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TRANSCRIPT
R410A
Creating Air-Conditioned Comfort
Air conditioning SystemEco CompactJ Series
1
Great for Comfort andGreat for the Environment.People-Friendly YanmarGas Heat Pump Systems.
Great for Comfort andGreat for the Environment.People-Friendly YanmarGas Heat Pump Systems.The excellent power and performance provided by gas makes gas heat e e ce e po e a d pe o a ce p o ded by gas a es gas eapump air conditioning units the ideal way to comfortably heat or cool large spaces. Variable engine speed control operation and a range of air distribution functions work together to eliminate any noticeableair-distribution functions work together to eliminate any noticeable temperature fluctuations and provide constant comfort Sound levelstemperature fluctuations and provide constant comfort. Sound levels are low.
Gas heat pump units also offer outstanding cost-performance and ti l ffi i A ll b i i th d toperational efficiency. As well as being energy-saving, they do not
require large electrical power supplies This means it may not berequire large electrical power supplies. This means it may not be necessary to install additional incoming electrical power equipment. y g p q p ent.Models are available for natural gas and LPG.
These air conditioning units are perfect for shops such as ps sucs suchsuch asuch asuch asch ash asasasboutiques restaurants and convenience stores and also officesboutiques, restaurants, and convenience stores, and also offices, res, aes, ans, ands, and and aand alnd alsnd alsod also oalso ofalso offiso officeo officesoffices,ffices,ces,es,schools, daycare centres, sports clubs, recreational facilities, andschools, daycare centres, sports clubs, recreational facilities, and , recrerecrerecreaecreatcreatioreatioeationeationaationational onal faonal facnal facial facilitfacilitieacilitiescilities, alities, anties, andes, and andndfactories. Year-round comfort is waiting for you.waitinwaitingaiting aiting fting fong fong for g for yg for yofor yoor youor you.r you.you.ou.u.
2
PePPeople- and Environment-friendly, lople- and Environmcomfortable air conditioning
C O N T E N T S
Gas Heat Pump MechanismGas Heat Pump Mechanism ...........................................................Gas Heat Pump Merits ....................................................................
3 4
Gas Heat Pump Mechanism and Merits
Outdoor Unit Lineup and Specifications ......................................Hot Water Recovery GHP ...............................................................Features ...........................................................................................
O tdoor Unit Line p and Feat resOutdoor Unit Lineup and Features578
Installation Examples ...................................................................................................
Installation ExamplesInstallation Examples23
24AppendixAppendix ..............................................................................................................................................
Appendix
Indoor Unit LineupIndoor Unit Lineup ..........................................................................
Indoor Unit Lineup9
Aircon Manager .....................................................................................
Aircon Manager21
R410A
Eco CompactJ Series
3
Warm air
Switching valve
Outdoor unit Indoor unit
Flow of refrigerant
Cool air
Expansion valve
Compressor
Compressorengine
CondensationEvaporation
Cool air
Switching valve
Outdoor unit Indoor unit
Flow of refrigerant
Warm air
Expansion valve
Compressor
Compressorengine
EvaporationCondensation
GHP systemconstruction
Heat pump cycle
Gas Heat Pump Mechanism
Cooling Cycle Heating Cycle
Fans
Indoor unit
In gas heat pump (GHP) air conditioningunits, a gas engine rotates thecompressor to provide heating and cooling based on the heat pumpcycle. The GHP indoor units andsystem operation are the some as foran electric system and no gas is combusted indoors.
The only difference from an electric heat pump air conditioningunit is that a gas engine rather than anelectric motor drives the compressor. However, this one difference producesmajor benefits.
GHP systemconstruction
Heat pump cycleWhen a liquid evaporates, it usually takes heat from its environment. Conversely,when vapor condenses and liquefies, it releases heat. This characteristic is utilised in the process called the “heat pump cycle.” In this cycle, coolant circulated by thecompressor is repeatedly mechanically evaporated and condensed to produce heating and cooling.
Cooling principle If you dab a little alcoholon your arm, you will feela cool sensation as thealcohol evaporates. This isbecause the alcoholdraws heat from your skin during evaporation.
If you move your hand closeto the steam of a boiling kettle, your hand will feel hot. This isbecause when the high-temperature steam touchesyour low-temperature handand the vapor changes toliquid, it releases heat ontoyour hand.
Heating principle
Gas Heat Pump MechanismDependable Power and Outstanding Energy SavingsOur Advanced Gas Engine is the Key to Air-conditioned Comfort
CompressorGas
Electricity
Gas engine
Heat exchanger
Outdoor unit
Hot water(Using exhaust heat)
4
Introduction to the Gas Heat Pump Series
Many different savings
Powerful heating
Gas Heat Pump Merits
Outdoor temperature (°C)
-10
7Electric heat pumpair conditioner
Eco CompactJ Series
Heat
ing
capa
city
(%)
Approx.
110
Approx.
70%
Exhaust heat from the gas engine is used for efficient heating. Comfort is maintained even during lowoutdoor temperatures.
A GHP unit is driven by a gas engine, meaning only the fan and peripheralequipment consume electricity. This reduces electrical power consumption to onlyapproximately 10% of an electric air conditioning unit of similar class. This reductionin electricity consumption may allow reduced contracted power charges and the reduction of incoming power supply equipment costs. As well as cutting electricity consumption, the use of economical gas as the main
energy source also offers potential reductions in running costs. In addition, the GHP control system adjusts the engine speed to match the indoor load, which makes economical and comfortable, high-efficiency operation possible.
Unlike large systems that use cooling towers, GHP air conditioning units do not need to use our precious water resources for cooling. This can reduce the water consumption in a typical large building by around 20%.
The wide-ranging requirements presented by the variety of volumes andshapes of enclosed spaces, as well as the variety of air-conditioninguses found in different buildings, are met by individual indoor units chosen to suit each application. The incorporation of the main refrigerant piping into a single system also gives flexibility in planningand installation.
Indoor units are available in a range of model variations to simplify selection of the unit that best fits the use, installation space, and, ofcourse, room decor. In addition, the ability to simultaneously control indoorunits of different capacities and types using a centralised control systemallows even more precise individual operation of the air-conditioningsystem.
Introduction to the Gas Heat Pump Series
Building Multi System
Flexibly meets the varied air-conditioning requirements of different building sizes and space usages
Many different savings
Powerful heating
Gas Heat Pump MeritsA Gas Air-Conditioning System Efficiently Uses Valuable Energy Resourcesto Provide Exceptional Economy and Comfort
Outdoor temperature and heating capacityp g p y
Gas heat pumpair conditioning unit
Electric heat pumpair conditioning unit
Electric heat pumpair conditioning unit
Gas heat pumpair conditioning unit
Reduction of Electricity Consumptiony p Running Costsg Rate Comparison for Contract Electricityp y
Your exact savings will depend upon local energy costs.
10%Approx.
Electric heat pumpair conditioning unit
Gas heat pumpair conditioning unit
Air conditioning 3.5%Air conditioning 35%
Reduction in total electricity consumption
Lighting, office equipment,
elevators, and other powered
equipment65%
Lighting, office equipment, elevators, and other powered equipment65%
7
Hot Water Recovery GHP
AHZP850H1
GHP: Gas Powered Air Conditioning Unit with Hot Water Recovery
Higher Performance (COP)Models available for natural gas and LPG.
Water heating function available in cooling mode.
Operation utilises heat recovered from the gas engine.
System Design
* Water pumps, storage tank, water heater, etc. are to be locally supplied.
P850 Model
1. Every indoor unit or group can be individually operated and set.2. Different configuration and capacity indoor units can be connected.3. The total capacity of connectable indoor units is 50 to 130% of the outdoor unit capacity.
tap
GHP Outdoor Unit
Water Pump
Water Supply
Heat Exchanger
ON/OFFSignal
Hot Water
Multi-split TypeAir-conditioning
P112 P140 P71 P140
OFFController ON ON ON
GasEngine
Water Pump
WaterHeater
StorageTank
Compressor
fig Doutdoor unit fixture
20
160
86
20-24 long hole
No Description Remarks
1 Refrigerant liquid piping connector ø 19.12 Refrigerant gas piping connentor ø 31.83 Exhaust drain piping connector ø 15 (inside dia.)4 Fuel gas piping connector R3/4 (external thread)5 Wiring port ø 28 Grommet6 Air inlet7 Hour meter8 Cooling water tank level9 Cooling water filling port cover
10 Exhaust vent ø 60.5 (outside dia.)11 Drain condensate piping connector ø 15 (inside dia.)12 Hot water inlet Rc1 (internal thread)13 Hot water outlet Rc1 (internal thread)
2100
2621
70
550
240
50
953
12
front side
(out
let p
roje
ctio
n)
(fan
gua
rd p
roje
ctio
n)
7
800
8
6
9
1270
back side
B C3
900
D
10
1000
860
(anchor bolt pitch)
(anc
hor
bolt
pitc
h)
A320
fig A
11
125
186fig B
fig C
4
105
165265
145
140
125 18
5
844924
135
2 5112 13
2.05 2.131.97
2.14
45 56 71 85
2,170
2,100 2,985
2,176
800
800
2,176
1,990
2,170
1,690800
800
3,5409,100
12,640
85 kW
G series
2,985 mm
H1 series
2,100 mm
85 kW (standard model)260 kgReducedweight!
