus 2-10.
Control Systems 9, Building management system 1. LonWorks Gateway MIM-B18N 12) Detail description of network variable (1) Indoor unit/ ERV/ AHU kit object 2-16. nvoRuntime Description : Display used hours (Basic date) SNVT : SNVT_time_hour Operation Value Operation Remark 0~65535 Accumulated used hour First decimal place 2-17. nvoDevListDesc Description : Display indoor unit status SNVT : SNVT_str_asc Operation : ex) a1b2c3_00.00.
(2) Indoor 1-1. nviDigitalOut 1-4. nvoDigitalIn Description : DMS2 DO status control SNVT : SNVT_switch Operation Description : DMS2 DI status monitoring SNVT : SNVT_switch Operation Value State Operation 0.0 0 Off 100.0 1 On Remark Value State Operation Remark - 0.0 - 100.0 0 Off - 1 On - 1-2. nviAllOff 1-5.
Control Systems 9, Building management system 2. BACnet Gateway MIM-B17N 1) Features DMS-Bnet (Unit : mm) • For BACnet protocol system Support DMS2 control function at the same time. 2) Product specification Size 240 x 255 x 64.
3) Description of parts (1) Front No DMS-Bnet ① ② ① ② ③ ③ Name Function LCD display Displays current time or menu Menu button Access the setting menu S/T button Select function or setting item in the setting menu Set button Enter or check setting item in the setting menu Bottom cover Unscrew 2 screws on the bottom to remove the cover and check the cable connections (2) LED indicator ① No.
Control Systems 9, Building management system 2.
4) Connection diagram f MIM-B16(PIM) should be connected separately with outdoor units or controllers.
Control Systems 9, Building management system 2. BACnet Gateway MIM-B17N 5) Wiring Connecting with outdoor unit BACnet Gateway F1 F2 R1 R2 R1R2 R1R2 Outdoor unit 0 0 Outdoor unit 1 Outdoor unit R1R2 R1R2 Outdoor unit 1 Maximum 16 connections Outdoor unit F Outdoor unit F Outdoor unit Ú Outdoor unit's address is defined automatically. The address can be changed manually also.
Connecting with outdoor unit and on/off controller R1R2 BACnet Gateway Maximum 16 outdoor units 1 R1R2 Outdoor unit R1R2 2 Outdoor unit 3 Outdoor unit Wiring distance DMS-Bnet ⓐ ⓑ ⓒ ⓓ Maximum 15 On/Off controllers or 16 outdoor units can be connected to 1 channel of the BACnet Gateway Network radius ⓔ BUILDING MANAGEMENT SYSTEM f Distance between BACnet Gateway and On/Off controller/outdoor unit • Distance from the BACnet Gateway to the furthest device cannot exceed 1000m.
Control Systems 9, Building management system 2.
7) Object list (1) Indoor unit Single indoor unit has following point list.
Control Systems 9, Building management system 2. BACnet Gateway MIM-B17N 7) Object list (2) AHU kit Single AHU unit has following point list.
(3) ERV Single ERV unit has following point list.
Control Systems 9, Building management system 2. BACnet Gateway MIM-B17N 7) Object list (7) BACnet Gateway BACnet Gateway has following point list.
8) Checking BACnet communication through Wireshark (1) Who-is (I-Am) • After device instance numbers have been automatically assigned, Who-is command which is requested in the Wireshark will be replied by i-am from the devices. (2) ReadPropertyMultiple • Request all status datas. • Device description, BACnet network number device node ID, status, BACnet MAC address version, Max APDU length accepted, APDU retries, timeout, supported services, supported object types and so on.
Control Systems 9, Building management system 2. BACnet Gateway MIM-B17N 8) Checking BACnet communication through Wireshark (3) ReadPropertyMultiple • Object_MultiStateInput Request Response (4) WriteProperty • Change the FanSpeed from Auto to Low 1. 2. 3. 4.
(5) Subscribe COV Request Response (6) COV Notification BUILDING MANAGEMENT SYSTEM Notification Response 135
Control Systems 9, Building management system 2.
10) Property support specification (1) Device property Property identifier Property data Check code Support DMS2 1 Object identifier BACnetObjectIdentifier R V Individual identifier 2 Object name CharaterString R V SAMSUNG DVM Gateway 3 Object type BACnetObjectType R V DEVICE 4 System status BACnetDeviceStatus R V During communication: “OPERATIONAL” Error with DMS2: “NON_OPERATIONAL” 5 Vendor name CharacterString R V Samsung Electronics CO., Ltd.
Control Systems 9, Building management system 2.
(3) Analog output property Property identifier Property data Check code Support DMS2 1 Object identifier BACnetObjectIdentifier R V 2 Object name CharaterString R V 3 Object type BACnetObjectType R V 4 Present value REAL W V 5 Description CharacterString O V AI_Instance_device address 6 Device type CharacterString O DEVICE 7 Status Flags BACnetStatusFlags R V Communication Status_Flags FAULT flag True OUT_OF_SERVICE TRUE 8 Event state BACnetEventState R V G
Control Systems 9, Building management system 2.
(5) Binary output property Property identifier Property data Check code Support DMS2 1 Object identifier BACnetObjectIdentifier R V 2 Object name CharaterString R V 3 Object type BACnetObjectType R V 4 Present value BACnetBinaryPV W V 5 Description CharacterString O V AI_Instance_device address 6 Device type CharacterString O Communication Status_Flags FAULT flag True OUT_OF_SERVICE TRUE 7 Status Flags BACnetStatusFlags R V 8 Event state BACnetEventState R V
Control Systems 9, Building management system 2.
(7) Multi-state output property Property identifier Property data Check code Support DMS2 1 Object identifier BACnetObjectIdentifier R V 2 Object name CharaterString R V 3 Object type BACnetObjectType R V 4 Present value Unsigned R(1) V 5 Description CharacterString O V M_Instance_device address 6 Device type CharacterString O 7 Status Flags BACnetStatusFlags R V Communication Status_Flags FAULT flag True OUT_OF_SERVICE TRUE 8 Event state BACnetEventState R V
2013.01 DBEU-13012B(A) SAMSUNG ELECTRONICS Co., LTD. 416 Maetan-3Dong, Yeongtong-Gu, Suwon City Gyeonggi-Do, Korea 443-742 G Internet Website : www.dvmsystem.com Email : Airconditioner@samsung.com Specifications may be subject to change without prior notice for product improvement.
