SAMSUNG DVM Air Conditioner
2010
Outdoor Outdoor Units Units DVM PLUS III High Ambient
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Outdoor Units
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I. Products
1 2 3
Outdoor units
6
Indoor units
9
Accessories
11
II. Outdoor units
1 2 3 4 5 6 7 8
Specifications
14
Dimensional drawing
21
PCB connector layout
22
Electrical wiring diagram
24
Sound pressure level
25
Operation limit
26
Cycle operation mode
27
Cycle function parts
34
2
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Products
III. Installation 38
Space requirements
39
Placing the outdoor units
43
Electric specifications
44
Wiring works
46
Refrigerant piping works
48
Option switches & function keys
54
Error codes
56
Installation
Outdoor unit combinations
Outdoor units
1 2 3 4 5 6 7 8
3
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DVM PLUS III
4
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Products
I. Products 1 Outdoor units..............................................6 2 Indoor units.................................................9 3 Accessories..............................................11
5
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1 Outdoor units 1-1. Nomenclature Model name
RD RVX
100 100
VH
QT
XT
GF
AE
Classification Outdoor unit
Refrigerant R
D J D
DVM FJM CAC
R410A
X
Rating voltage Capacity* ×1/10 HP(3 digits)
Type General
V
Unitary (RoofTop)
R
DVM SLIM
S
DVM MINI
M
GHP
G
Water DVM
D
220V, 60Hz
B
220~240V, 50Hz
E
380~415V, 50Hz, 3 phase
G
380V, 60Hz, 3 phase
H
460V, 60Hz, 3 phase
J
Version Export
A~Z
Airflow direction TROPICAL H/P
Q
TROPICAL C/O
T
H/P
H
C/O
C
H/R
R
6
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1-2. Line-up Products
TON
6.4
8.0
9.5
HP
8
10
12
Model Name
RD080/100/120VQXGA
TON
12.8
14.4
16.0
17.5
19.0
HP
16
18
20
22
24
Model Name
RD160/180/200/220/240VQXGA
TON
20.8
22.4
HP
26
28
Model Name
24.0
25.5
27.0
28.5
30
32
34
36
RD260/280/300/320/340/360VQXGA
7
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1 Outdoor units 1-3. Outdoor unit combinations 1) Basic models Classification
Single unit
Capacity (Ton)
Capacity (HP)
Model
6.4
8
RD080VQXGA
8.0
10
RD100VQXGA
9.5
12
RD120VQXGA
Capacity (Ton)
Capacity (HP)
12.8
16
2
14.4
18
1
16.0
20
2
17.5
22
1
19.0
24
20.8
26
2
1
22.4
28
1
2
24.0
30
3
25.5
32
2
1
27.0
34
1
2
28.5
36
2) Combinations Classification
Module unit
Basic model RD080VQXGA
RD100VQXGA
RD120VQXGA
1
1 2
3
8
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2 Indoor units 2-1. Nomenclature Products
Model name
AVX RVX
CV
SH
HT
022 100
EF
EE
Capacity*
Classification Indoor unit (R410A)
×1/10 kW (3 digits)
AVX
* Index
Classification by product group Cassette type
C
Duct type
D
Wall mounted type
W
Convertible type
T
Product notation Slim 1way Cassette type
Duct type Wall mounted type
S
Notation 022 028 036 045 056 060 071 090 112 128 140
Cooling 2.2 2.8 3.6 4.5 5.6 6.0 7.1 9.0 11.2 12.8 14.0
Heating 2.5 3.2 4.0 5.0 6.3 6.8 8.0 10.0 12.5 13.8 16.0
2way
2
Mini 4way
M
4way
4
Rating voltage
Slim
S
1Ø, 220V, 60Hz
B
Middle Static Pressure
U
1Ø, 208V~230V, 60Hz
C
MB
B
1Ø, 220V~240V, 50Hz
E
Neo Forte
N
Mode Heat Pump/Heat Recovery
Version H
Export
A~Z
9
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2 Indoor units 2-2. Line-up Capacity Type
2.2kW
2.8kW
3.6kW
4.5kW
5.6kW
6.0kW
7.1kW
9.0kW
11.2kW
12.8kW
14.0kW
Slim 1 way cassette Mini 4 way cassette 4 way cassette Slim duct MSP duct NeoForte
10
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3 Accessories Classification
Controller
Interface module
Controller Centralized control system
Interface module
Individual control Controller system Controller
Model
Guest room management system
Application model
DMS
MIM-D00A
DVM Series, FJM, CAC
S-NET 3
MST-P3P
DVM Series, FJM, CAC
S-NET mini
MST-S3W
DVM Series, FJM, CAC
SiM
MIM-B12
DVM Series, FJM
Centralized controller
MCM-A202B
DVM Series, FJM, CAC
Function controller
MCM-A100
DVM Series, FJM, CAC
Operation mode selection switch
MCM-C200
DVM Series
Centralized controller interface module
MIM-B13B
Mini DVM(R410A), DVM PLUS III, FJM
Wireless remote controller
MR-CH01
Cassette, Duct(Receiver needed)
Wired remote controller(Premium)
MWR-WS0T
Cassette, Wall-mounted, Duct, Console
Wired remote controller (Multi function)
MWR-WE00
Cassette, Wall-mounted, Duct, Console
Wired remote controller
MWR-WH00
Cassette, Wall-mounted, Duct, Console
Simplified wired remote controller
MWR-SH00
Cassette, Wall-mounted, Duct, Console
Wireless signal MRK-A00 receiver
Building management system
Image
Products
Integrated management system
Product
Wireless signal receiver kit Receiver MRW-10A wire
Duct (For wireless remote controller)
7-day scheduler
MWR-BS00
Cassette, Wall-mounted, Duct
Lonworks interface module
MIM-B07
DVM Series, FJM
Key-tag interface module
MIM-B02
DVM Series, FJM
External contact interface module
MIM-B14
Mini DVM(R410A), DVM PLUS III, FJM(Non MHTTTFKEA)
Duct (For wireless remote controller)
DVM Series : Mini DVM, DVM PLUS III
11
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3 Accessories Classification
Feature
Y-joint
Outdoor joint (Outdoor Connection)
Header joint
EEV kits
Drain pump
Front panel
Model
Description
MXJ-YA1509K
15.0 kW and below
MXJ-YA2512K
Over 15.0 ~ 40.6 kW and below
MXJ-YA2812K
Over 40.6 ~ 46.4 kW and below
MXJ-YA2815K
Over 46.4 ~ 69.6 kW and below
MXJ-YA3119K
Over 69.6 ~ 98.6 kW and below
MXJ-YA3819K
Over 98.6 ~ 100.5 kW and below
MXJ-T3819K
Below 36 HP
MXJ-HA2512K
Below 46.4 kW
MXJ-HA3115K
Below 69.6 kW
MXJ-HA3819K
Over 69.7 kW
MXD-A13K116A
Below 3.6 kW (1 Room) + 5.6 kW ~9.0 kW (1Room)
MXD-A13K200A
Below 3.6 kW (2 Rooms)
MXD-A16K200A
5.6 kW~9.0 kW (2Rooms)
MXD-A22K200A
Over 9.0 kW (2Rooms)
MXD-A13K216A
Below 3.6 kW (2 Rooms) + 5.6 kW ~ 9.0 kW (1Room)
MXD-A13K300A
Below 3.6 kW (3 Rooms)
MXD-A16K213A
Below 3.6 kW (1 Room) + 5.6 kW ~ 9.0 kW (2Rooms)
MXD-A16K300A
5.6 kW ~ 9.0 kW (3Rooms)
MEV-A13SA
Below 3.6 kW (1 Room)
MEV-A16SA
5.6 kW ~ 9.0 kW (1Room)
MDP-E075SEE
Slim Duct (2.2 ~ 7.1) kW
MDP-E075SEE1
Slim Duct (9.0 ~ 14.0) kW
MDP-M075SGU1
MSP Duct (9.0/11.2) kW
MDP-M075SGU2
MSP Duct (12.8/14.0) kW
MDP-M075SGU3
MSP Duct (5.6/7.1) kW
PSSMA
Slim 1 way cassette
PMSMA
Mini 4 way cassette
P4SMA
4 way cassette
Relevant unit
Remark
DVM PLUS III
Requisite
DVM PLUS III
Requisite
DVM PLUS III
Requisite
Wall-mounted (For 2 indoor units)
Wall-mounted (For 3 indoor units)
Option
Wall-mounted (For single unit)
-
Option
-
Requisite
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II. Outdoor units 1 Specifications.......................................... 14 Outdoor units
2 Dimensional drawing................................21 3 PCB connector layout...............................22 4 Electrical wiring diagram..........................24 5 Sound pressure level................................25 6 Operation limit...........................................26 7 Cycle operation mode..............................27 8 Cycle function parts..................................34
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1 Specifications Type Model Name Basic Power Supply Mode*1) Horse Power Cooling*2) Performance
Capacity
Cooling*3)
Heating*4) Cooling*2) Cooling*3) Heating Cooling*2) Nominal Running Cooling*3) Current Heating Circuit Breaker (MCCB/ELB/ELCB) Cooling*2) Cooling*3) Heating Nominal Input Power
COP
Model
Compressor
Fan
Type Charging
Type / Control Motor Output Airflow Rate External Static Pressure
kW
A A -
Type Number Piston Displacement Output Lubricant
Ø/ V/ Hz HP kW Btu/h TR kW Btu/h TR kW Btu/h TR
Max.
Mechanical Type Safety Devices Electronic Type
EA cc/Rev kW cc W m3/min mmAq Pa -
Piping Connections
Liquid Gas Oil (Flare) Installation Limitation
Max. Length Max. Height
Type Factory Charging Sound4) Sound Pressure Net Weight Shipping Weight Set Size Net Dimensions (WxHxD) Shipping Dimensions (WxHxD) Main Power (Below 50m) Cable Communication Cooling Operating Temp. Range Heating Refrigerant
Ø, mm Ø, mm Ø, mm m m kg dB(A) kg kg mm mm mm2 mm2 °C °C
RD080VQXGA 3/ 380~415/ 50 Heat Pump 8 22.4 76,400 6.4 22.4 76,400 6.4 25.0 85,300 7.1 5.09 8.09 5.74 8.5 14.3 10.9 25 4.40 2.77 4.36 ZPD72KCE- ZP72KCE-TFD TFD Digital Scroll Fixed Scroll 1 1 67.1 67.1 5.75 5.65 3MAF POE 1,981 1,981 Propeller/BLDC 630 170 8 78.5 High Pressure Switch Crank Case Heater Fuse for PCB Over Voltage Protection Current Transformer Fan Motor Overheat/Current protector 9.52 19.05 6.35 200 50 (40) R410A 8.5 57 280 297 1200 x 1668 x 765 1268 x 1868 x 832 CV 2.5 0.75~1.5 -5~50 -20~24
RD010VQXGA 3/ 380~415/ 50 Heat Pump 10 28.0 95,500 8.0 25.0 85,300 7.1 31.5 107,500 9.0 7.36 8.93 7.18 13.1 15.7 12.7 30 3.40 2.80 4.39 ZPD72KCE- ZP72KCE-TFD TFD Digital Scroll Fixed Scroll 1 1 67.1 67.1 5.75 5.65 3MAF POE 1,981 1,981 Propeller/BLDC 630 170 8 78.5 High Pressure Switch Crank Case Heater Fuse for PCB Over Voltage Protection Current Transformer Fan Motor Overheat/Current protector 9.52 22.23 6.35 200 50 (40) R410A 8.5 58 280 297 1200 x 1668 x 765 1268 x 1868 x 832 CV 2.5 0.75~1.5 -5~50 -20~24
RD120VQXGA 3/ 380~415/ 50 Heat Pump 12 33.5 114,300 9.5 28.5 97,200 8.1 37.5 128,000 10.7 10.00 11.02 9.06 19.1 20.5 17.9 40 2.85 2.59 4.14 ZPD83KCE- ZP83KCE-TFD TFD Digital Scroll Fixed Scroll 1 1 77.2 77.2 6.65 6.4 3MAF POE 1,981 1,981 Propeller/BLDC 630 200 8 78.5 High Pressure Switch Crank Case Heater Fuse for PCB Over Voltage Protection Current Transformer Fan Motor Overheat/Current protector 12.70 28.58 6.35 200 50 (40) R410A 8.5 60 280 297 1200 x 1668 x 765 1268 x 1868 x 832 CV 4 0.75~1.5 -5~50 -20~24
*1) Mode HP : Heat Pump, HR : Heat Recovery *2) Nominal cooling capacities are based on; Indoor temperature : 27°C DB, 19°C WB / Outdoor temperature : 35°C DB, Equivalent refrigerant piping : 7.5m , Level differences : 0m *3) Nominal cooling capacities are based on; Indoor temperature : 27°C DB, 19°C WB / Outdoor temperature : 46°C DB, Equivalent refrigerant piping : 7.5m , Level differences : 0m *4) Nominal heating capacities are based on; Indoor temperature : 20°C DB, 15°C WB / Outdoor temperature : 7°C DB, 6°C WB, Equivalent refrigerant piping : 7.5m, Level differences : 0m *5) Sound level was acquired in a dead room. Thus actual noise level may be different depending on the installation conditions. *6) Specifications are subject to change without prior notice for product improvement.