56 kW (standard model)130 kgReducedweight!
Width Depth
G, H1 series
800 mm
Footprint reduction
30 %
H1 series
H1 series
H1 series
H1 series
G series
G series
G series
Conventional system
145
16
128
200
64
160
H1 series G series
H1 series G series
820kg
P450 P560 P710 P850
26units
32units
40units
48units
20units
20units – 32
units
H1 series Actual piping length: 170 m (equivalent length: 200 m)ConventionalG1 unit Actual piping length: 165 m (equivalent length: 190 m)
Outdoor unit capacity
Connectable indoor unitsConventional G series
8
1 Refrigerant liquid piping connector
2 Refrigerant gas piping connector
3 Drain piping connector
4 Fuel gas piping connector
5 Wiring port
6 Air inlet
7 Hour meter
8 Cooling water tank level
9 Cooling water filling port cover
10 Exhaust vent
11 Condensation water drain vent
† Annual Performance Factor: Calculated by summing the total heating and cooling capacity throughout the year and then dividing itby the total gas and electricity consumption for the same period.
*1 As of December 2007, Yanmar research*2 To reduce installation expenses and also prevent decreases in
operational efficiency, the refrigerant piping length should be keptas short as possible.
Industry’s Top* APF for All kW Ratings
series outdoor unitAPF† for Individual Models (Annual Energy Consumption Efficiency)
Industry’s Most Compact 45 to 85 kW Models
Higher Number of Connectable Indoor UnitsEven Greater Design FlexibilityPlanning is now even easier for hotels, hospitals, senior care centres, and other facilities with high numbers of both private rooms and small-capacity indoor units. Minimum capacity indoor units (P22) can be connected to all outdoor units.
* As of December 2007, Yanmar researchEquivalent kW Rating
Standard unitArea: TokyoApplication: Office
Comparison of Footprints
Comparison for Installation of 4 Units of 85 kW
Comparison of Installation Space
Comparison of Weights
85 kW 30% reduction in installation footprint
45/56 kW 15% reduction in installation footprint
28%reductionin installation
footprint
Industry smallest
Industry lightest
1,020 kg
Industry smallest
Approx. 10% reduction
even when compared with average for 85 kW
EHP outdoor unit
A light weight means a small load,
providing higher installation flexibility
even in existing buildings.
Industry’s Lightest 85 kW Outdoor Units
Industry’s Lowest Sound Levels Outstanding Comfort with QuietOperationEven 56 kW equivalent outdoor units (standard model) operate at 58 dB (A).Activating quiet mode can also reduceoperation sound by a further 3 dB (A).
Long Maintenance IntervalThe H1 series offers an industry-leadingmaintenance interval of 10,000 hours.As well as lowering maintenance costs,this supports the reduction in overallrunning costs.
Heating Operation in Temperatures of –10 CThe cold region specification allowsheating operation in temperatures ofdown to –10 C. This demonstrates thestable, high-performance heating that isavailable with GHP units. H1 systems also offer non-defrost operation, whichhelps to maintain comfort levels.
System expansion is only possible if the indoor/outdoor units and central control system are all compatible with H-LINK II. For moreinformation, refer to the relevant facility design materials.
Expansion of Control System Capacity Flexible Application even with Large-Scale ProjectsExtending the communication functions (H-LINK H-LINK II) has expanded the capacity of the control system.
Connectableoutdoor units
Connectableindoor units
Connectable units (Number of individual adaptors and indoor units)
To accommodate an external static pressure of 30 Pa, settings mustbe made in the outdoor unit. Contact your nearest Yanmar Energy Systems branch office or dealer for information on these settings.Select louvers, hoods, ducts, etc. that will maintain the external static pressure at 30 Pa or less.
Industry’s Longest* Piping Length of 200 m (Equivalent Length) Long refrigerant piping means a systemcan be installed even if the location for the outdoor unit is removed from theindoor units.
External Static Pressure of 30 PaThe ability to both install units on verandas and handling of short-circuitsin air flow has been improved. This further increases installation flexibility.
Snow Sensor Input Available
Function for Activating Quiet Mode with Signal Input from External Contact Point
1 Refrigerant liquid piping connector
2 X dimension2 (P450: 140, P560: 145)
3 Refrigerant gas piping connector3
4 Drain piping connector4
5 Fuel gas piping connector5
6 Wiring port6
7 Air inlet
8 Hour meter
9 Cooling water tank level9
1010 Cooling water filling port cover
111 Exhaust vent112 Condensation water drain vent
AN P450 AN P560
AN P710 AN P850
20-24 long hole
Front viewRear view
Front view Rear view
Foundation bolt hole pitch
Foundation bolt hole pitch
Foun
datio
n bo
lt hole
pitc
h
Fan
guar
d pe
aking
Exha
ust v
ent p
eakin
gFo
unda
tion
bolt h
ole p
itch
Fan
guar
d pe
aking
Exha
ust v
ent p
eakin
g
Outdoor unit fixture (Part D detail)
Outdoor unit fixture (Part D detail)
Part A detail
Part A detail
Part B detail Part C detail
Part B detail Part C detail
22-24 long hole
2
9
P222.2kW2.5kW
P282.8kW3.2kW
P363.6kW4.0kW
P454.5kW5.0kW
P565.6kW6.3kW
P717.1kW8.0kW
P808.0kW9.0kW
Model
CoolingHeating
CapacityD Type
Standard Type
Outdoor-Air Processing Unit
R410A D Type Indoor Unit Lineup
4 way Type
Double-Flow Type
Single-Flow Type
Corner Type
w/ decoration Panel
w/ decoration Panel
w/ decoration Panel
w/ decoration Panel
w/ decoration Panel
Ceili
ng M
ount
ed C
asse
tte Ty
pe
Ceiling Mounted Built-in Type
Ceiling Mounted Duct Type
Slim Ceiling Mounted Duct Type
Ceiling Suspended Type
Wall Mounted Type
Floor Standing Type
Concealed Floor Standing Type
Floor Standing Duct Type
Wall Built-in Type
Wall Built-in Downflow Type
Restaurant-Use Ceiling Suspended Type
Factory-Use Ceiling Suspended Type
Ceiling Mounted Duct Type
Wall Built-in Type
Ceiling Mounted Duct Type
Make-to-order
Make-to-order
Make-to-order*1 *4
Make-to-order
Make-to-order
Make-to-order
Make-to-order
Make-to-order
Make-to-order
Make-to-order
Make-to-order for P224 and P228
Outdoor-Air Processing Type
YZMP
YZFVP
YZBWP
YZBWUP
YZHTP
YZHFP
YZDP
YZBWP
VKMP
YZFP
YZAP
YZDP
YZSDP
YZHP
28–71M
140–1600M
140–280M
140–280M
80 • 140M
140 • 280M
140–280MF
140–280MF
50–100GAM
28–71M
28–71M
45~140A •
224M • 280M
22–71M
36–160M
*1. When floor standing duct type indoor units are used, they can be connected at up to 100% of the maximum capacity ratio of the outdoor unit. For example, with a P560 outdoor unit, two Floor Standing Duct Type 280kW indoor units can be used (capacity ratio: 100%), but no further indoor units can be connected.
*2. A single Floor Standing Duct Type 1120kW indoor unit requires two P560 outdoor units for operation.*3. A single Floor Standing Duct Type 1600kW indoor unit requires three P560 outdoor units for operation.*4. Spot energy-saving mode and outdoor-air processing mode are not available.
Outdoor-air processing units only handle the outdoor air load. To handle the indoor air load (indoor air conditioning), also install separate VRF or similar units. Outdoor-air processing units cannot be integrated into the refrigerant system for indoor air conditioning or the group control system for the remote controllers.
YZCP28–160MC
YZWP22–160M
YZEP22–36M
YZBP22–140M
YZKP28–71M
10
*2 *3
P909.0kW
10.0kW
P11211.2kW12.5kW
P14014.0kW16.0kW
P16016.0kW18.0kW
P22422.4kW25.0kW
P28028.0kW31.5kW
P35535.5kW40.0kW
P45045.0kW50.0kW
P56056.0kW63.0kW
P80080.0kW90.0kW
P1120112.0kW125.0kW
P1600160.0kW180.0kW
Outdoor-air processing units can be used in both connected operation with indoor units and stand-alone operation.
