Gree FGR25Pd/DNa-X, FGR30Pd/DNa-X, FGR20Pd/DNa-X, FGR40Pd/D(2)Na-X Service Manual
P Contents
PRODUCT.........................................................................................................................1
1 Product List...........................................................................................................................2
2 Nomenclature........................................................................................................................2
3 Specifications.......................................................................................................................3
CONTROL.........................................................................................................................5
1 Wired Controller....................................................................................................................6
2 Remote Controller YAP1F...................................................................................................9
3 Introduction to IDU Functions..........................................................................................10
4 Monitoring Software...........................................................................................................20
INSTALLATION..............................................................................................................63
1 Engineering Installation Preparation and Notice..........................................................64
2 Installation Materials Selection........................................................................................65
3 Installation of Indoor Unit..................................................................................................67
4 Installation of outdoor unit...............................................................................................71
5 Installation of drain pipe....................................................................................................73
6 Electrical Installation.........................................................................................................76
DEBUGGING & MAINTENANCE..................................................................................78
1 Debugging of Unit..............................................................................................................79
2 Malfunction List..................................................................................................................83
3 Troubleshooting..................................................................................................................85
4 After-sales Emergency Masures....................................................................................104
5 Wiring Diagram.................................................................................................................105
6 Disassembly And Assembly Procedure Of Main Parts..............................................107
7 Exploded Views And Part List........................................................................................109
Duct type split Air conditioner Inverter Series
PRODUCT
1
Duct type split Air conditioner Inverter Series
1 Product List
Cooling
Capacity
Model
kW kW
FGR20Pd/DNa-X 20 22
FGR25Pd/DNa-X 25 27.5
FGR30Pd/DNa-X 30 33
Heating
Capacity
3N/380-41
5V/50Hz/
Power
Supply
60Hz
Refrigerant
R410a
Appearance
Outdoor Indoor
FGR40Pd/D(2)Na-X 40 43
2 Nomenclature
2
Duct type split Air conditioner Inverter Series
NO. Description Options
1 Ducted Type Air Conditioner -
Cooling only type-omitted
2 Unit type
Auxiliary hot water plate and pipe type-W
3 Cooling capacity Nominal cooling capacity (kW)
Heat pump
4 Frequency conversion system
5 Design No. Arranged based on A, B, C, D,and so on
6 Refrigerant
Others to be applied for when they are used
7 Power type
(The unit to be exported must be expressed)
8 Indoor and outdoor unit code
Fixed frequency-omitted
Frequency conversion-Pd
R22-omitted
R407-N
R410a-Na
380-415V 3Ph～,50/60Hz-X
Outdoor unit-(O)
Indoor unit-(I)
The entire unit is not expressed.
3 Specifications
Model Heat pump FGR20Pd/DNa-X FGR25Pd/DNa-X
Capacity
Power input
Current input
Indoor unit
Outdoor unit
Connection
pipe
Loading
quantity
EER/COP W/W 2.55/3.25 2.65/3.10
Power supply Ph/V/Hz 3N/380-415/(50/60) 3N/380-415/(50/60)
Refrigerant charge volume kg 6.4 8.0
Dimension
(W×D×H)
Net Weight/Gross weight kg 82/104 99/134
Dimension
(W×D×H)
Net Weight/Gross weight kg
diameter
Max. distance
Cooling kW 20 25
Heating kW 22 27.5
Cooling kW 7.8 9.4
Heating kW 6.8 8.9
Cooling A 16.5 18.9
Heating A 14.4 17.2
Airflow volume
ESP
Sound pressure level dB(A) 52 53
Sound pressure level dB(A) 62 63
Outer
20'GP/40'GP/40'HQ set 12/24/24 10/20/22
Rated Pa 120 120
Range Pa 0-250 0-250
Outline mm 1460×790×365 1690×870×440
Package mm 1575×880×385 1785×985×450
Outline mm 940×320×1430 940×460×1615
Package mm 1020×420×1460 1020×560×1645
Liquid Inch(mm) Φ3/8 Φ3/8
Gas Inch(mm) Φ3/4 Φ7/8
Height mm 30 30
Length mm 50 50
CFM
m3/h
2178
3700
120/130
2472
4200
146/162
3
Duct type split Air conditioner Inverter Series
Model Heat pump FGR30Pd/DNa-X FGR40Pd/D(2)Na-X
Capacity
EER/COP W/W 2.65/3.20 2.60/3.10
Power input
Current input
Refrigerant charge volume kg 9.5 6.4×2
Indoor unit
Outdoor unit
Cooling kW 30 40
Heating kW 33 43
Power supply Ph/V/Hz 3N/380-415/(50/60) 3N/380-415/(50/60)
Cooling kW 11.3 15.4
Heating kW 10.3 13.9
Cooling A 22.7 27.8
Heating A 20.7 26.4
Airflow volume
ESP
Sound pressure level dB(A) 55 56
Dimension
(W×D×H)
Net Weight/Gross weight kg 105/145
Sound pressure level dB(A) 65 66
Dimension
(W×D×H)
Net Weight/Gross weight kg 175/190
Rated Pa 120 120
Range Pa 0-250 0-250
Outline mm 1690×870×440 1680X900X650
Package mm 1785×985×450 1800X1020X670
Outline mm 940×460×1615 940×320×1430
Package mm 1020×560×1645 1020×420×1460
CFM 3060 4120
m3/h 5200 7000
165/210
(120/130) X2
Outer
Connection
pipe
Loading
quantity
Note:
Specifications may be changed due to product improvement. Please refer to nameplates of the units.