14
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Type Basic Model Name
Basic
Power Supply Mode*1) Horse Power Cooling*2)
Capacity
Cooling*3)
Heating*4) Cooling*2) Cooling*3) Heating Cooling*2) Nominal Running Cooling*3) Current Heating Circuit Breaker (MCCB/ELB/ELCB) Cooling*2) Cooling*3) Heating Model Type Number Piston Displacement Output Type Lubricant Charging Type / Control Motor Output Airflow Rate External Static Max. Pressure Nominal Input Power
COP
Compressor
Fan
Mechanical Type Safety Devices Electronic Type
Piping Connections
Liquid Gas Discharge Gas Oil (Flare) Installation Limitation
Max. Length Max. Height
Type Refrigerant Factory Charging Sound4) Sound Pressure Net Weight Shipping Weight Set Size Net Dimensions (WxHxD) Shipping Dimensions (WxHxD) Main Power (Below 50m) Cable Communication Cooling Operating Temp. Range Heating
kW
A A EA cc/Rev kW cc W m3/min mmAq Pa Ø, mm Ø, mm Ø, mm Ø, mm m ft m ft kg dB(A) kg kg mm mm mm2 mm2 °C °C
RD160VQXGA 2
RD180VQXGA 1 1
3/ 380~415/ 50 Heat Pump 16 44.8 152,800 12.7 44.8 152,800 12.7 50.0 170,600 14.2 10.18 16.18 11.48 17.0 28.6 21.8 50 4.40 2.77 4.36 ZPD72T ZPD83T ZP72T ZP83T Digital Scroll Fixed Scroll 2 2 67.1 67.1 5.75 5.65 3MAF POE 1,981 1,981 Propeller/BLDC 630 x 2 170 x 2 8 78.5 High Pressure Switch Crank Case Heater Fuse for PCB Over-voltage Protection Current Transformer Fan Motor Overheat/Current Protector 15.88 28.58 6.35 200 656 50 (40) 164 (131) R410A 8.5 x 2
3/ 380~415/ 50 Heat Pump 18 50.4 171,900 14.3 47.4 161,700 13.5 56.5 192,800 16.1 12.45 17.02 12.92 21.6 30.0 23.6 60 4.05 2.78 4.37 ZPD72T ZPJ83T ZP72T ZPI83T Digital Scroll Fixed Scroll 2 2 67.1 67.1 5.75 5.65 3MAF POE 1,981 1,981 Propeller/BLDC 630 x 2 170 x 2 8 78.5 High Pressure Switch Crank Case Heater Fuse for PCB Over-voltage Protection Current Transformer Fan Motor Overheat/Current Protector 15.88 28.58 6.35 200 656 50 (40) 164 (131) R410A 8.5 x 2
280 x 2 297 x 2 (1200 x 1668 x 765) x 2 (1268 x 1888 x 832) x 2 CV 6 0.75~1.5 -5~50 -20~24
280 x 2 297 x 2 (1200 x 1668 x 765) x 2 (1268 x 1888 x 832) x 2 CV 10 0.75~1.5 -5~50 -20~24
Outdoor units
Performance
RD080VQXGA RD100VQXGA RD120VQXGA Ø/ V/ Hz HP kW Btu/h TR kW Btu/h TR kW Btu/h TR
*1) Mode HP : Heat Pump, HR : Heat Recovery *2) Nominal cooling capacities are based on; Indoor temperature : 27°C DB, 19°C WB / Outdoor temperature : 35°C DB, Equivalent refrigerant piping : 7.5m , Level differences : 0m *3) Nominal cooling capacities are based on; Indoor temperature : 27°C DB, 19°C WB / Outdoor temperature : 46°C DB, Equivalent refrigerant piping : 7.5m , Level differences : 0m *4) Nominal heating capacities are based on; Indoor temperature : 20°C DB, 15°C WB / Outdoor temperature : 7°C DB, 6°C WB, Equivalent refrigerant piping : 7.5m, Level differences : 0m *5) Sound level was acquired in a dead room. Thus actual noise level may be different depending on the installation conditions. *6) Specifications are subject to change without prior notice for product improvement.
15
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1 Specifications Type Basic Model Name
Basic
Power Supply Mode*1) Horse Power Cooling*2) Performance
Capacity
Cooling*3)
Heating*4) Cooling*2) Cooling*3) Heating Cooling*2) Nominal Running Cooling*3) Current Heating Circuit Breaker (MCCB/ELB/ELCB) Cooling*2) Cooling*3) Heating Model Type Number Piston Displacement Output Type Lubricant Charging Type / Control Motor Output Airflow Rate External Static Max. Pressure Nominal Input
Power
COP
Compressor
Fan
Mechanical Type Safety Devices Electronic Type
Piping Connections
Liquid Gas Discharge Gas Oil (Flare) Installation Limitation
Max. Length Max. Height
Type Refrigerant Factory Charging Sound4) Sound Pressure Net Weight Shipping Weight Set Size Net Dimensions (WxHxD) Shipping Dimensions (WxHxD) Main Power (Below 50m) Cable Communication Cooling Operating Temp. Range Heating
RD080VQXGA RD100VQXGA RD120VQXGA Ø/ V/ Hz HP kW Btu/h TR kW Btu/h TR kW Btu/h TR kW
A A EA cc/Rev kW cc W m3/min mmAq Pa Ø, mm Ø, mm Ø, mm Ø, mm m ft m ft kg dB(A) kg kg mm mm mm2 mm2 °C °C
RD200VQXGA
RD220VQXGA
2 3/ 380~415/ 50 Heat Pump 20 56.0 191,000 15.9 50.0 170,600 14.2 63.0 215,000 17.9 14.72 17.86 14.36 26.2 31.4 25.4 60 3.80 2.80 4.39 ZPD72T ZPJ83T ZP72T ZPI83T Digital Scroll Fixed Scroll 2 2 67.1 67.1 5.75 5.65 3MAF POE 1,981 1,981 Propeller/BLDC 630 x 2 170 x 2 8 78.5 High Pressure Switch Crank Case Heater Fuse for PCB Over-voltage Protection Current Transformer Fan Motor Overheat/Current Protector 15.88 28.58 6.35 200 656 50 (40) 164 (131) R410A 8.5 x 2
1 1 3/ 380~415/ 50 Heat Pump 22 61.6 210,100 17.5 53.5 182,500 15.2 69.0 235,500 19.6 17.36 19.95 16.24 32.2 36.2 30.6 60 3.55 2.68 4.25 ZPD72T ZPD83T ZP72T ZP83T Digital Scroll 1 1 1 1 67.1 77.2 67.1 77.2 5.75 6.65 5.65 6.4 3MAF POE 1,981 1,981 1,981 1,981 Propeller/BLDC 630 x 2 170 x 1 + 200 x 1 8 78.5 High Pressure Switch Crank Case Heater Fuse for PCB Over-voltage Protection Current Transformer Fan Motor Overheat/Current Protector 15.88 28.58 6.35 200 656 50 (40) 164 (131) R410A 8.5 x 2
280 x 2 297 x 2 (1200 x 1668 x 765) x 2 (1268 x 1888 x 832) x 2 CV 10 0.75~1.5 -5~50 -20~24
280 x 2 297 x 2 (1200 x 1668 x 765) x 2 (1268 x 1888 x 832) x 2 CV 10 0.75~1.5 -5~50 -20~24
*1) Mode HP : Heat Pump, HR : Heat Recovery *2) Nominal cooling capacities are based on; Indoor temperature : 27°C DB, 19°C WB / Outdoor temperature : 35°C DB, Equivalent refrigerant piping : 7.5m , Level differences : 0m *3) Nominal cooling capacities are based on; Indoor temperature : 27°C DB, 19°C WB / Outdoor temperature : 46°C DB, Equivalent refrigerant piping : 7.5m , Level differences : 0m *4) Nominal heating capacities are based on; Indoor temperature : 20°C DB, 15°C WB / Outdoor temperature : 7°C DB, 6°C WB, Equivalent refrigerant piping : 7.5m, Level differences : 0m *5) Sound level was acquired in a dead room. Thus actual noise level may be different depending on the installation conditions. *6) Specifications are subject to change without prior notice for product improvement.