11
ItemModel
Capacity
DimensionsUnit
(Standard panel)
Weight: Unit (Panel)Power Supply
Power consumption
Running current
Air filter
Sound pressure level
(A scale)
Standard Panel
Power factor
External static pressure
Air flow amount
TypeMotor output
Refrigerant
Drain pipingOuter finish (Munsell number) <approx.>
CoolingHeatingLow temp. heatingHeightWidthDepth
CoolingHeatingCoolingHeatingCoolingHeating
HML
HML
LiquidGas
ModelRemote controller Model
Elec
trica
l cha
ract
erist
ics
50/6
0 Hz
Fan
Pipi
ng
conn
ectio
n
(kW)(kW)
(kW)(mm)(mm)(mm)
(kg)(VAC)(kW)(kW)
(A)(A)(%)(%)
(kW)(m3/min)(m3/min)(m3/min)
(Pa)(dB)(dB)(dB)
(mm)(mm)
2.83.23.4
246 (50) 840 (950) 840 (950)19.5 (5.5)
0.033/0.0320.027
0.20.2
91.4/94.190.0/89.2
0.05613.011.010.0
3028.527
ø6.4(Flare connection)ø12.7(Flare connection)
3.64.04.2
246 (50) 840 (950) 840 (950)19.5 (5.5)
0.033/0.0320.027
0.20.2
91.4/93.990.0/89.2
0.05613.011.010.0
3028.527
ø6.4(Flare connection)ø12.7(Flare connection)
4.55.05.3
246 (50) 840 (950) 840 (950)19.5 (5.5)
0.047/0.0420.0340.3/0.2
0.290.4/91.3
89.5
0.05615.012.511.0
312927
ø6.4(Flare connection)ø12.7(Flare connection)
5.66.36.7
246 (50) 840 (950) 840 (950)19.5 (5.5)
0.052/0.0500.038
0.30.2
89.7/89.390.5
0.05616.013.511.0
323027
ø6.4(Flare connection)ø12.7(Flare connection)
7.18.08.5
246 (50) 840 (950) 840 (950) 22 (5.5)
0.066/0.0630.053
0.40.3
89.2/90.088.3
0.05622.017.513.5
363228
ø9.5(Flare connection)ø15.9(Flare connection)
8.09.09.5
246 (50) 840 (950) 840 (950) 22 (5.5)
0.066/0.0650.053
0.40.3
89.2/87.888.3
0.05623.518.013.5
383328
ø9.5(Flare connection)ø15.9(Flare connection)
9.010.010.6
246 (50) 840 (950) 840 (950) 22 (5.5)
0.093/0.0920.0750.50.4
89.4/88.589.3
0.05623.519.015.0
383531
ø9.5(Flare connection)ø15.9(Flare connection)
11.212.513.2
288 (50) 840 (950) 840 (950) 25 (5.5)
0.187/0.1860.174
1.11.0
89.0/88.687.0
0.12033.526.020.0
443832
ø9.5(Flare connection)ø15.9(Flare connection)
14.016.017.0
288 (50) 840 (950) 840 (950) 25 (5.5)
0.209/0.2080.200
1.21.2
87.1/86.789.2
0.12034.527.522.5
454034
ø9.5(Flare connection)ø15.9(Flare connection)
16.018.019.0
288 (50) 840 (950) 840 (950) 25 (5.5)
0.209/0.2080.200
1.21.2
87.1/86.786.2
0.12034.527.522.5
464136
ø9.5(Flare connection)ø15.9(Flare connection)
Single hase, 200
Resin net, mould proofTurbo fan
____
VP25(OD ø32) Galvanized steel sheet / Fresh white (6.5Y9.5/0.5)
PCP160KFLC1C61
YZCP28MC YZCP36MC YZCP45MC YZCP56MC YZCP71MC YZCP80MC
Multi
YZCP90MC YZCP112MC YZCP140MC YZCP160MC
(1) Cooling capacity under JIS B 8627 condition (27˚CDB/19˚CWB indoor suction air temp., 35˚CDB outdoor suction air temp.), heating capacity under JIS B 8627 condition (20˚CDB indoor suction air temp., 7˚CDB/6˚CWB outdoor suction air temp.), and low-temp. heating capacity under JIS B 8627 condition (20˚CDB indoor suction air temp., 2˚CDB/1˚CWB outdoor suction air temp.) are the performance measured with a 7.5 m piping length, 0 m level difference, and for standard combination.
(2) Sound pressure level is the value measured in conformity to JIS B 8627 and calculated with zero echo considered. When the unit is actually installed, the sound pressure level will be affected by operating and ambient conditions.
(3) The values above are for a single indoor unit.(4) Capacity characteristics vary according to the combination of indoor and outdoor units.(5) Specifications are subject to change without notice due to product improvements.
(50/60Hz)Specifications
D - Type
4way Type
This model 4-way air
Multi YZCP~MC
12
(50/60Hz)
ItemModel
Capacity
DimensionsUnit
(Standard panel)
Weight: Unit (Panel)Power Supply
Power consumption
Running current
Air filter
Sound pressure level (A scale)
Standard Panel*Remote controller
Power factor
External static pressure
Air flow amount
TypeMotor output
Refrigerant
Drain pipingOuter finish (Munsell number) <approx.>
CoolingHeatingLow temp. heatingHeightWidthDepth
CoolingHeatingCoolingHeatingCoolingHeating
ML
ML
LiquidGas
ModelModel
Multi
(1) Cooling capacity under JIS B 8627 condition (27˚CDB/19˚CWB indoor suction air temp., 35˚CDB outdoor suction air temp.), heating capacity under JIS B 8627 condition (20˚CDB indoor suction air temp., 7˚CDB/6˚CWB outdoor suction air temp.), and low-temp. heating capacity under JIS B 8627 condition (20˚CDB indoor suction air temp., 2˚CDB/1˚CWB outdoor suction air temp.) are the performance measured with a 7.5 m piping length, 0 m level difference, and for standard combination.
(2) Sound pressure level is the value measured in conformity to JIS B 8627 and calculated with zero echo considered. When the unit is actually installed, the sound pressure level will be affected by operating and ambient conditions.
(3) The values above are for a single indoor unit. (4) Capacity characteristics vary according to the combination of indoor and outdoor units.(5) Specifications are subject to change without notice due to product improvements.* The "F" at the end of the model number indicates Fresh White, while "W" indicates "White." There is limited inventory of white models. Pay attention to the color of options if ordering white
panels.
Elec
trica
l cha
ract
erist
ics
50/6
0 Hz
Fan
Pipi
ng
conn
ectio
n
(kW)(kW)
(kW)(mm)(mm)(mm)
(kg)(VAC)(kW)(kW)
(A)(A)(%)(%)
(kW)(m3/min)(m3/min)
(Pa)(dB)(dB)
(mm)(mm)
YZWP22M
2.22.52.8
305 (53) 775 (1030) 600 (680)
26 (8)
0.078/0.0780.045/0.045
0.4/0.40.2/0.2
91.0/91.093.8/93.8
0.0107.05.0
3227
ø6.4 (Flare connection)ø12.7 (Flare connection)
PWJ36LF
YZWP28M
2.83.23.4
305 (53) 775 (1030) 600 (680)
26 (8)
0.083/0.0830.050/0.050
0.4/0.40.3/0.3
92.9/92.996.2/96.2
0.0159.06.5
3428
ø6.4 (Flare connection)ø12.7 (Flare connection)
PWJ36LF
YZWP36M
3.64.04.2
305 (53) 775 (1030) 600 (680)
26 (8)
0.083/0.0830.050/0.050
0.4/0.40.3/0.3
92.9/92.996.2/96.2
0.0159.06.5
3428
ø6.4 (Flare connection)ø12.7 (Flare connection)
PWJ36LF
YZWP45M
4.55.05.3
305 (53) 990 (1245) 600 (680) 31 (8.5)
0.118/0.1180.085/0.085
0.6/0.60.5/0.5
90.9/90.992.3/92.3
0.02012.09.0
3429
ø6.4 (Flare connection)ø12.7 (Flare connection)
PWJ56LF
YZWP56M
5.66.36.7
305 (53) 990 (1245) 600 (680) 32 (8.5)
0.118/0.1180.085/0.085
0.6/0.60.5/0.5
90.9/90.992.3/92.3
0.02012.09.0
3429
ø6.4 (Flare connection)ø12.7 (Flare connection)
PWJ56LF
YZWP71M
7.18.08.5
305 (53) 1175 (1430) 600 (680) 35 (9.5)
0.131/0.1370.098/0.104
0.7/0.70.5/0.5
93.2/94.395.1/96.2
0.03016.513.0
3732
ø9.5 (Flare connection)ø15.9 (Flare connection)
PWJ80LF (W)
YZWP80M
8.09.09.5
305 (53) 1175 (1430) 600 (680) 35 (9.5)
0.151/0.1550.118/0.122
0.8/0.80.6/0.6
91.1/96.792.2/98.4
0.04018.013.0
3832
ø9.5 (Flare connection)ø15.9 (Flare connection)
PWJ80LF (W)
YZWP90M
9.010.010.6
305 (53) 1665 (1920) 600 (680) 47 (12)
0.165/0.1940.132/0.161
0.9/1.00.7/0.8
92.3/96.894.3/98.2
0.05026.020.0
3933
ø9.5 (Flare connection)ø15.9 (Flare connection)
PWJ160LF (W)
YZWP112M
11.212.513.2
305 (53) 1665 (1920) 600 (680)
47 (12)
0.165/0.1940.132/0.161
0.9/1.00.7/0.8
92.3/96.894.3/98.2
0.05026.020.0
3933
ø9.5 (Flare connection)ø15.9 (Flare connection)
PWJ160LF (W)
YZWP140M
14.016.017.0
305 (53) 1665 (1920) 600 (680)
48 (12)
0.206/0.2310.173/0.198
1.0/1.20.9/1.0
98.4/98.099.4/99.0
0.08532.024.0
4337
ø9.5 (Flare connection)ø15.9 (Flare connection)
PWJ160LF (W)
16.018.019.0
305 (53) 1665 (1920) 600 (680)
48 (12)
0.238/0.2800.205/0.247
1.3/1.41.1/1.2
96.6/98.897.8/99.5
0.09536.026.5
4640
ø9.5 (Flare connection)ø15.9 (Flare connection)
PWJ160LF (W)
YZWP160M
Specifications
D - Type
Multi YZWP~M
Single hase, 200
Resin net, mould proofSirocco fan
VP25 (OD ø32)Galvanized steel sheet / Fresh white (6.5Y9.5/0.5)
LC1C61
Double-Flow Type
hinnest, lightest and most compact air conditioner in the industry.
