Mitsubishi PAC-YG50ECA Installation Manual

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Page 1

Air Conditioner System

Expansion Controller

PAC-YG50ECA

Installation/Instructions Manual

Contents

Safety Precautions............................................ 2

Important

1. Specifications............................................ 5

1-1. Product Specifications ..................... 5

1-2. External dimensions......................... 5

1-3. Supplying power to the M-NET

• Safety notes are marked with WARNING or CAUTION,

depending on the severity of possible consequences that may result when the instructions are not followed exactly as stated. Proper installation is important for your safety and proper functioning of the units. Thoroughly read the following safety precautions prior to installation.

After reading this manual, pass the manual on to the end user to retain for future reference. The users should keep this manual for future reference and refer to it as necessary. This manual should be made available to those who repair or relocate the units. Make sure that the manual is passed on to any future air condition system users.

2. System configuration ................................ 7

3. Installation............................................... 10

3-1. Field-supplied parts........................ 10

3-2. M-NET transmission line length ..... 11

3-3. Installation...................................... 12

4. Wiring connections.................................. 13

4-1. Installing and uninstalling the

4-2. Connecting the power cable and

4-3. Connecting the M-NET transmission

4-4. Connecting the LAN cable ............. 15

5. Initial settings ..........................................16

5-1. IP address and network settings.... 17

5-2. Function setting.............................. 19

6. Test run................................................... 20

6-1. Batch operation/Stop (error reset)

6-2. Service LED display....................... 20

7. M-NET system setting example .............. 21

8. External input/output ............................... 22

8-1. External signal input function ......... 22

8-2. External signal output function....... 23

9. Detail setting switch setting method........ 24

9-1. Switch setting................................. 25

10. 7-segment LED ....................................... 26

10-1. 7-segment LED display and switch

11. Error code list .......................................... 29

11-1. M-NET error code .......................... 29

11-2. ECL error code............................... 33

Page

........................................................... 4

transmission lines ............................ 6

cover .............................................. 13

protective earth cable..................... 13

line ................................................. 14

switches ......................................... 20

settings........................................... 27

Page 2

Safety Precautions

• Thoroughly read the following safety precautions prior to installation.

• Observe these precautions carefully to ensure safety.

WARNING

CAUTION

• After reading this manual, pass the manual on to the end user to retain for future reference.

• The users should keep this manual for future reference and refer to it as necessary. This manual should be made available to those who repair or relocate the units. Make sure that the manual is passed on to any future air condition system users.

Electric work must be performed by an authorized technician.

Indicates a risk of death or serious injury.

Indicates a risk of injury or structural damage.

WARNING

Installation

To reduce the risk of fire and electric shock, do not install the units where they can get wet.

To reduce the risk of electric shock, fire, and malfunction, do not install the unit in a steamy or condensing environments.

Properly dispose of the packing materials.

Plastic bags can pose suffocation and choking hazards. Keep out of the reach of children. Tear the plastics bags before disposing of them.

Wire installation

Properly install the unit on a stable, load-bearing surface.

Unit installed on an unstable surface may fall and cause injury.

Units must be properly installed by your dealer or authorized technician according to the instructions in the Installation Manual.

Improper installation may result in electric shock or fire.

Properly secure the cables with clamps so that the weight of the cables will not strain the connectors.

Improperly connected cables may break, produce heat, and cause smoke or fire.

Electric work must be performed by an authorized technician according to the local regulations and the instructions detailed in this manual. Always use a dedicated circuit.

Capacity shortage to the power supply circuit or improper installation may result in electric shock, smoke, or fire.

Install all required covers.

Infiltration of dust or water may cause electric shock, smoke, or fire.

Take appropriate measures against electrical noise interference when installing the air conditioners in hospitals or radio communication facilities.

• Inverter, power generators, or radio communication equipment may interfere with the normal operation of the unit.

• Subsequently, the device may also affect medical treatment, image broadcasting by creating frequency noise.

Make sure that there is a main power switch and residual current circuit breaker (RCCB) for each unit.

A ready accessible breaker for power source line helps reduce the risk of electric shock. Installation of a breaker is mandatory in some area.

To reduce the risk of electric leak, overheating, and fire, only use standard cables with the proper current carrying capacity.

Use properly rated breakers (residual current circuit breaker (RCCB), main switch + fuse, circuit breaker).

The use of improperly rated breakers may result in malfunctions or fire.

To reduce the risk of electric shock and malfunctions, keep wire pieces and sheath shavings out of the terminal block.

This appliance must be earthed.

Do not connect the protective earth cable to a gas pipe, water pipe, lightning rod, or telephone earthing cable. If the unit is not properly earthed, the unit may malfunction due to electrical noise interference. It also poses a risk of electric shock, smoke, or fire.

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Page 3

General caution

Do not install the unit in environments where large amounts of oil (including machine) or acidic/alkaline chemical sprays are present. These types of substances may cause device performance to be reduced and cause electrical shock, malfunction, smoke, or fire.

To reduce the risk of electric shock, fire, or malfunction, do not wash the unit with water or other types of liquids.

Relocating/Repairing units

Consult your dealer or an authorized technician when the unit needs to be relocated or repaired. Do not disassemble the unit or make any modifications/ alterations to the unit.

Improper repair, modification, or alteration may cause injury, electric shock, or fire.

Transporting units/Unit installation

Do not install the unit where there is a risk of leaking flammable gas.

If flammable gas accumulates around the unit, it may ignite and cause a fire or explosion.

Wear protective gloves.

A high voltage is applied to the terminals. To reduce the risk of electric shock, wear protective gloves before touching the electrical parts on the unit.

CAUTION

Take appropriate safety measures against earthquakes to prevent the unit from toppling over.

Unit installed on an unstable surface may fall and cause injury.

Electric work

Do not touch switches or other electrical parts with wet hands.

Doing so poses a risk of fire or electric shock.

General caution

To reduce the risk of electric shock, turn off the power before performing electric work.

When replacing fuses, only use fuses with adequate breaking capacity.

The use of improperly rated fuses or a substitution of fuses with steel or copper wire may result in fire.

To avoid deformation and malfunction, do not install the remote controller in direct sunlight or where the ambient temperature exceeds 55°C (131°F) or drops below -10°C (14°F).

Always use adequate tools for repair.

The use of unsuitable tools may result in failure to complete the job properly and cause unit damage or injury.

To reduce the risk of injury, do not touch the edges of parts.

To reduce the risk of injury from accidentally dropped tools, check the surroundings before performing installation, inspection, and repairs, and keep children away from the site.

Important

To avoid malfunctions, do not bundle the power cable and signal transmission lines together, or put them in the same conduit.

To avoid fire, malfunction, and damage, do not connect the power cable to terminal block for signal cables.

When connecting to the Internet, manage the security of the Internet.

To prevent unauthorized access, always use a security device such as a VPN router when connecting to the Internet.

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Page 4

Important

The PAC-YG50ECA expansion controller and the type of controllers that connect to the expansion controller via the LAN (e.g., AG-150A) each have a DB No. This 2-digit number is indicated on the package box and the controller. ([DB No.: ∗∗]) The DB number of the expansion controller can also be verified on its 7-segment controller.

Controllers with different DB No. cannot be connected to each other. Be sure to check the DB No. of each controller to be connected. Connection of two or more controllers that have different DB No. requires a controller software version update. Consult your dealer for how to update the software.

Package box

Label

Label content

The DB No. is indicated here in two digits.

Controller

On the switch board, set SW601 to “All OFF”, SW606 to “2,” and SW607 to “5.” (Refer to page 16 for the location of each switch.) The DB No. will appear on the 7-segment LED on the expansion controller. Refer to for details. For instructions for how to verify the DB No. of the controllers (AG-150A etc.) that connect to the expansion controller via the

10 7-segment LED

LAN, refer to the Installation/Instructions Manuals that came with the controller.