16
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Type RD240VQXGA
Basic Model Name
Basic
Power Supply Mode*1) Horse Power Cooling*2)
Capacity
Cooling*3)
Heating*4) Cooling*2) Cooling*3) Heating Cooling*2) Nominal Running Cooling*3) Current Heating Circuit Breaker (MCCB/ELB/ELCB) Cooling*2) Cooling*3) Heating Model Type Number Piston Displacement Output Type Lubricant Charging Type / Control Motor Output Airflow Rate External Static Max. Pressure Nominal Input Power
COP
Compressor
Fan
Mechanical Type Safety Devices Electronic Type
Piping Connections
Liquid Gas Discharge Gas Oil (Flare) Installation Limitation
Max. Length Max. Height
Type Refrigerant Factory Charging Sound4) Sound Pressure Net Weight Shipping Weight Set Size Net Dimensions (WxHxD) Shipping Dimensions (WxHxD) Main Power (Below 50m) Cable Communication Cooling Operating Temp. Range Heating
kW
A A EA cc/Rev kW cc W m3/min mmAq Pa Ø, mm Ø, mm Ø, mm Ø, mm m ft m ft kg dB(A) kg kg mm mm mm2 mm2 °C °C
RD260VQXGA 2 1
2 3/ 380~415/ 50 Heat Pump 24 67.2 229,200 19.1 57.0 194,400 16.2 75.0 256,000 21.3 20.00 22.04 18.12 38.2 41.0 35.8 75 3.36 2.59 4.14 ZPD72T ZPD83T ZP72T ZP83T Digital Scroll Fixed Scroll 2 2 77.2 77.2 6.65 6.4 3MAF POE 1,981 1,981 Propeller/BLDC 630 x 2 200 x 2 8 78.5 High Pressure Switch Crank Case Heater Fuse for PCB Over-voltage Protection Current Transformer Fan Motor Overheat/Current Protector 19.05 31.75 6.35 200 656 50 (40) 164 (131) R410A 8.5 x 2
3/ 380~415/ 50 Heat Pump 26 72.8 248,300 20.7 69.8 238,100 19.8 81.5 278,100 23.2 17.54 25.11 18.66 30.1 44.3 34.5 75 4.15 2.78 4.37 ZPD72T ZPD83T ZP72T ZP83T Digital Scroll Fixed Scroll 3 3 67.1 67.1 5.75 5.65 3MAF POE 1,981 1,981 Propeller/BLDC 630 x 3 170 x 3 8 78.5 High Pressure Switch Crank Case Heater Fuse for PCB Over-voltage Protection Current Transformer Fan Motor Overheat/Current Protector 19.05 31.75 6.35 200 656 50 (40) 164 (131) R410A 8.5 x 3
280 x 2 297 x 2 (1200 x 1668 x 765) x 2 (1268 x 1888 x 832) x 2 CV 10 0.75~1.5 -5~50 -20~24
280 x 3 297 x 3 (1200 x 1668 x 765) x 3 (1268 x 1888 x 832) x 3 CV 16 0.75~1.5 -5~50 -20~24
Outdoor units
Performance
RD080VQXGA RD100VQXGA RD120VQXGA Ø/ V/ Hz HP kW Btu/h TR kW Btu/h TR kW Btu/h TR
*1) Mode HP : Heat Pump, HR : Heat Recovery *2) Nominal cooling capacities are based on; Indoor temperature : 27°C DB, 19°C WB / Outdoor temperature : 35°C DB, Equivalent refrigerant piping : 7.5m , Level differences : 0m *3) Nominal cooling capacities are based on; Indoor temperature : 27°C DB, 19°C WB / Outdoor temperature : 46°C DB, Equivalent refrigerant piping : 7.5m , Level differences : 0m *4) Nominal heating capacities are based on; Indoor temperature : 20°C DB, 15°C WB / Outdoor temperature : 7°C DB, 6°C WB, Equivalent refrigerant piping : 7.5m, Level differences : 0m *5) Sound level was acquired in a dead room. Thus actual noise level may be different depending on the installation conditions. *6) Specifications are subject to change without prior notice for product improvement.
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1 Specifications Type Basic Model Name
Basic
Power Supply Mode*1) Horse Power Cooling*2) Performance
Capacity
Cooling*3)
Heating*4) Cooling*2) Cooling*3) Heating Cooling*2) Nominal Running Cooling*3) Current Heating Circuit Breaker (MCCB/ELB/ELCB) Cooling*2) Cooling*3) Heating Model Type Number Piston Displacement Output Type Lubricant Charging Type / Control Motor Output Airflow Rate External Static Max. Pressure Nominal Input Power
COP
Compressor
Fan
Mechanical Type Safety Devices Electronic Type
Piping Connections
Liquid Gas Discharge Gas Oil (Flare) Installation Limitation
Max. Length Max. Height
Type Refrigerant Factory Charging Sound4) Sound Pressure Net Weight Shipping Weight Set Size Net Dimensions (WxHxD) Shipping Dimensions (WxHxD) Main Power (Below 50m) Cable Communication Cooling Operating Temp. Range Heating
RD080VQXGA RD100VQXGA RD120VQXGA Ø/ V/ Hz HP kW Btu/h TR kW Btu/h TR kW Btu/h TR kW
A A EA cc/Rev kW cc W m3/min mmAq Pa Ø, mm Ø, mm Ø, mm Ø, mm m ft m ft kg dB(A) kg kg mm mm mm2 mm2 °C °C
RD280VQXGA 1 2
RD300VQXGA
3/ 380~415/ 50 Heat Pump 28 78.4 267,400 22.3 72.4 247,000 20.6 88.0 300,300 25.0 19.81 25.95 20.10 34.7 45.7 36.3 75 3.96 2.79 4.38 ZPD72T ZPD83T ZP72T ZP83T Digital Scroll Fixed Scroll 3 3 67.1 67.1 5.75 5.65 3MAF POE 1,981 1,981 Propeller/BLDC 630 x 3 170 x 3 8 78.5 High Pressure Switch Crank Case Heater Fuse for PCB Over-voltage Protection Current Transformer Fan Motor Overheat/Current Protector 19.05 31.75 6.35 200 656 50 (40) 164 (131) R410A 8.5 x 3
3/ 380~415/ 50 Heat Pump 30 84.0 286,500 23.9 75.0 255,900 21.3 94.5 322,500 26.9 22.08 26.79 21.54 39.3 47.1 38.1 100 3.80 2.80 4.39 ZPD72T ZPD83T ZP72T ZP83T Digital Scroll Fixed Scroll 3 3 67.1 67.1 5.75 5.65 3MAF POE 1,981 1,981 Propeller/BLDC 630 x 3 170 x 3 8 78.5 High Pressure Switch Crank Case Heater Fuse for PCB Over-voltage Protection Current Transformer Fan Motor Overheat/Current Protector 19.05 31.75 6.35 200 656 50 (40) 164 (131) R410A 8.5 x 3
280 x 3 297 x 3 (1200 x 1668 x 765) x 3 (1268 x 1888 x 832) x 3 CV 16 0.75~1.5 -5~50 -20~24
280 x 3 297 x 3 (1200 x 1668 x 765) x 3 (1268 x 1888 x 832) x 3 CV 16 0.75~1.5 -5~50 -20~24
3
*1) Mode HP : Heat Pump, HR : Heat Recovery *2) Nominal cooling capacities are based on; Indoor temperature : 27°C DB, 19°C WB / Outdoor temperature : 35°C DB, Equivalent refrigerant piping : 7.5m , Level differences : 0m *3) Nominal cooling capacities are based on; Indoor temperature : 27°C DB, 19°C WB / Outdoor temperature : 46°C DB, Equivalent refrigerant piping : 7.5m , Level differences : 0m *4) Nominal heating capacities are based on; Indoor temperature : 20°C DB, 15°C WB / Outdoor temperature : 7°C DB, 6°C WB, Equivalent refrigerant piping : 7.5m, Level differences : 0m *5) Sound level was acquired in a dead room. Thus actual noise level may be different depending on the installation conditions. *6) Specifications are subject to change without prior notice for product improvement.
18
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Type Basic Model Name
Basic
Power Supply Mode*1) Horse Power Cooling*2)
Capacity
Cooling*3)
Heating*4) Cooling*2) Cooling*3) Heating Cooling*2) Nominal Running Cooling*3) Current Heating Circuit Breaker (MCCB/ELB/ELCB) Cooling*2) Cooling*3) Heating Model Type Number Piston Displacement Output Type Lubricant Charging Type / Control Motor Output Airflow Rate Nominal Input Power
COP
Compressor
Fan
External Static Pressure
Max.
Mechanical Type Safety Devices Electronic Type
Piping Connections
Liquid Gas Discharge Gas Oil (Flare) Installation Limitation
Max. Length Max. Height
Type Refrigerant Factory Charging Sound4) Sound Pressure Net Weight Shipping Weight Set Size Net Dimensions (WxHxD) Shipping Dimensions (WxHxD) Main Power (Below 50m) Cable Communication Cooling Operating Temp. Range Heating
kW
A A EA cc/Rev kW cc W m3/min mmAq Pa Ø, mm Ø, mm Ø, mm Ø, mm m ft m ft kg dB(A) kg kg mm mm mm2 mm2 °C °C
RD320VQXGA
RD340VQXGA
2 1 3/ 380~415/ 50 Heat Pump 32 89.6 305,600 25.5 78.5 267,800 22.3 100.5 343,000 28.6 24.72 28.88 23.42 45.3 51.9 43.3 100 3.62 2.72 4.29 ZPD72T ZPD83T ZP72T ZP83T Digital Scroll Fixed Scroll 2 1 2 1 67.1 77.2 67.1 77.2 5.75 6.65 5.65 6.4 3MAF POE 1,981 1,981 1,981 1,981 Propeller/BLDC 630 x 3 170 x 2 + 200 x 1 8 78.5 High Pressure Switch Crank Case Heater Fuse for PCB Over-voltage Protection Current Transformer Fan Motor Overheat/Current Protector 19.05 31.75 6.35 200 656 50 (40) 164 (131) R410A 8.5 x 3
1 2 3/ 380~415/ 50 Heat Pump 34 95.2 324,700 27.1 82.0 279,700 23.3 106.5 363,500 30.3 27.36 30.97 25.30 51.3 56.7 48.5 100 3.48 2.65 4.21 ZPD72T ZPD83T ZP72T ZP83T Digital Scroll Fixed Scroll 1 2 1 2 67.1 77.2 67.1 77.2 5.75 6.65 5.65 6.4 3MAF POE 1,981 1,981 1,981 1,981 Propeller/BLDC 630 x 3 170 x 1 + 200 x 2 8 78.5 High Pressure Switch Crank Case Heater Fuse for PCB Over-voltage Protection Current Transformer Fan Motor Overheat/Current Protector 19.05 31.75 6.35 200 656 50 (40) 164 (131) R410A 8.5 x 3
280 x 3 297 x 3 (1200 x 1668 x 765) x 3 (1268 x 1888 x 832) x 3 CV 16 0.75~1.5 -5~50 -20~24
280 x 3 297 x 3 (1200 x 1668 x 765) x 3 (1268 x 1888 x 832) x 3 CV 16 0.75~1.5 -5~50 -20~24
Outdoor units
Performance
RD080VQXGA RD100VQXGA RD120VQXGA Ø/ V/ Hz HP kW Btu/h TR kW Btu/h TR kW Btu/h TR
*1) Mode HP : Heat Pump, HR : Heat Recovery *2) Nominal cooling capacities are based on; Indoor temperature : 27°C DB, 19°C WB / Outdoor temperature : 35°C DB, Equivalent refrigerant piping : 7.5m , Level differences : 0m *3) Nominal cooling capacities are based on; Indoor temperature : 27°C DB, 19°C WB / Outdoor temperature : 46°C DB, Equivalent refrigerant piping : 7.5m , Level differences : 0m *4) Nominal heating capacities are based on; Indoor temperature : 20°C DB, 15°C WB / Outdoor temperature : 7°C DB, 6°C WB, Equivalent refrigerant piping : 7.5m, Level differences : 0m *5) Sound level was acquired in a dead room. Thus actual noise level may be different depending on the installation conditions. *6) Specifications are subject to change without prior notice for product improvement.
