How do I reset the unit's malfunction log?

To clear malfunction logs displayed on the AE-200/AE-50 controllers, bring up the Malfunction List or Malfunction Log screen and use the Clear malfunction log option. This clears all displayed errors but does not affect current system conditions.

What error codes are commonly encountered with this unit?

Refer to section 3-5 of the manual for a Malfunction Log and section 3-6 for an Error code list. Common errors include M-NET related issues (such as communication problems) and controller specific errors between AE-200 and AE-50 units.

How do I perform a factory reset on the centralized controller?

To reset the device to factory defaults, press and hold the Power button for 10 seconds until the LED flashes red. This clears all settings, and you will need to re-pair connected devices after resetting. (Page 23)

What safety measures should I take during maintenance?

During maintenance or repairs, ensure no flammable materials are near the unit and that chemical sprays do not come into contact with electrical components. Always stop operation before applying chemicals around the controller to prevent short circuits or malfunctions.

Can I back up the settings data on this device?

Yes, you can back up settings data using a USB memory device by touching [Maintenance] > [Backing up settings data], and then inserting the USB device into the designated port on the controller.

How many indoor units can be connected to an AE-200/AE-50 central controller?

Each group can contain up to 16 indoor units, and each centralized controller (AE-200 or AE-50) can control up to a total of 50 indoor units. By connecting multiple sub controllers (AE-50), you can manage up to 200 indoor units in the system.

How do I clean the touch panel without damaging it?

Avoid using benzene, thinner, or chemical rags for cleaning. If heavily soiled, use a well-wrung cloth soaked in mild detergent water and then wiped dry with another cloth.

How do I update the software on an AE-200/AE-50?

Software updates can be performed through a USB memory device inserted into the USB port of the controller. Ensure that proper backups are taken before updating to avoid loss of settings or data.

What happens if an error LED starts blinking?

A blinking Status LED indicates a startup failure (orange), software update in progress (blue), or when smoke is detected (pink). In case of errors, refer to the Malfunction Log for codes and actions required.

Can I relocate the centralized controller AE-200/AE-50?

Relocating or repairing the unit should only be done by qualified personnel as improper installation may result in injury, electric shock, malfunction, smoke or fire. Always consult a dealer for proper handling and relocation methods.

AE 1005006254721048 — Manual, FAQ & Troubleshooting

Name: AE 1005006254721048
Brand: AE

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Air Conditioning Control System Centralized Controller AE-200A/AE-50A AE-200E/AE-50E

Instruction Book –Detailed operations–

| | |---|

#### Contents

######### 1. Safety precautions ..............................................................4

1-1. General precautions ..............................................................4

1-2. Precautions for relocating or repairing the unit .....................5

1-3. Additional precautions ...........................................................5

######### 2. Introduction .........................................................................6

2-1. Terms used in this manual ....................................................6

2-2. Required licenses ..................................................................6

2-3. “Group”, “Block”, and “EM block” definitions .........................6

2-4. Main and Sub system controllers (M-NET) ...........................7

2-5. Controller interface ................................................................8

2-6. Number of connectable units ................................................9

2-7. Product features ....................................................................9

######### 3. Basic operations ...............................................................11

3-1. Monitor/Operation ...............................................................11

3-2. Energy Management ...........................................................29

3-3. Schedule .............................................................................47

3-4. Status List ...........................................................................58

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The controller must be repaired or moved only by qualified personnel. Do not disassemble or modify the controller. Improper installation or repair may result in injury, electric shock, or fire.

#### 1-3. Additional precautions

To avoid discoloration, do not use benzene, thinner, or chemical rag to clean the controller. When the controller is heavily soiled, wipe the controller with a well-wrung cloth that has been soaked in water with mild detergent, and then wipe off with a dry cloth.

This appliance is not intended for use by persons (including children) with reduced physical, sensory or mental capabilities, or lack of experience and knowledge, unless they have been given supervision or instruction concerning use of the appliance by a person responsible for their safety. Children should be supervised to ensure that they do not play with the appliance.

2. Introduction

AE-200A/AE-50A/AE-200E/AE-50E is a centralized controller. EW-50A/EW-50E is an LCD-less total management system. Any connected air conditioning systems can be operated or monitored on the AE-200A/AE-50A/AE-200E/AE-50E’s LCD or the Web browser. By using a PI controller that is built-in on the AE-200A/AE-50A/EW-50A/AE-200E/AE-50E/EW-50E, the energycontrol-related status can be displayed and Peak Cut control can be performed without a use of a PI controller (PAC-YG60MCA). Each AE-200A/AE-50A/AE-200E/AE-50E can control up to a total of 50 indoor units and other equipment. By connecting AE-200A/AE-200E (main controller) and AE-50A/AE-50E/EW-50A/EW-50E (sub controllers), up to 200 indoor units and other equipment can be controlled.

#### 2-1. Terms used in this manual

- “Centralized Controller AE-200A/AE-200E” is referred to as “AE-200.”

- “Centralized Controller AE-50A/AE-50E” is referred to as “AE-50.”

- “Centralized Controller EW-50A/EW-50E” is referred to as “EW-50.”

- “Booster unit” and “Water HEX unit” are referred to as “Air To Water (PWFY) unit.”

- “Advanced HVAC CONTROLLER” is referred to as “AHC.”

- “Hot Water Heat Pump unit” is referred to as “HWHP (CAHV, CRHV) unit.”

#### 2-2. Required licenses

The required licenses vary, depending on the functions to be used. Refer to the License Classification List for details. Purchase the required licenses from your dealer. Refer to the Instruction Book (Initial Settings) for how to register licenses.

#### 2-3. “Group”, “Block”, and “EM block” definitions

The terms “Group” and “Block” used in this manual are defined as follows. Group: Group is a group of air conditioning units and controllers and is the smallest unit that the AE-200/AE-50 can control. The maximum number of units that each group can contain is 16. Block: Each block consists of one or more groups. Multiple groups of units in a given block can be monitored or operated collectively. EM block:EM block stands for Energy management block, and this groups multiple blocks. Use for charge apportioning units and for settings of blocks spanning AE-200 and AE-50/EW-50.

#### 2-4. Main and Sub system controllers (M-NET)

Each group can be controlled by a Main system controller or a Sub system controller. AE-200/AE-50 is exclusively for use as a Main system controller and cannot be used as a Sub system controller.

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#### 2-6. Number of connectable units

The table below summarizes the number of connectable units in an AE-200/AE-50/EW-50 M-NET system.

|Unit type|Number of connectable units| |---|---| |Indoor units, independent OA processing units, LOSSNAY units, DIDO controllers (PAC-YG66DCA), Air To Water (PWFY) units, Advanced HVAC CONTROLLERs, HWHP (CAHV, CRHV) units, AI controllers (PAC-YG63MCA), PI controllers (PAC-YG60MCA)|Up to 50 units (including the interlocked LOSSNAY units)*1*2*3*4| |Indoor units, independent OA processing units, LOSSNAY units, DIDO controllers (PAC-YG66DCA), Air To Water (PWFY) units, HWHP (CAHV, CRHV) units in a group|1–16 units (Indoor units, independent OA processing units, LOSSNAY units, DIDO controllers (PAC-YG66DCA), Air To Water (PWFY) units, and HWHP (CAHV, CRHV) units cannot be combined in one group.)| |Remote controllers in a group|0–2 units| |System controllers in a group (AE-200/AE-50/EW-50 excluded)|0–4 units (Up to four remote and system controllers combined can be assigned to each group.)| |Advanced HVAC CONTROLLER in a group|0–1 unit| |LOSSNAY unit that can be interlocked with each indoor unit|1 unit| |Indoor units that can be interlocked with each LOSSNAY unit|1–16 units|

*1 The maximum number of controllable units varies, depending on the number of channels used for the DIDO controller. In a system with connection to Advanced HVAC CONTROLLERs, the number of connectable units is 60 units when using the monitoring function on the Maintenance Tool, and 70 units when not using the monitoring function on the Maintenance Tool.

*2 By connecting AE-50/EW-50 controllers to an AE-200, up to 200 units can be controlled.

*3 Each contact of DIDO controller (PAC-YG66DCA) counts as one unit.

*4 Although the maximum settable total number of built-in Pulse Input (PI) and PI controllers (PAC-YG60MCA) for each AE-200/AE-50/EW-50 is 15, the number of them in a system with connection to one or more AE-50/EW-50 controllers must be 20 or less. (Each built-in Pulse Input (PI) counts as one unit.)

#### 2-7. Product features

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The table below summarizes the items that can be displayed or set on the AE-200/AE-50.

Note: The items may not be displayed, depending on the model of the connected units.

|Function|Function|Description| |---|---|---| |Operation|ON/OFF|The ON/OFF operation can be performed for units in a given group.| |Operation|Operation mode|The operation mode can be switched.| |Operation|Ventilation mode (LOSSNAY unit)|The ventilation mode can be switched.| |Operation|Fan speed|The fan speed (2 to 4 speeds and Auto) can be changed.| |Operation|Fan speed (LOSSNAY unit)|The fan speed (4 speeds and Auto) can be changed.| |Operation|Set temperature|The set temperature can be set.| |Operation|Air direction|The air direction (5 directions, Swing, and Auto) can be changed.| |Operation|ON/OFF/Fan speed (LOSSNAY unit)|Interlocked LOSSNAY units can be operated or stopped. The fan speed (2 speeds) can be changed.| |Operation|Schedule (Available/Not Avail.)|The scheduled operations can be enabled or disabled.| |Operation|Hold (AE-200A/AE-50A only)|The Hold function can be enabled or disabled.| |Operation|Prohibition of local remote controller operation|Some operations or settings from the local remote controllers can be prohibited.| |Operation|Filter sign reset|Filter sign can be reset.| |Operation|Schedule Settings|Weekly, annual, and today’s schedules can be set.| |Operation|Malfunction reset|Displayed errors can be reset.| |Operation|Clear malfunction log|Displayed unit errors and communication errors can be cleared.| |Operation|External input|Using external contact signals, the following collective operations can be controlled: Demand level, Emergency stop, ON/OFF operation, and Prohibit/Permit local remote controller operation. (An external input/output adapter is required.)|

|Function|Function|Description| |---|---|---| |Monitor|ON/OFF/Blink (LED on the controller)|ON: One or more units are in operation. OFF: All units are stopped. Blink: One or more units are in error.| |Monitor|Operation status of each group|The operation status of each group can be displayed.| |Monitor|Filter sign|The filter sign indicates that the filter is due for cleaning.| |Monitor|Prohibition of local remote controller operation|The icon to indicate that the operation is prohibited by the AE-200/AE-50 can be displayed.| |Monitor|Measurement List|The readings of the temperature sensor, humidity sensor, and metering device can be displayed.| |Monitor|AHC List|The input and output status of Advanced HVAC CONTROLLERs can be displayed.| |Monitor|Malfunction List|The address of the unit in error and the error code can be displayed.|

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|Monitor|Malfunction Log|Up to the latest 128 errors can be displayed for each AE-200/AE-50/EW-50.| |Monitor|External output|The ON/OFF and Error signals can be output to an external device. (An external input/output adapter is required.)| |Monitor|Energy Use Status|The energy consumption data and comparison data can be displayed in a graph, and be output in a CSV format to a USB memory device.| |Monitor|Ranking|The rankings in electric energy consumption and the fan operation time of given indoor units can be displayed in a bar graph, and be output in a CSV format to a USB memory device.| |Monitor|Target Value Setting|The target electric energy consumption values for the entire system can be set.| |Monitor|Peakcut Control Status|The Peakcut control status can be checked, and be output in a CSV format to a USB memory device.| |Monitor|Energy data output|Energy management data can be displayed, and be output in a CSV format to a USB memory device.| |Maintenance|Backing up settings data|The settings data can be stored to a USB memory device.| |Maintenance|Importing settings data|Backed-up settings data can be restored from a USB memory device.| |Maintenance|Energy data output|Energy management data can be output in a CSV format to a USB memory device.| |Maintenance|CSV output|The operation data, such as apportioning parameters and metering device data, can be output to a USB memory device. (Each file contains the data of up to 62 days (or 4 days when the data type is 30-minute intervals).)| |Maintenance|Touch Panel Calibration|The touch panel can be calibrated.| |Data back-up|Group setting information/ Interlocked LOSSNAY information|The group setting information and interlocked LOSSNAY information are retained in the hardware, even if power is turned off.| |Data back-up|Malfunction log|The malfunction log is retained in the hardware, even if power is turned off.| |Data back-up|Scheduled operations|The scheduled operations set for each group are retained in the hardware, even if power is turned off.| |Data back-up|Current date and time|The current date and time are retained by the built-in capacitor when power is turned off.| |Maintenance|Screen lock function|The touch panel operation can be locked.| |Maintenance|Touch panel cleaning|The touch panel can be locked when it needs to be cleaned.| |Maintenance|Time synchronization|Clocks on the controllers and the units that are under the control of the main system controller are synchronized once a day.|

3. Basic operations

#### 3-1. Monitor/Operation

This section explains how to monitor and operate the unit groups.