13
Multi
(1) Cooling capacity under JIS B 8627 condition (27˚CDB/19˚CWB indoor suction air temp., 35˚CDB outdoor suction air temp.), heating capacity under JIS B 8627 condition (20˚CDB indoor suction air temp., 7˚CDB/6˚CWB outdoor suction air temp.), and low-temp. heating capacity under JIS B 8627 condition (20˚CDB indoor suction air temp., 2˚CDB/1˚CWB outdoor suction air temp.) are the performance measured with a 7.5 m piping length, 0 m level difference, and for standard combination.
(2) Sound pressure level is the value measured in conformity to JIS B 8627 and calculated with zero echo considered. When the unit is actually installed, the sound pressure level will be affected by operating and ambient conditions.
(3) The values above are for a single indoor unit.(4) Capacity characteristics vary according to the combination of indoor and outdoor units.(5) Specifications are subject to change without notice due to product improvements.* The "F" at the end of the model number indicates Fresh White, while "W" indicates "White." There is limited inventory of white models. Pay attention to the color of options if ordering white
panels.
ItemModel
Capacity
DimensionsUnit
(Standard panel)
Weight: Unit (Panel)Power Supply
Power consumption
Running current
Air filter
Sound pressure level (A scale)
Standard Panel*Remote controller
Power factor
External static pressure
Air flow amount
TypeMotor output
Refrigerant
Drain pipingOuter finish (Munsell number) <approx.>
CoolingHeatingLow temp. heatingHeightWidthDepth
CoolingHeatingCoolingHeatingCoolingHeating
ML
ML
LiquidGas
ModelModel
Elec
trica
l cha
ract
erist
ics
50/6
0 Hz
Fan
Pipi
ng
conn
ectio
n
(kW)(kW)
(kW)(mm)(mm)(mm)
(kg)(VAC)(kW)(kW)
(A)(A)(%)(%)
(kW)(m3/min)(m3/min)
(Pa)(dB)(dB)
(mm)(mm)
YZKP28M YZKP36M YZKP45M YZKP56M YZKP71M
2.83.23.4
215 (70)1110 (1240)710 (800)31 (8.5)
0.066/0.0760.033/0.043
0.4/0.40.2/0.2
91.7/92.797.1/97.7
0.015 X 111.09.0
3833
ø6.4 (Flare connection)ø12.7 (Flare connection)
PKJ56LF (W)
3.64.04.2
215 (70)1110 (1240)
710 (800)31 (8.5)
0.066/0.0760.033/0.043
0.4/0.40.2/0.2
91.7/92.797.1/97.7
0.015 X 111.09.0
3833
ø6.4 (Flare connection)ø12.7 (Flare connection)
PKJ56LF (W)
4.55.05.3
215 (70)1110 (1240)710 (800)31 (8.5)
Single phase, 2000.083/0.0900.050/0.057
0.5/0.60.3/0.4
93.0/92.697.9/96.4
Resin net, mould proofSirocco fan0.020 X 1
13.010.0
4034
ø6.4 (Flare connection)ø12.7 (Flare connection)
VP25 (OD ø32)
PKJ56LF (W)LC1C 1
5.66.36.7
215 (70)1110 (1240)
710 (800)32 (8.5)
0.096/0.1040.063/0.071
0.6/0.60.4/0.4
93.5/93.498.1/97.1
0.035 X 114.010.0
4235
ø6.4 (Flare connection)ø12.7 (Flare connection)
PKJ56LF (W)
7.18.08.5
215 (70)1310 (1440)710 (800)34 (9.5)
0.107/0.1240.074/0.091
0.7/0.80.5/0.6
93.8/95.497.3/98.9
0.045 X 118.0/20.0
15.0
42/4337
ø9.5 (Flare connection)ø15.9 (Flare connection)
PKJ80LF (W)Galvanized steel sheet / Fresh white (6.5Y9.5/0.5)
(50/60Hz)Specifications
D - Type
Multi YZKP~M
Corner Type
Thin design of just 215 mm in height.Units can be installed in various locations, i.e., and ceilings,
14
(50/60Hz)
ItemModel
Capacity
Dimensions
WeightPower Supply
Power consumption
Running current
Air filter *6
Sound pressure level
(A scale)
Remote controller
Power factor
External static pressure *(5)
Air flow amount
TypeMotor output
Refrigerant
Drain pipingOuter finish (Munsell number) <approx.>
CoolingHeatingLow temp. heatingHeightWidthDepth
CoolingHeatingCoolingHeatingCoolingHeating
HML
HML
LiquidGas
Model
4.55.05.330070070028
0.146/0.1450.134/0.134
0.9/0.90.8/0.8
81.1/80.683.8/83.8
0.140 X 116.013.011.0
100-(160/50)393735
ø6.4(Flare connection)ø12.7(Flare connection)
VP25(OD ø32)
5.66.36.730070070028
0.146/0.1450.134/0.134
0.9/0.90.8/0.8
81.1/8.0683.8/83.8
0.140 X 116.013.011.0
100-(160/50)393735
ø6.4(Flare connection)ø12.7(Flare connection)
VP25(OD ø32)
7.18.08.5300
100070036
0.134/0.1330.122/0.122
0.9/0.90.8/0.8
74.4/73.976.3/76.3
0.350 X 119.517.516.0
100-(200/50)424038
ø9.5(Flare connection)ø15.9(Flare connection)
VP25(OD ø32)
9.010.010.6300
140070045
0.184/0.1840.172/0.172
1.2/1.21.2/1.2
76.7/76.771.7/71.7
0.350 X 129.025.022.0
100-(200/50)434139
ø9.5(Flare connection)ø15.9(Flare connection)
VP25(OD ø32)
11.212.513.2300140070046
0.210/0.2090.198/0.198
1.4/1.41.3/1.3
75.0/74.676.2/76.2
0.350 X 132.027.023.0
100-(200/50)434139
ø9.5(Flare connection)ø15.9(Flare connection)
VP25(OD ø32)
14.016.017.0300140070046
0.279/0.2780.267/0.267
1.8/1.81.8/1.8
77.5/77.274.2/74.2
0.350 X 139.033.028.0
100-(200/50)444240
ø9.5(Flare connection)ø15.9(Flare connection)
VP25(OD ø32)
22.425.026.5470
13801100137
1.34/1.411.34/1.41
7.0/7.47.0/7.4
94.7/95.094.7/95.0
0.380 X 2-
58.050.0
211-98/69-
4643
ø9.5(Flare connection)ø19.1(Brazing connection)PS1 female screw
28.031.533.547013801100137
1.34/1.541.34/1.547.1/7.97.1/7.9
94.3/97.594.3/97.5
0.380 X 2-
72.062.0
235-137/98-
4845
ø9.5(Flare connection) ø22.2(Brazing connection)PS1 female screw
YZDP45A YZDP56A YZDP71A YZDP90A YZDP112A YZDP140A YZDP224M YZDP280M
Multi
(1) Cooling capacity under JIS B 8627 condition (27˚CDB/19˚CWB indoor suction air temp., 35˚CDB outdoor suction air temp.), heating capacity under JIS B 8627 condition (20˚CDB indoor suction air temp., 7˚CDB/6˚CWB outdoor suction air temp.), and low-temp. heating capacity under JIS B 8627 condition (20˚CDB indoor suction air temp., 2˚CDB/1˚CWB outdoor suction air temp.) are the performance measured with a 7.5 m piping length, 0 m level difference, and rated external static pressure of 100 Pa for standard combination.