◆
Noise data are collected from a semi-anechoic room. Decibels may be slightly higher in actual operation due to
◆
environmental change.
Above parameters are tested under the condition:high fan speed
◆
Cooling : Indoor air temperature 27°C DB/19°C WB, Outdoor air temperature 35°C DB/24°C WB;
◆
Heating : Indoor air temperature 20°C DB/15°C WB, Outdoor air temperature 7°C DB/6°C WB.
◆
diameter
Max.
distance
20'GP/40'GP/40'HQ set 10/20/22 7/18/18
Liquid Inch(mm) Φ1/2 Φ3/8
Gas Inch(mm) Φ1 Φ3/4
Height mm 30 30
Length mm 50 50
4
Duct type split Air conditioner Inverter Series
CONTROL
5
Duct type split Air conditioner Inverter Series
1 Wired Controller
1.1 Control panel
Fig1.1 Appearance of wired controller
Fig1.2 LED graphics of wired controller
Table 1.1 LED display instruction
No. Symbols Instructions
1
Up and down swing function
2
3
4
5
6
7
8
*
*
Left and right swing function
It's valid under Save mode and displays during setting process.
Temperature lower limit for Cooling: Limit the minimum temperature value
under Cooling or Dry mode.
Temperature upper limit for Heating: Limit the maximum temperature value
under Heating, Space Heating or 3D Heating
mode.
Auto mode (Under Auto mode, the indoor units will automatically select their
operating mode as per the temperature
change so as to make the ambient comfortable.)
It shows the setting temperature value(In case the wired controller is controlling
a Fresh Air Indoor Unit, then the
temperature zone will display FAP)
Cooling mode
Dry mode
Fan mode
6
Duct type split Air conditioner Inverter Series
No. Symbols Instructions
9
10
11
12
13
14
15
16
17
18
19
20
21
*
-*
*
*
Heating mode
When inquiring or setting project number of indoor unit, it displays "NO." icon
Floor Heating mode (When Heating and Floor Heating simultaneously shows
up, it indicates 3D Heating is activated.)
Display "SET" icon under parameter setting interface
Space Heating mode
Display "CHECK" icon under parameter view interface
Outdoor unit operates under Save mode/upper limit of system capacitor less
100%/remote Save status
Sleep status
Current set fan speed (including auto, low speed, medium-low speed, medium
speed, medium-high speed, high speed
and turbo seven status)
Air status, Indoor unit optional function
Remind to clean the filter
Quiet status (including Quiet and Auto Quiet two status)
Allow auxiliary electric heating On icon
22
23
24
25
26
27
28
29
30
31
32
33
34
*
*
Light On/Off function
X-fan function
Health function, Indoor unit optional function
Reserved function
Out function
Outdoor unit defrosting status
Gate-control function
Shielding status
Child Lock status
One wired controller controls multiple indoor units
Save status of indoor unit
It indicates the current wired controller is the slave wired controller (address of
wired controller is 02)
Memory status (The indoor unit resumes the original setting state after power
failure and then power recovery)
35
36
37
Note: When wired controller is connected with different indoor units, some functions will be different
Invalid operation
Current wired controller connects master indoor unit
Timer zone:Display system clock and timer status
1.2 Installation and removal
1.2.1 Installation dimensions
7
Duct type split Air conditioner Inverter Series
1.2.2 Installation method
Fig1.3 Installation dimensions
Fig1.4 Installation of Wired Controller
Above is a simple installation method of wired controller. Please pay attention to the following:
Before installation, disconnect power of the indoor unit. Do not operate when power is connected.
◆
Pull out the 2-core twisted pair cable from the installation hole on the wall and lead it through the hole
◆
on the back plate of wired controller.
Place the wired controller on wall and secure its back plate on
◆
ect the 2-core twisted pair cable to terminal H1 and termi
Conn
◆
Stick the cable in the slot that is left of the terminals and buc
◆
back plate.
Note:
If
caliber of the communication cord is too large, which causes difficulty in leading or sticking the cord
according to above point 2 and point 5, strip some of the sheath of the communication cable to meet the
installation requirement.
wall with screw M4X25.
nal H2. Tighten up the screws.
kle the wired
controller’s panel with its
1.2.3 Removal method
8
Duct type split Air conditioner Inverter Series
Fig1.5 Removal of Wired Controller
1.2.4 Connection of communication cord
Fig1.6 One wired controller controls one indoor unit
2 Remote Controller YAP1F
9
Duct type split Air conditioner Inverter Series
Button name and function introduction
No. Button name Function
1 ON/OFF Turn on or turn off the unit
2 TURBO Set turbo function
3 MODE Set operation mode
4 Set up&down swing status
5 I FEEL Set I FEEL function
6 TEMP Switch temperature displaying type on the unit’s display
7 Set health function and air function
8 LIGHT Set light function
9 X-FAN Set X-FAN function
10 SLEEP Set sleep function
11 CLOCK Set clock of the system
12 TOFF Set timer off function
13 TON Set timer on function
14 Set left&right swing status
15 FAN Set fan speed
3 Introduction to IDU Functions
Indoor unit functions cover user operation functions and engineering application functions. For user
operation functions, refer to wired controller and remote controller.