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Page 5

1 Specifications

1-1. Product Specifications

Items Specifications

Power source

Interface

Ambient conditions

Dimensions

Weight 2.6kg [5-

Installation conditions Inside the control panel (indoor)

1-2. External dimensions

97.2 (3-7/8)

Rated input 100-240VAC ±10% 0.4-0.3A 50/60Hz

Fuse 250VAC 3.15A Time-delay Type (IEC127-2.S.S.5)

Rated output of the power supply to M-NET transmission lines

22-30VDC

External input/output 12VDC or 24VDC (requires an external power supply)

LAN 100BASE-TX/10BASE-T

Temperature

Operating temperature range

Storage temperature range

-10~55°C [14~131°F]

-20~60°C [-4~140°F]

Humidity 30 ~ 90%RH (Non-condensing)

217 (H) × 250 (W) × 97.2 (D) mm [8-9/

(H) × 9-7/8 (W) × 3-7/8 (D) in.]

/4 lbs.]

250 (9-

155 (6-

/8)

)

Unit: mm (in.)

M-NET Terminal block (M3.5)

LAN

Power source 100-240VAC Terminal block (M3.5)

)5 (

)

217 (8-

204.5 (8-

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1-3. Supplying power to the M-NET transmission lines

PAC-YG50ECA has a built-in function to supply power to the M-NET transmission line. (power supply coefficient: 6) When power is supplied from PAC-YG50ECA , the types of system controllers listed in the table below are connectable.

Table 1 Power consumption coefficient of the controller

System controller M-NET remote controller

System remote controller

ON/OFF remote controller

1 0.5 0.25

Table 2 No. of connectable units

System controller M-NET remote controller

ON/OFF remote controller

6 units 12 units 24 units

Table 3 No. of connectable units in systems with various combinations of remote controllers V: connectable

Total number of system remote controllers, schedule timers, and group remote controllers combined.

Schedule timer Group remote controller

System remote controller Schedule timer Group remote controller

0VVVVVVV

1VVVVVV

2VVVVVV

3VVVVV

4VVVVV

5VVVV

6VVVV

7VVV

8VVV

9VV

10 V V

11 V

12 V

ME remote controller LOSSNAY remote controller

Total number of ON/OFF remote controllers

0123456

Note When PAC-YG50ECA is connected to M-NET system, AG-150A/G(B)-50A cannot be connected to the same

M-NET system.

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Page 7

2 System configuration

The figure below only shows the transmission line connections. Power supply lines are omitted.

Do not connect directly to the Internet. When connecting to the Internet through the AG-150A etc., use a security device such as a VPN router.

PC for centralized control

(TG-2000A)

HUB

LAN

Each unit can control up to a total of 2000 indoor, LOSSNAY, and other units.

LAN

M-NET

24VDC

Each AG-150A unit can control up to a total of 150 indoor, LOSSNAY, and other units (when used with three expansion controllers).

24VDC

AG-150A

M-NET

PAC-YG50ECA

PAC-SC51KUA

Outdoor unit

ME remote controller

M-NET

Indoor unit

M-NET

LOSSNAY

unit

HUB

AG-150A

Outdoor unit

ME remote controller

M-NET

PAC-YG50ECA

Outdoor unit

ME remote controller

M-NET

PAC-YG50ECA

Each AG-150A unit can control up to a total of 50 indoor, LOSSNAY, and other units (without the use of expansion controllers).

LOSSNAY

unit

LOSSNAY

unit

M-NET

Outdoor unit

24VDC

ME remote controller

M-NET

Indoor unit

LOSSNAY

unit

Indoor unit

LOSSNAY

unit

LOSSNAY

unit

LOSSNAY

unit

LOSSNAY

unit

PAC-SC51KUA

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Page 8

Address setting for various devices:The same address cannot be used more than once within the same system of the expansion

controller (PAC-YG50ECA). (K-control units and K-control remote control addresses are excluded.)

Address setting method

Indoor unit

Outdoor unit

Auxiliary outdoor unit (BC controller etc.) OA processing unit/ LOSSNAY

Mr.Slim outdoor unit

M-NET remote controller

MA remote controller

Sub system controller

DIDO controller (PAC-YG66DCA)

PI controller (PAC-YG60MCA) AI controller (PAC-YG63MCA)

K-control indoor unit

K-control remote controller

K-transmission converter Assign an address that equals the lowest K-control indoor unit address plus 200. 201 ~ 250

Assign the lowest address to the main indoor unit in the group, and assign sequential addresses to the rest of the indoor units in the same group.

Assign an address that equals the lowest indoor unit address in the same refrigerant group plus 50. Assign an address that equals the address of the outdoor unit in the same refrigerant system plus 1. Assign an arbitrary but unused address to each of these units after assigning an address to all indoor units. Make the settings in the same way as with the indoor units. Requires an M-NET adapter (sold separately). Assign an address that equals the address of the main indoor unit with the lowest address in the group plus 100. Add 150 in stead of 100 to set the address for a sub remote controller. Address setting is not required. Connection of two remote controllers requires the main/sub setting for each controller to be made. Assign an address that equals the group number of the smallest controlled group plus 200. Assign an arbitrary but unused address to the controller after completing the address setting for the units with an address between 1 and 50. The number of controllable units changes with the number of channels used. Assign an arbitrary but unused address to the controller after completing the address setting for the units with an address between 1 and 50. Assign an arbitrary but unused address to the controller after completing the address setting for the units with an address between 1 and 50. Assign an address to all indoor units connected to the M-NET lines (incl. LOSSNAY units) first, and then assign addresses to the K-control indoor units, starting with the address after the last address. Assign an address as the lowest address of the K-control indoor units in the same group.

M-NET

address

1 ~ 50

51 ~ 100

52 ~ 100

1 ~ 50

101 ~ 200

–

201 ~ 250

1 ~ 50

Important Check that the setting for the central control switch SW2-1 on the M-NET outdoor unit is set to “ON.”

(Refer to the outdoor unit Installation Manual for the detailed information about dip switch settings.)

Note the following when using a K-transmission converter (model: PAC-SC25KAA) to control the K-control units.

Refer to the K-transmission converter Installation Manual for details.

1 Be sure to set the PAC-YG50ECA address to “000.” 2 Set the “K-transmission converter connection setting” (to be set from a Main controller) to ON (with a

connection to K-transmission converter). When this setting is set to ON, an address field will appear. Enter the K-transmission converter address in the field.

3 Assign addresses to the K-control air conditioners so that they are larger than the addresses that are

assigned to the M-control indoor units.

4 Make the group settings for K-control units so that the group number equals the lowest address of the indoor

units within the group.

5 If the K-control Y series units and other types of units (K-control Mr. Slim) are used in combination, a relay

board is required. The K-control Y series of units and other types of units cannot be connected to the same transmission line.

6 A relay board may be required, depending on the number of K-control units and the length of transmission

lines. Refer to the System Design Manual (control version) for details.

7 LOSSNAY units that are connected to the general K-control kit cannot be connected. 8 Remote controller addresses is not required in the group setting for the K-control models.

Note A-control jet burner models cannot be controlled.

Some models cannot be controlled. Main system controllers, such as the AG-150A, cannot be connected to a M-NET system that is controlled by the

expansion controller.

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Page 9

* Main and Sub system controllers (M-NET)

PAC-YG50ECA can be used only as the Main controller, not as a Sub controller.

Main system controller (Main SC)

Main SC refers to a controller that controls all other system controllers including the units they control. If a given system has only one system controller, that controller becomes a Main controller. Group settings and interlock settings can be made only from a Main controller.

Sub system controller (Sub SC)

Sub controller refers to a system controller that is controlled (including the units it controls) by a Main system controller.

PAC-YG50ECA

Main SC’s control range (M-NET)

Sub SC’s control

range

Group Group

Group

PAC-YG50ECA is exclusively for use as a Main SC. It cannot be used as a Sub SC or controlled from a Main SC.

Note Groups that are not under the control of a Main controller cannot be controlled from a Sub controller.

Main SC Sub SC

Group Group Group

Each group cannot be placed under the control of two or more Main controllers.