(2) Sound pressure level is the value measured in conformity to JIS B 8627 and calculated with zero echo considered. When the unit is actually installed, the sound pressure level will be affected by operating and ambient conditions.
(3) The values above are for a single indoor unit. (4) Capacity characteristics vary according to the combination of indoor and outdoor units. (5) 12 levels of change in the external static pressure are allowed for P45 and P56 models and 14 levels for P71 through P140 models. For P224 and P280 models, the external static pressure
can be changed using the switch in the electric box. The values are indicated in the form of "high static pressure operation - normal operation". (6) When installing the optional air filter, be sure to apply it inside the inlet duct system. Select the filter with the dust collection efficiency of 50% (by the gravimetric method) or higher. (7) The "automatic airflow amount adjustment" function of this indoor unit enables automatic adjustment of outlet airflow amount upon installation to +/-10% of the rated airflow amount. (Please
refer to the installation manual for the setting of this function.)(8) Specifications are subject to change without notice due to product improvements.
Elec
trica
l cha
ract
erist
ics
50/6
0 Hz
Fan
Pipi
ng
conn
ectio
n
(kW)(kW)
(kW)(mm)(mm)(mm)
(kg)(VAC)(kW)(kW)
(A)(A)(%)(%)
(kW)(m3/min)(m3/min)(m3/min)
(Pa)(dB)(dB)(dB)
(mm)(mm)
Specifications
D - Type
Ceiling Mounted Duct Type
Air .This high static pressure model .
Multi YZDP~A·M
Single hase, 200
____ (Option)Sirocco fan
Galvanized steel sheetLC1C1
15
YZSDP22M YZSDP28M YZSDP36M YZSDP45M YZSDP56M YZSDP71M
Multi
2.22.52.820070062023
0.067/0.0700.058/0.063
0.6/0.70.5/0.5
59.4/59.858.7/60.9
0.062 X 18.06.4
30-103329
ø6.4(Flare connection)ø12.7(Flare connection)
2.83.23.420070062023
0.067/0.0700.058/0.063
0.6/0.70.5/0.5
59.4/59.858.7/60.9
0.062 X 18.06.4
30-103329
ø6.4(Flare connection)ø12.7(Flare connection)
3.64.04.220070062023
0.067/0.0700.058/0.063
0.6/0.70.5/0.5
59.4/59.858.7/60.9
0.062 X 18.06.4
30-103329
ø6.4(Flare connection)ø12.7(Flare connection)
4.55.05.320090062027
0.074/0.0780.066/0.072
0.6/0.70.6/0.6
61.5/63.361.7/63.8
0.062 X 110.58.5
30-103430
ø6.4(Flare connection)ø12.7(Flare connection)
5.66.36.720090062028
0.082/0.0940.075/0.087
0.8/0.90.7/0.8
52.6/54.852.5/54.4
0.13 X 112.510.0
30-103531
ø6.4(Flare connection)ø12.7(Flare connection)
7.18.08.5200
110062031
0.099/0.1130.090/0.106
0.9/1.00.8/0.9
59.2/60.458.4/60.1
0.13 X 116.513.0
30-103632
ø9.5(Flare connection)ø15.9(Flare connection)
Single phase, 200
Resin net, mould proofSirocco fan
VP20(OD ø26, ID ø20)Galvanized steel sheet
LC1C 1
ItemModel
Capacity
Dimensions
WeightPower Supply
Power consumption
Running current
Air filter
Sound pressure level (A scale)
Remote controller
Power factor
External static pressure *(5)
Air flow amount
TypeMotor output
Refrigerant
Drain pipingOuter finish (Munsell number) <approx.>
CoolingHeatingLow temp. heatingHeightWidthDepth
CoolingHeatingCoolingHeatingCoolingHeating
ML
ML
LiquidGas
Model
Elec
trica
l cha
ract
erist
ics
50/6
0 Hz
Fan
Pipi
ng
conn
ectio
n
(kW)(kW)
(kW)(mm)(mm)(mm)
(kg)(VAC)(kW)(kW)
(A)(A)(%)(%)
(kW)(m3/min)(m3/min)
(Pa)(dB)(dB)
(mm)(mm)
(1) Cooling capacity under JIS B 8627 condition (27˚CDB/19˚CWB indoor suction air temp., 35˚CDB outdoor suction air temp.), heating capacity under JIS B 8627 condition (20˚CDB indoor suction air temp., 7˚CDB/6˚CWB outdoor suction air temp.), and low-temp. heating capacity under JIS B 8627 condition (20˚CDB indoor suction air temp., 2˚CDB/1˚CWB outdoor suction air temp.) are the performance measured with a 7.5 m piping length, 0 m level difference, and for standard combination.
(2) Sound pressure level is the value measured in conformity to JIS B 8627 and calculated with zero echo considered. When the unit is actually installed, the sound pressure level will be affected by operating and ambient conditions.
(3) The values above are for a single indoor unit. (4) Capacity characteristics vary according to the combination of indoor and outdoor units.(5) The external static pressure can be changed by replacing the connector in the electric box. The values are indicated in the form of "high static pressure operation - normal operation". (6) Specifications are subject to change without notice due to product improvements.
(50/60Hz)Specifications
D - Type
Slim Ceiling Mounted Duct Type
hinnest, in the industry. This unit is suitable for
Multi YZSDP~M
16
(50/60Hz)
3.64.04.223596069024
0.1070.107
0.60.6
89.289.2
0.06014.012.010.0
363431
ø6.4(Flare connection)ø12.7(Flare connection)
4.55.05.323596069024
0.1070.107
0.60.6
89.289.2
0.06014.012.010.0
363431
ø6.4(Flare connection)ø12.7(Flare connection)
5.66.36.723596069024
0.1080.108
0.60.6
90.090.0
0.06014.512.010.0
373532
ø6.4(Flare connection)ø12.7(Flare connection)
7.18.08.5235
127069033
0.1110.1110.60.692.592.5
0.09120.017.014.0
373534
ø9.5(Flare connection)ø15.9(Flare connection)
8.09.09.5235
127069033
0.1120.1120.60.693.393.3
0.09120.017.014.0
373534
ø9.5(Flare connection)ø15.9(Flare connection)
9.010.010.6235
159069037
0.2180.218
1.21.2
90.890.8
0.15027.523.019.0
413532
ø9.5(Flare connection)ø15.9(Flare connection)
11.212.513.2235159069039
0.2370.237
1.31.3
91.391.3
0.15029.524.019.0
443734
ø9.5(Flare connection)ø15.9(Flare connection)
14.016.017.0235159069039
0.2530.253
1.41.4
90.490.4
0.15034.026.020.0
464137
ø9.5(Flare connection)ø15.9(Flare connection)
16.018.019.0235159069042
0.2530.2531.41.490.490.4
0.31036.027.020.0
494438
ø9.5(Flare connection)ø15.9(Flare connection)
YZHP36MA YZHP45MA YZHP56MA YZHP71MA YZHP80MA YZHP90MA YZHP112MA YZHP140MA YZHP160MA
Multi
ItemModel
Capacity
Dimensions
WeightPower Supply
Power consumption
Running current
Air filter
Sound pressure level
(A scale)
Remote controller
Power factor
External static pressure
Air flow amount
TypeMotor output
Refrigerant
Drain pipingOuter finish (Munsell number) <approx.>
CoolingHeatingLow temp. heatingHeightWidthDepth
CoolingHeatingCoolingHeatingCoolingHeating
HML
HML
LiquidGas
Model
Elec
trica
l cha
ract
erist
ics
50/6
0 Hz
Fan
Pipi
ng
conn
ectio
n
(1) Cooling capacity under JIS B 8627 condition (27˚CDB/19˚CWB indoor suction air temp., 35˚CDB outdoor suction air temp.), heating capacity under JIS B 8627 condition (20˚CDB indoor suction air temp., 7˚CDB/6˚CWB outdoor suction air temp.), and low-temp. heating capacity under JIS B 8627 condition (20˚CDB indoor suction air temp., 2˚CDB/1˚CWB outdoor suction air temp.) are the performance measured with a 7.5 m piping length, 0 m level difference, and for standard combination.