Engineering application functions include:
SN Function Name
1 User parameter query
10
Duct type split Air conditioner Inverter Series
2 User parameter settings
3 Engineering parameter query
4 Engineering parameter settings
Engineering application functions can be operated through the IDU wired controller(XK46).
3.1 User Parameter Query
User parameters can be queried in power-on or power-off status.
(1) Press and hold the “FUNCTION” button for five seconds to enter the user parameter query interface.
The temperature area displays “C00” and “V
Select a parameter code by pressing “ ” or “ ”
(2)
Press the “ENTER/CANCEL” button to return to the upper-level menu till quitting parameter query.
(3)
iew” is on.
.
The user parameter query list is as follows:
Parameter
Code
C00
C06
C07
C08
C09
C12
C17
Parameter Name
Parameter
setting ingress
Preferential
operation query
Indoor
environment
temperature
query
Prompt time
query for air filter
cleaning
Wired controller
adress query
Outdoor
environment
temperature
query
Indoor relative
humidity query
Parameter
Range
Display mode:
Timer area: displays the project numbe
-
00: common
operation
01:
preferential
operation
-9 to 99
4-416: days Timer area: displays the prompt time for air filter cleaning.
01, 02
-9 to 99
20-90
current IDU.
Note: If the current HBS network consists of multiple
IDUs, only the IDU that has the minimum project
number is displayed.
Operation method:
In “C06” status, press the “MODE” button to enter the
preferential operation query interface. Press “ ” or “ ” to
switch the IDU SN.
Display mode:
Temperature area: displays the project number of the
current IDU.
Timer area: displays the preferential operation setting
value of the current IDU.
Operation me
In “C07” status, press the “MODE” button to enter the
indoor environment temperature query interface. Press "
" or " " to switch the IDU SN.
Display mode:
Temperature area: displays the project number of the
current IDU.
Timer area: displays the temperature value of the indoor
environment temperature sensor after replenishment.
Timer area: displays the adress of the current wired
controller.
Timer area: displays the temperature value of the
environment temperature sensor of the master ODU.
Operation method:
In “C17” status, press the “MODE” button to enter the
indoor relative humidity query interface. Press “▲” or “▼”
to switch the IDU SN.
Display mode:
Temperature area: displays the relative humidity value.
Timer area: displays the project number of IDU (project
numberes are arranged from small to large).
If the HBS network consists of only one IDU, the timer
area directly displays the IDU relative humidity value in
the “C17” interface.
thod:
View Method
r of the
11
Duct type split Air conditioner Inverter Series
Note:
In parameter query status, "FAN", “TIMER”, "SLEEP", and "SWING" are invalid. By pressing the
“ON/OFF” button, users can return to the main interface but not power on/off the unit.
3.2 User Parameter Settings
User parameters can be set in power-on or power-off status.
(1) Press and hold the “FUNCTION” button for five seconds. The temperature area displays “C00”.
Press and hold the “FUNCTION” button for another five seconds to enter the wired controller
parameter setting interface. The temperature area
displays “P00”.
(2) Select a parameter code by pressing “ ” or “ ”. Press the “MODE” button to switch to parameter
value settings. The parameter value blinks. Adjust the parameter value by pressing “ ” or “ ” and
then press the “ENTER/CANCEL”
(3)
Press the “ENTER/CANCEL” button to return to the upper-level menu till quitting parameter
button to complete settings.
settings.
(4) The user parameter setting list is as
Parameter
Code
P10
P11
P13
P30
Parameter
Name
Master IDU
settings
Infrared
connection
settings of
wired controller
Wired controller
address
settings
Static pressure
settings for
indoor fan
Parameter Range
00: does not change the
master/slave status of the
01: sets the current IDU
01: master wired
02: slave wired controller
Type 1: 03.04.05.06.07
01.02.03.04.05.06.07.08.
follows:
current IDU
to master IDU
00: disabled
01: enabled
controller
Type 2:
09
Default
Val ue
00
01
01
05
Remark
After the IDU connected
with the current wired controller is
successfully set to master IDU, "MASTER"
on the wired controller is on.
This setting can only be enabled through the
master wired controller.
When the infrared remote receiving function
of the wired controller is disabled, neither the
master nor slave wired controller can receive
remote signals. The wired controllers can
only be operated by pressing.
When two wired controllers simultaneously
control one IDU, the two wired controllers
should use different addresses. The slave
wired controller (address: 02) does not have
the unit parameter setting function except its
own address settings.
After identifying the IDU type, the wired
controller only displays the available
static pressure levels.
