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21

3.

While the system is in operation, check the following on
the outdoor unit:

a. No abnormal vibration or noise is noticed.
b. Condenser fan is in operation.
c. Indicator light is showing normal operation and no

error is indicated.

NOTE: If the unit is turned off or restarted, there is a time
delay of 3 minutes for the compressor to start from the time the
power is restored.

MAINTENANCE

EVERY 3 MONTHS:

• Check the air filter condition. Clean or replace if

necessary.

EVERY 6 MONTHS — Follow the 3-month maintenance
schedule. In addition:

• Clean condensate tray with suitable cleaning agent.

• Clean the grille and panel if applicable.
EVERY 12 MONTHS — Follow the 6-month maintenance
schedule. In addition:

• Be sure all electrical connections are secure.

• Check condensate pump operation if applicable.

• Check the heating and cooling action to confirm proper

operation.

INDOOR UNIT ADDRESSING

For proper system operation, each indoor unit must have a

unique address set from 0 to 63. When setting an address by
remote controller; the outdoor units, indoor units, and MDC
must be powered on. If “FE” is displayed on the LED screen or
display board, this unit has no address. After setting all indoor
unit addresses, turn off the power supply to all indoor units to
clear the errors.

Indoor unit addressing can be distributed automatically in

the heat pump system. When dip switch “S6” on the outdoor
unit’s main PCB board is set to 00 (default set in factory),
indoor units are set for auto-addressing. When powering on for
the first time, it takes 6 minutes or more to finish auto-
addressing each indoor unit. The heat recovery system cannot
accomplish this function at this time.

Wireless Remote Controller (40VM900001)  — 

 

Indoor unit addressing can be performed using the wireless 
remote controller. When using the wireless controller, the user 
must maintain a line of sight with the receiver on the indoor 
unit. See Fig. 35 for a description of the buttons on the wireless 
remote.

1.

Use a tool to press and hold the LOCK button for at least
10 seconds. 

2.

Press       to activate. 

3.

Click        or         to select an address and press        to send
the setting.

To display an indoor unit address, use a tool to press and

hold the LOCK button for at least 10 seconds, and press        to
query the addresses.

Non-Programmable Controller (40VM900002)

 — 

When setting an address, connect only one wired 

controller to an indoor unit.

Press 

ROOM TEMP

 and 

SWING

 simultaneously for 3

seconds. If there is no address for this indoor unit, the display
shows 

FE# 00

 (see Fig. 36). Otherwise, the display shows the

current address of the indoor unit. 

CAUTION

When servicing or repairing this unit, use only factory-
approved service replacement parts. Refer to the rating
plate on the unit for complete unit model number, serial
number and company address. Any substitution of parts or
controls not approved by the factory will be at the owner’s
risk and may result in equipment damage.

CAUTION

To avoid equipment damage, do not attempt to reuse any
mechanical or electrical controllers that have been wet.
Replace defective controller.

RESET

TIMER ON

TIMER OFF

SWING

AIR DIRECTION

CLOCK

OK

SWING

MODE

FAN

AUTO

COOL

DRY

HEAT

FAN

TEMP

SET

CLOCK

SET

HOUR

FAN SPEED

LOCK C/H

6 – AIR DIRECTION

2 – FAN SPEED SETTING

4 – ADJUST UP

9 – CLOCK SETTING

10 – TIMER ON

14 – OK (CONFIRM)

11 – TIMER OFF

1 – MODE SETTING

5 – ON/OFF

3 – ADJUST DOWN

7 – AIR VERT. SWING

8 – AIR HORIZ. SWING

12 – RESET

13 – LOCK

15 – COOL/HEAT

A40-1734

Fig. 35 — Wireless Remote Controller 

(40VM900001)

MODE

FAN

TEMP. DOWN

OK

TEMP. UP

ON/OFF

TIMER

ROOM TEMP.

SWING

#

Fig. 36 — Non-Programmable Controller 

(40VM900002) IDU Addressing Menu

Summary of Contents for 40VMM

Page 1: ...ectrical Code CSA Canadian Standards Association C22 1 Understand the signal words DANGER WARNING and CAUTION DANGER identifies the most serious hazards which will result in severe personal injury or...

Page 2: ...t size Figures 2 and 3 show unit dimensions Figures 4 12 show fan performance curves CAUTION DO NOT re use compressor oil or any oil that has been exposed to the atmosphere Dispose of oil per local co...

Page 3: ...Heat insulation Condensate connection 1 For drainage Clamp 1 Connect the drain hose to condensate connection Copper nut 1 Use for pipe connection LED display panel 1 Operation and error display Copper...

Page 4: ...BA Low 31 8 32 7 31 4 31 9 34 2 39 4 40 8 41 2 Medium 32 1 32 4 33 7 32 7 33 6 36 3 42 3 43 8 43 8 High 33 2 32 7 36 8 35 9 38 6 42 0 46 7 47 8 48 0 UNIT Unit Dimensions W x H x D in 39 1 4 x 8 1 4 x...

Page 5: ...w Mounting Brackets 4 Fig 3 40VMM012 048 Dimensions NOTE All dimensions shown in inches 40VMM UNIT SIZE DIMENSION in A B C D E F G H I J K L M 012 36 1 4 10 5 8 25 22 1 2 39 3 4 2 5 8 28 1 3 8 7 10 1...