(2) Sound pressure level is the value measured in conformity to JIS B 8627 and calculated with zero echo considered. When the unit is actually installed, the sound pressure level will be affected by operating and ambient conditions.
(3) The values above are for a single indoor unit. (4) Capacity characteristics vary according to the combination of indoor and outdoor units.(5) Specifications are subject to change without notice due to product improvements.
Single phase, 200����������������������������������������������
Resin net, mould proofSirocco fan
____
VP20(OD ø26, ID ø20)Fresh white (6.5Y9.5/0.5)
LC1C61
(kW)(kW)
(kW)(mm)(mm)(mm)
(kg)(VAC)(kW)(kW)
(A)(A)(%)(%)
(kW)(m3/min)(m3/min)(m3/min)
(Pa)(dB)(dB)(dB)
(mm)(mm)
Specifications
D - Type
Mounted Type
Comfortable airflow that suits various shaped rooms.A new type of fan and motor have increased running efficiency.
Multi YZHP~MA
17
YZAP28M YZAP36M YZAP45M YZAP56M YZAP71M
Multi
2.83.23.429079523011
0.022/0.0270.022/0.027
0.3/0.20.2/0.2
74.474.4
0.0408.05.0
3630
ø6.4(Flare connection)ø12.7(Flare connection)
3.64.04.229079523011
0.027/0.0320.027/0.032
0.3/0.30.3/0.2
87.4/78.487.4/78.4
0.0409.05.5
3730
ø6.4(Flare connection)ø12.7(Flare connection)
5.66.36.7290
105023014
0.027/0.0320.027/0.032
0.30.3
79.379.3
0.04315.012.0
4236
ø6.4(Flare connection)ø12.7(Flare connection)
7.18.08.5290
105023014
0.050/0.0600.050/0.060
0.50.5
85.6/85.685.6/85.6
0.04319.014.0
4639
ø9.5(Flare connection)ø15.9(Flare connection)
4.55.05.3290
105023014
Single phase, 200����������������������������������������������0.0200.020
0.30.3
83.283.2
Resin net, mould proofCross flow fan
0.04312.09.0
____
3934
ø6.4(Flare connection)ø12.7(Flare connection)
VP13(OD ø18)White (3.0Y8.5/0.5)
LC1C�1
ItemModel
Capacity
Dimensions
WeightPower Supply
Power consumption
Running current
Air filter
Sound pressure level (A scale)
Remote controller
Power factor
External static pressure
Air flow amount
TypeMotor output
Refrigerant
Drain pipingOuter finish (Munsell number) <approx.>
CoolingHeatingLow temp. heatingHeightWidthDepth
CoolingHeatingCoolingHeatingCoolingHeating
ML
ML
LiquidGas
Model
Elec
trica
l cha
ract
erist
ics
50/6
0 Hz
Fan
Pipi
ng
conn
ectio
n
(1) Cooling capacity under JIS B 8627 condition (27˚CDB/19˚CWB indoor suction air temp., 35˚CDB outdoor suction air temp.), heating capacity under JIS B 8627 condition (20˚CDB indoor suction air temp., 7˚CDB/6˚CWB outdoor suction air temp.), and low-temp. heating capacity under JIS B 8627 condition (20˚CDB indoor suction air temp., 2˚CDB/1˚CWB outdoor suction air temp.) are the performance measured with a 7.5 m piping length, 0 m level difference, and for standard combination.
(2) Sound pressure level is the value measured in conformity to JIS B 8627 and calculated with zero echo considered. When the unit is actually installed, the sound pressure level will be affected by operating and ambient conditions.
(3) The values above are for a single indoor unit. (4) Capacity characteristics vary according to the combination of indoor and outdoor units.(5) Specifications are subject to change without notice due to product improvements.
(kW)(kW)
(kW)(mm)(mm)(mm)
(kg)(VAC)(kW)(kW)
(A)(A)(%)(%)
(kW)(m3/min)(m3/min)
(Pa)(dB)(dB)
(mm)(mm)
(50/60 Hz)
D - Type
Wall Mounted Type
Specifications
This model further improves comfort and installation freedom and .
Multi YZAP~M
18
(50/60Hz)
ItemModel
Capacity
Dimensions
WeightPower Supply
Power consumption
Running current
Air filter
Sound pressure level (A scale)
Remote controller
Power factor
External static pressure
Air flow amount
TypeMotor output
Refrigerant
Drain pipingOuter finish (Munsell number) <approx.>
CoolingHeatingLow temp. heatingHeightWidthDepth
CoolingHeatingCoolingHeatingCoolingHeating
ML
ML
LiquidGas
Model
Multi
(1) Cooling capacity under JIS B 8627 condition (27˚CDB/19˚CWB indoor suction air temp., 35˚CDB outdoor suction air temp.), heating capacity under JIS B 8627 condition (20˚CDB indoor suction air temp., 7˚CDB/6˚CWB outdoor suction air temp.), and low-temp. heating capacity under JIS B 8627 condition (20˚CDB indoor suction air temp., 2˚CDB/1˚CWB outdoor suction air temp.) are the performance measured with a 7.5 m piping length, 0 m level difference, and for standard combination.
(2) Sound pressure level is the value measured in conformity to JIS B 8627 and calculated with zero echo considered. When the unit is actually installed, the sound pressure level will be affected by operating and ambient conditions.
(3) The values above are for a single indoor unit.(4) Capacity characteristics vary according to the combination of indoor and outdoor units.(5) Specifications are subject to change without notice due to product improvements.
Elec
trica
l cha
ract
erist
ics
50/6
0 Hz
Fan
Pipi
ng
conn
ectio
n
(kW)(kW)
(kW)(mm)(mm)(mm)
(kg)(VAC)(kW)(kW)
(A)(A)(%)(%)
(kW)(m3/min)(m3/min)
(Pa)(dB)(dB)
(mm)(mm)
2.83.23.4600100022225
0.039/0.0440.039/0.044
0.2/0.20.2/0.2
97.5/95.797.5/95.7
0.015 X 17.06.0
3532
ø6.4 (Flare connection)ø12.7 (Flare connection)
YZFP28M
3.64.04.2600
114022230
0.067/0.0670.067/0.067
0.4/0.40.4/0.4
81.7/85.981.7/85.9
0.025 X 18.06.0
3532
ø6.4 (Flare connection)ø12.7 (Flare connection)
YZFP36M
4.55.05.3600
114022230
0.069/0.0750.069/0.075
0.4/0.40.4/0.4
88.5/96.288.5/96.2
0.025 X 111.08.5
3833
ø6.4 (Flare connection)ø12.7 (Flare connection)
YZFP45M
5.66.36.7600142022236
0.086/0.0930.086/0.093
0.5/0.50.5/0.5
91.5/94.991.5/94.9
0.035 X 114.011.0
3934
ø6.4 (Flare connection)ø12.7 (Flare connection)
YZFP56M
7.18.08.5600
142022236
0.087/0.0980.087/0.098
0.5/0.50.5/0.5
94.6/98.094.6/98.0
0.035 X 116.012.0
4035
ø9.5 (Flare connection)ø15.9 (Flare connection)
YZFP71M
Specifications
D - Type
Multi YZFP~M
Single phase, 200����������������������������������������������
Resin net, mould proofSirocco fan
Site connection side PVC pipe OD ø21Ivory (5Y7.5/1)
LC1C�1
Floor Standing Type
models effectively perimeter .
19
(50/60Hz)
ItemModel
Capacity
Dimensions
WeightPower Supply
Power consumption
Running current
Air filter
Sound pressure level (A scale)
Remote controller
Power factor
External static pressure
Air flow amount
TypeMotor output
Refrigerant
Drain pipingOuter finish
CoolingHeatingLow temp. heatingHeightWidthDepth
CoolingHeatingCoolingHeatingCoolingHeating
ML
ML
LiquidGas
Model
Multi
(1) Cooling capacity under JIS B 8627 condition (27˚CDB/19˚CWB indoor suction air temp., 35˚CDB outdoor suction air temp.), heating capacity under JIS B 8627 condition (20˚CDB indoor suction air temp., 7˚CDB/6˚CWB outdoor suction air temp.), and low-temp. heating capacity under JIS B 8627 condition (20˚CDB indoor suction air temp., 2˚CDB/1˚CWB outdoor suction air temp.) are the performance measured with a 7.5 m piping length, 0 m level difference, and for standard combination.
(2) Sound pressure level is the value measured in conformity to JIS B 8627 and calculated with zero echo considered. When the unit is actually installed, the sound pressure level will be affected by operating and ambient conditions.