###### 3-1-1. Screen sequence

[Floor] display (zoomed-in) [Floor] display (zoomed-out)

![image 1](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile1.png)

![image 2](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile2.png)

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|Block selection|Select a block you want to monitor.| |Group name|The name of the group will appear.| |Room temperature|Indoor unit return air temperature will appear. Note: The temperature shown may be different from the actual room temperature. Note: The temperature shown may be higher than the actual temperature especially when the

unit is stopped during the Heat mode. Note: Whether to show or hide the room temperature can be set on the [Unit Info.] screen. Note: For Air To Water (PWFY) unit groups, the current water temperature will appear. Note: The temperature unit °C or °F will appear, depending on the temperature unit that has

been selected on the [Unit Info.] screen.| |Room humidity|The room humidity will appear.| |Weekly schedule number|The weekly schedule number that is currently effective will appear.| |Number of units whose filter sign is turned on *1|The number of units whose filter sign is currently turned on will appear. Touching “ ” will bring up the [Filter Sign] screen. (See section 3-4-2 “Filter Sign List”.)

![image 59](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile59.png)| |Number of units in error *1|The number of units that are currently in error will appear. Touching “ ” will bring up the [Malfunction] screen. (See section 3-4-1 “Malfunction List”.)

Note: AE-200/EW-50 errors will not appear on the AE-50’s LCD.| |Deselect-all|Touch to cancel all group selections.| |Select-all-groups|Touch to select all groups.| |Display switching|Switch between Block display and EM Block display.|

[4] [Measurement] display Touch [Monitor/Operation] in the menu bar, and then touch [Measurement]. The measurement data of the temperature sensors, humidity sensors, and metering devices will appear.

Note: Measurement settings on the [Measurement] screen under the [Function1] menu are required to display the measurement data on this screen. Refer to the Instruction Book (Initial Settings) for details. Note: An AI controller (PAC-YG63MCA), a commercially available temperature sensor, and a humidity sensor are required to measure the temperature and humidity. Note: A commercially available pulse-output metering device is required to measure the electric, water, heat, and gas consumptions using a built-in Pulse Input (PI) or PI controller (PAC-YG60MCA).

Note: The [Controller] setting will appear (only on the AE-200’s LCD) when the [System Exp] setting on the [Unit Info.] screen is set to [Expand]. Switch the [Controller] setting between [AE200] and [Exp1] through [Exp4] to display the data for each AE-200, AE-50, and EW-50 individually.

![image 60](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile60.png)

Controller Select [AE] to display

the data for AE-200, and select [1], [2], [3], or [4] to display the data for each AE-50/EW-50.

Measurement item

Measurement value

|Item|Description| |---|---| |Measurement value|The current measurement values will appear.

Note: The following icons are used to indicate the measuring devices. Icons will appear in orange when the measurement value reaches the upper or lower alarm threshold value that has been set on the [Measurement] screen.

| |Normal|Upper/lower alarm threshold value is reached.|Communication error/sensor error| |---|---|---|---| |Temperature sensor|![image 61](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile61.png)|![image 62](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile62.png)|![image 63](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile63.png)

*1|

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Status of related equipment

|Item|Description| |---|---| |AHC icon|The following icons indicate the AHC status.

![image 71](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile71.png)

: Normal

![image 72](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile72.png)

: A communication error is occurring or an error signal has been input to the AHC.| |AHC address|The address of the connected AHC will appear.| |Input status|[Input port code * + Input port name + Input status] will appear.

* DI1–DI15 (Digital input), EI1–EI4 (Extended digital input), AI1–AI8 (Analog input) Note: The status of the unused ports will not appear. Note: If a communication error occurs with AHC, no port information will appear.| |Output status|[Output port code * + Output port name + Output status] will appear.

* DO1–DO9 (Digital output), EO1–EO4 (Extended digital output), AO1–AO2 (Analog output) Note: The status of the unused ports will not appear. Note: If a communication error occurs with AHC, no port information will appear.| |Status of related equipment|Touch to display the status of the equipment that are used to control the equipment that are connected to the AHC.

![image 73](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile73.png)| |Number of units whose filter sign is turned on *1|The number of units whose filter sign is currently turned on will appear. Touching “ ” will bring up the [Filter Sign] screen. (See section 3-4-2 “Filter Sign List”.)

![image 74](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile74.png)|

|Item|Description| |---|---| |Number of units in error *1|The number of units that are currently in error will appear. Touching “ ” will bring up the [Malfunction] screen. (See section 3-4-1 “Malfunction List”.)|

############### *1 The item will not appear if the number of units is “0.”

3-1-4. Selecting the icons of the groups to be operated On the [Floor] or [Block] display under the [Monitor/Operation] menu, select the icon(s) of the group(s) to be operated as explained below, and then touch [Operate] to bring up the operation settings screen.

######## [1] Selecting group icons

########## (1) Selecting a group

On the [Floor] or [Block] display, touch the icon(s) of the group(s) you want to operate. The selected group icon(s) will appear with an orange frame. Touch again to deselect. To cancel all group selections, touch the “Deselect-all” button.

![image 75](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile75.png)

Deselect-all

########## (2) Selecting all groups on the selected floor

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OK Touch to reflect the changes made.

######## [5] General equipment group

Refer to section 3-1-6 for details about the setting items.

Floor name or block name

Group icon

![image 85](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile85.png)

Group name

ON/OFF

Cancel Touch to return to the

####### 3-1-6. Operation setting itemsNote: The items in the table below may not be displayed, depending on the model of the connected units.

|Item|Description| |---|---| |ON/OFF|Touch [ON] or [OFF] to turn on or off the units in a given group.

Note: Switching this setting will turn on or off the LOSSNAY unit as well that is interlocked with the operation of indoor units in the group. To turn on or off the LOSSNAY unit only, use the “Interlocked LOSSNAY ON/OFF” switch.| |Operation mode|Touch the desired operation mode. Air conditioning unit: Cool, Dry, Fan, Heat, Auto, Setback LOSSNAY unit: Bypass, Heat Recovery, Auto Air To Water (PWFY) unit: Heating, Heating ECO, Hot Water, Anti-freeze, Cooling HWHP (CAHV, CRHV) unit: Heating, Heating ECO, Hot Water, Anti-freeze

Note: Only the operation modes available for the unit model will appear. Note: The Setback mode can be selected on the AE-200A/AE-50A, but not on the

AE-200E/AE-50E.

Note: When the operation mode signals from the cooling/heating switchover model of units are mixed (Cool and Heat), the operation mode will not change and the color of the operation mode button will change to a pale orange.| |Set temperature|Touch or to adjust the set temperature.

![image 86](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile86.png)

![image 87](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile87.png)

Air conditioning unit

Cool/Dry: 19°C–30°C (67°F–87°F) Heat: 17°C–28°C (63°F–83°F) Auto: 19°C–28°C (67°F–83°F)

Air To Water (PWFY) unit (Booster unit) (Water HEX unit)

Heating: 30°C–50°C (87°F–122°F) Heating: 30°C–45°C (87°F–113°F) Hot Water: 30°C–70°C (87°F–158°F) Anti-freeze: 10°C–45°C (50°F–113°F) Anti-freeze: 10°C–45°C (50°F–113°F) Cooling: 10°C–30°C (50°F–87°F)

HWHP (CAHV, CRHV) unit Heating: 25°C–70°C (77°F–158°F) Hot Water: 25°C–70°C (77°F–158°F)

Note: The range of temperatures that can be set depends on the unit model and may be restricted by the function settings.

Note: If the indoor unit supports the dual set point function in the Auto mode and when the operation mode above is set to Auto or Setback, two set temperatures for Cool mode and Heat mode can be set.

Note: The temperature unit (°C or °F) can be selected on the [Unit Info.] screen.| |Air Direction|Touch or to adjust the air direction.

(Mid 3) (Mid 2) (Mid 1) (Mid 0) (Horizontal) (Swing) (Auto)

![image 88](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile88.png)

![image 89](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile89.png)

![image 90](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile90.png)

![image 91](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile91.png)

![image 92](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile92.png)

![image 93](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile93.png)

![image 94](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile94.png)

Note: Available air directions depend on the unit model.| |Fan Speed|Touch or to adjust the fan speed.

(Low) (Mid 2) (Mid 1) (High) (Auto)

![image 95](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile95.png)

![image 96](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile96.png)

![image 97](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile97.png)

![image 98](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile98.png)

![image 99](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile99.png)

Note: Available fan speeds depend on the unit model.| |Fan Mode|This item will appear only on the operation settings screen for HWHP (CAHV) unit groups. The fan can be set to keep rotating even while the unit is stopped to avoid snow accumulation on the fan guard during the winter. Select [Normal] to stop the fan while the unit is stopped. Select [Snow] to operate the fan even while the unit is stopped.

Note: The fan mode for CRHV units cannot be operated.|

|Item|Description| |---|---| |Interlocked LOSSNAY ON/OFF|Touch [ON] or [OFF] to turn on or off the interlocked LOSSNAY unit.

Note: For a group that is not connected to an interlocked LOSSNAY unit (ventilator), this item will not appear. Note: It takes a while for the status of the LOSSNAY unit group icons on the [Floor] or [Block] display to be updated.

Note: If a LOSSNAY unit is interlocked with the operation of indoor units in multiple groups, the LOSSNAY unit may be in operation, even when the “Interlocked LOSSNAY OFF” icon is displayed.|

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|Fan speed of interlocked LOSSNAY|Touch or to adjust the fan speed of the interlocked LOSSNAY unit (ventilator).