Main SC 1 Main SC 2

Group Group Group

Sub controllers cannot be placed under the control of two or more Main controllers.

Main SC 1 Sub SC Main SC 2

GroupGroup Group Group

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Page 10

3Installation

3-1. Field-supplied parts

The following parts are required to install the unit.

Required parts Specification

Power cable/ protective earth cable

M-NET transmission line

Ring terminal (with a sleeve)

Screw Have four M4 screws ready to install the unit.

LAN cable Category 5 or above straight cable (Maximum 100m (328 ft))

HUB Switching HUB (communication speed: 100 Mbps or faster is recommended.)

Power supply cable of appliances shall not be lighter than design 245 IEC 57 or 227 IEC 57. Cable size: 0.75mm² to 2mm²

Shielded cable

• CPEVS: φ1.2mm to φ1.6mm

• CVVS: 1.25mm² to 2mm²

M3.5 terminal (used with the power cable (L/L1, N/L2), M-NET transmission line (A, B, S)) M4 ring terminal (used with the protective earth cable)

Overcurrent breaker and Residual Current Circuit Breaker (RCCB)

Overcurrent breaker Residual Current Circuit

Fuse Circuit breaker

Rated current: 3A

*1 Use a Circuit breaker and a Residual current circuit breaker (RCCB) of bipolar type (2P2E).

Use a breaker with the minimum contact distance of 3 mm (

*2 When using a fuse, use it in combination with a main switch (Rated current: 3A).

Rated current: 3A

Breaker (RCCB)

Rated current: 3A

Rated sensitivity current: 30mA

Maximum operation time:

0.1 sec or less

/8 in.).

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Page 11

3-2. M-NET transmission line length

• Connect the PAC-YG50ECA to the transmission line for centralized control (TB7 on the outdoor unit).

• There should only be one power supply source within a single transmission circuit. The factory setting is to supply power from PAC-YG50ECA.

•

Provide an earth for the indoor-outdoor transmission lines at one single outdoor unit.

• Maximum line distance 500 m (1640 ft)

• Maximum power supply distance 200 m (656 ft)

Maximum power supply distance is the distance in which a power supply unit (or an outdoor unit designated as a power supply unit) is capable of supplying power to other units on the receiving end, such as remote controllers and indoor units.

Wiring example

LAN

Expansion

Controller

(PAC-YG50ECA)

M-NET transmission line (Transmission line for centralized control)

M-NET transmission line (indoor-outdoor transmission line)

LAN

M-NET

(For centralized control)

L2L3

Outdoor

unit

Outdoor

unit

Outdoor

unit

Outdoor

unit

(1) Maximum line distance

1 L1 + L2 + 5 + 1 + 2 ( 3) 500m (1640 ft) 2 L1 + L2 + 5 + 4 500m (1640 ft) 3 L1 + L3 + 6 + 7 ( 8) 500m (1640 ft) 4 2 ( 3) + 1 + 5 + L2 + L3 + 6 + 7 ( 8) 500m (1640 ft) 5 4 + 5 + L2 + L3 + 6 + 7 ( 8) 500m (1640 ft)

(2) Power supply distance for the indoor-outdoor transmission lines

1 5 + 1 + 2 ( 3) 200m (656 ft) 2 5 + 4 200m (656 ft) 3 6 + 7 ( 8) 200m (656 ft)

M-NET (For indoor-outdoor transmission line)

Indoor unit Indoor unit Indoor unit

ME remote controller

Indoor unit Indoor unit Indoor unit

ME remote controller

* Connect the power jumper of the

outdoor unit to CN41 (does not supply power).

CN40ONCN41

OFF

outdoor unit

(3) Power supply distance for the centralized control transmission lines

1 L1 + L2 200m (656 ft) 2 L1 + L3 200m (656 ft)

CAUTION

*1 The ME remote controller wiring length ( 3, 8) should be 10 m (32 ft) or less.

The length that exceeds 10 m (32 ft) needs to be included in the maximum distance to the farthest unit (500 m (1640 ft)) and in the maximum power supply distance (200 m (656 ft)).

*2 If the ME remote controller wiring length ( 3, 8) is 10 m (32 ft) or less, it does not need to be included in the maximum

distance to the farthest unit.

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Page 12

3-3. Installation

• Leave enough space around the unit as shown in the figure below to allow for an installation/uninstalltaion of the cover and wiring.

• Screw down the cover with M4 screws as shown in the figure below. Be sure to screw down the four corners to prevent it from falling.

• Install on the control panel whose effective depth is 105 mm (4-

20 (13/16) 20 (13/16)

/16 in.) or more.

/16)

20 (

50 (2)

* Refer to section for the product dimensions and weight.

Properly install the unit on a stable, load-bearing surface.

1 Specifications

Important :

Unit installed on an unstable surface may fall and cause injury. PAC-YG50ECA is not water-proof.

Be sure to install it inside the control panel.

Be sure to install it inside the control panel. Be sure to install in an area where there is no possibility of dew condensation.

Unit: mm (in.)

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Page 13

4 Wiring connections

WARNING • Electric work must be performed by an authorized technician. Improper wiring work may result in electric

shock or fire.

• Turn off the power supply before performing wiring work.

CAUTION • To avoid damage to the terminal block, do not connect an AC power supply (100-240VAC) to the M-NET

transmission terminal block.

4-1. Installing and uninstalling the cover

Unscrew the two screws on the cover to remove it as shown in the figure below. Reinstall the cover using the two screws that were unscrewed.

4-2. Connecting the power cable and protective earth cable

To prevent overheating and fire, properly fix the cables in place so that the weight of the cables will not strain the connectors.

Improperly connected cables may break, produce heat, and cause smoke or fire.

• Connect the power cable and the protective earth cable as shown in the figure below.

• Use an M3.5 ring terminal to the power cable and an M4 ring terminal to the protective earth cable before connecting them to their corresponding terminals (power supply terminal block or protective earth terminal).

• Secure cables with cable clamps.

• Install an overcurrent breaker and a residual current circuit breaker for the power cable. Use a bipolar breaker (2P2E) with a minimum contact distance of 3 mm (

Power supply

100-240VAC

50Hz/60Hz

B Residual current circuit breaker

A Overcurrent breaker*1

*1 When using a fuse, use it in combination with a main switch (Rated current: 3A).

Earth

/8 in.).

Power cable

Protective earth cable

TB1

L/L1 N/L2

Power cable

Protective earth terminal

Protective earth cable

Cable clamps

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Page 14

4-3. Connecting the M-NET transmission line

CN41

CN40

OFF

CN41

OFF

CN41

CAUTION • In an air conditioner system has more than 1 Outdoor units, System controller receiving transmission power

through TB7 on one of the Outdoor unit would have a risk that the connected Outdoor units failure would stop power supply to System controller, and disrupt the whole system.

(1) To supply power to the M-NET transmission line from the expansion controller (PAC-YG50ECA)

Connect the M-NET transmission lines as shown in the figure below.

Outdoor unit

Expansion controller

(PAC-YG50ECA)

OFF

ONONON

TB3

ABS

CN41

CN40

M-NET

TB7TB3

CN40 CN41

CN41

CAUTION • Connect the power jumper of PAC-YG50ECA to

CN40 (supplies power). Connect the power jumper of the outdoor unit to CN41 (does not supply power).

• Use specified transmission lines, and connect them to the appropriate terminals. Secure the cables to keep undue force from being applied. Improper connections or failure to properly secure cables may result in overheating and fire.

*1 Insulate the cables with vinyl tape, except the part

that connects to the ring terminal.

(2) To supply power to the M-NET transmission line from the power supply unit (PAC-SC51KUA, etc.)

Connect the M-NET transmission lines as shown in the figure below.

Power supply unit

(PAC-SC51KUA, etc.)

Outdoor unit

Expansion controller

(PAC-YG50ECA)

M-NET

TB7TB3

CN40 CN41

CAUTION • Connect the power jumper of the PAC-

TB3

OFF

ONONON

CN41

CN40

YG50ECA to CN41 (does not supply power). Connect the power jumper of the outdoor unit to CN41 (does not supply power).