(3) The values above are for a single indoor unit.(4) Capacity characteristics vary according to the combination of indoor and outdoor units.(5) Specifications are subject to change without notice due to product improvements.
Elec
trica
l cha
ract
erist
ics
50/6
0 Hz
Fan
Pipi
ng
conn
ectio
n
(kW)(kW)
(kW)(mm)(mm)(mm)
(kg)(VAC)(kW)(kW)
(A)(A)(%)(%)
(kW)(m3/min)(m3/min)
(Pa)(dB)(dB)
(mm)(mm)
YZMP28M YZMP36M YZMP45M YZMP56M YZMP71M
Specifications
D - Type
Multi YZMP~M
Single phase, 200����������������������������������������������
Resin net, mould proofSirocco fan
Site connection side PVC pipe OD ø21Galvanized steel sheet
LC1C�1
Concealed Floor Standing Type
erimeter air conditioner that builds into in order to maintain interior esthetics.
2.83.23.461093022019
0.039/0.0440.039/0.044
0.2/0.20.2/0.2
97.5/95.797.5/95.7
0.015 X 17.06.0
3532
ø6.4 (Flare connection)ø12.7 (Flare connection)
3.64.04.2610
107022023
0.067/0.0670.067/0.067
0.4/0.40.4/0.4
81.7/85.981.7/85.9
0.025 X 18.06.0
3532
ø6.4 (Flare connection)ø12.7 (Flare connection)
4.55.05.3610
107022023
0.069/0.0750.069/0.075
0.4/0.40.4/0.4
88.5/96.288.5/96.2
0.025 X 111.08.5
3833
ø6.4 (Flare connection)ø12.7 (Flare connection)
5.66.36.7610
135022027
0.086/0.0930.086/0.093
0.5/0.50.5/0.5
91.5/94.991.5/94.9
0.035 X 114.011.0
3934
ø6.4 (Flare connection)ø12.7 (Flare connection)
7.18.08.5610135022027
0.087/0.0980.087/0.098
0.5/0.50.5/0.5
94.6/98.094.6/98.0
0.035 X 116.012.0
4035
ø9.5 (Flare connection)ø15.9 (Flare connection)
20
(50/60Hz)
ItemModel
Capacity
Dimensions
WeightPower Supply
Power consumption
Running current
Air filter
Power factor
External static pressureSound pressure level (A scale)
Air flow amount
TypeMotor output
Refrigerant
Drain pipingOuter finish (Munsell number) <approx.>Control panel
CoolingHeatingLow temp. heatingHeightWidthDepth
CoolingHeatingCoolingHeatingCoolingHeating
LiquidGas
YZFVP140M YZFVP224M YZFVP280M YZFVP355M YZFVP450M YZFVP800M YZFVP1120M YZFVP1600MYZFVP560M
Multi
14.016.017.01670750510110
0.36/0.440.36/0.44
2.6/2.22.6/2.2
40.0/57.740.0/57.7
0.7542
11/9051
ø9.5(Brazing connection)ø15.9(Brazing connection)
22.425.026.51670950510125
0.78/0.980.78/0.984.4/4.04.4/4.0
51.2/70.751.2/70.7
1.563
40/17052
ø9.5(Brazing connection)ø15.9(Brazing connection)
28.031.533.516701170510145
0.66/0.870.66/0.87
4.2/3.84.2/3.8
45.4/66.145.4/66.1
1.580
27/10053
ø9.5(Brazing connection)ø15.9(Brazing connection)
35.540.042.518701170720210
2.02/2.572.02/2.57
7.2/8.67.2/8.6
81.0/86.381.0/86.3
2.2100
157/33860
ø12.7(Brazing connection)ø28.6(Brazing connection)
45.050.053.018701170720210
2.02/2.572.02/2.57
7.2/8.67.2/8.6
81.0/86.381.0/86.3
2.2120
45/21060
ø12.7(Brazing connection)ø28.6(Brazing connection)
80.090.090.0185017601050490
2.12/3.732.12/3.7311.8/13.111.8/13.151.9/82.251.9/82.2
5.5255
73/23361/63
ø19.1(Brazing connection)ø31.8(Brazing connection)
112.0125.0132.0185019601200630
4.14/5.354.14/5.3517.9/18.417.9/18.466.8/83.966.8/83.9
7.5340
46/22163.5/65.5
ø15.9(Brazing connection)X2ø28.6(Brazing connection)X2
160.0180.0190.0185023601200915
5.45/6.515.45/6.5124.2/25.824.2/25.865.0/72.865.0/72.8
11.0510
30/18670/72
ø15.9(Brazing connection)X3ø28.6(Brazing connection)X3
YZFVP1400M
140.0160.0160.0185019601200775
7.86/10.07.86/10.030.5/33.630.5/33.674.4/85.974.4/85.9
11.0425
43/28066/68
ø19.6+ø15.9(Brazing connection)ø31.8+ø28.6(Brazing connection)
56.063.067.018701470720240
2.17/2.812.17/2.81
9.1/9.59.1/9.5
68.8/85.468.8/85.4
3.7165
32/17861
ø15.9(Brazing connection)ø28.6(Brazing connection)
Top drain: PS1 1/4 female screw Bottom drain: PS1 female screwPS1 female screw
Elec
trica
l cha
ract
erist
ics
50/6
0 Hz
3-phase, 200�
Resin netSirocco fan
Ivory white (5Y7.5/1)Standard equipment
(kW)(kW)
(kW)(mm)(mm)(mm)
(kg)(VAC)(kW)(kW)
(A)(A)(%)(%)
(kW)(m3/min)
(Pa)(dB)
(mm)(mm)
(1) Cooling capacity under JIS B 8627 condition (27˚CDB/19˚CWB indoor suction air temp., 35˚CDB outdoor suction air temp.), heating capacity under JIS B 8627 condition (20˚CDB indoor suction air temp., 7˚CDB/6˚CWB outdoor suction air temp.), and low-temp. heating capacity under JIS B 8627 condition (20˚CDB indoor suction air temp., 2˚CDB/1˚CWB outdoor suction air temp.) are the performance measured with a 7.5 m piping length, 0 m level difference, and for standard combination.
(2) Sound pressure level is the value measured in conformity to JIS B 8627 and calculated with zero echo considered. When the unit is actually installed, the sound pressure level will be affected by operating and ambient conditions.
(3) The values above are for a single indoor unit.(4) Capacity characteristics vary according to the combination of indoor and outdoor units.(5) Specifications are subject to change without notice due to product improvements.(6) YZFVP ~ M cannot be incorporated into pro rata rating systems.
Fan
Pipi
ng
conn
ectio
n
Specifications
D - Type
Floor Standing Duct Type
This model used to air condition wide spaces, i.e., large stores, factories, etc.
Multi YZFVP~M
Aircon ManagerThis PC-based system offers both centralised control and a function for the proportional distribution of gas/electricity bills.
In recent years, air-conditioning systems have become increasingly large. Yanmar Energy System’s Aircon Manager1 can be used to control complex, sophisticated air-conditioning systems from a personal computer. It also incorporates a function for the proportional distribution of gas/electricity bills,2 an essential feature for commercial buildings.1. Please consult our representative before making any
decision on the adoption of this system.2. Please ensure the calculation method is suitable for your
installation.
Aircon Manager
LV256B2 (Interface and software)Personal computer for Aircon Manager use only, monitor, printer and UPS must be obtained locally.
Monitoring
Start/Stop
Room temperature
Set temperature
Operation mode
Malfunction
Filter inspection
Operation and set
Start/Stop
Set temperature
Operation mode
Airflow direction
Fan speed
Remote controller permission/prohibition
Proportional distribution of bill
Summary for individual tenant
Summary for individual group
Print of summary lists
Setting period of proportional distribution
Setting method of proportional distribution
Setting excluded time of proportional distribution
Setting option of proportional distribution
System setting
Zone setting
Schedule setting
Setting scheduled operation
Display of general history
Initial setting (registration of group)
Instant confirmation of zone/group operating conditionsThe status of each group is indicated using red for operation, green for stoppage and yellow for malfunction. Each group’s set temperatures, operation modes, current room temperatures and malfunction error codes are all displayed in lists. These lists enable instant visual confirmation of the operating and setting status of air conditioners. Start/stop operation of units can also be executed directly from this screen.
Setting of air direction, fan speed, remote controller permission/prohibition, as well as basic start/stop controlIn addition to daily start/stop control, operation modes (cooling, heating, fan only), set temperatures, air directions, fan speeds and resetting of filter indicators can all be managed using simple mouse operations. It is also possible to permit/prohibit basic functions (start/stop, operation modes, set temperatures) from remote controllers.