19
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1 Specifications Type RD360VQXGA
Basic Model Name
Basic
Power Supply Mode*1) Horse Power Cooling*2) Performance
Capacity
Cooling*3)
Heating*4) Cooling*2) Cooling*3) Heating Cooling*2) Nominal Running Cooling*3) Current Heating Circuit Breaker (MCCB/ELB/ELCB) Cooling*2) Cooling*3) Heating Model Type Number Piston Displacement Output Type Lubricant Charging Type / Control Motor Output Airflow Rate External Static Max. Pressure Nominal Input Power
COP
Compressor
Fan
Mechanical Type Safety Devices Electronic Type
Piping Connections
Liquid Gas Discharge Gas Oil (Flare) Installation Limitation
Max. Length Max. Height
Type Refrigerant Factory Charging Sound4) Sound Pressure Net Weight Shipping Weight Set Size Net Dimensions (WxHxD) Shipping Dimensions (WxHxD) Main Power (Below 50m) Cable Communication Cooling Operating Temp. Range Heating
RD080VQXGA RD100VQXGA RD120VQXGA Ø/ V/ Hz HP kW Btu/h TR kW Btu/h TR kW Btu/h TR
3 3/ 380~415/ 50 Heat Pump 36 100.8 343,800 28.7 85.5 291,600 24.3 112.5 384,000 32.0 30.00 33.06 27.18 57.3 61.5 53.7 100 3.36 2.59 4.14
kW
A A EA cc/Rev kW cc W m3/min mmAq Pa Ø, mm Ø, mm Ø, mm Ø, mm m ft m ft kg dB(A) kg kg mm mm mm2 mm2 °C °C
ZPD72T
ZPD83T
ZP72T
Digital Scroll
ZP83T Fixed Scroll
3 77.2 6.65
3 77.2 6.4 3MAF POE
1,981
1,981
Propeller/BLDC 630 x 3 200 x 3 8 78.5 High Pressure Switch Crank Case Heater Fuse for PCB Over-voltage Protection Current Transformer Fan Motor Overheat/Current Protector 19.05 38.10 6.35 200 656 50 (40) 164 (131) R410A 8.5 x 3 280 x 3 297 x 3 (1200 x 1668 x 765) x 3 (1268 x 1888 x 832) x 3 CV 25 0.75~1.5 -5~50 -20~24
*1) Mode HP : Heat Pump, HR : Heat Recovery *2) Nominal cooling capacities are based on; Indoor temperature : 27°C DB, 19°C WB / Outdoor temperature : 35°C DB, Equivalent refrigerant piping : 7.5m , Level differences : 0m *3) Nominal cooling capacities are based on; Indoor temperature : 27°C DB, 19°C WB / Outdoor temperature : 46°C DB, Equivalent refrigerant piping : 7.5m , Level differences : 0m *4) Nominal heating capacities are based on; Indoor temperature : 20°C DB, 15°C WB / Outdoor temperature : 7°C DB, 6°C WB, Equivalent refrigerant piping : 7.5m, Level differences : 0m *5) Sound level was acquired in a dead room. Thus actual noise level may be different depending on the installation conditions. *6) Specifications are subject to change without prior notice for product improvement.
20
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2 Dimensional drawing 2-1. RD080/100/120VQXGA Unit : mm
Outdoor units
No.
Description
No.
1
Gas pipe connection
Name
Ø57.10, knock-out hole
10
Power & communication wiring conduit Ø34.50, knock-out hole hole-side
Name
Description
2
High pressure gas pipe connection
Ø57.10, knock-out hole
11
Power & communication wiring conduit Ø34.50, knock-out hole hole-side
3
Liquid pipe connection
Ø37.10, knock-out hole
12
Power & communication wiring conduit Ø34.50, knock-out hole hole-side
4
Oil balance pipe connection between units Ø32.10, knock-out hole
13
Power & communication wiring conduit Ø34.50, knock-out hole hole-side
5
Power & communication wiring conduit
Ø34.50, knock-out hole hole-front
14
Power & communication wiring conduit Ø27.80, knock-out hole hole-side
6
Power & communication wiring conduit
Ø34.50, knock-out hole hole-front
15
Power & communication wiring conduit Ø34.50, knock-out hole hole-side
7
Power & communication wiring conduit
Ø43.70, knock-out hole hole-front
16
Pipe connection through base
Pipes connection opening with cover
8
Power & communication wiring conduit
Ø43.70, knock-out hole hole-front
17
Condensate drain holes
Ø20mm-2 holes
9
Power & communication wiring conduit
Ø43.70, knock-out hole hole-front
18
Foundation bolts positions
4-12 x 20 slit-hole
21
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3 PCB connector layout 3-1. Main PCB
1
3
2
4
5
6
7
8
9
10 37
11
36 34 30
12 33
32 29 28 27 31
No.
CN #
1
CN901
Red
2
CN13
Black
3
CN31
Red
4
CN32
Yellow
5
CN12
6 7
26 25 24 23 22 21 20
19
18 17 16
15
14
13
35
COLOR
FUNCTION
No.
CN #
Power Trans Out (AC 17V)
20
CN74
Red
5V for Interface Module
21
CN71
White
PWM Valve
CommunicationwithIndoorUnits(COM1)
22
CN73
Yellow
4 Way Valve
Communication with Outdoor units
23
CN84
Blue
Blue
12V for Interface Module
24
CN85
Yellow
Outdoor Unit EEV Valve
CN92
Black
Sub MICOM Download
25
CN75
White
EVI Bypass Valve
CN91
Black
Main MICOM Download
26
CN86
Blue
Liquid Bypass Valve
8
CN10
White
Main MICOM Download (N/A)
27
CN41
Blue
Low Pressure Sensor
9
CN100
White
Main MICOM Download (N/A)
28
CN42
Red
High Pressure Sensor
10
CN83
Yellow
3 Phase Detection
29
CN49
White
Sump Sensor, Ambient Sensor
Mode Selector (Cooling/Heating)
30
CN48
Red
EVI-In Sensor, EVI-Out Sensor
31
CN47
White
Oil Balance Sensor, Cond. Out Sensor, Liquid Tube Sensor
32
CN44
White
Comp. Discharge 1,2,3 Sensor, Suction Sensor
33
CN64
Blue
EVI EEV
34
CN63
Yellow
Main EEV2
35
CN65
Black
HR EEV (HR Only)
36
CN62
Blue
Main EEV1
37
CN99
White
Main-BLDC Driver PCB Connector
11
OPT1
White
12
CN51
Red
CT Sensor
13
CN70
Black
AC 230V Input
14
CN76
Yellow
Comp.1 CCH, Comp.2 CCH
15
CN15
White
Comp.3 CCH, Accum. CCH
16
CN81
Black
Oil Valve 1
17
CN82
Yellow
Oil Valve 2
18
CN80
Red
Oil Valve 3
19
CN72
Blue
Compressor Control
COLOR
FUNCTION Hot gas Bypass Valve
Main Cooling Valve (HR Only)
22
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3-2. BLDC Driver PCB
39
34 35
No.
37
38
COLOR
FUNCTION
34 CN701
Blue
AC 230V Input
35
White
Power Trans In (AC 230V)
36 CN703
Black
AC 230V Output
37 CN501
White
Main-BLDC Driver PCB Connector
GT2
38 CN101
White
Motor Signal
39 CN301
White
Motor Power
Outdoor units
36
CN #
3-3. Noise filter PCB
42
40
41
No.
CN #
COLOR
FUNCTION
40
L/N
Silver
AC 230V Input
41 CN702
White
Earth
42 CN701
Blue
AC 230V Output
3-4. CT PCB
43 No.
CN #
COLOR
FUNCTION
43
CN61
Red
Comp. 1,2 CT Output
23
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4 Electrical wiring diagram
K13
K14
Unit option
On
On
MAIN unit
On
Off
SUB 1 unit
Off
On
SUB 2 unit
Off
Off
SUB 3 unit
24
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5 Sound pressure level 5-1. Operation sound level 1m Microphone Unit: dB(A)
Front
High 57 58 60
Outdoor units
Model RD080VQXGA RD100VQXGA RD120VQXGA
Note These operation values were obtained in a dead room. Sound pressure level will vary depending on a range of factors such as the construction of the particular room where the equipment is installed. Operation sound level may differ depending on operation and ambient conditions.
5-2. NC curves (Heat Pump) 1) RD080VQXGA
2) RD100VQXGA 70
70 65
65
60 NC 60 55 NC 55
50
NC 50
45
NC 45
40
NC 40
35
NC 65
Sound pressure level (dB)
Sound pressure level (dB)
NC 65
60 NC 60 55 NC 55
50
NC 50
45
NC 45
40
NC 40
35
NC 35
30
NC 35
30 NC 30
25
63
125
250
500
1000
2000
4000
NC 30 25
8000
Octave band center frequency(Hz)
63
125
250
500
1000
2000
4000
8000
Octave band center frequency(Hz)
3) RD120VQXGA 70 65
Sound pressure level (dB)
NC 65 60 NC 60 55 NC 55
50
NC 50
45
NC 45
40
NC 40
35
NC 35
30
NC 30 25
63
125
250
500
1000
2000
4000
8000
Octave band center frequency(Hz)
25
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6 Operation limit 6-1. Cooling
6-2. Heating
50
20
30 25 20 15 10 5 0
-5 10 15 20 25 30 Indoor temperature(ºF WB)
15 10 5 0 -5 -10 -15 -20 10
Range for warming up operation
35 Outdoor temperature (ºF DB)
25
Range for pull down operation
40
Range for operation
Outdoor temperature (ºF DB)
45
15
Range for continuous operation
20
25
30
Indoor temperature(ºF WB)
26
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7 Cycle operation mode 7-1. Description of cycle function parts Classification
Description
1
A
DVI (Digital Vapor Injection) compressor
2
B
FVI (Fixed Vapor Injection) compressor 1
3
C
FVI (Fixed Vapor Injection) compressor 2
4
D
PWM solenoid valve
5
E
Discharge temperature sensor of DVI compressor
6
F
Discharge temperature sensor of FVI compressor 1
7
G
Discharge temperature sensor of FVI compressor 2
8
H
Oil separator
9
I
Capillary tube from oil separator
10
J
High pressure switch
11
K
Hot gas bypass solenoid valve
12
L
Check valve
13
M
High pressure sensor
14
N
Reversing solenoid valve (4way valve)
15
O
Heat exchanger of outdoor unit (Condensing unit)
16
P
Ambient air temperature sensor
17
Q
Cond_out temperature sensor
18
R
Main EEV 1 ( For heating operation)
19
S
Main EEV 2 ( For heating operation)
20
T
Check valve
21
U
Liquid bypass solenoid valve
22
V
EVI EEV
23
W
Turbo Intercooler
24
X
EVI_in temperature sensor
25
Y
EVI_out temperature sensor
26
Z
Liquid tube temperature sensor
27
a
EVI bypass pilot solenoid valve
28
b
Suction temperature sensor
29
c
Accumulator
30
d
Accumulator CCH (Crank Case Heater)
31
e
Oil solenoid valve 1
32
f
Oil solenoid valve 2
33
g
Oil solenoid valve 3
34
h
Oil balancing service valve between units
35
i
Low pressure sensor
36
j
Check valve
37
k
Crank case heater of DVI compressor
38
m
Crank case heater of FVI compressor 1
Outdoor units
No
27
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7 Cycle operation mode 7-1. Description of cycle function parts No
Classification
39
n
Description Crank case heater of FVI compressor 2
40
o
Sump(Base) temperature sensor
41
p
Oil temperature sensor
42
q
Capillary tube from hot gas bypass valve
43
r
Capillary tube from liquid bypass valve
44
s
High pressure liquid service valve
45
t
Low pressure gas service valve only for HR/MCU unit
46
u
EEV of indoor unit
47
v
Eva_in temperature sensor
48
w
Heat exchanger of indoor unit (Evaporating unit)
49
x
Eva_out temperature sensor
50
y
HR check valve
51
z
Main cooling check valve
52
a
Main cooling pilot solenoid valve
53
b
Outdoor pilot solenoid valve
54
c
HR EEV
55
d
HR EEV check valve
56
e
High pressure gas service valve in HR/MCU unit Low pressure gas service valve in HP unit (Heat Pump)
57
f
Heating solenoid valve
58
g
Cooling solenoid valve
59
h
MCU liquid bypass solenoid valve
60
i
MCU main heating pilot solenoid valve
61
j
MCU EEV
62
k
Sub cooler_in temperature sensor
63
m
Sub cooler
64
n
Sub cooler_out temperature sensor
65
o
Sub cooler EEV
66
p
Liquid service valve between MCU & Indoor unit
67
q
Gas service valve between MCU & Indoor unit
68
r
EEV bypass service valve
69
s
EEVs for wall mount & ceiling unit in MCU
28
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Category 1
Description Temperature
Temperature sensor
Pressure
High / Low Pressure sensor
Sensor
Solenoid
Expansion 2
3
E
Pilot solenoid valve Electronic Expansion Valve (EEV)
Valve Reversing
Reversing valve