ABS

CN41

- 14 -

*1 Insulate the cables with vinyl tape, except the part

that connects to the ring terminal.

Page 15

4-4. Connecting the LAN cable

Connect the LAN cable to the LAN connector on the PAC-YG50ECA.

• Connect the PAC-YG50ECA and AG-150A via a HUB.

• The maximum distance between the HUB and PAC-YG50ECA is 100 m (328 ft).

• The LAN cable is field-supplied. Use a category 5 or above cable (straight cable).

• Use the switching HUB.

• Do not connect more than four devices (gateway, router, layer 3 switch, HUB, and etc.) in series between AG-150A and PAC-YG50ECA. (Transmission delay time must not exceed 2 seconds.)

LAN

HUB

LAN LAN

Expansion controller

(PAC-YG50ECA)

CAUTION • Install the LAN cable before installing the unit, and route the cable in the same way as the M-NET transmission

lines.

• Leave enough space around the LAN port on the PAC-YG50ECA to allow for the connection of the connector and the cables. Refer to section .

3 Installation

AG-150A

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Page 16

5 Initial settings

Introduction

Controllers with different DB numbers cannot be connected to each other. Be sure to check the DB numbers of each controller to be connected. Refer to “Important” (page 4) and to check the DB No..

Initial setting procedures

Steps Setting items

IP address of the expansion controller/Network

Default settings:

IP address 192.168.1.211 Subnet mask 255.255.255.0 Gateway address 0.0.0.0

2 IP address for the AG-150A etc. and network

3 Input IP address of expansion controller

M-NET address setting for the expansion controller

Default: 00 Normally requires no setting changes.

Functions

(Operation prohibit range setting, external input mode etc.)

6 Group

7 Interlocked ventilation

Test run

* Refer to the AG-150A Instructions Manual, Technical Manual, and other related manuals for the detailed information about the

initial settings and operation methods.

10 7-segment LED

Controllers : Settable

Expansion controller

(PAC-YG50ECA)

Refer to section 5-1 “IP address and network settings.”

Refer to section

Detail setting switch setting method

Refer to section 6-1 “Batch operation/ Stop (error reset) switches.”

AG-150A etc.

*1: To be set from the main AG-150A or other controllers. *2: It is recommended that this item be set from the AG-150A or other controllers.

Internal layout of the expansion controller

7-segment LED

MAIN Board

Switch Board

TB1

SW601

Detail setting switch

(Use to select items)

SW605

Detail setting switch

(Use to save the settings)

SW606, SW607

Detail setting switch

TB3

M-NET Board

(Use to select values and items to be displayed on the LED)

USB

SW604

Function setting switch

SW603

Function setting switch

SW602

Quick IP address setting switch

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Page 17

5-1. IP address and network settings

5-1-1. Quick IP address setting switch

IP address can be easily set to an address between 192.168.1.211 and 192.168.1.225 with dipswitch SW602. Set this dipswitch before turning on the power.

SW602

[0: OFF, 1: ON]

1 2 3 4

0 0 0 0 0

1 0 0 0 1 192.168.1.211

2 0 0 1 0 192.168.1.212

3 0 0 1 1 192.168.1.213

4 0 1 0 0 192.168.1.214

5 0 1 0 1 192.168.1.215

6 0 1 1 0 192.168.1.216

7 0 1 1 1 192.168.1.217

8 1 0 0 0 192.168.1.218

9 1 0 0 1 192.168.1.219

10 1 0 1 0 192.168.1.220

11 1 0 1 1 192.168.1.221

12 1 1 0 0 192.168.1.222

13 1 1 0 1 192.168.1.223

14 1 1 1 0 192.168.1.224

15 1 1 1 1 192.168.1.225

Initial settings: 192.168.1.211 Initial settings: 255.255.255.0 Initial settings: 0.0.0.0

IP address Subnet mask Gateway address

Use the detail setting switch to set the IP address, subnet mask, and gateway address.

255.255.255.0 0.0.0.0

Note If fifteen or fewer expansion controllers are connected to a dedicated network, it is recommended that the IP

address be set with SW602 on the PAC-YG50ECA.

Turn all SW602 to OFF before setting the IP addresses with the detail setting switch (refer to section 5-1-2).

5-1-2. Setting the M-NET address, IP address, or network settings with the detail setting switches

M-NET address, IP address, subnet mask, or gateway address can be set with dipswitch SW601, rotary switches SW606 and 607, and push switch SW605. Quick IP address setting switches (SW602) should be set to “ALL OFF” to make these settings. Consult the network administrator for how to set the IP address, subnet mask, and gateway address when connecting the expansion controller to an existing LAN.

Refer to section for how to set the switches.

9 Detail setting switch setting method

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Page 18

5-1-3. IP address and network setting examples

1 Connecting to a dedicated LAN system

If fifteen or fewer expansion controllers are connected to a dedicated network, it is recommended that the IP address be set with SW602 on the PAC-YG50ECA.

HUB

LAN straight cable (category 5 or above)

AG-150A Expansion controller No. 1 Expansion controller No. 2 Expansion controller No. 3

IP address: 192.168.1.1 Subnet mask: 255.255.255.0 Gateway: 0.0.0.0

2 Connecting to an existing LAN system

Consult the network administrator for how to set the IP address, subnet mask, and gateway address when connecting the expansion controller to an existing LAN.

IP address: 192.168.1.211 Subnet mask: 255.255.255.0 Gateway: 0.0.0.0

Backbone LAN

IP address: 192.168.1.212 Subnet mask: 255.255.255.0 Gateway: 0.0.0.0

IP address: 192.168.1.213 Subnet mask: 255.255.255.0 Gateway: 0.0.0.0

Gateway

(Router, Layer 3 switch etc.)

IP address: 10.1.1.250 IP address: 10.1.2.250

(Router, Layer 3 switch etc.)

Gateway

HUB HUB HUB HUB

PC etc. PC etc.

AG-150A Expansion controller No. 1 Expansion controller No. 2 Expansion controller No. 3

IP address: 10.1.1.1 Subnet mask: 255.255.255.0 Gateway: 10.1.1.250

IP address: 10.1.1.101 Subnet mask: 255.255.255.0 Gateway: 10.1.1.250

IP address: 10.1.2.41 Subnet mask: 255.255.255.0 Gateway: 10.1.2.250

IP address: 10.1.2.51 Subnet mask: 255.255.255.0 Gateway: 10.1.2.250

Important Install the LAN cable before installing the unit, and route the cable in the same way as the M-NET

transmission lines.

Consult the network administrator for how to set the IP address, subnet mask, and gateway address when

connecting the expansion controller to an existing LAN. Use a router etc. between the existing LAN and the MITSUBISHI products so that they are not connected directly.

Use the switching HUB. Do not connect more than four devices (gateway, router, layer 3 switch, HUB, and etc.) in series between

AG-150A and PAC-YG50ECA.

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Page 19

5-2. Function setting

5-2-1. Operation prohibit range setting (To be set from the AG-150A or other controllers)

Set this switch to prohibit operation from both the Sub system controller and remote controller OR only from the remote controller.

Setting Function

SC·RC

(Factory setting)

RC Only Operation only from the remote controller will be prohibited.

Operation from both the Sub controller and remote controller will be prohibited. * Normally, this setting should be selected.

5-2-2. External input mode (To be set from the AG-150A or other controllers)

Set the external input mode. Refer to section .

Setting Function

Do not use

(Factory setting)

Emergency Stop

(Level signal)

ON/OFF (Level signal) Run/Stop (level signal)

ON/OFF/Prohibit/Permit

(Pulse signal)

8 External input/output

External input signal will not be used.