The static pressure levels fall into
1)
levels
and nine levels for VRF IDUs. T
w
ired controller only displays t
pressur
identified IDU t
2) W
w
levels, the
adj
accord
princi
receiv
control
monitori
rang
3)Duri
setting val
e levels matched with t
ype.
hen the HBS network co
ith both five and nine static pr
wired controller displays ni
ustable static pressure leve
ing to the maximum co
ple. If the static pressure
ed by the IDU from the wi
ler, remote controller
ng system exceed the
e, the limit value prevai
ng power-on and synchroniza
ue of static pressure
five
he
he static
he
nsists of IDUs
essure
ne
ls
ntrol
levels
red
, or remote
setting
ls.
tion, the
levels is
12
Duct type split Air conditioner Inverter Series
Parameter
Code
P31
P33
P34
P37
P38
P43
P46
Parameter
Name
High-ceiling
installation
Timer function
settings
Repeating
validity for
time-point
timing
Cooling setting
temperature in
automatic mode
Heating setting
temperature in
automatic mode
Preferential
operation
settings
Accumulated
time clearing for
air filter
cleaning
Parameter Range
00: standard-ceiling
installation height
01: high-ceiling
installation height
00: common timing
01: time-point timing
00: single timing
01: repeated everyday
17°C -30°C 25
16°C -29°C 20
00: common operation
01: preferential operation
00: not cleared
01: cleared
Default
Val ue
00
00
00
00
00
Remark
determined by settings of the IDU.
This setting is valid only when the timer
function is set to time-point timing.
Cooling setting temperature – heating setting
temperature ≥ 1.
Note: The two settings are still valid in
remote shielding status.
When power supply is insufficient, users are
allowed to power on/off the IDU set with
preferential operation and other IDUs are
forcibly powered off. A fault code is displayed
on the IDU that is forcibly powered off.
Note:
In parameter setting status, "FAN", “TIMER”, "SLEEP", and "SWING" are invalid. By pressing the
“ON/OFF” button, users can return to the main interface but not power on/off the unit.
3.3 Engineering Parameter Query
Engineering parameters can be queried in power-on or power-off status.
Press and hold the “FUNCTION” button for five seconds to enter the engineering parameter query
interface. The temperature area displays “C00” and “View” is on.
(1) Within five seconds after “C00” is displayed, continuously press the “MODE” button for three times in
an interval less than one second to enter engineering parameter query.
(2) Select a parameter code by pressing “ ” or “ ”
Press the “ENTER/CANCEL” button to return to the upper-level menu till quitting parameter query.
(3)
In the engineering parameter query interface, users can also query user parameters listed in Table 3.1.
The engineering parameter query list is as
Parameter
Code
C00
C02
Parameter Name
Parameter setting
ingress (default)
Indoor unit
capacity query
Parameter
Range
follows:
-
-
.
View Method
Display mode:
Timer area: displays the project number of the current IDU.
Note: If the current HBS network consists of multiple IDUs, only
the IDU that has the minimum project number is displayed.
Operation method:
In “C02” status, press the “MODE” button to enter the preferential
operation query interface. Press " " or " " to switch the project
number of IDU.
13
Duct type split Air conditioner Inverter Series
Parameter
Code
C05
C10
C13
C14
Parameter Name
Historical fault
query ingress of
IDU
Static pressure
setting query of
ODU
Outdoor unit
network number
query
Temperature
query for
inlet-tube
temperature
sensor of IDU
Parameter
Range
Display mode:
Temperature area: displays the project number of the current IDU.
Timer area: displays the current IDU capacity/IDU capacity after
adjustment.
Operation method:
1. In “C05” status, press the “MO
fault quer
Five historical
faults
00: 0 Pa
20: 20 Pa
50: 50 Pa
82: 82 Pa
1-255 Timer area: displays the network number of the current ODU.
-9 to 99
numb
of the current IDU. Press “
the “ENTER/CANCEL” button to return to the upper-level menu.
Display mode:
Temperature area: displays the fault SN and fault code.
Timer area: displays the project number of IDU.
Operation method:
In “C10” status, press the “MODE” button to enter static pressure
setting query of ODU. Press " " or " " to switch the ODU
address.
Display mode:
Temperature area: displays the address of the current ODU.
Timer area: displays the static pressure setting value.
O
peration method:
In “C14” status, press the “MODE” button to enter inlet-tube
temperature sensor query of IDU. Press " " or " " to switch the
IDU SN.
Display mode:
Temperature area: displays the project number of the current IDU.
Timer area: displays the temperature value.
If the HBS network consists of only one IDU, the timer area
directly displays the temperature value in the “C14” interface.
No matter Fahrenheit or Centigrade remote signals are received,
the temperature is displayed in Centigrade.
When the wired controller displays the inlet-tube temperature after
receiving signals from the remote controller, the inlet-tube
temperature of the IDU that has the minimum project number in the
HBS network is displayed by default.
y interface. Press " " or " " to switch the proj
er of IDU. Press the “MODE” button to enter fault code quer
View Method
DE” button to enter the hist
” or “ ” to switch th
e fault SN. Press
orical
ect
y
14
Duct type split Air conditioner Inverter Series
Parameter
Code
C15
C16
n2
Parameter Name
Temperature
query for outlet
temperature
sensor of IDU
Opening degrees
query of electronic
expansion valve
of IDU
Capacity
configuration ratio
upper-limit of
outdoor/IDU
Parameter
Range
-9 to 99
0-20
35: 135%
50: 150%
View Method
O
peration method:
In “C15” status, press the “MODE” button to enter outlet
temperature sensor query of IDU. Press " " or " " to switch the
IDU SN.