Note: For a group that is not connected to an interlocked LOSSNAY unit (ventilator), this item will not appear. Note: It takes a while for the status of the LOSSNAY unit group icons on the [Floor] or [Block] display to be updated.| |Prohibit Remote Controller Operation|The following operations or setting change from the local remote controllers can be prohibited.

| |(Permit)|(Prohibit)| |---|---|---| |ON/OFF|![image 100](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile100.png)|![image 101](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile101.png)| |Operation mode|![image 102](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile102.png)|![image 103](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile103.png)| |Set temperature|![image 104](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile104.png)|![image 105](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile105.png)| |Filter Sign|![image 106](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile106.png)|![image 107](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile107.png)| |Air Direction|![image 108](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile108.png)|![image 109](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile109.png)| |Fan Speed|![image 110](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile110.png)|![image 111](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile111.png)| |Timer|![image 112](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile112.png)|![image 113](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile113.png)|

Note: The settable items depend on the unit model. Note: Prohibiting the [Timer] setting will disable the schedules that have been set from the

local remote controllers.

Note: When the [ON/OFF] operation is prohibited and the “Automatic recovery after power failure” switch on the indoor unit is set to “Turn off the power, or restore operation regardless of the operation status immediately before power failure,” the operation of the indoor unit will not be restored, even when turned on after power restoration. When the switch is set to “Turn off the power, or restore operation if the unit was in operation immediately before power failure,” the operation of the indoor unit will be restored regardless of whether the [ON/OFF] operation is prohibited or not. Refer to the indoor unit Installation Manual for details about switch settings.| |Schedule|Touch [Available] or [Not Avail.] to enable/disable the scheduled operations. When [Not Avail.] is set, the scheduled operations are disabled even if schedules are set.

Note: The operations that have been scheduled on the remote controller will not be disabled.| |Hold|Touch [ON] or [OFF] to enable/disable the Hold function. When the Hold function is enabled, the scheduled operations are disabled.

Note: The operations that have been scheduled on the remote controller will also be

disabled. Note: [Hold type] can be specified on the [Advanced] screen. Note: The Hold function can be used on the AE-200A/AE-50A, but not on the

AE-200E/AE-50E.| |Filter Sign|Touch [Reset] to switch between resetting and not resetting the filter sign after cleaning the filter.

Note: If a filter sign in the group has not been triggered, then this item will not appear. Note: Filter sign of LOSSNAY units will not be reset. Note: After the filter sign is reset, it takes up to an hour to clear the filter sign display on the

local remote controllers.|

#### 3-2. Energy Management

The energy-control-related status, such as electric energy consumption, operation time, and outdoor temperature, can be displayed in a graph. Also, preset target value of the electric energy consumption can be checked.

Note: Energy use status data and ranking data can be output in a CSV format. Note: File names, as well as date formats, delimiter characters, and temperature units (°C, °F) within the files output as CSV will

use formats set as initial settings. Refer to the Instruction Book (Initial Settings) for settings methods.

3-2-1. Energy Use Status On the [Energy Use Status] screen, the energy-control-related status, such as electric energy consumption, operation time, and outdoor temperature, can be displayed in a graph. Operators can check the detailed status of given indoor units by specifying the date to display the data per group, block, EM block, or unit address. Also, the status of other indoor units can be displayed at the same time for comparison. Displaying energy-control-related status of each hour, day, and month in a graph visualizes the energy-saving status. Touch [Energy Mgmt] in the menu bar, and then touch [Energy Use Status].

|Important: The following settings are required beforehand to display a graph.

• Energy Management (Refer to the Instruction Book (Initial Settings) for details.) (This setting is not required when using an AE-200 apportioned electricity billing function.)
• Measurement (Refer to the Instruction Book (Initial Settings) for details.)
| |---|

Note: A separate license is required, depending on the selected date range, display range, and display item. Note: In case the AE-200/AE-50/EW-50 malfunctions, it is recommended to periodically save the file in the CSV format by touching

[CSV output] on this screen or by touching [Output as CSV file] on the CSV output screen (see section 5-3 “CSV output”).

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Bar graph

![image 115](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile115.png)

Display range

Line graph

|Item|Item|Description| |---|---|---| |Date range|Date range|Select [Day], [Month], or [Year].

Note: Only the data for the period during which the AE-200/AE-50/EW-50 was powered on will appear in the graph. The data for the period during which the AE-200/AE-50/EW-50 was powered off will not appear in the graph.| |Display range|Display range|Select [EM block], [Block], [Group], or [Address] to display its data.| |Display target|Target|Select an EM block name, block name, group name, or address number to display its data.

An EM block name list will appear.

Note: If the EM block name has not been registered, [“EM block” + EM block number] will appear. Note: EM blocks of general equipment (connected via DIDO controller PAC-YG66DCA) groups are excluded.

A block name list will appear. Note: If the block name has not been registered, [“Block” + block number] will appear. Note: Blocks of general equipment (connected via DIDO controller PAC-YG66DCA) groups are

excluded.

A group name list will appear. Note: If the group name has not been registered, [“Group” + group number] will appear. Note: General equipment (connected via DIDO controller PAC-YG66DCA) groups are

excluded.

A unit address list will appear.

Note: To display input values of a built-in Pulse Input (PI), select the first option [PI].

|![image 116](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile116.png)| |---| |

|Item|Item|Description| |---|---|---| |Display target|Date|Specify a date to display the data.

|Date range|Data storage period| |---|---| |[Day]|The last 24 months| |[Month]|The last 24 months| |[Year]|The last 2 years| | |Comparison target|Controller|Select [AE] to display the data for AE-200 for comparison, and select [1], [2], [3], or [4] to display the data for each AE-50/EW-50 for comparison.| |Comparison target|Target|Select an EM block name, block name, group name, or address to display the comparison data.

Note: The selectable items vary, depending on the item selected in the [Display range] field.| |Comparison target|Date|Specify a date to display the comparison data.

Note: The same rule as for the [Date] under the [Display target] section apply.| |Bar graph|Bar graph|Select an item to display its data in the bar graph.

Note: The selectable items vary, depending on the items selected in the [Display range] and [Display target] fields.

![image 117](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile117.png)

Display items for bar graph

|Display target|Display item|Display range|Display range|Display range|Display range| |---|---|---|---|---|---| |Display target|Display item|Address|Group|Block|EM block| |Indoor unit|Target value|-|-|V *1*5|V *1*5| |Indoor unit|Electric Energy *3*6|V *1|V *1|V *1|V *1| |Indoor unit|Fan operation time *4|V *1|V *1|-|-|

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|Indoor unit|Thermo-ON time *4|V *1|V *1|-|-| |Indoor unit|Thermo-ON time (Cool) *4|V *1|V *1|-|-| |Indoor unit|Thermo-ON time (Heat) *4|V *1|V *1|-|-| |MCP (PI controller)|Name of the metering device 1|V *2|-|-|-| |MCP (PI controller)|Name of the metering device 2|V *2|-|-|-| |MCP (PI controller)|Name of the metering device 3|V *2|-|-|-| |MCP (PI controller)|Name of the metering device 4|V *2|-|-|-| |MCP (Built-in Pulse Input (PI))|Name of the metering device 1|V *2|-|-|-| |MCP (Built-in Pulse Input (PI))|Name of the metering device 2|V *2|-|-|-| |MCP (Built-in Pulse Input (PI))|Name of the metering device 3|V *2|-|-|-| |MCP (Built-in Pulse Input (PI))|Name of the metering device 4|V *2|-|-|-|

V: Item that can be displayed in the graph

*1 “Energy Management License Pack” is required. (AE-200E/AE-50E/EW-50E only)
*2 If “Energy Management License Pack” has not been registered, only [Day] is available for selection as a Date range. To select [Month] or [Year], “Energy Management License Pack” is required.
*3 The electric energy consumed by indoor units will appear in the graph. The values are apportioned based on the setting for [Indoor unit operation apportioning mode] that has been made on the [Energy Management] screen.
*4 The indoor unit’s cumulative operation time for the selected item will appear in the graph.

• [FAN operation time] is the cumulative duration of time in which the indoor unit is ON.
• [Thermo-ON time] is the cumulative duration of time in which the refrigerant is flowing into the indoor unit. (Thermo-ON time (Cool): when the Cool mode is selected; Thermo-ON time (Heat): when the Heat mode is selected; Thermo-ON time: when either mode is selected)

*5 The target values will appear in the graph when the target electric energy values are specified on the [Target value] screen and when the electricity meter is selected in the [Indoor unit electricity meter] section on the [Energy Management] screen.
*6 A small amount of electric energy consumption may appear in the graph even when no indoor units have been operated. This is because the standby electric energy is apportioned, which is normal.
|

|Item|Description| |---|---| |Line graph|Select an item to display its data in the line graph.

Note: The selectable items vary, depending on the items selected in the [Display range] and [Display target] fields. Note: For line graph, two items can be selected if the units are the same.

![image 118](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile118.png)

Display items for line graph

|Display target|Display item|Display range|Display range|Display range|Display range| |---|---|---|---|---|---| |Display target|Display item|Address|Group|Block|EM block| |-|Outdoor Temp. *4|V *1|V *1|V *1|-| |Indoor unit|Set Temp. for cool *4*6|V *2|V *2|-|-| |Indoor unit|Set Temp. for heat *4*6|V *2|V *2|-|-| |Indoor unit|Room Temp. *4|V *2|V *2|-|-| |MCT (AI controller)

*4*5|Name of the temperature sensor 1 or humidity sensor 1|V *3|-|-|-| |MCT (AI controller)

*4*5|Name of the temperature sensor 2 or humidity sensor 2|V *3|-|-|-| |AHC *4*5|Name of the temperature sensor 1|V *2|-|-|-| |AHC *4*5|Name of the temperature sensor 2|V *2|-|-|-|

V: Item that can be displayed in the graph

*1 Selectable only when the outdoor temperature sensor is selected in the [External Temperature Sensor] section on the [Energy Management] screen.
*2 “Energy Management License Pack” is required. (AE-200E/AE-50E/EW-50E only)
*3 If “Energy Management License Pack” has not been registered, only [Day] is available for selection as a Date range. To select [Month] or [Year], “Energy Management License Pack” is required.
*4 When [Day] is selected as a Date range, the temperature values obtained every hour will appear. When [Month] is selected, the average daily temperature values will appear. When [Year] is selected, the average monthly temperature values will appear.
*5 The background of the graph will appear in red when the measurement value reaches the upper or lower alarm threshold value that has been set on the [Measurement] screen. (Refer to the Instruction Book (Initial Settings) for details.) The background will stay in red even when the measurement value becomes between the upper and lower threshold values.

|![image 119](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile119.png)| |---|

*6 If the indoor unit supports the dual set point function in the AUTO mode, only the set temperature for the current operation mode (Cool or Heat mode) can be displayed in a graph.
|

########### (2) Touch [OK] to go back to the previous screen.The display target’s data and the comparison target’s data will appear in a bar graph and a line graph.

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Note: No graph will appear if no data that meet the specified criteria exist.

|Item|Description| |---|---| |Graph region|| |Display target|Comparison target|Target value| |---|---|---|---| |![image 120](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile120.png)

Bar graph|![image 121](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile121.png)

(Yellow)|![image 122](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile122.png)

(Blue)|![image 123](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile123.png)

(Red)| |![image 124](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile124.png)

Line graph|![image 125](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile125.png)

(Red)|![image 126](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile126.png)

(Green)| | |![image 124](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile124.png)

Line graph|![image 127](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile127.png)

(Orange)|![image 128](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile128.png)

(Blue)| |

Note: If no item is selected in the [Comparison target] field, only the data of the item selected in the [Display target] field will appear in the graph.