Emergency stop/ Normal (level signal)

Run/Stop, Prohibit/Permit (pulse signal)

5-2-3. Prohibiting connection of AG-150A and other controllers (SW603-4)

Set SW603-4 to ON to disallow connection of AG-150A etc. and other controllers. Set the switch after the completion of a test run. Accidental connection of AG-150A etc. that should be connected to other systems can be prevented by making the setting that disallows the connection of additional controllers, thus preventing negative impact on the operation of the air conditioners (unintended operation, abnormal stop etc.)

SW603-4 Function

OFF

(Factory setting)

(At the completion of a test run)

Allows connection of AG-150A and other controllers

Disallows connection of AG-150A and other controllers

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Page 20

6Test run

6-1. Batch operation/Stop (error reset) switches

• Before performing a test run, check that the group setting and interlock settings from the AG-150A and other controllers have been properly made.

• The batch operation function on the PAC-YG50ECA cannot be used to change the operation mode of the connected indoor units (including the test run mode). Units will be operated in the mode they are set to operate in. The PAC-YG50ECA does not have the function to automatically stop the test run in two hours as the remote controllers do.

1 Turn on all units and the PAC-YG50ECA. 2 Set the switches as follows. SW601: All set to OFF; SW606: “0”; SW607: “0” 3 Check that LD5 on PAC-YG50ECA is unlit (SW601: All set to OFF; SW606: “0”; SW607 “0”).

LD5 will be lit if the group setting and interlock setting from the AG-150A and other controllers have not been completed. LD5 will blink while M-NET is starting up (takes approx. 10 minutes to complete).

Turn SW603-1 from the OFF position to the ON position. The operation signal will be sent to the groups that are registered.

4 5 LD3 (SW601: All set to OFF; SW606: “0”; SW607 “0”) will be lit when the units are in operation. 6 Check each unit for proper operation (e.g., supply air comes out of the indoor unit outlet.). 7 Turn SW603-2 from the OFF position to the ON position to bring the units to stop. 8 Turn SW603-1 and SW603-2 to OFF at the completion of the test run.

SW603 Function setting

Transmission of operation run signal to the registered groups (when turned ON from the OFF position)

Transmission of operation stop signal to the registered groups (when turned ON from the OFF position)

*1 The equipment connected to DIDO controller cannot be operated. Refer to the appropriate manual for details.

6-2. Service LED display

PAC-YG50ECA has service LEDs to display the operation status.

LED No. Item Status Notes

LAN LAN LINK Lit Linking

ACT Unlit Not linked

Blink Transmitting

M-NET M-NET Lit Powered

Unlit Not powered

Blink M-NET transmission in progress

Error Error status Blink

LD1 CPU status Lit Normal

segment

LED

LD2 (Not assigned) LD3 Operation status Lit At least one air conditioning unit is in

LD4 Error status Lit

LD5 M-NET startup status Lit Group information not available

LD6 (Not assigned) LD7 Number of connected

AG-150A and other

LD8

controllers

*1 Error LED and LD4 will not be lit/blink when the AG-150A or other controllers are in error.

Number of connected AG-150A and other controllers (Numerical display)

At least one air conditioning unit is in error*1

Unlit Normal

Unlit Error

operation.

Unlit All units are stopped.

At least one air conditioning unit is in error*1

Unlit All units are normal.

Unlit Complete

Blink Starting up

SW601: All set to off SW606: [0] SW607: [0]

(Refer to section 10

10 7-segment LED information on how other settings are displayed.)

for

7-segment LED

LD2

LD1

LD3

LD4 LD5

- 20 -

LD6 LD7 LD8

Page 21

7 M-NET system setting example

1 Connecting multiple M-NET system controllers

LAN

AG-150A

etc.

HUB

Make the initial group and interlock settings from the AG-150A or other controllers. Designate a system controller within the system as the only controller from which operation prohibit setting can be made.

PAC-YG50ECA

“000”

(Main system controller)

ON/OFF remote

controller

“201”

(Sub system controller)

M-NET

50 indoor units Group 1 - Group 20

2 Controlling the K-control models

LAN

AG-150A

etc.

HUB

Set the PAC-YG50ECA address to “000” when connecting a K-transmission converter. When making the group setting for K-control units, make the setting only for the indoor units that belong to a given group. The group number given to a group of K-control units should be the same as the lowest address of the indoor units that belong to

the group.

If the K-control Y series units and other types of units (K-control Mr. Slim) are used in combination, a relay board is required.

The K- control Y series units cannot be connected to the same transmission lines as the other types of units.

Depending on the number of K-control units and transmission line length, a relay board may be required. Refer to the System

Design/Manual (control version) for details.

LOSSNAY units cannot be connected if they are connected to the K-control kit. Remote controller addresses do not need to be included in the group setting for a group of K-control units.

PAC-YG50ECA

“000”

(Main system controller)

M-NET

“221”

K-transmission converter (Model: PAC-SC25KAA)

20 indoor units Group 1 - Group 20

20 K-control indoor units Group 21 - Group 38

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Page 22

8 External input/output

8-1. External signal input function

* To use the external signal input, a separately-sold external input/output adapter (PAC-YG10HA) is required.

External input/output terminal (CN5)

8-1-1. External input signal function setting (to be set from the AG-150A or other controllers)

External contact signal (12VDC or 24VDC) can be used to send signals indicating the following status of all air conditioning units that are controlled by the controller: Emergency stop/Normal, Run/Stop, and local remote controller operation Prohibit/ Permit.

No. External input signal function Notes

External input signal will not be used.

(factory setting)

While the units are stopped due to an error, the Run/Stop mode cannot be

Emergency stop/Normal (level signal)

Run/Stop (level signal)

Run/Stop, Prohibit/Permit (pulse signal) The pulse width (contact ON) should be between 0.5 and 1 second.

changed from the local remote controller, and the Run/Stop mode and Prohibit/Permit settings cannot be changed from the PAC-YG50ECA. Timer setting will be ignored.

The Run/Stop mode cannot be changed from the local remote controller, and the Run/Stop mode and Prohibit/Permit settings cannot be changed from the PAC-YG50ECA. Timer setting will be ignored.

8-1-2. Level signals and pulse signals

(A) Level signals (B) Pulse signal

(Example) Run/Stop

Contact ON Contact OFF

Stop

Normal

Run

Emergency stop

Signal 1 (Run)

Stop

Signal 2 (Stop)

Normal

* Same with the Prohibit/Permit signal input.

Contact ON Contact OFF

8-1-3. External input specifications

CN5

No. 5

Lead wire

(PAC-YG10HA)

Orange Emergency stop/Normal

No. 6 Yellow Not used Not used Stop signal input

No. 7

No. 8

Blue Not used Not used Local remote controller operation

Gray Not used Not used Local remote controller operation

No. 9 Red External power supply 12VDC or 24VDC

(A) Level signals

1 If “Emergency stop/Normal operation signal” is selected, the unit will come to an emergency stop when the contact

turns on, and the unit will resume normal operation when the contact turns off. When emergency stop is reset, all units will remain stopped, including the ones that were operating before the emergency stop signal input was received. To return to the previous operation status, these units need to be manually restarted.

2 If “Run/Stop signal input” is selected, the unit will go into operation when external input signal contact turns ON, and the

unit will stop when the contact signal turns OFF.

Emergency stop/Normal

(level signal)

signal input

Run/Stop

(level signal)

Run/Stop signal input Operation signal input

prohibit signal input

permit signal input

0.5 - 1 second

Emergency stop

Stop Stop

Run/Stop, Prohibit/Permit

(pulse signal)

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Page 23

(B) Pulse signals

1 If pulse signals to operate the units are received while the units are in operation, the units will continue their operation

(same with the Stop, Prohibit, and Permit signals).

2 When operation from the local remote controllers is prohibited, Run/Stop mode, operation mode, temperature setting,

and filter reset settings cannot be changed from the local remote controller.