Page 6: ...M a x E S P Lower Limit of ESP ESP ESP M Speed L Speed Fig 4 Size 007 Fan Curves LEGEND ESP FAN SPEED RANGE OF AVAILABLE AIRFLOW RATE IN H SPEED Max Point Mid Point Min Point Max CFM SP in Mid CFM SP...

Page 7: ...r Limit of ESP Min ESP Lower Limit of ESP Rating ESP Lower Limit of ESP Min ESP Fig 6 Size 012 Fan Curves ESP FAN SPEED RANGE OF AVAILABLE AIRFLOW RATE IN H SPEED Max Point Mid Point Min Point Max CFM...

Page 8: ...mit of ESP Min ESP Lower Limit of ESP Rating ESP Lower Limit of ESP Min ESP Fig 8 Size 018 Fan Curves LEGEND ESP FAN SPEED RANGE OF AVAILABLE AIRFLOW RATE IN H SPEED Max Point Mid Point Min Point Max...

Page 9: ...imit of ESP Min ESP Lower Limit of ESP Rating ESP Lower Limit of ESP Min ESP Fig 10 Size 030 Fan Curves ESP FAN SPEED RANGE OF AVAILABLE AIRFLOW RATE IN H SPEED Max Point Mid Point Min Point Max CFM S...

Page 10: ...Max CFM SP in Mid CFM SP in Min CFM SP in 0 10 H 1509 0 00 1370 0 10 1165 0 20 0 20 H 1576 0 07 1370 0 18 1165 0 28 0 30 H 1576 0 17 1370 0 29 1165 0 36 0 40 H 1576 0 31 1370 0 41 1165 0 47 0 50 H 157...

Page 11: ...ll trades in their parts of the installation Units must be installed in compliance with all applicable local code requirements IDENTIFYING AND PREPARING UNITS Be sure power requirements match availabl...

Page 12: ...ews that secure the filter frame to the rear of the unit 2 Remove the screws that secure the return air cover plate to the bottom of the unit and set the cover plate aside See Fig 15 below Apply Foam...

Page 13: ...unit and ends at the outdoor unit or MDC Multiport Distribution Controller for Heat Recovery systems The refrigerant piping should be dry and free of dust and other impurities The bending angle of the...

Page 14: ...sturbance on the controls side See Fig 22 and 23 for wiring diagrams NOTE The indoor unit requires its own power supply Indoor units are not powered through outdoor units WARNING Electrical shock can...

Page 15: ...XS1 4 XT1 2 Terminal Block Optional Component or Field Wiring Fig 22 40VMM007 009 Typical Wiring Diagram EEV A H B H FM ALARM PUMP CN24 CN2 N3 CN1 C 8 EARTH Y G CN15 CN9 CN17 Y G L1 L2 controller To w...

Page 16: ...t use copper conductors only ACB Auxiliary Control Board ALARM Warning Lamp AUXH Output For Auxiliary Heat CS Condensate Switch CTON Output for Cooling Operation EEV Electronic Expansion Valve FAN DC...

Page 17: ...Fig 30 and 31 for typical communication wiring of the heat pump and the heat recovery systems Fig 25 Shearing Outdoor Connector Fig 26 Stripping The Wire Fig 27 Connecting Communication Wire to Outdoo...

Page 18: ...No 2 indoor To Sub MDC Main MDC unit To outdoor To outdoor L1 L2 L3 L3 L3 L3 L4 L4 L5 L6 L7 L8 L9 L10 L11 Indoor unit 1 HA HB Indoor unit 2 Indoor unit 3 Indoor unit 4 Indoor unit 5 Indoor unit 6 HA...

Page 19: ...ontroller HA HB L1 L3 L5 L6 L7 L8 L9 L10 L11 L3 L3 L3 L3 Indoor unit 1 Indoor unit 2 Indoor unit 4 Indoor unit 5 Indoor unit 6 Indoor unit 3 P Q HA HB HA HB HA HB HA HB HA HB HA HB P Q Network Resisto...

Page 20: ...any water It may take time for the water to travel depending on the length of the drain pipe 4 During this test check any bends or joints for leakage System Operation Check Once the installation and...

Page 21: ...00001 Indoor unit addressing can be performed using the wireless remote controller When using the wireless controller the user must maintain a line of sight with the receiver on the indoor unit See Fi...

Page 22: ...DU ADDRESSING Press MENU OK to access this setting 3 Press TEMP UP or TEMP DOWN to choose the address you want to set see Fig 39 Press MENU OK to send this address to the IDU 4 Press BACK twice or wai...

Page 23: ...one Heating Cooling Mode Conflict E1 None Communication Error Between Indoor and Outdoor Unit E2 None Check Indoor Ambient Temperature Sensor T1 E4 None Check Evaporator Temperature Sensor T2B E5 None...

Page 24: ...on Error Between Indoor Unit and Controller Signal wires are short circuited or disconnected Check or reconnect signal wires Signal wires close to electromagnetic source Distance signal wires from ele...

Page 25: ...cated on the main control board When J1 jumper is not in place Auto Restart function is enabled When J1 jumper is in place Auto Restart function is disabled The default setting for J1 is without the j...

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