Note: The data for a certain period of time may not appear if it does not exist due to the changes of the daylight saving time setting or current time setting. If the data overlap for a certain period of time due to the time overlap that was occurred when daylight saving ended or the current time setting was changed, the newer data will appear in the graph.|

########### (3) To export the displayed measurement data in the CSV format, remove the controller cover and insert a USBmemory device to the USB port.Touch [CSV output] with the measurement data to be output being displayed.

|Item|Description| |---|---| |CSV output|Touch [CSV output] to export the displayed measurement data in the CSV format. The CSV file name and file format will vary as shown below, depending on the selected date range.

■ File output destination [Root folder of the USB memory]\[Serial No.]\“OperationalData”\“EnergyManagement”\
■ File name

Date range: Day “EM”_“DailyTrend”_[yyyy]-[mm]-[dd]_[Display target]_[YYYY]-[MM]-[DD]_[Comparison target]_ [Bar graph type]_[Line graph type1]_[Line graph type2].csv

Date range: Month “EM”_“MonthlyTrend”_[yyyy]-[mm]_[Display target]_[YYYY]-[MM]_[Comparison target]_[Bar graph type]_[Line graph type1]_[Line graph type2].csv

Date range: Year “EM”_“AnnualTrend”_[yyyy]_[Display target]_[YYYY]_[Comparison target]_[Bar graph type]_ [Line graph type1]_[Line graph type2].csv

Date range: Day “EM”_“DailyTrend”_[yyyy]-[mm]-[dd]_[Display target]_[Bar graph type]_[Line graph type1]_ [Line graph type2].csv

Date range: Month “EM”_“MonthlyTrend”_[yyyy]-[mm]_[Display target]_[Bar graph type]_[Line graph type1]_[Line graph type2].csv

Date range: Year “EM”_“AnnualTrend”_[yyyy]_[Display target]_[Bar graph type]_[Line graph type1]_[Line graph type2].csv|

|Item|Description| |---|---| |CSV output||File-name contents|Format|Format| |---|---|---| |[yyyy]|The year specified in the [Date to display the data] field|The year specified in the [Date to display the data] field| |[mm]|The month specified in the [Date to display the data] field|The month specified in the [Date to display the data] field| |[dd]|The date specified in the [Date to display the data] field|The date specified in the [Date to display the data] field| |[Display target]|Address| “AE” + AE No. + “-” + “A” + M-NET address (001–050) + “_” + “00”

“AE” + AE No. + “-” + “A” + M-NET address (001–050) + “_” + Metering device No.

“AE” + AE No. + “-” + “A” + “_” + Metering device No. (01–04)

“AE” + AE No. + “-” + “A” + M-NET address (001–050) + “_” + Sensor No. (01–04)| |[Display target]|Group|“G” + Group No. (001–050) + “_” + “00”| |[Display target]|Block|“B” + Block No. (000, 001–050, 999 *1) + “_” + “00”| |[Display target]|EM block|“E” + EM block No. (001–200, 999 *2) + “_” + “00”| |[YYYY]|The year specified in the [Comparison date] field|The year specified in the [Comparison date] field| |[MM]|The month specified in the [Comparison date] field|The month specified in the [Comparison date] field| |[DD]|The date specified in the [Comparison date] field|The date specified in the [Comparison date] field| |[Comparison target]|Address|The same output format as for [Display target] apply.|

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|4th|Measurement item|Day|“Time”,|

“Address” + Address number (Display target) (Bar) + “–” + Display item (Bar), “Address” + Address number (Comparison target) (Bar) + “–” + Display item (Bar), “Address” + Address number (Display target) (Line1) + “–” + Display item (Line1), “Address” + Address number (Comparison target) (Line1) + “–” + Display item (Line1), “Address” + Address number (Display target) (Line2) + “–” + Display item (Line2), “Address” + Address number (Comparison target) (Line2) + “–” + Display item (Line2)

Group name*2 (Display target) (Bar) + “–” + Display item (Bar), Group name*2 (Comparison target) (Bar) + “–” + Display item (Bar), Group name*2 (Display target) (Line1) + “–” + Display item (Line1), Group name*2 (Comparison target) (Line1) + “–”

+ Display item (Line1),Group name*2 (Display target) (Line2)+ “–” + Display item (Line2), Group name*2 (Comparison target) (Line2) + “–” + Display item (Line2)

Block name*2 (Display target) (Bar) + “–” + Display item (Bar), Block name*2 (Comparison target) (Bar) + “–” + Display item (Bar), “Target electric energy(kWh)”*1, Block name*2 (Display target) (Line1) + “–” + Display item (Line1), Block name*2 (Comparison target) (Line1) + “–” + Display item (Line1)

EM block name*2 (Display target) (Bar) + “–” + Display item (Bar), EM block name*2 (Comparison target) (Bar) + “–” + Display item (Bar), “Target electric energy(kWh)”*1| |4th|Measurement item|Month|“Day”,|

“Address” + Address number (Display target) (Bar) + “–” + Display item (Bar), “Address” + Address number (Comparison target) (Bar) + “–” + Display item (Bar), “Address” + Address number (Display target) (Line1) + “–” + Display item (Line1), “Address” + Address number (Comparison target) (Line1) + “–” + Display item (Line1), “Address” + Address number (Display target) (Line2) + “–” + Display item (Line2), “Address” + Address number (Comparison target) (Line2) + “–” + Display item (Line2)

Group name*2 (Display target) (Bar) + “–” + Display item (Bar), Group name*2 (Comparison target) (Bar) + “–” + Display item (Bar), Group name*2 (Display target) (Line1) + “–” + Display item (Line1), Group name*2 (Comparison target) (Line1) + “–”

+ Display item (Line1),Group name*2 (Display target) (Line2)+ “–” + Display item (Line2), Group name*2 (Comparison target) (Line2) + “–” + Display item (Line2)

Block name*2 (Display target) (Bar) + “–” + Display item (Bar), Block name*2 (Comparison target) (Bar) + “–” + Display item (Bar), “Target electric energy(kWh)”*1, Block name*2 (Display target) (Line1) + “–” + Display item (Line1), Block name*2 (Comparison target) (Line1) + “–” + Display item (Line1)

EM block name*2 (Display target) (Bar) + “–” + Display item (Bar), EM block name*2 (Comparison target) (Bar) + “–” + Display item (Bar), “Target electric energy(kWh)”*1| |4th|Measurement item|Year|“Month”,|

“Address” + Address number (Display target) (Bar) + “–” + Display item (Bar), “Address” + Address number (Comparison target) (Bar) + “–” + Display item (Bar), “Address” + Address number (Display target) (Line1) + “–” + Display item (Line1), “Address” + Address number (Comparison target) (Line1) + “–” + Display item (Line1), “Address” + Address number (Display target) (Line2) + “–” + Display item (Line2), “Address” + Address number (Comparison target) (Line2) + “–” + Display item (Line2)

Group name*2 (Display target) (Bar) + “–” + Display item (Bar), Group name*2 (Comparison target) (Bar) + “–” + Display item (Bar), Group name*2 (Display target) (Line1) + “–” + Display item (Line1), Group name*2 (Comparison target) (Line1) + “–”

+ Display item (Line1),Group name*2 (Display target) (Line2)+ “–” + Display item (Line2), Group name*2 (Comparison target) (Line2) + “–” + Display item (Line2)

Block name*2 (Display target) (Bar) + “–” + Display item (Bar), Block name*2 (Comparison target) (Bar) + “–” + Display item (Bar), “Target electric energy(kWh)”*1, Block name*2 (Display target) (Line1) + “–” + Display item (Line1), Block name*2 (Comparison target) (Line1) + “–” + Display item (Line1)

EM block name*2 (Display target) (Bar) + “–” + Display item (Bar), EM block name*2 (Comparison target) (Bar) + “–” + Display item (Bar), “Target electric energy(kWh)”*1| |5th–

*4|Data|Day|hh:mm,|Data value (Bar), Comparison data value (Bar), Target electric energy value*1, Data value (Line1), Comparison data value (Line1), Data value (Line2), Comparison data value (Line2)| |5th–

*4|Data|Month|dd,|Data value (Bar), Comparison data value (Bar), Target electric energy value*1, Data value (Line1), Comparison data value (Line1), Data value (Line2), Comparison data value (Line2)| |5th–

*4|Data|Year|mm,|Data value (Bar), Comparison data value (Bar), Target electric energy value*1, Data value (Line1), Comparison data value (Line1), Data value (Line2), Comparison data value (Line2)|

*1 “Target electric energy(kWh)” and the target electric energy value will appear only when the data is displayed in the graph.
*2 If the group name has not been registered, [“Group” + group number] will appear. If the block name has not been registered, [“Block” + block number] will appear. If the EM block name has not been registered, [“EM block” + EM block number] will appear.
*3 The data for the item that is not selected will not be output.
*4 The number of rows varies with the selected date range. (Day: 5th–28th; Month: 5th–35th; Year: 5th–16th)
|

|Item|Description| |---|---| |CSV output|■ File sample (Display range: Block) Date range: Day

|401 2014/08/19:2013/06/01 Block1/Block5 Time,Block1 - Indoor Unit Electric Energy,Block5 - Indoor Unit Electric Energy,Block1 - Outdoor Temp.,Block5 - Outdoor Temp.

00:00,0.61,0.25,23.2,17.8
01:00,0.65,0.51,23.1,17.6
02:00,0.66,0.48,22.1,18.1
03:00,0.66,0.58,23.3,18.2
04:00,0.63,0.47,24.5,17.5
05:00,0.59,0.39,26.8,19.1
06:00,0.52,0.52,28.1,22.1 :

23:00,0.59,0.23,23.4,17.1| |---|

Date range: Month

|402 2014/04:2013/04 Block1/Block5 Day,Block1 - Indoor Unit Electric Energy,Block5 - Indoor Unit Electric Energy,Target electric energy (kWh),Block1 - Outdoor Temp.,Block5 - Outdoor Temp.

01,24.69,8.74,22,26.2,17.9
02,25.31,8.22,22,27,17.4
03,12.36,22.33,10,25.2,16.6
04,10.37,21.36,10,25.1,19.3
05,27.02,17.55,22,27.7,20.5
06,24.55,16.58,22,26.3,19
07,24.69,17.96,22,24.9,18.9 :

31,13.2,20.22,10,27.3,20.2| |---|

Date range: Year

|403 2014:2013 Block1/Block5 Month,Block1 - Indoor Unit Electric Energy,Block5 - Indoor Unit Electric Energy,Target electric energy (kWh),Block1 - Outdoor Temp.,Block5 - Outdoor Temp.

01,675.17,661.93,600,0.4,0.5
02,697.38,683.71,700,0.3,3.2
03,528.63,518.26,400,4.5,3.8
04,403.67,395.75,500,9.8,10
05,420.28,412.04,500,15.9,15.6
06,450.33,477.88,500,18.2,20.6
07,594.13,582.48,550,22.8,24.8 :

12,602.58,590.76,550,3.3,3.4| |---| |

3-2-2. Ranking On the Ranking screen, the rankings in electric energy consumption, fan operation time, and Thermo-ON time (Total/ Cool/Heat) of given indoor units can be displayed per block, group, and unit address in descending order in the bar graph. Touch [Energy Mgmt] in the menu bar, and then touch [Ranking].

|Important: The following settings are required beforehand to display a graph.