3 The pulse width (contact ON) should be between 0.5 and 1 second.

8-1-4. Recommended circuit

(A) Level signals

8 7 6 5

Red

Orange

Maximum

10m(32ft)

Run/Stop or Emergency stop

Power supply

(12VDC or 24VDC)

(*1)

Use relays that meet the following specifications for X1, X2, Y1, and Y2. Contact rating

Rated voltage: 12VDC or above Rated current: 0.1 A or above

CN5

PAC-YG50ECA

(B) Pulse signals

Minimum applied load: DC 1 mA or below

CN5

8 7 6 5

PAC-YG50ECA

Red

Gray

Blue

Yel lo w

Orange

Maximum

10m(32ft)

Power supply

Y2 Y1 X2 X1

(*1)

(12VDC or 24VDC)

Run Stop Prohibit Permit



1 Relays, DC power supplies, and extension cables are field supplied. 2 The maximum length of extension cable is 10 m (32 ft). (Use a cable with a diameter of at least 0.3 mm2.) 3 Cut the excess cable near the connector, and insulate the exposed cable end with tape.

8-2. External signal output function

* A separately sold external input/output adapter (PAC-YG10HA) is required to use the external signal output.

8-2-1. External output

Operation signal is output when one or more units are in operation, and error signal is output when one or more units are in

(*1)

error *1: Error signal is not output when the AG-150A or other controllers are in error.

8-2-2. External output specification

CN5

No. 1 Green Common GND for external output (external DC, power supply GND)

No. 2 Black Run/Stop

No. 3 Brown Error/Normal

1 Operation signal is output during an error.

Lead wire

(PAC-YG10HA)

8-2-3. Recommended circuit

With relays

CN5

(*2)

Brown

Black

Green

Maximum

PAC -YG5 0EC A

10m(32ft)

1 Each element turns on during operation and error. 2 The maximum length of extension cable is 10 m (32 ft). 3 Relays, lamps, diodes, and extension cables are field supplied.

Diode

Power supply

(*1)

Z1 L1

Z2 L2

L1 : Operation indicator L2 : Error indicator

Terminal type

Use relays that meet the following specifications for Z1 and Z2. Operation coil Rated voltage: 12VDC or 24VDC Power consumption: 0.9 W or less (*1) Use a power supply suitable for the type of relays used.

(12VDC or 24VDC)

(*2) Use a diode at both ends of the relay coils.

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Page 24

9 Detail setting switch setting method

IP address and other settings can be made with the detail setting switches on the PAC-YG50ECA.

SW601

16 0 0 0 1 0 0 0 0 IP address a 192

17 0 0 0 1 0 0 0 1b168

18 0 0 0 1 0 0 1 0c1

19 0 0 0 1 0 0 1 1d211

20 0 0 0 1 0 1 0 0 Subnet mask a 255

21 0 0 0 1 0 1 0 1b255

22 0 0 0 1 0 1 1 0c255

23 0 0 0 1 0 1 1 1d0

24 0 0 0 1 1 0 0 0 Gateway a 0

25 0 0 0 1 1 0 0 1b0

26 0 0 0 1 1 0 1 0c0

27 0 0 0 1 1 0 1 1d0

65 0 1 0 0 0 0 0 1

250 1 1 1 1 1 0 1 0

251 1 1 1 1 1 0 1 1

[0: OFF, 1: ON]

1 2 3 4 5 6 7 8

Setting items

M-NET address

Initial setting data Copy to USB memory

Initial setting data Read from USB memory

Factory

setting

–

IP address a.b.c.d (Factory setting: 192.168.1.211)

Subnet mask a.b.c.d (Factory setting: 255.255.255.0)

Gateway address a.b.c.d (Factory setting: 0.0.0.0)

M-NET address 00, 201 to 250 (Factory setting: 00)

Set to SW606: “0”; SW607: “0” Copy the setting data to the \[“EC_” + Serial Number]\ folder in the root folder of the USB memory.

Set to SW606: “0”; SW607: “0” Read the setting data from USB memory. Create [“SetupData_” + IP address]* folder in the root folder of the USB memory using PC. Save the setting data in the folder. *1: When the IP address of PACYG50ECA is “192.168.1.211”, the folder name will be [SetupData_192_168_1_211].

Explanation Notes

Set all SW602 to OFF. Reset the power after all settings have been made.

Reset the power after all settings have been made.

Note: The following types of USB memory are recommended. (As of Apr. 2009)

a: Manufacturer: Sandisk Model: SDCZ6-2048-J65RB Memory size: 2G b: Manufacturer: Kingston Model: DT400/2GBFE Memory size: 2G c: Manufacturer: I-O DATA Model: TB-BH2/2G/* Memory size: 2G d: Manufacturer: BUFFALO Model: RUF-C2GS-**/U2 Memory size: 2G e: Manufacturer:adata Model: C702 Memory size: 2G (* or ** in the models of c and d indicates color.)

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Page 25

9-1. Switch setting

How to set the switches is explained below, using an example of how to set No. 16 “IP address a” to “197 (C5 in hexadecimal notation).” Use hexadecimal notation to set the values using switches SW606 (upper digit) and SW607 (lower digit). The LED display is in decimal notation.

Steps Setting item Setting method 7-segment LED display

Select the item No. Set SW601 to [0001 0000]. [ _ 016] will appear for one second, and the

Enter a value. Set SW606 (upper digit) to “C”, and SW607

Save the setting. Press and hold SW605 for three seconds. [ End] will appears after [ 197] blinks.

(lower digit) to “5”.

Important Refer to section 10-1 “7-segment LED display and switch settings,” and check that the switches are set

correctly.

SW606 and SW607 preset values will appear.

[ 197]

Reset the setting when [ Err_ ] is displayed.

TB3

Switch Board

M-NET Board

7-segment LED

MAIN Board

TB1

SW601

Detail setting switch

(Use to select items)

SW605

Detail setting switch

(Use to save the settings)

SW606, SW607

Detail setting switch

(Use to select values and items to be displayed on the LED)

USB

SW604

Function setting switch

SW603

Function setting switch

SW602

Quick IP address setting switch

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Page 26

10 7-segment LED

The settings for switches SW601, SW606, and SW607 on the PAC-YG50ECA can be verified on the 7-segment LED.

Numerical display

(Example: 18.8)

Flag display

(Example: LD1, LD2, LD5, and LD7 are on.)

7-segment LED

SW601

Detail setting switch

(Use to select items)

SW605

Detail setting switch

(Use to save the settings)

SW606, SW607

Detail setting switch

(Use to select values and items to be displayed on the LED)

LD1

LD2

LD4 LD5

LD3

SW604

Function setting switch

SW603

Function setting switch

SW602

Quick IP address setting switch

LD6 LD7 LD8

On the switch board, set SW601 to “All OFF”, SW606 to “2,” and SW607 to “5.” The DB No. will appear on the 7-segment LED on the expansion controller. Refer to the following pages for other displays and switch settings.

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Page 27

10-1. 7-segment LED display and switch settings

SW601

1234 5678

0000 0000

0: OFF 1: ON

SW606 SW607

Expansion controller status CPU

Error detection [Error code] and [Error source address] appear alternately. The latest error appears if multiple

11 b

12 c

IP address

13 d

15 b

16 c

Subnet mask

17 d

19 b

1A c

Gateway

1B d

1D b

1E c

1F d

MAC address

20 e

21 f

2 2 M-NET address 000, 201 ~ 250

2 3 S/W version 00.00 ~ 99.99

2 5 DB number 00 ~ 99

Current date

2 A Second [Second]

AG-150A or other controllers connection status

B1 b

B2 c

AG-150A or other controllers 1 IP address

B3 d

B5 b

B6 c

AG-150A or other controllers 2 IP address

B7 d

B9 b

BA c

AG-150A or other controllers 3 IP address

BB d

BD b

BE c

AG-150A or other controllers 4 IP address

BF d

C1 b

C2 c

AG-150A or other controllers 5 IP address

C3 d

Item

Year [Year]

Month:

Date

Hour:

Minute

LD1 LD2 LD3 LD4 LD5 LD6 LD7 LD8

status

errors have occurred.