Display mode:
Temperature area: displays the project number of the current IDU.
Timer area: displays the temperature value.
If the HBS network consists of only one IDU, the timer area
directly displays the temperature value in the "C14" interface.
No matter Fahrenheit or Centigrade remote signals are received,
the temperature is displayed in Centigrade.
When the wired controller displays the inlet-tube temperature after
receiving signals from the remote controller, the inlet-tube
temperature of the IDU that has the minimum project number in the
HBS network is displayed by default.
Operation method:
In “C16” status, press the “MODE” button to enter electronic
expansion valve opening degree query of IDU. Press " " or " "
to switch the IDU SN.
Display mode:
Temperature area: displays the project number of the current IDU.
Timer area: displays the opening degree value.
If the HBS network consists of only one IDU, the timer area
directly displays the opening degree value of electronic expansion
valve in the “C16” interface.
When the wired controller displays the opening degree of
electronic expansion valve after receiving signals from the remote
controller, the opening degree of electronic expansion valve of the
IDU that has the minimum project number in the HBS network is
displayed by default.
Temperature area: displays the parameter code.
Timer area: displays the setting value of capacity configuration
ratio of the current outdoor/IDU.
n6
n7
Historical fault
query ingress of
ODU
Parameter query
ingress of ODU
Five historical
faults
01-13
25-29
Operation method:
In “n6” status, press the “MODE” button to enter fault code query
of ODU (when a wired controller controls multiple IDUs, only the
faults memorized by the IDU that has the minimum project number
can be queried). Press “ ” or “ ” to switch the fault SN. Press
the “ENTER/CANCEL” button to return to the upper-level menu.
Display mode:
Temperature area: displays the fault SN and fault code from left to
right (1-5, faults are arranged from the earliest to the latest).
Timer area: displays the project number of the ODU.
Operation method (n7 query is not supported for the slave wired
controller):
In “n7” status, the timer area is not displayed. Press the “MODE”
button to enter parameter query of ODU. The first bit in the
temperature area (display bit of the ODU module ID) blinks. Press
“▲” or “▼” to switch the ODU module ID. Press the “MODE”
button to select an ODU module. In this case, the first bit in the
temperature area stops blinking, and the second and third bits in
the temperature area display the parameter code. The timer area
15
Duct type split Air conditioner Inverter Series
Parameter
Code
A6
nb
Parameter Name
Unit
cooling/heating
function
Bar code query of
IDU
Parameter
Range
nA:
cooling/heating
nC:
single-cooling
nH:
single-heating
nF: air supply
0-9, A-Z, a-z, -
View Method
displays a corresponding parameter value. Press “▲” or “▼” to
switch the parameter code and press the “ENTER/CANCEL”
button to return to the upper-level menu.
Display mode:
Temperature area: displays the ODU module ID and parameter
code from left to right.
Timer area: displays a corresponding parameter value to the right.
Parameter
Code
01
02
03
04
05 Module high-pressure °C
06 Module low-pressure °C
07
08
09
10
11
12
13
25
(Actual value = Displayed value *
26
(Actual value = Displayed value *
27
(Actual value = Displayed value *
28 Defrosting temperature °C
29
30
31 Oil return temperature °C
32
33 Outlet temperature of condenser °C
Temperature area: displays the parameter code.
Timer area: displays the cooling/heating function setting value of
the current unit.
Operation method (nb query is not supported for the slave wired
controller):
In “nb” status, the timer area is not displayed. Press the “MODE”
button to enter bar code query. The temperature area displays
“nb” and the project number in the timer area blinks. Press “▲” or
Parameter Name Unit
Outdoor environment
temperature
Operation frequency of
compressor 1
Operation frequency of
compressor 2
Operation frequency of outdoor
fan
Discharge temperature of
compressor 1
Discharge temperature of
compressor 2
Discharge temperature of
compressor 3
Discharge temperature of
compressor 4
Discharge temperature of
compressor 5
Discharge temperature of
compressor 6
Operation frequency of
compressor 3
Outdoor unit heating EXV1
10)
Outdoor unit heating EXV2
10)
Subcooler EXV
10)
Liquid-extracting temperature of
subcooler
Outlet temperature of
accumulator
Inlet-tube temperature of
condenser
°C
Hz
Hz
Hz
°C
°C
°C
°C
°C
°C
Hz
PLS
PLS
PLS
°C
°C
°C
16
Duct type split Air conditioner Inverter Series
Parameter
Code
Parameter Name
Parameter
Range
View Method
“▼” to switch the project number of IDU.
Press the “MODE” button to select an IDU. The temperature area
displays “Un” and the timer area displays “-n”. Press “▲” or “▼” to
display the entire-unit bar code and controller bar code of IDU.
Press the “ENTER/CANCEL” button to return to the upper-level
menu. The temperature area displays “nb” and the timer area
displays the project number of the queried IDU. Press the
“ENTER/CANCEL” button again to return to the upper-level menu.
Display mode:
Temperature area: displays nb/Un/Pc/bar code.
Timer area: displays -n/project number/bar code.