• Energy Management (Refer to the Instruction Book (Initial Settings) for details.)
• Measurement (Refer to the Instruction Book (Initial Settings) for details.)
| |---|

Note: “Energy Management License Pack” is required to access the Ranking screen. (AE-200E/AE-50E/EW-50E only) Note: In case the AE-200/AE-50/EW-50 malfunctions, it is recommended to periodically save the file in the CSV format by touching

[CSV output] on this screen or by touching [Output as CSV file] on the CSV output screen (see section 5-3).

Controller

Display range

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|Graph region|Ranking graph will appear in descending order of the value of the selected display item.

|Cumulative value|Cumulative value (value exceeded the target value)|Target value| |---|---|---| ||![image 131](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile131.png)| |---|

(Yellow)||![image 132](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile132.png)| |---|

(Orange)||![image 133](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile133.png)| |---|

(Gray frame + red triangle)|

Note: “Cumulative value (value exceeded the target value)” will appear when [Electric Energy] is selected in the [Display item] field.|

########### (3) To export the displayed ranking data in the CSV format, remove the controller cover and insert a USB memorydevice to the USB port.Touch [CSV output] with the ranking data to be output being displayed.

|Item|Description| |---|---| |CSV output|Touch [CSV output] to export the displayed ranking data in the CSV format. The CSV file name and file format will vary as shown below, depending on the selected date range.

■ File output destination [Root folder of the USB memory]\[Serial No.]\“OperationalData”\“EnergyManagement”\
■ File name

Date range: Day

“EM”_“DailyRanking”_[yyyy]-[mm]-[dd]_[Display range]_[Ranking graph type].csv Date range: Month

“EM”_“MonthlyRanking”_[yyyy]-[mm]_[Display range]_[Ranking graph type].csv Date range: Year

“EM”_“AnnualRanking”_[yyyy]_[Display range]_[Ranking graph type].csv

|File-name contents|Format|Format| |---|---|---| |[yyyy]|The year specified in the [Date] field|The year specified in the [Date] field| |[mm]|The month specified in the [Date] field|The month specified in the [Date] field| |[dd]|The date specified in the [Date] field|The date specified in the [Date] field| |[Display range]|Address|“A999”| |[Display range]|Group|“G999”| |[Display range]|Block|“B999”| |[Display range]|EM block|“E999”| |[Ranking graph type]|B01: Electric energy (Indoor unit)|B01: Electric energy (Indoor unit)| |[Ranking graph type]|B02: Fan operation time|B02: Fan operation time| |[Ranking graph type]|B03: Thermo-ON time (Total)|B03: Thermo-ON time (Total)| |[Ranking graph type]|B04: Thermo-ON time (Cool)|B04: Thermo-ON time (Cool)| |[Ranking graph type]|B05: Thermo-ON time (Heat)|B05: Thermo-ON time (Heat)|

■ File format

|Row|Item|Date range|Format|Format| |---|---|---|---|---| |1st|File Type|Day|404|404| |1st|File Type|Month|405|405|

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|Item|Description| |---|---| |CSV output|■ File sample (Display range: Block) Date range: Day

|404 03/13/2014 All blocks Block name,Indoor Unit Electric Energy,Target electric energy (kWh)

Block1,25.19,21.2

Block5,19.58,18.13 Unregistered Blocks,17.01,19.73 Block3,11.2,16.9
Block6,6.19,5.24

Block2,5.98,10.96
| |---|

Date range: Month

|405 04/2014 All blocks Block name,Indoor Unit Electric Energy,Target electric energy (kWh)

Block1,780.89,657.2

Block5,606.98,562.03 Unregistered Blocks,527.31,611.63 Block3,347.2,523.9
Block6,191.89,162.44

Block2,185.38,339.76
| |---|

Date range: Year

|406 2014 All blocks Block name,Indoor Unit Electric Energy,Target electric energy (kWh)

Block1,9370.68,7886.4

Block5,7283.76,6744.36 Unregistered Blocks,6327.72,7339.56 Block3,4166.4,6286.8
Block6,2302.68,1949.28

Block2,2224.56,4077.12
| |---| |

3-2-3. Target value This section explains how to set the target electric energy consumption values for the entire system for the current year, each month, each day of the week, and each block. The set values will be displayed in the graph on the [Energy Use Status] screen (see section 3-2-1) and the [Ranking] screen (see section 3-2-2). Touch [Energy Mgmt] in the menu bar, and then touch [Target value]. Set the annual target electric energy, usage ratio for each month, and usage ratio for each day of the week to automatically calculate the monthly target electric energy. Also set the usage ratio for each block to automatically calculate the annual target electric energy for each block.

Note: The [Controller] setting will appear (only on the AE-200’s LCD) when the [System Exp] setting on the [Unit Info.] screen is set to [Expand]. Switch the [Controller] setting between [AE200] and [Exp1] through [Exp4] to make settings for each AE-200, AE-50, and EW-50 individually.

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Touch to switch between the pages.

3rd page

![image 139](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile139.png)

Usage ratio for each day of the week

Total of the usage ratios

Touch to go to the previous page. OK

|Item|Description| |---|---| |Annual target electric energy|Enter the annual target electric energy consumption value. Note: The value must be between 0 and 4294967 kWh. Note: If the ratio is entered in the “Comparison with previous year” field, the annual target

electric energy will be calculated automatically, based on the electric energy consumption data of the previous year.| |Comparison with previous year|Enter the ratio of the annual target electric energy of the current year to the electric energy consumed in the previous year.

Note: The ratio must be between 0.0 and 999.9%. Note: If the value is entered in the “Annual target electric energy” field, the ratio will be

calculated automatically based on the electric energy consumption data of the previous year.

Note: When no data of the previous year exists, “--” will appear.| |Monthly target electric energy|The target electric energy value for each month will appear.

Note: The values cannot be entered. The values will be calculated automatically, based on the values entered in the “Annual target electric energy” and “Usage ratio for each month” fields.| |Usage ratio for each month|Enter the target usage ratios of the annual electric energy for each month. Note: Each ratio must be between 0.0 and 100.0%. Note: The total of the ratios must be 100%. Note: When the ratios are entered, the values in the “Monthly target electric energy” field will

be calculated automatically, based on the value in the “Annual target electric energy” field.| |Usage ratio for each day of the week|Enter the target usage ratios of the electric energy for each day of the week. Note: The total of the ratios must be 100%. Note: When the ratios are entered, the values in the “Monthly target electric energy” field may

change after being recalculated.|

########### (3) Touch [OK] to go back to the previous screen.Note: If the total of the usage ratios for each month and each day of the week are not 100%, the [OK] button cannot be

touched.

########### (4) Touch [Edit] on the right, and set the target usage ratios of the electric energy for each block and the [Autocalc.] setting.

![image 140](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile140.png)

Edit Touch to set the [Usage ratio] for each block and the [Auto calc.] setting.

![image 141](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile141.png)

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|Item|Description| |---|---| |Energy management data|■ File format [Data type: 5-minute intervals]

|Row|Item|Format| |---|---|---| |1st|File Type|501| |2nd|Data range|Start date + “–” + End date| |3rd|Item *1*2|“DateTime,Data1(51),...Data1(100),Data2(51),...Data2(100), Data3(51),...Data3(100),OutdoorTemp(51),...OutdoorTemp(100), CoolSetTemp(1),...CoolSetTemp(50),HeatSetTemp(1),...HeatSetTemp(50), RoomTemp(1),...RoomTemp(50),MCP1(0),...MCP1(50), MCP2(0),...MCP2(50),MCP3(0),...MCP3(50),MCP4(0),...MCP4(50), MCT1(1),...MCT1(50),MCT2(1),...MCT2(50), AHC1(201),...AHC1(250),AHC2(201),...AHC2(250), MCP1,MCP2,MCP3,MCP4*3”| |4th|Measurement unit *4*5||Item|Unit| |---|---| |Data1, Data2, Data3|-| |OutdoorTemp, CoolSetTemp, HeatSetTemp, RoomTemp|ºC, ºF| |MCP (PI controller/Built-in Pulse Input (PI))|kWh, m3, MJ| |MCT (AI controller)|ºC, ºF, %| |AHC (Advanced HVAC CONTROLLER)|ºC, ºF| | |5th– 17860th|Data *1*2*6*7|Date and time, Data 1 (51), ... (100), Data 2 (51), ... (100), Data 3 (51), ... (100), Outdoor temperature (51), ... (100),Cooling set temperature (1), ... (50), Heating set temperature (1) , ... (50),Room temperature (1), ... (50), MCP 1 (1), ... (50), MCP 2 (1), ... (50), MCP 3 (1), ... (50), MCP 4 (1), ... (50), MCT 1 (1), ... (50), MCT 2 (1), ... (50),AHC temperature 1 (201), ... (250), AHC temperature 2 (201), ... (250), MCP 1, MCP 2, MCP 3, MCP 4|

*1 The numbers shown after “MCP” and “MCT” indicate channel No.
*2 The numbers in the parentheses indicate M-NET addresses.
*3 The M-NET address indicated in the parentheses will not appear for the measurement data of the built-in Pulse Input (PI).
*4 The measurement unit for MCP (PI controller) will be the measurement unit that has been set on the [Measurement] screen. (Refer to the Instruction Book (Initial Settings) for details.)
*5 The measurement item for MCT (AI controller) will be temperature or humidity, which has been set on the [Measurement] screen. (Refer to the Instruction Book (Initial Settings) for details.)
*6 The value will not appear if the data does not exist.
*7 Each file contains up to 17856 data (2-month worth of data).
|

|Item|Description| |---|---| |Energy management data|[Data type: 30-minute intervals]

|Row|Item|Format| |---|---|---| |1st|File Type|502| |2nd|Data range|Start date + “–” + End date|

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|3rd|Item *1*2|“DateTime,Data1(51),...Data1(100),Data2(51),...Data2(100), Data3(51),...Data3(100),OutdoorTemp(51),...OutdoorTemp(100), CoolSetTemp(1),...CoolSetTemp(50),HeatSetTemp(1),...HeatSetTemp(50), RoomTemp(1),...RoomTemp(50),FanTime(1),...FanTime(50), CoolTime(1),...CoolTime(50),HeatTime(1),...HeatTime(50), ThermoTime(1),...ThermoTime(50),CoolThermoTime(1),...CoolThermoTime(50), HeatThermoTime(1),...HeatThermoTime(50), ThermoCount(1),...ThermoCount(50), SaveValue(1),...SaveValue(50),CoolSaveValue(1),...CoolSaveValue(50), HeatSaveValue(1),...HeatSaveValue(50), ApporionedElectricEnergy(1),...ApporionedElectricEnergy(50), MCP1(0),...MCP1(50),MCP2(0),...MCP2(50),MCP3(0),...MCP3(50), MCP4(0),...MCP4(50),MCT1(1),...MCT1(50),MCT2(1),...MCT2(50), AHC1(201),...AHC1(250),AHC2(201),...AHC2(250), MCP1,MCP2,MCP3,MCP4*3”| |4th|Measurement unit *4*5||Item|Unit| |---|---| |ApportionedElectricEnergy|kWh| |ThermoCount, Data1, Data2, Data3|-| |OutdoorTemp, CoolSetTemp, HeatSetTemp, RoomTemp|ºC, ºF| |FanTime, CoolTime, HeatTime, ThermoTime, CoolThermoTime, HeatThermoTime, SaveValue, CoolSaveValue, HeatSaveValue|Minute| |MCP (PI controller/Built-in Pulse Input (PI))|kWh, m3, MJ| |MCT (AI controller)|ºC, ºF, %| |AHC (Advanced HVAC CONTROLLER)|ºC, ºF| | |5th– 37204th|Data