IP address a.b.c.d

Subnet mask a.b.c.d

Gateway address a.b.c.d

MAC address a-d-c-d-e-f

[Month: Date]

[Hour: Minute]

IP address a.b.c.d

Normal

operation

Display

Error Starting

Controller 5Controller 4Controller 3Controller 2Controller

Number of connected controllers

Notes

Refer to section 6 “Test run.”

[----] appears when there are no errors.

No connection: unlit Connecting: Top and bottom indicators are lit. Waiting for connection: Bottom indicator is lit.

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Page 28

SW601

1234 5678

0000 0001

0: OFF 1: ON

0000 0010

0: OFF 1: ON

0000 0001

0: OFF 1: ON

0000 0010

0: OFF 1: ON

SW606 SW607

Item

01 2

02 3

01 2

02 3

41 2

42 3

Error history M-NET

Date of error detection (year, month, date) M-NET

Time of error detection (hour, minute, second) M-NET

~~~

1 Latest

81 2

82 3

ECL error history

1 Latest

81 2

82 3

Date of ECL error detection (year, month, date)

1 Latest

LD1 LD2 LD3 LD4 LD5 LD6 LD7 LD8

Latest

[Error code] and [Error source address] appear alternately every second.

Latest

[year, month] and [date] will appear alternately every second.

Latest

[hour, minute] and [second] appear alternately every second.

[Error code] and [ 1] appear alternately every second.

[year, month] and [date] will appear alternately every second.

Display

C1 2

C2 3

Time of ECL error detection (hour, minute, second)

[hour, minute] and [second] appear alternately every second.

*1 ECL error: Communication error between the AG-150A etc. and expansion controller (PAC-YG50ECA)

Notes

Error history of air conditioners (M-NET)

Error history of the AG-150A

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Page 29

11 Error code list

Notes The list below contains all error codes. Some of these error codes may not be applicable to the system to

which the PAC-YG50ECA is connected.

11-1. M-NET error code

The following is a list of the error codes and their meaning. (A) indicates A-control units

0100 “Blanket unit error”

01*0 “Equipment abnormality *”

0403 “Serial transmission trouble”

0404 Indoor unit EEPROM abnormality (A)

0701 Combustion circuit abnormality (A)

0702 Overheat protection for the combustion heat exchanger (A)

0703 Accidental fire (A)

0704 Heater abnormality (A)

0705 Seismoscope malfunction (A)

0706 Flame current sensor abnormality (A)

0707 Ignition problem (A)

0708 Blower motor rotational speed abnormality (A)

0709 Oil pump circuit abnormality (A)

0900 “Test run”

1000 “Ref.cycle abnormality”

10*0 “Ref.cycle abnormality in line *”

1102 Discharge temperature abnormality (TH4) (A)

1108 Inner thermo (49C) trip (A)

11** “Ref.cycle temperature abnormality - Common operand: **”

12** “Ref.cycle temperature abnormality allowance - Common operand: **”

1300 Low pressure abnormality (63L trip) (A)

13** “Ref.cycle pressure abnormality - Common operand: **”

14** “Ref.cycle pressure abnormality allowance - Common operand: **”

1500 “Ref.cycle not operate due to overcharge”

1501 “Ref.cycle not operate due to undercharge” (/compressor shell temperature abnormality)

1502 “Ref.cycle not operate due to liquid back” /Low pressure abnormality (63L trip) (A)

1503 “Ref.cycle not operate due to coil frost”

1504 “Ref.cycle not operate due to overheat protection”

1505 “Ref.cycle not operate due to compressor vacuum operation protection/refrigerant low temperature abnormality”

1506 “Ref.cycle not operate due to refrigerant pump abnormality”

1507 “Ref.cycle not operate due to composition detection abnormality”

1508 “Ref.cycle not operate due to control valve fault”

1509 “Ref.cycle not operate due to high pressure abnormality (ball valve closed) ”

1510 “Ref. cycle gas leakage”

1511 “Ref.cycle not operate due to oil slick abnormality”

1512 “Ref.cycle not operate due to a stop of freezing protection function”

1513 “Ref.cycle brine freezing”

1559 “Oil balance circuit abnormality”

1600 “Ref.cycle - Preliminary overcharge refrigerant trouble”

1601 “Ref.cycle - Preliminary lacked refrigerant trouble”

1605 “Ref.cycle - Preliminary suction operation protection”

1606 “Ref.cycle - Preliminary gas pump abnormality”

1607 “Ref.cycle - Preliminary CS circuit closed detection abnormality”

1608 “Ref.cycle - Preliminary control valve abnormality”

1659 “Ref.cycle - Preliminary oil balance circuit abnormality”

2000 “Water system abnormality” (Pump interlock abnormality)

20*0 “Water system abnormality in line *”

21** “Water system temperature abnormality - Common operand: **”

22** “Water system temperature abnormality allowance - Common operand: **”

23** “Water system pressure abnormality - Common operand: **”

24** “Water system pressure abnormality allowance - Common operand: **”

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Page 30

2500 “Water system not operate due to water leak”

2501 “Water system not operate due to water supply suspension”

2502 “Water system not operate due to drain pump abnormality”

2503 “Water system not operate due to drain sensor abnormality/float switch function”

2504 “Water system not operate due to liquid level abnormality”

2505 “Water system not operate due to cool water valve abnormality”

2506 “Water system not operate due to warm water valve abnormality”

2507 “Water system not operate due to dew condensation prevention control activated”

2600 “Water system operation restricted due to water leak”

2601 “Water system operation restricted due to water supply suspension/humidifier water supply suspension”

2602 “Water system operation restricted due to drain pump abnormality”

2603 “Water system operation restricted due to drain sensor abnormality”

2604 “Water system operation restricted due to liquid level abnormality”

3152 “Air system operation restricted due to inverter control box inner temperature abnormality”

3182 “Air system operation restricted due to housing inner temperature abnormality”

3252 “Air system operation restricted due to preliminary control box temperature abnormality”

3600 “Air system operation restricted due to filter clogging”

3601 “Air system operation restricted due to filter maintenance”

3602 “Air system operation restricted due to damper position detecting abnormality”

37** “Air system operation humidity abnormality allowance - Common operand: **”

38** “Air system operation humidity abnormality - Common operand: **”

4000 “Electric system abnormality”

40*0 “Electric system abnormality in line *”

4100 “Electric system not operate due to overcurrent shut-off”

4101 “Electric system not operate due to overcurrent protection”

4102 “Electric system not operate due to open phase” /Open phase (T phase), (A)

4103 “Electric system not operate due to reversed phase/open phase”

4104 “Electric system not operate due to electric leak”

4105 “Electric system not operate due to short circuit”

4106 “Electric system not operate due to self power supply OFF/power failure”

4107 “Electric system not operate due to overlord”

4108 “Electric system not operate due to overlord protection/OCR51C” /Open phase (S phase), Open connector 51CM(A)

4109 “Electric system not operate due to OCR51F”

4110 “Electric system not operate due to high voltage part”

4111 “Electric system not operate due to bus current”

4112 “Electric system not operate due to coil overheat 49°C”

4113 “Electric system not operate due to heater overheat”

4114 “Electric system not operate due to fan controller abnormality”

4115 “Electric system not operate due to power supply synchronism abnormality” /Input circuit (circuit board) defect

4116 “Electric system not operate due to motor abnormality/speed abnormality”

4117 Compressor self-protection function trip (A)

4118 Reversed phase detection circuit (circuit board) problem (A)

4119 More than 2 connectors are open.(A)

4121 “Electric system not operate due to trouble in equipment to which a measure against higher harmonics is taken”

4123 “Electric system not operate due to Inverter output error”

4124 “Electric system not operate due to damper abnormality”

4125 “Electric system - Rush-proof circuit abnormality”

4126 “Electric system - Preliminary overcurrent protection/OCR51C”

4162 “Electric system not operate due to compressor coil temperature abnormality delay”

4163 “Electric system not operate due to preliminary fan controller abnormality”

4165 “Electric system not operate due to preliminary power synchronization error”

4171 “Electric system - Preliminary trouble in equipment to which a measure against higher harmonics is taken”