The following is an example:
Example
Entire-init bar
code of IDU
N1r0128150066
Controller bar
code of IDU
N1r0128150067
Temperature
Area
Un (to the
right)
N1r 0128
150 066
Pc -n
N1r 0128
150 067
Timer
Area
-n
(in the
middle)
Remark 1 Remark 2
indicates
It
that the
following is
the entire-unit
bar code of
IDU.
indicates
It
the former
seven bits of
the bar code.
indicates
It
the latter six
bits of the bar
code.
It
indicates
that the
following is
the controller
bar code of
IDU.
indicates
It
the former
seven bits of
the bar code.
It
indicates
the latter six
bits of the bar
code.
Press “▼” to
display
downward and
press “▲” to
display
upward.
Note:
1. Un indicates the entire-unit bar code of IDU and Pc indicates
the controller bar code of IDU.
2. When there is only one IDU, press the “MODE” button in “nb”
status to enter bar code query without selecting the project
number of IDU.
3. The system quits the query status if no operations are
performed in 60 seconds.
4. The bar code query starts from the entire-unit bar code of IDU
and ends at the controller bar code of IDU without circulation. That
is, the query does not start again even if users press “▼”.
Note:
In parameter query status, "FAN", “TIMER”, "SLEEP", and "SWING" are invalid. By pressing the
“ON/OFF” button, users can return to the main interface but not power on/off the unit.
3.4 Engineering Parameter Settings
Engineering parameters can be set in power-on or power-off status.
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Duct type split Air conditioner Inverter Series
(1) Press and hold the “FUNCTION” button for five seconds. The temperature area displays “C00”.
Continuously press the “MODE” button for
“FUNCTION” button for
temperature
Select a parameter code by pressing “ ” or “ ”. Press the “MODE” button to switch to parameter
(2)
area displa
five seconds to enter the engineering paramete
ys “P00”.
three times, and then press and hold the
r setting interface. The
value settings. The parameter value blinks. Adjust the parameter value by pressing “ ” or “ ” and
then press the “ENTER/CANCEL”
(3)
Press the “ENTER/CANCEL” button to return to the upper-level menu till quitting parameter
button to complete settings.
settings.
In the engineering parameter setting interface, users can also set user parameters. The engineerin
paramete
Parameter
r setting list is as follows:
Code
P15
P17
P20
P21
P22
P32
Parameter Name Parameter Range Default Value Remark
Power-down
memory mode
Historical fault
clearing for IDU
Environment
temperature
sensor settings
for IDU
Corrected value
of environment
temperature
sensor of IDU (for
cooling,
dehumidifying,
and air supply)
Corrected value
of environment
temperature
sensor of IDU (for
heating, fast
heating, and air
warming)
Capacity
00: standby after
power-down recovery
01: restoring the original
status after power-down
recovery
00: not cleared
01: cleared
01: temperature sensor
of air return vent
02: temperature sensor
of wired controller
03: temperature sensor
of air return vent for
cooling, dehumidifying,
and air supply;
temperature sensor of
wired controller for
heating
04: temperature sensor
of wired controller for
cooling, dehumidifying,
and air supply;
temperature sensor of
air return vent for
heating
-15 to +15
-15 to +15
-40% to +40% 00
00 --
Historical faults of all IDUs controlled
00
03
Temperature
sensor of unit:
0°C; temperature
sensor of wired
controller: 0°C
Temperature
sensor of unit:
-2°C;
temperature
sensor of wired
controller: 0°C
by the current wired controller are
cleared.
When there are master and slave
wired controllers and the
temperature sensor of wired
controller is used, only the
temperature sensor of the master
wired controller is used by default.
Note:
1) In automatic mode, the
envir
settings are invalid for a common
IDU but the setting value is
memorized.
2)The environment temperat
sensor settin
fresh-air IDU.
sensor of air return vent is used by
defau
Press “ ” or “ ” to add or reduce
by 1°C.
Press ” ” or ” ” to add or reduce
by 1°C.
The temperature sensor of unit and
the temperature sensor of wired
controller share the same corrected
value.
In heating mode, corrected value of
temperature sensor of unit =
corrected value of temperature
sensor of wired controller - 2°C.
Press " " or " " to add or reduce
onment temperature sensor
gs are invalid for
The temperature
lt.
g
ure
a
18
Duct type split Air conditioner Inverter Series
Parameter
Code
P35
P36
P40
P52
Parameter Name Parameter Range Default Value Remark
adjustment
function of IDU
Factory setting
recovery for user
functions
Factory setting
recovery for
engineering
settings
Prevention for
heat collection
Setting of indoor
rotate speed in
efficiency testing
mode
00: invalid
01: valid
00: invalid
01: valid
00: disabled
10: 10 seconds
20: 20 seconds
30: 30 seconds
40: 40 seconds
50: 50 seconds
60: 60 seconds
100~1800
00
00
00
by 10%.
Select "01" and then press and hold
the “ENTER/CANCEL” button to
restore the factory settings for user
functions (factory setting recovery
fails if remote shielding is valid).
Select "01" and then press and hold
the “ENTER/CANCEL” button to
restore the factory status for
engineering settings (factory setting
recovery fails if remote shielding is
valid).
It indicates the number of seconds
for enabling the low-level fan every
15 minutes.