*1*2*6*7*8*9|Date and time, Data 1 (51), ... (100), Data 2 (51), ... (100), Data 3 (51), ... (100), Outdoor temperature (51), ... (100), Cooling set temperature (1), ... (50), Heating set temperature (1), ... (50), Room temperature (1), ... (50), Fan operation time (1), ... (50), Cooling operation time (1),... (50), Heating operation time (1), ... (50), Thermo-ON time (1), ... (50), Cooling Thermo-ON time (1), ... (50), Heating Thermo-ON time (1), ... (50), Number of Thermo-ON/OFF (1), ... (50), Capacity-save value (1), ... (50), Cooling capacity-save value (1), ... (50), Heating capacity-save value (1), ... (50), Apporioned electric energy (1), ... (50), MCP 1 (1), ... (50), MCP 2 (1), ... (50), MCP 3 (1), ... (50), MCP 4 (1), ... (50), MCT 1 (1), ... (50), MCT 2 (1), ... (50), AHC temperature 1 (201), ... (250), AHC temperature 2 (201), ... (250), MCP 1, MCP 2, MCP 3, MCP 4|

*1 The numbers shown after “MCP” and “MCT” indicate channel No.
*2 The numbers in the parentheses indicate M-NET addresses.
*3 The M-NET address indicated in the parentheses will not appear for the measurement data of the built-in Pulse Input (PI).
*4 The measurement unit for MCP (PI controller) will be the measurement unit that has been set on the [Measurement] screen. (Refer to the Instruction Book (Initial Settings) for details.)
*5 The measurement item for MCT (AI controller) will be temperature or humidity, which has been set on the [Measurement] screen. (Refer to the Instruction Book (Initial Settings) for details.)
*6 “Outdoor temperature,” “Cooling set temperature,” “Heating set temperature,” and “Room temperature” in the data are the temperature values obtained every hour and half hour.
*7 “MCT 1” and “MCT 2” in the data are the temperature or humidity values obtained every hour and half hour.
*8 The value will not appear if the data does not exist.
*9 Each file contains up to 37200 data (25-month worth of data).
|

|Item|Description| |---|---| |Energy management data|[Data type: 1-day intervals]

|Row|Item|Format| |---|---|---| |1st|File Type|503| |2nd|Data range|Start date + “–” + End date| |3rd|Item *1*2|“Date,Data1(51),...Data1(100),Data3(51),...Data3(100), OutdoorTemp(51),...OutdoorTemp(100),CoolSetTemp(1),...CoolSetTemp(50), HeatSetTemp(1),...HeatSetTemp(50),RoomTemp(1),...RoomTemp(50), FanTime(1),...FanTime(50),CoolTime(1),...CoolTime(50), HeatTime(1),...HeatTime(50),ThermoTime(1),...ThermoTime(50), CoolThermoTime(1),...CoolThermoTime(50), HeatThermoTime(1),...HeatThermoTime(50), SaveValue(1),...SaveValue(50),CoolSaveValue(1),...CoolSaveValue(50), HeatSaveValue(1),...HeatSaveValue(50), ApporionedElectricEnergy(1),...ApporionedElectricEnergy(50), TargetElectricEnergy(1),...TargetElectricEnergy(50), MCP1(0),...MCP1(50),MCP2(0),...MCP2(50),MCP3(0),...MCP3(50), MCP4(0),...MCP4(50),MCT1(1),...MCT1(50),MCT2(1),...MCT2(50), AHC1(201),...AHC1(250),AHC2(201),...AHC2(250), MCP1,MCP2,MCP3,MCP4*3”| |4th|Measurement unit *4*5||Item|Unit| |---|---| |ApportionedElectricEnergy, TargetElectricEnergy|kWh| |Data1, Data3|-| |OutdoorTemp, CoolSetTemp, HeatSetTemp, RoomTemp|ºC, ºF| |FanTime, CoolTime, HeatTime, ThermoTime, CoolThermoTime, HeatThermoTime, SaveValue, CoolSaveValue, HeatSaveValue|Minute| |MCP (PI controller/Built-in Pulse Input (PI))|kWh, m3, MJ| |MCT (AI controller)|ºC, ºF, %| |AHC (Advanced HVAC CONTROLLER)|ºC, ºF| | |5th– 779th|Data

*1*2*6*7*8*9|Date, Data 1 (51), ... (100), Data 3 (51), ... (100), Outdoor temperature (51), ... (100), Cooling set temperature (1), ... (50), Heating set temperature (1), ... (50), Room temperature (1), ... (50), Fan operation time (1), ... (50), Cooling operation time (1), ... (50), Heating operation time (1), ... (50), Thermo-ON time (1), ... (50), Cooling Thermo-ON time (1), ... (50), Heating Thermo-ON time (1), ... (50), Capacity-save value (1), ... (50), Cooling capacity-save value (1), ... (50), Heating capacity-save value (1), ... (50), Apporioned electric energy (1), ... (50), Target electric energy (1), ... (50), MCP 1 (1), ... (50), MCP 2 (1), ... (50), MCP 3 (1), ... (50), MCP 4 (1), ... (50), MCT 1 (1), ... (50), MCT 2 (1), ... (50), AHC temperature 1 (201), ... (250), AHC temperature 2 (201), ... (250), MCP 1, MCP 2, MCP 3, MCP 4|

*1 The numbers shown after “MCP” and “MCT” indicate channel No.
*2 The numbers in the parentheses indicate M-NET addresses.
*3 The M-NET address indicated in the parentheses will not appear for the measurement data of the built-in Pulse Input (PI).
*4 The measurement unit for MCP (PI controller) will be the measurement unit that has been set on the [Measurement] screen. (Refer to the Instruction Book (Initial Settings) for details.)
*5 The measurement item for MCT (AI controller) will be temperature or humidity, which has been set on the [Measurement] screen. (Refer to the Instruction Book (Initial Settings) for details.)
*6 “Outdoor temperature,” “Cooling set temperature,” “Heating set temperature,” and “Room temperature” in the data are the average daily values of the temperature values obtained every hour.
*7 “MCT 1” and “MCT 2” in the data are the average daily temperature or humidity values obtained every hour.
*8 The value will not appear if the data does not exist.
*9 Each file contains up to 775 data (25-month worth of data).
|

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|Item|Description| |---|---| |Energy management data|[Data type: 1-month intervals]

|Row|Item|Format| |---|---|---| |1st|File Type|504| |2nd|Data range|Start year and month + “–” + End year and month| |3rd|Item *1*2|“Month,Data1(51),...Data1(100),Data3(51),...Data3(100), OutdoorTemp(51),...OutdoorTemp(100),CoolSetTemp(1),...CoolSetTemp(50), HeatSetTemp(1),...HeatSetTemp(50),RoomTemp(1),...RoomTemp(50), FanTime(1),...FanTime(50),CoolTime(1),...CoolTime(50), HeatTime(1),...HeatTime(50),ThermoTime(1),...ThermoTime(50), CoolThermoTime(1),...CoolThermoTime(50), HeatThermoTime(1),...HeatThermoTime(50), SaveValue(1),...SaveValue(50),CoolSaveValue(1),...CoolSaveValue(50), HeatSaveValue(1),...HeatSaveValue(50), ApporionedElectricEnergy(1),...ApporionedElectricEnergy(50). TargetElectricEnergy(1),...TargetElectricEnergy(50), MCP1(0),...MCP1(50),MCP2(0),...MCP2(50),MCP3(0),...MCP3(50), MCP4(0),...MCP4(50),MCT1(1),...MCT1(50),MCT2(1),...MCT2(50), AHC1(201),...AHC1(250),AHC2(201),...AHC2(250), MCP1,MCP2,MCP3,MCP4*3”| |4th|Measurement unit *4*5||Item|Unit| |---|---| |ApportionedElectricEnergy, TargetElectricEnergy|kWh| |Data1, Data3|-| |OutdoorTemp, CoolSetTemp, HeatSetTemp, RoomTemp|ºC, ºF| |FanTime, CoolTime, HeatTime, ThermoTime, CoolThermoTime, HeatThermoTime, SaveValue, CoolSaveValue, HeatSaveValue|Minute| |MCP (PI controller/Built-in Pulse Input (PI))|kWh, m3, MJ| |MCT (AI controller)|ºC, ºF, %| |AHC (Advanced HVAC CONTROLLER)|ºC, ºF| | |5th– 29th|Data

*1*2*6*7*8*9|yyyy/mm, Data 1 (51), ... (100), Data 3 (51), ... (100), Outdoor temperature (51), ... (100), Cooling set temperature (1), ... (50), Heating set temperature (1), ... (50), Room temperature (1), ... (50), Fan operation time (1), ... (50), Cooling operation time (1), ... (50), Heating operation time (1), ... (50), Thermo-ON time (1), ... (50), Cooling Thermo-ON time (1), ... (50), Heating Thermo-ON time (1), ... (50), Capacity-save value (1), ... (50), Cooling capacity-save value (1), ... (50), Heating capacity-save value (1), ... (50), Apporioned electric energy (1), ... (50), Target electric energy (1), ... (50), MCP 1 (1), ... (50), MCP 2 (1), ... (50), MCP 3 (1), ... (50), MCP 4 (1), ... (50), MCT 1 (1), ... (50), MCT 2 (1), ... (50), AHC temperature 1 (201), ... (250), AHC temperature 2 (201), ... (250), MCP 1, MCP 2, MCP 3, MCP 4|

*1 The numbers shown after “MCP” and “MCT” indicate channel No.
*2 The numbers in the parentheses indicate M-NET addresses.
*3 The M-NET address indicated in the parentheses will not appear for the measurement data of the built-in Pulse Input (PI).
*4 The measurement unit for MCP (PI controller) will be the measurement unit that has been set on the [Measurement] screen. (Refer to the Instruction Book (Initial Settings) for details.)
*5 The measurement item for MCT (AI controller) will be temperature or humidity, which has been set on the [Measurement] screen. (Refer to the Instruction Book (Initial Settings) for details.)
*6 “Outdoor temperature,” “Cooling set temperature,” “Heating set temperature,” and “Room temperature” in the data are the average monthly values of the average temperature values obtained every day.
*7 “MCT 1” and “MCT 2” in the data are the average monthly values of the average temperature or humidity values obtained every day.
*8 The value will not appear if the data does not exist.
*9 Each file contains up to 25 data (25-month worth of data).
|

|Item|Description| |---|---| |Energy management data|[Data type: 1-year intervals]

|Row|Item|Format| |---|---|---| |1st|File Type|505| |2nd|Date range|Start year + “–” + End year| |3rd|Item *1*2|“Year,Data1(51),...Data1(100),Data3(51),...Data3(100), FanTime(1),...FanTime(50),CoolTime(1),...CoolTime(50), HeatTime(1),...HeatTime(50),ThermoTime(1),...ThermoTime(50), CoolThermoTime(1),...CoolThermoTime(50), HeatThermoTime(1),...HeatThermoTime(50),SaveValue(1),...SaveValue(50), CoolSaveValue(1),...CoolSaveValue(50), HeatSaveValue(1),...HeatSaveValue(50), ApporionedElectricEnergy(1),...ApporionedElectricEnergy(50) TargetElectricEnergy(1),...TargetElectricEnergy(50), MCP1(0),...MCP1(50),MCP2(0),...MCP2(50),MCP3(0),...MCP3(50), MCP4(0),...MCP4(50), MCP1,MCP2,MCP3,MCP4*3”| |4th|Measurement unit *4||Item|Unit| |---|---| |ApportionedElectricEnergy, TargetElectricEnergy|kWh| |Data1, Data3|-|