4200 “Inverter abnormality”

420* “Inverter abnormality - Inverter No.: *”

4210 “Inverter overcurrent shut-off”

421* “Inverter overcurrent shut-off - Inverter No.: *”

4220 “Inverter bus voltage insufficiency” / Voltage abnormality (A)

422* “Inverter bus voltage insufficiency - Inverter No.: *”

4230 “Inverter radiating thermostat abnormality”

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423* “Inverter radiating thermostat abnormality - Inverter No.: *”

4240 “Inverter overcurrent (overload) protection”

424* “Inverter overcurrent protection - Inverter No.: *”

4250 “Inverter IPM/bus voltage abnormality” /Power module abnormality (A)

425* “Inverter IPM abnormality *”

4260 “Inverter cooling fan trouble”

426* “Inverter cooling fan trouble - Inverter No.: *”

4300 “Inverter abnormality allowance”

430* “Inverter abnormality allowance - Inverter No.: *”

4310 “Inverter overcurrent shut-off allowance”

431* “Inverter overcurrent shut-off allowance - Inverter No.: *”

4320 “Inverter bus voltage insufficiency allowance”

432* “Inverter bus voltage insufficiency - Inverter No.: *”

4330 “Inverter radiating thermostat abnormality allowance”

433* “Inverter radiating thermostat abnormality allowance - Inverter No.: *”

4340 “Inverter overcurrent protection abnormality”

434* “Inverter overcurrent protection abnormality - Inverter No.: *”

4350 “Inverter IPM abnormality allowance”

435* “Inverter IPM abnormality allowance *”

4360 “Inverter preliminary cooling fan trouble”

436* “Inverter preliminary cooling fan trouble - Inverter No.: *”

5000 “Sensor trouble”

50*0 “Sensor trouble in system *”

51** “Temperature sensor trouble - Sensor No.: **”

5202 Open connector (63L) (A)

52** “Pressure sensor trouble - Sensor No.: **”

5300 Current sensor abnormality (A)

53** “Current sensor trouble - Sensor No.: **”

54** “Humidity sensor trouble - Sensor No.: **”

55** “Gas sensor trouble - Sensor No.: **”

56** “Air speed sensor trouble - Sensor No.: **”

57** “Limit switch trouble - Switch No.: **”

58** “Sensor trouble - Sensor No.: **”

59** “Other sensors trouble - Sensor No.: **”

6000 “System abnormality”

6101 “System not operate due to abnormality - With response frame”

6102 “No answer back”

6200 “Controller H/W abnormality”

6201 “E2PROM abnormality”

6202 “RTC abnormality”

6500 “Communication error”

6600 “Communication error - Address duplicate”

6601 “Communication error - Polarity unsettled”

6602 “Communication error - Transmission processor hardware error”

6603 “Communication error - Transmission line busy”

6604 “Communication error - No ACK (06H) (communication circuit error)”

6605 “Communication error - No response frame”

6606 “Communication error - Transmission processor communication error”

6607 “Communication error - No ACK return”

6608 “Communication error - No return of response frame”

6609 “Communication error”

6610 “Communication error”

6700 “Communication error - K-transmission abnormality”

6701 “Communication error - K-transmission error”

6702 “Communication error - K-address duplicate”

6750 “Communication error - K abnormality code PO”

6751 “K abnormality - Room temperature thermistor abnormality”

6752 “K abnormality - Indoor coil thermistor abnormality, Condensation temperature sensor abnormality”

6753 “K abnormality - Transmit/receive error”

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6754 “K abnormality - Drain sensor abnormality, Float switch function”

6755 “K abnormality - Drain pump abnormality”

6756 “K abnormality - Coil frost/overheat protection”

6757 “K abnormality - System error”

6758 “K abnormality - Outdoor unit trouble, Indoor/outdoor communication error”

6761 “K abnormality - Room temperature thermistor abnormality”

6762 “K abnormality - Indoor coil thermistor abnormality, Condensation temperature sensor abnormality”

6763 “K abnormality - Transmit/receive error”

6764 “K abnormality - Drain sensor abnormality”

6765 “K abnormality - Drain pump abnormality”

6766 “K abnormality - Coil frost/overheat protection”

6767 “K abnormality - Outdoor unit trouble - Indoor/outdoor communication error”

6771 “K abnormality - High pressure abnormality, Low pressure abnormality”

6772 “K abnormality - Inner thermostat function, Discharge temperature abnormality, Shell thermostat function, Overcurrent protection”

6773 “K abnormality - Radiator plate thermostat function”

6774 “K abnormality - Outdoor thermistor abnormality”

6775 “K abnormality - Pressure sensor abnormality, Indoor/outdoor communication error”

6776 “K abnormality - Overcurrent shut-off”

6777 “K abnormality - System error”

6778 “K abnormality - Normal”

6779 “K abnormality - Refrigerant overcharge, Abnormal voltage, Abnormal CT sensor”

6800 “Communication error - Other communication errors”

6801 “Communication error - V-control communication error”

6810 “Communication error - UR communication error”

6811 “Communication error - UR communication synchronism not recover”

6812 “Communication error - UR communication hardware error”

6813 “Communication error - UR communication status bit detection error”

6820 “Other communication errors”

6821 “Other communication errors - Transmission line busy”

6822 “Other communication errors - No communication ACK”

6823 “Other communication errors - No response command”

6824 “Other communication errors - Receive data error”

6830 “Communication error - MA communication refrigerant address double setting error”

6831 “Communication error - No MA communication reception error”

6832 “Communication error - MA communication synchronism not recover”

6833 “Communication error - MA communication transmission/reception hardware trouble”

6834 “Communication error - MA communication start bit detection error”

6840 “Communication error - A control no indoor/outdoor communication/reception abnormality”

6841 “Communication error - A control indoor/outdoor communication synchronization recovery abnormal”

6844 “A control indoor/outdoor communication incorrect indoor/outdoor wiring connection, excessive number of indoor units (more than

6845 “Communication error - A control indoor/outdoor communication incorrect indoor/outdoor wiring connection (telecommunication,

6846 “Communication error - A control indoor/outdoor communication startup time exceeded”

7000 “System abnormality”

7100 “System abnormality - Total capacity error”

7101 “System abnormality - Capacity code error”

7102 “System abnormality - Connecting unit number excess”

7103 “System abnormality - Piping length setting error”

7104 “System abnormality - Floor height setting error”

7105 “System abnormality - Address setting over 254”

7106 “System abnormality - Attribute setting error”

7107 “System abnormality - Distributor setting error”

7108 “System abnormality - Ref. system setting error”

7109 “System abnormality - Connection setting error”

7110 “System abnormality - Ref. system connection/connection data unsettled”

7111 “System abnormality - I/O connection equipment not connected/remote controller sensor abnormality”

7112 “System abnormality - I/O type setting error”

7113 “System abnormality - Equipment unsettled”

five units)”

disconnection)”

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7116 “System abnormality - Replace non-wash setting error”

7117 “System abnormality- Model identification setting error”

7130 “System abnormality - Different unit model error”

7131 “System abnormality- Mixed cooling only H/P connection error (Facility PAC)”

7132 “System abnormality - Multiple entries of operation performance (Facility PAC)”

7200 “System abnormality - Numeric values unsettled”

7201 “System abnormality - Numeric values unsettled”

73** “System abnormality - LON-system equipment abnormality”

11-2. ECL error code

[6920] No response error

[6922] Response ID error

[7901] Maximum connectable No. of units exceeded

[7902] Connection lock error

[7903] Unit information error

[7904] System setting error

[7905] Version error

*1 ECL error: Error between the AG-150A etc. and expansion controller (PAC-YG50ECA)

NOTE:

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 resonable 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.

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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

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 Authorized representative in EU: MITSUBISHI ELECTRIC EUROPE B.V.

HARMAN HOUSE, 1 GEORGE STREET, UXBRIDGE, MIDDLESEX UB8 1QQ, U.K.

WT05578X01 Printed in Japan Recycled Paper