Check
Check valve
Service
Service valve (Angle & ball type)
Pressure Switch
High pressure switch (Mechanical type)
Switch & Heater Heater
4
s
Solenoid valve
Outdoor units
Pilot Solenoid
s
H
Electric heater
Compressor
DVI (Digital Vapor Injection) Compressor FVI (Fixed Vapor Injection) Compressor
Accumulator
Accumulator
Heat Exchanger
Condensing or Evaporating unit
Sub cooler
Turbo Intercooler or Sub cooler
Capillary
Capillary tube
Others
29
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7 Cycle operation mode 7-2. Cycle diagrams 1) RD080/100/120/VQXGT(DVM PLUS III - 8/10/12HP )
V O
Q
U
G
P E
N
R
S
M
p
J s
K
L
I
H
E
s
j
B
k
U
b
d
a s
Z
H
H
c
s
t
s
s
f
e
X
Y i
V
m
H
g
s
F
A
o
W
s
r
D E
T
q
C
h
30
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2) EEV kits & Indoor units (1) MXD series
(2) MEV series
2 rooms
3 rooms
e
q
E
Single room
e E
p
E
s
Outdoor units
p
p
q
E
E
E
s
s
(3) Indoor units Indoor units with built-in EEV
q p
x w
v E
u
Indoor units without EEV (Wall mounted)
q
x w
v
p
31
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7 Cycle operation mode 7-2. Cycle diagrams
E
Cooling
Cooling
E
⑤
⑥
E
Cooling
E
Cooling
E
Cooling
E
Cooling
3) Cooling operation
E
H s
⑦
H
H
s
①
H
s
Low temperature & pressure gas Low temperature & pressure liquid High temperature & pressure gas High temperature & pressure liquid
s
②
s
⑧
s
③
④
E
s
Unit
Outdoor unit
Indoor unit
Outdoor unit
Cooling operation
Heating operation
32
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Unit
Heating operation
DVM PLUS3_고온향_01_Outdoor units.indd 33
s
H
s
H
s
s
⑧
s
Low temperature & pressure gas Low temperature & pressure liquid High temperature & pressure gas High temperature & pressure liquid
H
H
s
①
⑦
⑤
⑥
E
④
③
Outdoor units
②
E
Heating
E
Heating
E
Heating
E
Heating
E
Heating
E
Heating
4) Heating operation
E
Cooling operation
Outdoor unit
Indoor unit
Outdoor unit
33
2010-03-08 오후 5:18:42
s
8 Cycle function parts 8-1. RD080/100/120VQXGT
Low pressure sensor High pressure sensor Oil separator
Accumlator DVI compressor PWM valve FVI compressor
Ambient air temp. sensor
Hot gas bypass valve
High pressure switch
EVI EEV
Discharge temp. sensor Liquid bypass valve
Turbo intercooler
Oil valve
Sump temp. sensor
Cond_out temp. sensor
Liquid service valve
Low pressure gas service valve
Oil service valve
34
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8-2. A description of cycle function parts No
Cycle parts
Functions
DVI compressor Digital Vapor Injection)
DVI compressor coupled with vapor injection controls the capacity 10 to 100% of its capacity. It enhances cooling and heating performance and COP with using vapor injection.
2
FVI compressor (Fixed Vapor Injection)
VI compressor coupled with vapor injection is fixed compressor. It enhances cooling, F heating performance and COP with using vapor injection.
3
PWM valve
|t is used for variation of digital compressor’s capacity. When the valve is open, the DVI compressor keeps the unloading state, otherwise loading state.
4
Discharge temp. sensor
It measures the temperature of compressor outlet. The main function of it is to protect compressor from overheating.
5
Oil separator
It separates oil and refrigerant discharged from the compressor and returns the oil into compressor again.
6
High pressure switch
It protects the system from abnormal high pressure. (Open : 4.1Mpa, Close : 3.5 Mpa)
7
Hot gas bypass valve
hen the suction pressure becomes abnormal low pressure, it opens. W During the oil balance operation, it makes high pressure for the shell of compressor
8
High pressure sensor
he main function of it controls the capacity of compressor in pursuit of target of high T pressure in heating operation by measuring the value of the system.
Outdoor units
1
9
4way valve
It enables to change operating mode into cooling and heating mode.
10
Ambient air temp. sensor
It measures the temperature of ambient.
11
Cond_out temp. sensor
It has application to know subcooling and the complete point of defrost.
12
Main EEV 1, 2
It controls the amount of refrigerant entering outdoor’s heat exchanger in heating operation.
13
Liquid bypass valve
When the compressor is overheating, it opens to make discharge temperature low.
14
EVI EEV
It enables to secure sufficient subcooling and control the amount of vapor entering into vapor port of compressor.
15
Turbo intercooler
hrough turbo intercooler, heat is exchanged each other between saturated liquid T refrigerant and a little expanded refrigerant.
16
EVI_in temp. sensor
17
EVI_out temp. sensor
18
Liquid tube temp. sensor
It is used to know subcooling. (Subcooling = The saturated temp. of high pressure - Liquid tube temp.)
19
EVI bypass valve
This valve closes during application of vapor injection.
20
Suction temp. sensor
This is applied to know superheat in heating mode with the low pressure sensor.
21
Accumulator
Ambient air temperature sensor (Tair)
22
Oil valve
When oil balance operation happens, this valve opens.
23
Low pressure sensor
he main function of it is to control the capacity of compressor in pursuit of target of low T pressure in cooling operation by measuring the low pressure.
24
Sump(Base) temp. sensor
With checking sump temperature of compressor, it prevents the compressor from liquid back and overheating.
25
Oil temp. sensor
While the oil balance is operating, it make a self-diagnosis of the oil valve.
26
Main cooling valve
Through this valve, the high pressure gas of refrigerant is discharged into indoor unit which needs heating operation in main cooling operation.
27
Outdoor EEV valve
In order to prevent outdoor heat exchanger from refrigerant accumulation in main cooling operation, this valve closes, otherwise Main EEV controls the amount of refrigerant.
28
HR EEV
It controls the amount of liquid refrigerant between outdoor unit and indoor unit in main heating operation.
These temperature sensors enable to control EVI EEV’s step to secure superheat.
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DVM PLUS III
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III. Installation 1 Outdoor unit combinations.......................38 2 Space requirements.................................39 3 Placing the outdoor units..........................43 4 Electric specifications...............................44 5 Wiring works.............................................46 Installation
6 Refrigerant piping works...........................48 7 Option switches & function keys..............54 8 Error codes...............................................56
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1 Outdoor unit combinations 1-1. Basic model Classification
Capacity (Ton)
Capacity (HP)
Model
Total capacities of the connectable indoor units (kW)
Single unit
6.4 8.0 9.5
8 10 12
RD080VQXGA RD100VQXGA RD120VQXGA
11.2 ~ 29.1 14.0 ~ 36.4 16.8 ~ 43.6
Maximum number of connectable indoor units 10 10 14
1-2. Compact combinations Classification
Compact combinations
Capacity Capacity RD080VQXGA RD100VQXGA RD120VQXGA (Ton) (HP) 12.8
16
2
14.4
18
1
16.0
20
2
17.5
22
1
19.0
24
20.8
26
2
22.4
28
1
24.0
1
Total capacities of the connectable Indoor units(kW)
Maximum number of connectable Indoor units
22.4 ~ 58.2
16
25.2 ~ 65.5
18
28.0 ~ 72.8
20
1
30.8 ~ 80.0
24
2
33.5 ~ 87.1
28
1
36.4 ~ 94.6
30
2
39.2 ~ 101.9
32
30
3
42.0 ~ 109.2
34
25.5
32
2
1
44.8 ~ 116.4
36
27.0
34
1
2
47.5 ~ 123.5
40
28.5
36
3
50.3 ~ 130.7
43
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2 Space requirements 2-1. Single installation (Unit: mm) Wall height unrestricted 300 or more(S2)
Front
10 or more
300 or more
500 or more(S1)
200 or more
10 or more
2-2. Group installation (Unit: mm) Wall height unrestricted 300 or more (S2)
Installation
300 or more
Front Front
10 or more
20 or more
20 or more
10 or more
500 or more (S1)
20 or more
200 or more
20 or more 300 or more
300 or more
Front
Front
600 or more
10 or more
500 or more
10 or more
Front
20 or more
500 or more
Front
10 or more 300 or more
10 or more 20 or more
Front wall height Rear wall height Side wall height If the height of the wall exceeds the above value, more space should be added to the front and rear space individually.
400 or more
1500 mm and less 500 mm and less Height unrestricted Front : S1 + h1/2, Rear : S2 + h2/2
Note
The suggested installation above has concerned minimum installation space. To secure enough service space and performance of system, take account of more sufficient space. The required minimum space between outdoor units for service and performance of system is 100 mm at least.
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2 Space requirements 2-3. Installing duct for horizontal exhaust discharge It is necessary to install an air-discharge duct (field supply) to direct exhaust from the fan horizontally if it is difficult to provide a minimum space of 2m between the air-discharge duct outlet and a nearby obstacle.
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2-4. Installing the outdoor unit in harsh environments In abnormally harsh environments such as cold and/or windy areas, sufficient countermeasures to guard against excessive wind and snow should be taken to ensure the unit's correct operation. Snow-proof duct (field supply) should be fitted to the unit and direct exposure to the wind should be avoided as much as possible. When the unit is expected to operate in cooling mode in condition under 10ºC, in snowy areas, in environments subject to strong winds or rain, install air inlet and outlet ducting as shown in the below example
Installation
Caution The frame/foundation should be higher than expected snowfall. The foundation must be solid and the unit must be secured with anchor bolts. Be sure to install unit in a place strong enough to withstand its weight. When installing on a roof subject to strong wind, countermeasures must be taken to prevent the unit form being overturned. Any lack of strength may cause unit to fall down, resulting in a personal injury. For more detail information about installation, refer to installation manual.
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2 Space requirements 2-5. Dimensional drawing of snow-proof duct 1) RD080/100/120VQXGA
(Unit: mm)
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3 Placing the outdoor units 3-1. Anchor bolts position (Unit: mm) A
Model
A
B
RD080/100/120VQXGA
1200
1058
67
745
67
B
Anchor bolt(4-ø15)
3-2. Removing fasteners of compressor’s leg Installation
(1) Open the front cabinet near the bottom. The compressors are fastened with nuts at 6 places.