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|FanTime, CoolTime, HeatTime, ThermoTime, CoolThermoTime, HeatThermoTime, SaveValue, CoolSaveValue, HeatSaveValue|Minute| |MCP (PI controller/Built-in Pulse Input (PI))|kWh, m3, MJ| | |5th–9th|Data *1*2*5*6|yyyy, Data 1 (51), ... (100), Data 3 (51), ... (100), Fan operation time (1), ... (50), Cooling operation time (1), ... (50), Heating operation time (1), ... (50), Thermo-ON time (1), ... (50), Cooling Thermo-ON time (1), ... (50), Heating Thermo-ON time (1), ... (50), Capacity-save value (1), ... (50), Cooling capacity-save value (1), ... (50), Heating capacity-save value (1), ... (50), Apporioned electric energy (1), ... (50), Target electric energy (1), ... (50), MCP 1 (1), ... (50), MCP 2 (1), ... (50), MCP 3 (1), ... (50), MCP 4 (1), ... (50), MCP 1, MCP 2, MCP 3, MCP 4|

*1 The numbers shown after “MCP” and “MCT” indicate channel No.
*2 The numbers in the parentheses indicate M-NET addresses.
*3 The M-NET address indicated in the parentheses will not appear for the measurement data of the built-in Pulse Input (PI).
*4 The measurement unit for MCP (PI controller) will be the measurement unit that has been set on the [Measurement] screen. (Refer to the Instruction Book (Initial Settings) for details.)
*5 The value will not appear if the data does not exist.
*6 Each file contains up to 5 data (5-year worth of data).

■ File sample Data type: 5-minute intervals

|501 15/03/2010-17/05/2010 DateTime,Data1(51),...,Data1(100),Data2(51),...,Data2(100),Data3(51) ,...,Data3(100),OutdoorTemp(51), ...,OutDoorTemp(100),CoolSetTemp(1),...,CoolSetT emp(50),HeatSetTemp(1),...,HeatSetTemp(50),RoomTemp(1),...,RoomTemp(50),MCP1(1), ...,MCP1(50),MCP2(1),...,MCP2(50),MCP3(1),...,MCP3(50),MCP4 (1),...,MCP4(50),MCT1(1),...,MCT1(50),MCT2(1),...,MCT2(50),AHC1(201),...,AHC1(250),AHC2(201) ,...,AHC2(250),MCP1,MCP2,MCP3,MCP4 ,,...,,,...,,,...,,ºC,...,ºC,ºC,...,ºC,ºC,...,ºC,ºC,...,ºC, kWh,...,kWh, kWh,...,kWh, kWh,...,kWh, kWh,...,kWh, ºC,...,ºC,ºC,...,ºC,ºC,...,ºC,ºC,...,ºC,kWh,kWh,kWh,kWh 15/03/2010_00:00,100.00,...,80.00,20.50,...,24.00,3.21,...,3.54,30.0,...,31.0,25.0,...,25.0,...,20.0,...,20.0,26.0,...,27.0,100.00,...,100.00,150.00,...,150.00,200.0 0,...,200.00,250.00,...,250.00,25.0,...,25.0,25.0,...,25.0,25.0,...,25.0, 25.0,...,25.0,140.00,200.00,190.00,180.00 15/03/2010_00:05,120.00,...,100.00,20.70,...,25.00,3.23,...,3.40,30.0,...,31.0,25.0,...,25.0,...,20.0,...,20.0,26.0,...,27.0,120.00,...,120.00,170.00,...,170.00,220. 00,...,220.00,270.00,...,270.00,25.0,...,25.0,25.0,...,25.0,25.0,...,25.0, 25.0,...,25.0,140.00,200.00,190.00,180.00

...| |---| |

Energy Management Data List Table 4-1 below summarizes the energy-control-related items that can be output in a CSV format, their measurement units, and their data ranges for each data type. Table 4-2 below summarizes how many months/years worth of data each CSV file can contain.

Table 4-1 Data items

|Unit type|Item|Data type (intervals)|Data type (intervals)|Data type (intervals)|Data type (intervals)|Data type (intervals)|Measurement unit|Data range *11| |---|---|---|---|---|---|---|---|---| |Unit type|Item|5-minute|30-minute|1-day *6|1-month *7|1-year *8|Measurement unit|Data range *11| |Outdoor unit|Data 1 *1|V|V|V|V|V|–|0–999999.99| |Outdoor unit|Data 2 *1|V|V| | | |–|0–9999.99| |Outdoor unit|Data 3 *1|V|V|V|V|V|–|0–99.99| |Outdoor unit|Outdoor temperature|V|V *2|V *3|V *4| |ºC, ºF|-100.0–1000.0| |Indoor unit|Cooling set temperature|V|V *2|V *3|V *4| |ºC, ºF|-100.0–1000.0| |Indoor unit|Heating set temperature|V|V *2|V *3|V *4| |ºC, ºF|-100.0–1000.0| |Indoor unit|Room temperature|V|V *2|V *3|V *4| |ºC, ºF|-100.0–1000.0| |Indoor unit|Fan operation time| |V *9|V *10|V *10|V *10|Minute|0–2147483647| |Indoor unit|Cooling operation time| |V *9|V *10|V *10|V *10|Minute|0–2147483647| |Indoor unit|Heating operation time| |V *9|V *10|V *10|V *10|Minute|0–2147483647| |Indoor unit|Thermo-ON time| |V *9|V *10|V *10|V *10|Minute|0–2147483647| |Indoor unit|Cooling Thermo-ON time| |V *9|V *10|V *10|V *10|Minute|0–2147483647| |Indoor unit|Heating Thermo-ON time| |V *9|V *10|V *10|V *10|Minute|0–2147483647| |Indoor unit|Number of Thermo-ON *5| |V *9| | | |–|0–2147483647| |Indoor unit|Capacity-save value| |V *9|V *10|V *10|V *10|Minute|0–21474836.47| |Indoor unit|Cooling capacity-save value| |V *9|V *10|V *10|V *10|Minute|0–21474836.47| |Indoor unit|Heating capacity-save value| |V *9|V *10|V *10|V *10|Minute|0–21474836.47| |Indoor unit|Apportioned electric energy| |V *9|V *10|V *10|V *10|kWh|0–999999.9999|

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(1) Remove the controller cover, and insert a USB memory device to the USB port.

(2) Touch [Charge Parameters] or [Metering device data] to output, then touch [Output as CSV file]. Note: It may take a few minutes to complete the download, depending on the data volume. Note: Do not remove the USB memory device while the data is being output. A message will appear when the data output is

complete. Note: When one or more AE-50/EW-50 controllers are connected, the AE-50/EW-50 data will also be output from the AE-200.

|Item|Description| |---|---| |Charge Parameters|■ File name

(without connection to an AE-50/EW-50 controller) “ChargeParameter”_[yyyy]-[mm]-[dd]“A”[Indoor unit address]-[Time period (1–5)].csv

Example: ChargeParameter_2015-03-01A01-1.csv

(with connection to one or more AE-50/EW-50 controllers) “ChargeParameter”_[yyyy]-[mm]-[dd]“A”[AE-50/EW-50 No. (1–4)*1]-[Indoor unit address]-[Time period (1–5)].csv

Example: ChargeParameter_2015-03-01A1-01-1.csv

*1 AE-50/EW-50 No. will not be shown for the AE-200 data.

Note: Time periods 1 through 5 can only be set from TG-2000A or Initial Setting Tool. When shipped from the factory, only Time period 1 is settable.

■ File output destination

(without connection to an AE-50/EW-50 controller) [Root folder of the USB memory]\[Serial No.]\“OperationalData”\“ChargeParameters”\“AE”\[Date]

(with connection to one or more AE-50/EW-50 controllers) [Root folder of the USB memory]\[Serial No.]\“OperationalData”\“ChargeParameters”\“AE”[AE-50/EW-50 No. (1–4)*1]\[Date]

*1 AE-50/EW-50 No. will not be shown for the AE-200 data.

Note: The AE-50/EW-50 data can be output from the AE-200. Note: Only one AE-50’s data can be output from the AE-50.

■ File format

|Row|Item|Format| |---|---|---| |1st|File Type|201| |2nd|Data range|Start date + “–” + End date| |3rd|Indoor unit address|“Address” + M-NET address| |4th|Item|“Date,SaveValue,ThermoTime,FanTime,SubHeaterTime”| |5th– 66th|Data *1*2*3|Date, Capacity-save value (min), Thermo-ON time (min), Fan operation time (min), Sub-heater-ON time (min) *4|

*1 Each value is the cumulative value between the start date and the end date.
*2 The value will not appear if the data does not exist.
*3 Each file contains the data of up to 62 days.
*4 Even if the indoor unit is not equipped with a sub heater, “Sub-heater-ON time” is counted when the sub-heater-ON conditions are met, not when the sub heater actually turns on.

■ File sample

|201 12/19/2014-1/10/2015 Address 31 Date,SaveValue,ThermoTime,FanTime,SubHeaterTime

12/19/2014,1258,0,465,0
12/20/2014,1260,0,468,0
12/21/2014,1262,0,472,0
12/22/2014,1264,0,477,0
12/23/2014,1266,0,490,0 :

01/10/2015,2058,0,1013,0| |---| |

|Item|Description| |---|---| |Charge Parameters (30-minute intervals)|■ File name

(without connection to an AE-50/EW-50 controller) “ChargeParameter30m”_[yyyy]-[mm]-[dd]“A”[Indoor unit address]-[Time period (1–5)].csv

Example: ChargeParameter30m_2015-03-01A01-1.csv

(with connection to one or more AE-50/EW-50 controllers) “ChargeParameter30m”_[yyyy]-[mm]-[dd]“A”[AE-50/EW-50 No. (1–4)*1]-[Indoor unit address]-[Time period (1–5)].csv

Example: ChargeParameter30m_2015-03-01A1-01-1.csv

*1 AE-50/EW-50 No. will not be shown for the AE-200 data.

Note: Time periods 1 through 5 can only be set from TG-2000A or Initial Setting Tool. When shipped from the factory, only Time period 1 is settable.

■ File output destination

(without connection to an AE-50/EW-50 controller) [Root folder of the USB memory]\[Serial No.]\“OperationalData”\“ChargeParameters30m”\“AE”\[Date]

(with connection to one or more AE-50/EW-50 controllers) [Root folder of the USB memory]\[Serial No.]\“OperationalData”\“ChargeParameters30m”\ “AE”[AE-50/EW-50 No. (1–4)*1]\[Date]

*1 AE-50/EW-50 No. will not be shown for the AE-200 data.

Note: The AE-50/EW-50 data can be output from the AE-200. Note: Only one AE-50’s data can be output from the AE-50.