In P52, timer area show the actual
rotate speed of AHRI indoor fan
motor. Quick press “MODE”, enter
into setting interface, timer area
show the rotate speed of indoor fan
motor and twinkle, press “▲”
and”▼” to select the rotate speed,
Press “Mode” and hold for
0~5s, the rotate speed of indoor fan
motor will increase or decrease by
single digits; Press “MODE” and
hold for 5~10s, the rotate speed of
indoor fan motor will increase or
decrease by ten digits, within its
maximum and minimum value
(100~1800). Quick press
“Confirm/Cancel” to confirm and
return to last status,
P67
n0
n1
n3
n4
A7
Select the way of
adjusting static
pressure
System
conservation
operation settings
Defrosting period
settings
Forcible
defrosting
Highest capacity
output limitation
settings for ODU
Silent function of
ODU
00: manually
01:automatically
00: comfortability
preferred
01: conservation
preferred
40: 40 minutes
50: 50 minutes
60: 60 minutes
00: common
01: forcible defrosting
08: 80%
09: 90%
10: 100%
00: no silent function
01-09: intelligent
00
00
50
-
10
00
Present Way:
Temperature area: P52
Timer arer: Indoor fan motor rotate
speed.
-
After settings, it automatically
restores to "00".
Enter query in “n4” status. The
temperature area displays the
function code and the timer area
displays the corresponding function
setting value.
Enter query in “A7" status. The
temperature area displays the
function code and the timer area
19
Duct type split Air conditioner Inverter Series
Parameter
Code
Note:
In parameter setting status, "FAN", “TIMER”, "SLEEP", and "SWING" are invalid. By pressing the
“ON/OFF” button, users can return to the main interface but not power on/off the unit.
Parameter Name Parameter Range Default Value Remark
nighttime silent mode
10-12: forcible silent
mode
displays the corresponding function
setting value.
3.5 Failure Display
When a fault occurs during the system operation, the temperature area of wired controller displays
the fault code. When multiple faults occur, fault codes are circularly displayed.
When a fault occurs, power off the unit and ask for professional maintenance personnel for help.
The following figure shows the power-on high-pressure protection fault interface.
Power-on High-pressure Protection Fault Interface
4 Monitoring Software
4.1 Function introduction
Integrating with telecommunication technology and computing software, Gree Commissioning Tool
Kits can realize the comprehensive monitor, control and commissioning on central air conditioners. It is
an efficient solution for the management of central air conditioners that are separated in different parts of
a building. Administrator doesn’t need to control every unit on site, but rather controls the units by just
sitting in front of a computer. This will not only improve the productivity, but also reduce cost on human
resources, property and management.
Gree Commissioning Tool Kits can monitor and control the duct type split air conditioner inverter
series. User can monitor and control units by monitoring the computer. This software is an efficient tool
for the intelligent air conditioning management as well as installation and after-sales service and
commissioning. It can debug units and control units’ operation status quickly and conveniently. It will not
only improve the productivity but also reduce the difficulty and cost of commissioning and maintenance,
providing better and faster service to customers.
20
Duct type split Air conditioner Inverter Series
4.2 Connection of computer and units
It can be connected with single-system network or multi-system network. In the single-system
network, indoor units or outdoor units are connectable, while in the multi-system network, only the
master outdoor unit can be connected.
Seen from the diagram, Gree commissioing network is made up of 3 parts:
The 1st part is the monitoring computer, including Gree debugger and Gree USB converter driver
that are installed in the computer.
The 2nd part is Gree USB converter, which is to convert the air conditioning communication into
computing communication. This part is made up of Gree USB data converter and USB data wire.
The 3rd part is air conditioners, including outdoor units, indoor units and the connection wires. If
connection wire is not long enough, it’s OK to connect via the patching board of the commissioning tool
kits. In a single-system network, both indoor units and outdoor units can be connected, while in a
multi-system network, only the master outdoor unit can be connected.
4.3 Parts introduction
4.3.1 List of parts
Name Model Material no. Remark
Gree USB data converter MC40-00/B 30118027
Gree Commissioning Tool Kits
(CD-ROM)
USB wire \ 40020082
Communicaiton board \ 30118015
Board connection wire (1m) \ 4001023229 4-core wire connecting units and converter
Board connection wire (5.5m) \ 4001023214 4-core wire connecting units and converter
Instruction manual \ 66174100018 Instruction manual
DG40-33/A(C) 36400000003
4.3.2 Gree USB data converter
4.3.2.1 Functions introduction
Convert the air conditioning communication
into computing communication
Include Gree debugger, monitoring software,
USB driver and USB converter configuring
software.
Wire connecting computer’s USB interface
and converter
This board can be used when units are far
from the computer.
Gree USB data converter will convert the RS485, HBS and CAN commucation within the air
conditioners into the communication that is recognizable by computer’s USB interface.
4.3.2.2 Appearance
21
Duct type split Air conditioner Inverter Series
4.3.2.3 Operation instruction
Power LED: a red light. If the red light is on, it indicates normal power supply. If the red light is off,
it indicates the power supply of converter is not normal.
Communication LEDs: yellow lights. When converter is working and the computer is transmitting
data, the TX data transmitting light will be flickering. When units are uploading data to the
22
Duct type split Air conditioner Inverter Series
computer, the RX data receiving light will be flickering.