(2) Remove nut washer, washer and stopper nut from compressors with a tool. Remove
Stopper Nut
Washer
Nut Washer
(3) Refasten them with the nut washer only.
Caution Pay your attention not to touch the copper pipes as detaching the fasteners. The stopper nut and washer should be removed. If this work is not conducted correctly, it can cause outdoor unit to vibrate and make much noise.
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4 Electric specifications 4-1. Basic models Classification
Capacity (Ton)
Capacity (HP)
Model
MCCB(A)
ELB
6.4
8
RD080VQXGA
25
25A, 30mA 0.1 Second or less
8.0
10
RD100VQXGA
30
30A, 30mA 0.1 Second or less
9.5
12
RD120VQXGA
40
40A, 30mA 0.1 Second or less
Single unit
Model
Units
Power supply
Hz
Volts
Min.
Max.
RD080VQXGA
50
380~415
380
415
RD100VQXGA
50
380~415
380
RD120VQXGA
50
380~415
380
MCA
MFA
Comp. RLA
OFM kW
FLA
25
1.1
4.9
415
30
1.1
4.9
415
40
1.1
4.9
All wiring, components and materials to be procured on the site must comply with the applicable local and national codes.
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4-2. Combinations Classification Capacity(Ton)
Module unit
12.8 14.4 16.0 17.5 19.0 20.8 22.4 24.0 25.5 27.0 28.5
Model
Basic model RVXVHT075FE
16 18 20 22 24 26 28 30 32 34 36 Units Volts 380~415 380~415 380~415 380~415 380~415 380~415 380~415 380~415 380~415 380~415 380~415
RVXVHT100FE
2 1
1 2 1
1
Min. 380 380 380 380 380 380 380 380 380 380 380
Max. 415 415 415 415 415 415 415 415 415 415 415
2 3 2 1
Power supply MCA MFA 50 55 60 70 80 80 85 90 100 110 120
RVXVHT125FE
1 2
1 2 3
Comp. RLA
MCCB(A)
ELB
25+25 25+30 30+30 30+40 40+40 25+25+30 25+30+30 30+30+30 30+30+40 30+40+40 40+40+40 OFM kW 2.2 2.2 2.2 2.2 2.2 3.3 3.3 3.3 3.3 3.3 3.3
FLA 9.8 9.8 9.8 9.8 9.8 14.7 14.7 14.7 14.7 14.7 14.7
Installation
RD160VQXGA RD180VQXGA RD200VQXGA RD220VQXGA RD240VQXGA RD260VQXGA RD280VQXGA RD300VQXGA RD320VQXGA RD340VQXGA RD360VQXGA
Hz 50 50 50 50 50 50 50 50 50 50 50
Capacity(HP)
The relationship between the starting time and the starting current (Digital Scroll Comp. + Fixed Scroll Comp)
Starting current
RLA is based on the following conditions. - Indoor temp. : 27˚C DB/ 19˚C WB - Outdoor temp. : 35˚C DB RLA Voltage range Units are suitable for use on electrical systems where voltage supplied to unit terminal is not below or above listed range limits. Starting time Maximum allowable voltage variation between phases is 2%. Select wire size based on the larger value of MCA. MFA is used to select the circuit breaker and the ground fault circuit interrupter (earth leakage circuit breaker). Abbreviations - MCA: Min. Circuit Amps. (A) MCA = 1.25 X LOAD1 + LOAD2 (LOAD1: RLA of Digital Comp. / LOAD2: RLA of Fixed Comp. + FLA of Fan Motor) - MFA: Max. Fuse Amps. (A) - RLA: Rated Load Amps. (A) - OFM: Outdoor Fan Motor - FLA: Full Load Amps. (A) - kW : Rated Motor Output (kW)
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5 Wiring works 5-1. External connection diagram of DVM PLUS III 1) 3 phase 4 wires 3 phase 4 wires (380~415V)
3 phase 4 wires (380~415V) MCCB +ELB or ELCB
MCCB +ELB or ELCB
Earth Earth
Main unit
Indoor Outdoor OF1 OF2
Sub unit
220~230V
R
220~230V Indoor Outdoor S
T
N
Earth
Communication cable between indoor and outdoor units
OF1 OF2
R
S
T
Communication cable among outdoor units
N
Earth
• Connect the power cable of the outdoor unit after checking that R-S-T-N(3 phase 4 wires) is properly connected. • The communication cable between indoor and outdoor units has no polarity. • Arrange the cables using cable ties.
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5-2. Caution of wiring work
3 phase 4 wires, 380~415V
To sub unit communication cable MCCB ELB
Outdoor Unit
CAUTION
Installation
Make sure that all wiring should not contact with piping line during the field wiring work. If not, the vibration of compressor can make a damage to wiring and piping. It may result in fire. Make sure to pass electrical wiring of the power cable (3 phase 4 wires) through a conduit hole of the front side.
Connecting the ring terminal of 3 phase cable (CV)
Connecting the ring terminal of 3 phase cable (FCV) Housing cover Middle frame
Base line
A
B
A B C
250mm
A B C
Base line
A
C
B
C
A
B
C
A
B
C
30mm
60mm
90mm
30mm
60mm
90mm
1. Be sure to connect the suitable length of power wiring to the power wiring terminal block using ring terminal above the figures. 2. Make sure to fix wiring using cable tie like above the figures. 3. After wiring, reinstall the housing cover which has an isolator into the middle frame.
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6 Refrigerant piping works 6-1. Notice & Cautions
Cautions
Correct piping work
Wrong piping work
The refrigerant piping should be the same level or lower than connecting position of piping to outdoor units.
Piping work should be run with side direction for better uniform distribution of refrigerant and oil like next diagram.
Outdoor joint kits should be installed in a horizontal direction, even it is a low pressure pipe.
Horizontal length = over 100mm
Minimum 100mm
When the piping length between outdoor and branch joints is 2m or more, a vertical trap has to be installed like right diagram. 200~300mm Less than 1m
2m or more
2m or more
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6-2. Example of piping layouts
Example of piping layouts for DVM PLUS III
Using Y-joint
Installation
Using Header joint
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6 Refrigerant piping works 6-3. Piping examples Classification One outdoor unit installed
Branch with Y-joint b
c
d
e
i
j
k
f
F
g
Branch with Y and Header joint
h
l
m
i
p
G
a
a
Branch with Header joint
k a
j
b
n c
d
e
g
f
b
h
c
d
e
g
f
h i
Multiple outdoor units installed
b
c
d
e
i
j
k
f
F
g
h
l
m
i
p
G
a
a
k a
j
b
n c
d
e
f
g
b
h
c
d
e
g
f
h i
Items
Examples Remarks Branch with Y-joint a+b+c+d+e+f+g+p ≤ 200m (220m) Branch with Y-joint a+i+k ≤ 200m (220m) Equivalent pipe length Piping 200m below and Header joint a+b+h ≤ 200m (220m) Y-joint:0.5m, Header:1m (Equivalent (220m below) piping) Branch with a+i ≤ 200m (220m) header joint Outdoor ~ a+b+c+d+e+f+g+p+h+i+j+k+l+m+n Branch with Y-joint Max. Indoor unit ≤ 1000 piping Branch with Y-joint a+b+c+d+e+f+g+p+h+i+j+k Total length 1000m below and Header joint piping ≤ 1000m Branch with a+b+c+d+e+f+g+p+h+i ≤ 1000m Header joint Piping 10m below r ≤ 10, s ≤ 10, t ≤ 10m Outdoor ~ Equivalent 13m below r ≤ 13, s ≤ 13, t ≤ 13m Outdoor unit piping Outdoor ~ H1 ≤ 50m / 40m Piping 50m / 40m*2) Indoor unit Indoor ~ Level H2 ≤ 15m Piping 15m below difference Indoor unit Outdoor ~ 5m below H3 ≤ 5m Piping Outdoor unit b+c+d+e+f+g+p ≤ 45 m, i ≤ 45m Piping 45m below The first Allowable branch length ~ Only apply after Piping 90m below*1) It needs to satisfy required conditions the farthest DVM PLUS III branch indoor unit Distribution kit From distribution kit to indoor unit Allowable
Model 3m
From distribution kit to 20m indoor unit
Remarks
MEV-A13SA / MEV-A16SA (For 1 indoor unit) For wall-mounted indoor unit
MXD-A13K116A / MXD-A13K200A / MXD-A16K200A / MXD-A22K200A (For 2 indoor units) MXD-A13K216A / MXD-A13K300A / MXD-A16K213A / MXD-A16K300A (For 3 indoor units)
*1) Required condition Required condition The first branch If the sum of pipe length (b+c+d+e+f+g+p) is over 45m, (but not joint ~ exceed : 90m) increase pipe size of b,c,d,e,f,g (b,c,d,e,f,g : pipe 1 size the farthest up) indoor unit If main pipe size is not increased, a+bx2+cx2+dx2+ex2+fx2+gx2+h+i+j+k+l+m+n+p≤1000m Total pipe length If main pipe size is not increased, ax2+bx2+cx2+dx2+ex2+fx2+gx2+h+i+j+k+l+m+n+p≤1000m Each Y-joint ~ h,I,j,..p≤45m each indoor The difference between the distance of the outdoor unit to the farthest Between indoor unit and the distance of the outdoor unit to the farthest indoor indoor units unit ≤ 45m (a+b+c+d+e+f+g+p)-(a+h) ≤ 45m
Example
b
c
d
e
i
j
k
f
F
g
p
G
a h
l
m
n
*2) As an outdoor unit is located in a lower position than indoor unit, level difference is 40m.
The refrigerant amount of the system must be less than 100kg. For more detail, refer to the page 760.
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6-4. Pipe selection
Outdoor unit connection pipe size : (A1), (A2), (A3) 8Hp
(A1) (A1)
10Hp
12Hp
(E)
(A1) (A2)
(A) (B)
(D)
(B)
(A3)
A1 : Select the pipes according to the outdoor unit capacity with following table. A2 : Select the pipes according to sum of outdoor unit capacities behind the outdoor joint with following table. A3 : Select the main pipe of outdoor units with the following table.