■ File format

|Row|Item|Format| |---|---|---| |1st|File Type|621| |2nd|Data range|Start date + Start time + “–” + End date + End time| |3rd|Indoor unit address|“Address” + M-NET address| |4th|Item|“Date,Time,SaveValue,ThermoTime,FanTime,SubHeaterTime”| |5th– 66th|Data *1*2*3|Date, Time, Capacity-save value (min), Thermo-ON time (min), Fan operation time (min), Sub-heater-ON time (min) *4|

*1 Each value is the cumulative value between the start date/time and the end date/time.
*2 The value will not appear if the data does not exist.
*3 Each file contains the data of up to 62 days.
*4 Even if the indoor unit is not equipped with a sub heater, “Sub-heater-ON time” is counted when the sub-heater-ON conditions are met, not when the sub heater actually turns on.

■ File sample

|621 03/10/2015 0:00-03/12/2015 23:30 Address 01 Date,Time,SaveValue,TermoTime,FanTime,SubHeaterTime 2015/03/10,0:00,57,102,150,0

2015/03/10,0:30,76,122,178,0
2015/03/10,1:00,100,122,178,0 : 2015/03/12,23:30,543,743,1340,0
| |---|

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|Item|Description| |---|---| |Metering device data|■ File name

(PI controller (PAC-YG60MCA) - without connection to an AE-50/EW-50 controller) “ChargeParameter”_[yyyy]-[mm]-[dd]“MCPA”[PI controller address]-[Time period (1–5)].csv

Example: ChargeParameter_2015-03-01MCPA50-1.csv

(Built-in Pulse Input (PI) - without connection to an AE-50/EW-50 controller) “ChargeParameter”_[yyyy]-[mm]-[dd]“MCP”-[Time period (1–5)].csv

Example: ChargeParameter_2015-03-01MCP-1.csv

(PI controller (PAC-YG60MCA) - with connection to one or more AE-50/EW-50 controllers) “ChargeParameter”_[yyyy]-[mm]-[dd]“MCPA”[AE-50/EW-50 No. (1–4)*1]-[PI controller address]-[Time period (1–5)].csv

Example: ChargeParameter_2015-03-01MCPA1-50-1.csv

(Built-in Pulse Input (PI) - with connection to one or more AE-50/EW-50 controllers) “ChargeParameter”_[yyyy]-[mm]-[dd]“MCP”[AE-50/EW-50 No. (1–4)*1]-[Time period (1–5)].csv

Example: ChargeParameter_2015-03-01MCP1-1.csv

*1 AE-50/EW-50 No. will not be shown for the AE-200 data.

Note: Time periods 1 through 5 can only be set from TG-2000A or Initial Setting Tool. When shipped from the factory, only Time period 1 is settable.

■ File output destination

(without connection to an AE-50/EW-50 controller) [Root folder of the USB memory]\[Serial No.]\“OperationalData”\“ChargeParameters”\“AE”\[Date]

(with connection to one or more AE-50/EW-50 controllers) [Root folder of the USB memory]\[Serial No.]\“OperationalData”\“ChargeParameters”\“AE”[AE-50/EW-50 No. (1–4)*1]\[Date]

*1 AE-50/EW-50 No. will not be shown for the AE-200 data.

Note: The AE-50/EW-50 data can be output from the AE-200. Note: Only one AE-50’s data can be output from the AE-50.|

|Item|Description| |---|---| |Metering device data|■ File format

|Row|Item|Format| |---|---|---| |1st|File Type|202| |2nd|Data range|Start date + “–” + End date| |3rd|MCP|

“MCP” + M-NET address + “–” + Time period (1–5)

“MCP” + “–” + Time period (1–5)| |4th|Item|“No.,Date,Count value(Ch1),Count value(Ch2),Count value(Ch3),Count value(Ch4)”| |5th– 66th|Data *1*2*3*4|

MCP address + Time period, Date, MCP 1, MCP 2, MCP 3, MCP 4

Time period, Date, MCP 1, MCP 2, MCP 3, MCP 4|

*1 Each value is the cumulative value between the start date and the end date.
*2 Each value is between 0.00 and 999999.99. If the value exceeds the maximum value, it will wrap around to zero.
*3 The value will not appear if the data does not exist.
*4 Each file contains the data of up to 62 days.

■ File sample

|202 9/1/2015-11/1/2015 MCP 1 No.,Date,Count value(Ch1),Count value(Ch2),Count value(Ch3),Count value(Ch4)

1,2015/9/1,190887.43,872411.43,227424.88,55515.50
1,2015/9/2,190899.16,872420.12,227428.63,55526.70
1,2015/9/3,190905.22,872442.23,227435.74,55537.90
1,2015/9/4,190910.38,878449.77,227448.19,55549.84 :

1,2015/11/1,200014.38,87950.36,227925.19,60111.63| |---| |

|Item|Description| |---|---| |Metering device data (30-minute intervals)|■ File name

(PI controller (PAC-YG60MCA) - without connection to an AE-50/EW-50 controller) “ChargeParameter30m”_[yyyy]-[mm]-[dd]“MCPA”[PI controller address]-[Time period (1–5)].csv

Example: ChargeParameter30m_2015-03-01MCPA50-1.csv

(Built-in Pulse Input (PI) - without connection to an AE-50/EW-50 controller) “ChargeParameter30m”_[yyyy]-[mm]-[dd]“MCP”-[Time period (1–5)].csv

Example: ChargeParameter30m_2015-03-01MCP-1.csv

(PI controller (PAC-YG60MCA) - with connection to one or more AE-50/EW-50 controllers) “ChargeParameter30m”_[yyyy]-[mm]-[dd]“MCPA”[AE-50/EW-50 No. (1–4)*1]-[PI controller address]-[Time period (1–5)].csv

Example: ChargeParameter30m_2015-03-01MCPA1-50-1.csv

(Built-in Pulse Input (PI) - with connection to one or more AE-50/EW-50 controllers) “ChargeParameter30m”_[yyyy]-[mm]-[dd]“MCP”[AE-50/EW-50 No. (1–4)*1]-[Time period (1–5)].csv

Example: ChargeParameter30m_2015-03-01MCP1-1.csv

*1 AE-50/EW-50 No. will not be shown for the AE-200 data.

Note: Time periods 1 through 5 can only be set from TG-2000A or Initial Setting Tool. When shipped from the factory, only Time period 1 is settable.

■ File output destination

(without connection to an AE-50/EW-50 controller) [Root folder of the USB memory]\[Serial No.]\“OperationalData”\“ChargeParameters30m”\“AE”\[Date]

(with connection to one or more AE-50/EW-50 controllers) [Root folder of the USB memory]\[Serial No.]\“OperationalData”\“ChargeParameters30m”\“AE”[AE-50/ EW-50 No. (1–4)*1]\[Date]

*1 AE-50/EW-50 No. will not be shown for the AE-200 data.

Note: The AE-50/EW-50 data can be output from the AE-200. Note: Only one AE-50’s data can be output from the AE-50.|

|Item|Description| |---|---| |Metering device data (30-minute intervals)|■ File format

|Row|Item|Format| |---|---|---| |1st|File Type|622| |2nd|Data range|Start date + “–” + End date| |3rd|MCP|(PI controller (PAC-YG60MCA) - without connection to an AE-50/EW-50 controller) “MCP” + PI controller address + “–” + Time period (1–5)

(Built-in Pulse Input (PI) - without connection to an AE-50/EW-50 controller) “MCP” + “–” + Time period (1–5)

(PI controller (PAC-YG60MCA) - with connection to one or more AE-50/EW-50 controllers) “MCP” + AE-50/EW-50 No.* + “–” + PI controller address + “–” + Time period (1–5)

(Built-in Pulse Input (PI) - with connection to one or more AE-50/EW-50 controllers) “MCP” + AE-50/EW-50 No.* + “–” + Time period (1–5)

* AE-50/EW-50 No. will not be shown for the AE-200 data.|

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#### 5-6. Cleaning the touch panel

########### (1) Touch [ ] to display the login window.

########### (2) On the Login window, touch the “Touch-panel-cleaning”button.

![image 186](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile186.png)

![image 187](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile187.png)

Touch-panel-cleaning

########### (3) Clean the touch panel with a soft dry cloth, a well-wrungcloth that has been soaked in water with mild detergent,or a cloth dampened with ethanol.

Note: Do not use acidic, alkaline, or organic solvents.

![image 188](Mitsubishi_Electric_AE-200A_AE-50A_EW-50A_User_Manual_Eng_images/imageFile188.png)

########### (4) After cleaning, touch the squares with numbers from 1 to 4. The screen will return to the previous screen.Note: The squares will change to gray when touched.

6. Specifications

|Item|Item|Item|Specifications| |---|---|---|---| |Power supply|Rated input|Rated input|100–240 VAC ± 10%; 0.3–0.2 A 50/60 Hz Single-phase| |M-NET power feeding coefficient|M-NET power feeding coefficient|M-NET power feeding coefficient|No specifications

* Only an MN converter can be connected.| |Ambient conditions|Temperature|Operating temperature range|0°C – +40°C (+32°F – +104°F)| |Ambient conditions|Temperature|Storage temperature range|-20°C – +60°C (-4°F – +140°F)| |Ambient conditions|Humidity|Humidity|30%–90% RH (Non-condensing)| |Dimensions (W × H × D)|Dimensions (W × H × D)|Dimensions (W × H × D)|284 × 200 × 65 mm (11-5/32 × 7-55/64 × 2-17/32 in)

* When installed, AE-200/AE-50 will protrude 25.0 mm (31/32 in) from the wall or the metal control box.| |Weight|Weight|Weight|2.3 kg (5-5/64 lbs)|

Appendix: Added functions

The table below summarizes the newly added functions.

|Version|Menu item|Menu item|Added function|Reference| |---|---|---|---|---| |Ver. 7.2|Energy Management|Energy Use Status|Energy management data of the units connected to different AE-200/AE-50/EW-50 controllers can be compared.|Section 3-2-1 “Energy Use Status”| |Ver. 7.3|Monitor/Operation|Blocks|Units can be monitored and operated in energy management block units.|Section 3-1-3 “Checking the operation conditions”| |Ver. 7.3|Monitor/Operation|–|Four fan speeds can be set for LOSSNAY units.|Section 3-1-6 “Operation setting items”| |Ver. 7.3|Energy Management|Energy Use Status|Data can be displayed in energy management block units.|Section 3-2-1 “Energy Use Status”| |Ver. 7.3|Energy Management|Ranking|• Can display covering AE-200/AE-50/EW-50.
• This can update with the latest information.
|Section 3-2-2 “Ranking”| |Ver. 7.3|Energy Management|Peak Cut|The period that can be displayed by the Peak Cut control level is expanded from the previous 3 days to the previous 24 months.|Section 3-2-4 “Peak Cut”| |Ver. 7.3|Schedule|–|• Temperatures can be set in 0.5°C increments.
• Settings can be made in energy management block units.
|Section 3-3 “Schedule”|

|This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

- Reorient or relocate the receiving antenna.
- Increase the separation between the equipment and receiver.
- Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
- Consult the dealer or an experienced radio/TV technician for help.
| |---|

This product is designed and intended for use in the residential, commercial and light-industrial environment.

The product at hand is based on the following EU regulations:

• Low Voltage Directive 2006/95/EC

• Electromagnetic Compatibility Directive 2004/108/EC

• Restriction of Hazardous Substances 2011/65/EU

Please be sure to put the contact address/telephone number on this manual before handing it to the customer.

HEAD OFFICE: TOKYO BLDG., 2-7-3, MARUNOUCHI, CHIYODA-KU, TOKYO 100-8310, JAPAN

WT07992X02

AE 1005006254721048

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