When converter is under RS485 data transferring mode, the function LED
be on.
When converter is under CAN data transferring m
on.
When converter is under HBS data transferring mode, the function LED of HBS to USB will be
on.
USB interface: connect U
CAN interface: When converter is under CAN communication mode, conn
CAN data interface. CAN interface exh
HBS interface: When HBS converter is under HBS communication mode, connect air
conditioner’s HBS data interface. HBS interface exhibits no polarity (This interface is not yet
available for Gree debugger and the monitoring software)
RS485 interface: When RS485 converter is under RS485 communication mode, co
conditioner’s RS485 d
different.
SB data wire.
ibits no polarity (A and B are equal).
ata interface. RS485 interface exhibits polarity and terminal A and B are
ode, the function LED of CAN to USB will be
.
of RS485 to USB will
ect air conditioner’s
nnect air
4.3.2.4 Installation notice
Install indoors. To avoid collision, it is suggested to place it in the monitoring room together with
the computer.
No need of power supply. Power is supplied through computer’s USB interfac
e.
4.3.3 Communication board
Communication board is mainly used for transferring data. It functions similar with a patching board.
Provided that units are far away from the monitoring computer, communication board can be used for
connection.
4.3.4 Communication cord
4.3.4.1 USB wire
Connect USB wire with computer’s USB interface at one end and with the USB interface of USB
data convert
er at the other end, as indicated below
:
USB Wire
4.3.4.2 Board Connection Wire
There are 2 board connection wires supplied for the commissioning tool kits. One is 1 meter’s
long and the
other is 5.5 meters’ long. They are only different in l
23
ength. One end of the wire shall
Duct type split Air conditioner Inverter Series
connect with air conditioner’s communication interface and the other end shall connect with CAN
interface of Gree USB converter. As shown below, the wire can be connected to the
communication interface of outdoor unit or the communication interface of indoor unit:
4.4 Software introduction
Board Connection Wire
One-bu
（1）
Personnel r
pressing one button according to the commissioning logic of
commissioning order to units. Then commissioning
During the commissionin
interface. If any commissioning pr
Compr
（2）
tton commissioning
esponsible for the commissioning of
g, the corresponding process will be ticked in
ocess is not normal, it will be displayed in r
ehensive monitoring
air conditioners can start commissioning by
software, which will give the
will be started up automatically step by step.
green on the software
ed.
The software can monitor every part of the air conditioning system, including functions, eq
and components operating statu
user can acquire the ope
（3）
Real-tim
e control
Air conditioner’s oper
rating status of the entire system conveniently and straightforwardly.
ating time and requirements may be different based on areas and functions.
s. The monitoring results will be displayed in text or curve so
User can set units’ parameters on computer according to actual needs, such as th
temperature,
fan speed, mode, etc. Meanwhile, the software can also set or view the
parameters of outdoor units, gateway and other equipment. In this way, the mangement of central
uipment
that
e on/off,
function
air conditioners is realized
ay history
Repl
（4）
Software can replay and
speed can be selected and the information will be shown in text or cu
saved the time to track p
Applicable to multiple series, mo
（5）
Gree Commissioning Tool Kits is applicable to
.
save the historical monitoring information in the
data base. The replay
rve. This function has greatly
roblem cause and resolved the difficulty of problem reprod
dels and users
air conditioning system that comsists of multiple
uction.
series and models. Later, it will be developed to cover all series of Gree central air conditioners,
such as multi VRF, centrifugal chiller, screw type chiller, ground source heat pump units,
24
modular
Duct type split Air conditioner Inverter Series
units, fan coiled units, close control units, etc. It can be used by system and controller designers to
develop and monitor units, or used for maintenance and commissioning.
Other functions
（6）
For the convenience of users, the software has added functions like connection guide, printing
screen, opening database folder, rebuilding database, changing database saving path, etc.
4.4.1 Software installation
4.4.1.1 Installation requirements
Computer Configuration
（1）
Memory
Hard Disc 10 GB available
CPU
Windows Server 2003 SP3 or higher
Operation System
1 GB at least
2 GB or above is preferred
Core 2 or higher
1 GHz at least
2 GHz or above is preferred
Windows XP SP3 or higher
Windows Vista
Windows 7
(2) CD Playing
Make sure you have administrator access to the computer and there is a CD-ROM in the computer.
Put the CD into the CD-ROM. If it’s automically running, then the following display will be shown. Or
double-click the file “Launcher.exe”.
For the first time to use Gree Commissioning Tool Kits, install these programmes: .Net Framework
4.0, USB Data Converter, Access Driver (necessary for versions below OFFICE 2007), Gree Debugger.
25
Duct type split Air conditioner Inverter Series
4.4.1.1 Installation flowchart
Button Graphics
This flowchart describes basically the software installation process. See below for details.
4.4.1.2 Installation process
(1) Install .Net Framework 4.0
If your computer has installed .Net Framework 4.0 or versions above, there’s no need to install
again. Otherwise, click “Install .Net Framework 4.0”.
26
Extracting files
Duct type split Air conditioner Inverter Series
Click and select “I have read and accept the license terms”. Then click “Install”.
27
Installation is in progress.
Duct type split Air conditioner Inverter Series
Click “Finish” to complete the installation.
28
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