(F)
Outdoor unit
(C)
Example) 26HP of compact combinations HP
Mark
12 HP
(A1)
16 HP
(A1)
26 HP
(A2)
Pipe size(O. D. mm) Liquid Gas
ø28.58
ø15.88
Oil balancing pipe size
ø6.35
Outdoor multi connection branch joint (D)
Model
Capacity of outdoor
MXJ-T3819K
Below 36 HP
First branch joint (E) Select branch joint according to the outdoor unit's capacity
Outdoor unit
Model
8, 10, 12HP
MXJ-YA2512K
Y-joint (E)
16 HP
MXJ-YA2812K
18, 20, 22, 24HP
MXJ-YA2815K
26, 28, 30, 32, 34HP
MXJ-YA3119K
36HP
MXJ-YA3819K
ø31.75
ø19.05
Branch joint (F)
ø38.10
Select the pipe size according to the capacity sum of
*A1 : Pipes to the outdoor unit (Liquid, Gas) *A2 : Pipes between outdoor joint kits (Liquid, Gas) *A3 : Main pipes (Liquid, Gas)
indoor units which are connected below this pipe. 1) Y-joint
Pipe size between branch joints : (B) Select the pipe size according to the capacity sum of indoor units which are connected below this pipe. Total Indoor unit’s capacity
Branch joint of outdoor unit’s multi connection (D)
Pipe size (O. D. mm) Liquid pipe Gas pipe
15.0 kW and below
Over 15.0~23.2 kW and below
ø9.52
ø15.88
Model
Total indoor unit’ capacity 15.0 kW and below
MXJ-YA1509K
Y-joint (F)
MXJ-YA2512K Over 15.0~40.6 kW and below MXJ-YA2815K Over 46.4~69.6 kW and below
MXJ-YA3119K Over 69.6~98.6 kW and below
MXJ-YA3819K Over 98.6~100.5 kW and below
MXJ-YA2812K Over 40.6~46.4 kW and below
ø19.05
Over 23.2~29.0 kW and below
ø22.23
2) Header joint
Over 29.0~40.6 kW and below
ø25.40
Total Indoor The connectable quantity of Model unit’s capacity indoor units Header 46.4 kW MXJ-HA2512K 4 joint and below (F) MXJ-HA3115K Over 46.4kW ~ 8 69.6 kW MXJ-HA3819K Over 69.6 kW 8
ø12.70 Over 40.6~46.4 kW and below Over 46.4~69.6 kW and below
ø15.88
Over 69.6~98.6 kW and below ø19.05 Over 98.6~100.5 kW and below
Installation
8HP 10HP 12HP 16HP 18HP 20HP 22HP 24HP 26~30HP 32~34HP 36~48HP
Pipe size (O.D. mm) Liquid Gas ø19.05 ø9.52 ø22.23 ø25.40 ø12.70
Branch joint : (D), (E), (F)
ø28.58 ø31.75 ø38.10
Pipe size between branch joints and indoor unit (C) Select the pipe size according to the indoor's capacity. Indoor unit’s capacity
Pipe size (O.D. mm) Liquid pipe
Gas pipe
2.2~5.6 kW
ø6.35
ø12.70
7.1~14.0 kW
ø9.52
ø15.88
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6 Refrigerant piping works 6-4. Pipe selection
Main pipe 1 size increment When the equivalent pipe length from outdoor unit to the farthest indoor unit is over than 90m, the main pipe (both liquid and gas pipe) has to be increased with 1 size like below table. The pipe length between outdoor and the farthest indoor unit
Main pipe
Equivalent pipe length between outdoor unit and the farthest indoor unit
Main pipe : from outdoor unit to the first branch joint Outdoor unit ø6.35 9.52 ø12.70 ø15.88 ø19.05 ø22.23 ø25.40 ø28.58 ø31.75 ø38.10 ø44.45 ø50.80
Thickness(mm) (O. D. mm) 0.7 0.7 0.8 1.0
Material C1220T-O (Annealed)
0.9
1.35 1.6 2.0
90m and over ø 12.70 ø 15.88 ø 19.05 ø 22.23 ø 25.40 ø 28.58 ø 31.75 ø 38.10 ø 44.45 ø 50.80 2.0
Equivalent length calculation method
1.0 1.1
below 90 m ø 9.52 ø 12.70 ø 15.88 ø 19.05 ø 22.23 ø 25.40 ø 28.58 ø 31.75 ø 38.10 ø 44.45 ø50.80
C1220T-1/2H
Equivalent length = actual pipe length(m) + number of ‘Y-joint' X 0.5(m) + number of 'Header joint' X 1.0(m) + number of elbows X equivalent length of each elbow
(Half-hard)
Elbow Pipe size (O. D. mm) ø 9.52 ø 12.70 ø 15.88 ø 19.05 ø 22.23 ø 25.40 ø 28.58 ø 31.75 ø 38.10 ø 41.30 ø 44.45 ø 50.80
Equivalent length (m) 0.18 0.20 0.25 0.35 0.40 0.45 0.50 0.55 0.60 0.70 0.75 0.80
Type
Equivalent length (m)
Y joint Header joint
0.5 1.0
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Additional refrigerant charging
EX) Additional refrigerant charging
When the equivalent pipe length from outdoor unit to the farthest indoor unit is over than 90m, the main pipe (both liquid and gas pipe) has to be increased with 1 size like below table.
ø12.70(1m) ø19.05(5m)
ø12.70(5m)
ø15.88(10m)
ø9.52(5m) ø15.88(15m)
Liquid pipe size (O.D.)
Additional refrigerant charging
Ø6.35 Ø9.52 Ø12.70 Ø15.88 Ø19.05 Ø22.23 Ø25.40
0.02 0.06 0.125 0.18 0.28 0.35 0.53
Basic model
Factory charging(kg)
RD080VQXGA RD100VQXGA RD120VQXGA
8.5 8.5 8.5
ø9.52(7m)
ø9.52(8m)
Remarks
Installation
Additional refrigerant charging of distribution kit (kg/m) Regardless of the liquid pipe size, additional refrigerant charging is 0.01kg per meter after distribution kit.
ø12.70(15m)
For wall-mounted Indoor unit
0.01
ø6.35(5m) ø6.35(5m) ø6.35(5m) ø9.52(5m)
Example of additional refrigerant charging Pipe length is as below without distribution kit Liquid pipe size (O.D. mm) Length (m)
Ø6.35 15
Ø9.52 25
Ø12.70 21
Ø15.88 25
Ø19.05 5
Additional refrigerant = 15 x 0.02 + 25 x 0.06 + 21 x 0.125 + 25 x 0.18 + 5 x 0.27 = 10.275 kg
Caution Total refrigerant amount of the system must be less then 100kg. If total refrigerant amount of system is over 100kg more, the system has to be divided into smaller system, each containing less than 100kg.
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7 Option switches & function keys 7-1. Option switches
D BC E
3456
F012
789A
Switch
Setting
SW01/SW02 SW03
SW04
SW04
SW05
K5 K9 On On Off Off K11 On On Off Off K13 On On Off Off K15 On On Off Off K17 K18
SW06 K19 K20 SW09
On Off K10 On Off On Off K12 On Off On Off K14 On Off On Off K16 On Off On Off On Off On Off On Off On Off -
Function Remarks Setting total quantity of Installed indoor units Main unit required only Main unit required only Ex) A s 12 indoor units were installed, SW01 : The tens digit, SW02 : The units digit SW01:1, SW02: 2 Manual address setting Auto address setting Target evaporating temperature (°C) 7~9 5~7 Cooling capacity compensation 9~11 10~12 Target high pressure (kgf /cm2, psig, kPa) 30.0, 426, 2941 31.5, 448, 3089 Heating capacity compensation 33.0, 469, 3236 27.0, 384, 2647 Outdoor unit’s address Outdoor unit’s address : No 1 Main unit Outdoor unit’s address : No 2 Sub I unit Outdoor unit’s address : No 3 Sub 2 unit Outdoor unit’s address : No 4 Sub 3 unit Maximum current control Standard Factory default 90% of standard peak current value 80% of standard peak current value Not use Since supplying power, first oil return operation happens after 5hrs and then 7 hrs. Since supplying power, first oil return operation happens after 2hrs and then 2 hrs. Standard Defrost period setting Shorten defrost period by 20% approximately Standard fan step Fan step compensation (Maximum step) 8/10 HP : 19 Steps, 12HP : 23 Steps Normal Night’s quiet mode Main unit required only Setting total quantity of installed MCU Ex) As 12 MCUs were installed. SW09 : “C”
Factory default SW01, SW02, SW09 : ‘0’ SW03 ~ SW06 : ON
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7-2. Function keys K1 K2
LED display alphabet
SEG 1 SEG 2
SEG 3 SEG 4
D BC E
K3
3456
F012
789A
K4
Push 4th time th
Push 5 time Push 6th time K3 Push 1st time
Key function Refrigerant charging in heating operation Test run in heating mode Pump out operation in heating mode (Outdoor unit’s address : NO 1) Pump out operation in heating mode (Outdoor unit’s address : NO 2) Pump out operation in heating mode (Outdoor unit’s address : NO 3) Pump out operation in heating mode (Outdoor unit’s address : NO 4) Open all valve of outdoor unit for vacuum preparation (Outdoor unit’s address : NO 1) Open all valve of outdoor unit for vacuum preparation (Outdoor unit’s address : NO 2) Open all valve of outdoor unit for vacuum preparation (Outdoor unit’s address : NO 3) Open all valve of outdoor unit for vacuum preparation (Outdoor unit’s address : NO 4) Open all valve for vacuum preparation (Total outdoor units, indoor unit and MCU units) Return to normal view mode Key function Refrigerant charging in cooling operation Test run in cooling mode Pump down operation in cooling mode (All outdoor units) Pipe checking (Check whether the pipe connection of MCU correspond with indoor unit’s address in HR system.) Judgment system of refrigerant amount Return to normal view mode Key function Reset
K4 Push 1st time Push 2nd time Push 3rd time Push 4th time Push 5th time Push 6th time Push 7th time Push 8th time Push 9th time Push 10th time Push 11th time Push 12th time Push 13th time Push 14th time Push 15th time Push 16th time Push 17th time Push 18th time Push 19th time Push 20th time Push 21th time Push 22th time Push 23th time Push 24th time
Key function Outdoor capacity Digital comp loading time High pressure (kg/cm2) Low pressure (kg/cm2) Discharge temperature of compressor 1 Discharge temperature of compressor 2 Discharge temperature of compressor 3 CT sensor value of compressor 1 CT sensor value of compressor 2 CT sensor value of compressor 3 Suction temperature Cond_out temperature Liquid tube temperature Oil temperature sensor on oil balancing pipe Sump temperature of compressor 1 Ambient air temperature EVI_in temperature EVI_out temperature Main EEV1 step Main EEV2 step EVI EEV step HR EEV step Fan step ( SSR or BLDC ) Version
SEG 1 1 2 3 4 5 6 7 8 9 A B C D E F G H I J K L M N
Display LED “K” “1” “BLANK” “BLANK” “K” “2” “BLANK” “BLANK” “K” “3” “BLANK” “1” “K” “3” “BLANK” “2” “K” “3” “BLANK” “3” “K” “3” “BLANK” “4” “K” “4” “BLANK” “1” “K” “4” “BLANK” “2” “K” “4” “BLANK” “3” “K” “4” “BLANK” “4” “K” “4” “BLANK” “4” Display LED “K” “5” “BLANK” “BLANK” “K” “6” “BLANK” “BLANK” “K” “7” “BLANK” “BLANK”
Installation
K1 Push 1st time Push 2nd time Push 3rd time Push 4th time Push 5th time Push 6th time Push 7th time Push 8th time Push 9th time Push 10th time Push 11th time Push 12th time K2 Push 1st time Push 2nd time Push 3rd time
“K” “8” “BLANK” “BLANK” “K” “9” “BLANK” “BLANK” Display LED -
Display LED SEG 2, 3, 4 Ex) 16 HP Off, 1, 6 Ex) Loading 13 sec Off, 1, 3 Ex) High pressure 15.2 (kg/cm2) 1, 5, 2 Ex) Low pressure 4.3 (kg/cm2) 0, 4, 3 Ex) 87°C 0, 8, 7 Ex) 87°C 0, 8, 7 Ex) 87°C 0, 8, 7 Ex) 2A 0, 0, 2 Ex) 2A 0, 0, 2 Ex) 2A 0, 0, 2 Ex) -5 °C -, 0, 5 Ex) 35 °C 0, 3, 5 Ex) 35 °C 0, 3, 5 Ex) 35 °C 0, 3, 5 Ex) 35 °C 0, 3, 5 Ex) 35 °C 0, 3, 5 Ex) 35 °C 0, 3, 5 Ex) 35 °C 0, 3, 5 Ex) 2000 steps 2, 0, 0 Ex) 2000 steps 2, 0, 0 Ex) 300 steps 3, 0, 0 Ex) 300 steps 3, 0, 0 Ex) 13 steps Off, 1, 3
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8 Error codes
D BC E
3456
F012
789A
Display alphabet at
Description
E
It displays from error 101 to error 700.
P
It displays from error 701 to error 800.
U
It displays the address of outdoor unit. Ex) U200 : Outdoor unit 1, U201: Outdoor unit 2, U202: Outdoor unit 3, U203 : Outdoor unit 4
A
It displays the address of indoor unit. Ex) A000 : Indoor address 1, A001: Indoor address 1, A002 : Indoor address 2
No. Error code
Description
1
E-101
Communication error in indoor unit. It displays when the indoor unit receives no data from the outdoor unit.
2
E-102
Communication error between indoor and outdoor unit. It displays in indoor unit.
3
E-121
Room temperature sensor of indoor unit. (Open or Short)
4
E-122
Eva_in temperature sensor of indoor unit. (Open or Short)
5
E-123
Eva_out temperature sensor of indoor unit. (Open or Short)
6
E-124
Communication error between indoor and outdoor unit. It displays in outdoor unit.
7
E-125
Mid 2 temperature sensor of indoor unit. (Open or Short)
8
E-128
Eva_in temperature sensor is detached from eva_in pipe of indoor unit.
9
E-129
Eva_out temperature sensor is detached from eva_out pipe of indoor unit.
10
E-130
Eva_in and Eva_out temperature sensors are detached from eva_in and out pipes of indoor unit at the same time.
11
E-137
VOC sensor of ERV product. (Open or Short)
12
E-138
Gas sensor of ERV product. (Open or Short)
13
E-139
CO2 sensor of ERV product. (Open or Short )
14
E-151
EEV opening error of indoor unit (2nd detection)
15
E-152
EEV closing error of indoor unit (2nd detection)
16
E-153
Floating switch error of indoor unit (2nd detection)
17
E-154
RPM feed back error of indoor unit.
18
E-155
RPM feed back error of indoor unit. (The second motor of indoor unit)
19
E-161
Mixed operation mode of indoor units. It occurs when outdoor unit is operating or going to operate in cooling mode(or heating mode) and then other indoor unit is going to operate in heating mode (or cooling mode).
20
E-162
EEPROM error of MICOM. (Physical damage)
21
E-163
Option code error of indoor unit’s EEPROM.
22
E-167
Option setting error of indoor unit’s dip switch.
23
E-170
Temperature display setting error for USA market product. (Mixed setting with Celsius and Fahrenheit temperature)
24
E-180
Opening error of cooling and heating solenoid valve simultaneously in MCU (1st detection)
25
E-181
Opening error of cooling and heating solenoid valve simultaneously in MCU (2nd detection)
26
E-185
Cross wiring error between communication and power of indoor unit.
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No. Error code
Description
E-190
No matching between indoor unit’s address and eva_in sensor in pipe checking operation.
28
E-191
No matching between indoor unit’s address and eva_out sensor in pipe checking operation.
29
E-199
It displays when pipe checking operation is not operated.
30
E-201
Communication error between indoor and outdoor unit (Tracking failure or the setting quantity of indoor unit on outdoor unit’s PCB differs from the quantity of installed indoor unit.)
31
E-202
Communication error between indoor and outdoor unit. (After tracking is completed, and then no response from indoor unit)
32
E-203
Communication error between main and sub outdoor unit
33
E-204
The setting quantity of MCU on outdoor unit’s PCB differs from the quantity of installed MCU.
34
E-210
Communication error between MCU and outdoor unit.
35
E-211
Indoor unit’s address overlapped on the MCU.
35
E-213
No matching between installed indoor unit’s address and indoor unit’s address on the MCU.
35
E-214
Setting error of MCU’s quantity in outdoor unit’s PCB
36
E-215
Indoor unit’s address setting error on the MCU. (There is same address among the MCUs)
37
E-216
Setting error of indoor unit activating dip switch on MCU’s PCB. (The indoor unit is not connected with the MCU’s port but indoor unit activating dip switch on MCU’s PCB turns on.)
38
E-217
Setting error of indoor unit activating dip switch on MCU’s PCB. (The indoor unit is connected with the MCU’s port but indoor unit activating dip switch on MCU’s PCB turns off.)
39
E-218
Setting error of indoor unit’s quantity on MCU’s PCB. (The quantity of installed indoor units exceeds the setting number of the MCU’s PCB.)
40
E-221
Ambient air temperature sensor of outdoor unit. (Open or Short)
41
E-226
Ambient air temperature sensor is detached from outdoor unit.
42
E-231
Cond_out temperature sensor of main outdoor unit. (Open or Short)
43
E-236
Cond_out temperature sensor of the outdoor unit. (Open or Short)
44
E-237
Cond temperature sensor of outdoor unit. (Open or Short)
45
E-241
Cond_mid temperature sensor is detached from sensor hold of the pipe.
46
E-246
Cond_out 1 temperature sensor is detached from sensor hold of the pipe.
47
E-251
Discharge temperature sensor of compressor 1. (Open or Short)
48
E-256
Discharge temperature sensor of compressor 1. (Open or Short)
49
E-257
Discharge temperature sensor of compressor 2. (Open or Short)
50
E-258
Discharge temperature sensor of compressor 3. (Open or Short)
51
E-261
Discharge temperature sensor of compressor 1 is detached from the sensor hold of the pipe.
52
E-262
Discharge temperature sensor of compressor 1 is detached from the sensor hold of the pipe.
53
E-263
Discharge temperature sensor of compressor 2 is detached from the sensor hold of the pipe.
54
E-264
Discharge temperature sensor of compressor 3 compressor is detached from the sensor hold of the pipe.
55
E-265
Sump(Base) temperature sensor of main unit’s compressor is detached from the base of the compressor.
56
E-266
Sump(Base) temperature sensor of sub1 unit’s compressor is detached from the base of the compressor.
Installation
27
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8 Error codes No. Error code
Description
57
E-267
Sump(Base) temperature sensor of sub2 unit’s compressor is detached from the base of the compressor.
58
E-268
Sump(Base) temperature sensor of sub3 unit’s compressor is detached from the base of the compressor.
58
E-269
Suction temperature sensor is detached from the sensor hold of the pipe.
59
E-271
Sump(Base) temperature sensor of compressor 1. (Open or Short)
60
E-276
Sump(Base) temperature sensor of compressor 1. (Open or Short)
61
E-277
Sump(Base) temperature sensor of compressor 2. (Open or Short)
62
E-278
Sump(Base) temperature sensor of compressor 3. (Open or Short)
63
E-291
High pressure sensor. (Open or Short)
64
E-296
Low pressure sensor. (Open or Short)
65
E-307
Oil balance temperature sensor. (Open or Short)
66
E-308
Suction temperature sensor. (Open or Short)
67
E-311
Double tube / Liquid temperature sensor. (Open or Short)
68
E-312
Main cooling solenoid valve opening error.
69
E-321
EVI_in temperature sensor. (Open or Short)
70
E-322
EVI_out temperature sensor. (Open or Short)
71
E-407
Compressor stop by high pressure’s protection control.
72
E-410
Compressor stop by low pressure’s protection control.
73
E-413
Protection control by sump sensor.
74
E-416
Compressor stop by discharge temperature’s protection control.
75
E-425
Reverse phase or phase open. (3ø Wiring of outdoor unit, R-S-T-N)
76
E-428
Compressor stop by abnormal compression ratio.
77
E-431
Self-diagnosis of oil solenoid valve. (Open and Close error)
78
E-438
EVI EEV opening error.
79
E-440
Prohibition of heating operation when the ambient air temperature is over 30°C
80
E-442
Prohibition of refrigerant charging with heating operation when outdoor ambient air temperature is over 15°C.
81
E-443
Prohibition of operating when the high pressure of system is too low.
82
E-452
Power failure temporarily or zero crossing error.
83
E-453
Overload error of outdoor unit’s motor (by temperature).
84
E-454
RPM error of outdoor unit’s motor
85
E-455
IPM overload error of outdoor unit’s motor (by temperature)
86
E-456
Over Current error of outdoor unit’s motor
87
E-457
Backlash error of outdoor unit’s motor
88
E-458
Over current of CT sensor. (Or outdoor’s motor locking of inverter system.)
89
E-461
Low current of CT sensor. (Or compressor starting failure of inverter system.)
90
E-477
Liquid refrigerant incoming protection error in digital / 1st fixed scroll compressor with sump temperature sensor.
91
E-559
Indoor unit stop by unidentified error from outdoor units.
92
E-560
Option switch setting error of outdoor unit. (napplicable option switch turns on.)
93
E-561
Fan RPM error of ERV SA (Supply air).
94
E-562
Fan RPM error of ERV RA (Return air).
95
E-563
Model mismatching of Indoor unit.
96
E-601
Communication error between remote controller and indoor unit.
97
E-602
Communication error between master and slave wired remote controller.
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No. Error code
Description
98
E-603
Communication packet error (Baud rate error)
99
E-604
Tracking failure error between wired remote controller and indoor unit.
100
E-605
Communication error. (7-day scheduler Wired remote controller or 7-day scheduler Centralized controller)
101
E-606
COM1/COM2 communication setting error. (Wired remote controller)
102
E-607
Two masters of wired remote controllers were installed in one COM2 communication line.
103
E-608
Can’t detect ERV controller.
104
E-609
Indoor unit is not detected for synchronous control.
105
E-610
Communication error between centralized controller and interface module.
106
E-611
Communication error between DMS and centralized controller.
107
E-613
Communication error between DMS and SIM interface module.
108
E-614
Communication error between SIM and power meter.
E-615
Communication error between interface module and indoor unit.
E-616
Communication error between interface module and outdoor unit.
111
E-618
The connected indoor units to ERV exceeded 16 units.
112
E-619
Mixed temperature display setting of indoor units which was connected to MWR-WS00 (Celsius/Fahrenheit)
113
E-620
Temperature display setting error of MWR-WS00 (Celsius/Fahrenheit)
114
E-621
Option switch setting error of wired remote controller (Master/Slave)
115
E-652
Two wired remote controllers were set to the master mode. (COM 1 wiring)
116
E-653
Room temperature sensor in the wired remote controller. (Open or Short)
117
E-654
Memory data error in the wired remote controller. (MWR-WS00)
118
P-701
Floating switch error of indoor unit. (1st detection)
119
P-702
EEV closing error of indoor unit. (1st detection)
120
P-703
EEV opening error of indoor unit. (1st detection)
Installation
109 110
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DVM Technical Data Book
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Outdoor Outdoor UnitsUnits
Samsung Electronics Co., LTD. Digital Air Solution Business Team, SE Dept. Head Office (Suwon Korea) 416, Maetan-3Dong, Yeongtong-Gu, Suwon City, Gyeonggi-Do, Korea 443-742 TEL : 82-31-200-6119 Website : www.dvmsystem.com Email:
[email protected] Specification may be subject to change without prior notice for the continuous product improvement.
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