Control of daily start/stop on yearly schedule and achievement of energy savings Individual operation patterns in which the system starts/stops up to 8 times a day can be set for week days, holidays and 2 special schedules. It is also possible to operate a yearly schedule by registering these patterns to the calendar. Operation can be controlled for individual zones and all groups as well as individual groups.
More efficient facility management thanks to display/print out of gas/electricity consumption for individual zonesThe proportional distribution of gas/electricity consumption during a specific period can be displayed and printed out for individual zones and groups as well as all groups. The following 3 methods are available for calculating the proportional distribution.• Air-conditioning period (standard): Total gas/electricity consumption is proportionally distributed according to the period for which the thermostat of each indoor unit is on.
• Price rate: Period for which the thermostat of each unit is on is multiplied by a set price rate.• Air-conditioning load: Total gas/electricity consumption is proportionally distributed according to the refrigerant flow of each indoor unit.
21
Aircon Manager interface
RS232C
Monitor unit
Specifications
Output
Expansion printed circuit boardA printed circuit board that can be used to expand the number of lines connectable to Aircon Manager interface from the standard 2 lines to 4 lines. This enables the creation of a large network with Aircon Manager interface’s 4 lines connected to 64 groups.Equipped with Aircon Manager interface.
Interface for adding watt metersThis interface is required to execute power proportional distribution based on the values calculated for gas/ electricity meters. The interface can be connected to up to 12 meters.Equipped with Aircon Manager interface.
Examples of System Configuration
Input of forced stoppageStandard 4 contact input available(No-voltage contact input)
* When the function for proportional distribution of gas/electricity bills is available, up to 256 groups and indoor units can be connected using an optional expansion printed circuit board.
The proportional distribution function is not available for floor-standing duct type indoor units YZFVP280-560M and YZFVP1120M/1400M/1600M. It is also not available for floor-standing duct type units during the outdoor-air processing mode or the spot energy-saving mode.
Gas and electricity meters(Obtain locally)Up to 12 units can be connected using an optional interface.
Maximum of 64 groups
Incorporating an optional expansion printed circuit board allows an additional 256 indoor unit groups to be connected to an Aircon Manager 2 line system.
Yanmar centralised control equipment can be used togetherwith the Aircon Manager system.
Expansion of Systemfor Large Facilities
If a single Aircon Manager system is not sufficient to manage a facility (more than 256 groups required), contact Yanmar Energy System regarding systems with up to 4 Aircon Manager interface units. Such systems enable the connection of a total of 1,024 groups, which can still be managed from a single personal computer.
OptionsAircon
Manager
Interface
Personal
computer
Ambient conditions
Dimensions
Power consumption
Option adapter
Performance
CPU
Main RAM
HD
OS
Temperature: -10 to 50 C, Relative humidity: 0 to
90% (without condensation)
275 (W) x 68.5 (D) x 263 (H) mm
Maximum 20 W (rated power voltage), Single phase,
AC 100-240 V, 50/60 Hz
Expansion printed circuit board and interface for
adding watt meters
50 or more for insulation resistance of DC 500 MV
Intel® Core2 Duo 3.00GHz
2GB
255GB (RAID)
Windows XP Professional
Notes: 1. Personal computer (for Aircon Manager use only), monitor, printer and UPS must be obtained locally.
2. Applicable specifications and models are subject to change without notice.
22
23
Installation ExamplesShopping mall 5,800 kW
Restaurant 85 kW
Shopping centre 850 kW
Toy store 425 kW
School 128 kW
Restaurant 56 kw
24
Operating range (for pull-down)
Optional air guard required
Continuous operation range
Outdoor suction air dry-bulb temp. ( CDB)
Indo
or s
uctio
n ai
r w
et-b
ulb
tem
p. (
CW
B)
-10 0 105
10
1514
20
25
3028
20 50434030
Operating range (for warm up)
Continuous operation range
Outdoor suction air wet-bulb temp. ( CWB)
Indo
or s
uctio
n ai
r dr
y-bu
lb te
mp.
( C
DB
)
-11 05
10
15
20
25
30
10 18 25
800
800
1690 1690
1690 1690
800
800
800
1690 1690 1690
Passage openingPassage opening
Passage opening Passage opening
or m
ore
500 or more
FrontFront
2300
or m
ore
500
or m
ore
1000
or m
ore
2290 or more
100 or more
100 or more 100 or more *2 500 or more
5870 or more
Front
2300
or
mor
e
1000
or m
ore
500
or m
ore
100 or more
100 or more100
or more100 or more4180 or more
4180 or more
Front Front
Front
3600
or m
ore
500
or m
ore
500
or m
ore
*1 500
or m
ore
*3 600
or m
ore
*3 600
or m
ore
*3 600
or m
ore
1000
or m
ore
500
or m
ore
1000
or m
ore
1000
or m
ore
4100
or m
ore
(Single unit installation) (Multiple unit installation)
*1. Provide maintenance access with a width of 500 mm or more on either side of the unit.
*2. In the case of the installation of multiple outdoor units, provide maintenance access with a width of 500 mm or more on either side of each group of three units.
*3. Provide a passage from the entrance to the outdoor unit installation site to the front of each outdoor unit with a width of 600 mm or more.
*4. If you wish to install four or more outdoor units together, please consult your nearest Yanmar dealer.
*5. Decide the appropriate installation space after considering the minimum area practically required for the installation of the outdoor units.
*6. Provide an appropriate isolation distance between the outdoor units and flammable substances as designated by the Fire Prevention Evaluation Label.
*7. Install the outdoor units in a location that is able to appropriately support their weight.
X Y
1. If 100 ≤ X < 500 Y ≥5002. If 100 ≤ Y < 500 X ≥500
1. Operating Conditions for Cooling and Heating
Installation space P450, P560
When the outdoor units are installed, a service space must be provided for the performance of periodic maintenance work, etc. This service space should be designated according to the diagram below. Decide the appropriate space after considering the minimum area practically required for the installation of the outdoor units.
Use the outdoor units inside the following range of operating conditions.
2. Installation Procedure
Cooling operation
Heating operation
Indoor temperature/humidity
Outdoor suction temperatureIndoor temperature
Outdoor suction temperature
20 to 30 ˚CDB, 80 % or less (Can be operated at 30 to 34 ˚CDB for pull-down)
- 10 to 43 ˚CDB15 to 30 ˚CDB
- 10 to 35 ˚CDB(Some operations are partially limited to use at 26 to 35 ˚CDB.)
Operating conditions for cooling Operating conditions for heating
* The range shown in the above table and graphs is the operating range of the outdoor units.* Neither heating operation at an outdoor temperature of more than 35 ˚CD.B. nor cooling operation at an outdoor temperature of less than -10 ˚CD.B. is possible
due to operational limitations. (The outdoor temperature values are those detected by the built-in outdoor air sensor inside the outdoor unit.)Note: Pull-down refers to the operation from the start up of cooling until the unit enters the continuous operation region. Warm-up refers to the operation from the start up of heating until the unit enters the continuous operation region.
25
or m
ore 2300
or m
ore
2300
or m
ore
1000
or mo
re
2100 2100 2100
2100 2100
800
800
5000 or more
800
2100 2100
800
800
2000
or m
ore
FrontFront
500 or more
2700 or more
100 or more
100 or more
100 or more
100 or more
100 or more
100 or more
100 or more5000 or more
7100 or more
500
or m
ore
Front
Front Front
Front
*2 500 or more
*1 500
or m
ore
500
or m
ore
500
or m
ore
500
or m
ore *3 6
00 o
r mor
e
*3 600
or m
ore
*3 600
or m
ore
500
or m
ore
X Y
1000
or m
ore
1000
or m
ore
1000
or m
ore
3600
or m
ore
4100
or m
ore
(Single unit installation) (Multiple unit installation)
Passage opening Passage opening
Passage openingPassage opening
1. If 100 ≤ X < 500 Y ≥5002. If 100 ≤ Y < 500 X ≥500
*1. Provide maintenance access with a width of 500 mm or more on either side of the unit.
*2. In the case of the installation of multiple outdoor units, provide maintenance access with a width of 500 mm or more on either side of each group of three units.
*3. Provide a passage from the entrance to the outdoor unit installation site to the front of each outdoor unit with a width of 600 mm or more.
*4. If you wish to install four or more outdoor units together, please consult your nearest Yanmar dealer.
*5. Decide the appropriate installation space after considering the minimum area practically required for the installation of the outdoor units.
*6. Provide an appropriate isolation distance between the outdoor units and flammable substances as designated by the Fire Prevention Evaluation Label.
*7. Install the outdoor units in a location that is able to appropriately support their weight.
*8. The shape of the outdoor units shown in the top view will differ slightly from the actual appearance following combined installation.
Outdoor unit
H1 H
2 1
2
1st branch with Y joint
(Indoor unit at lowest level)
(Indoor unit at highest level)
Outdoor unit
H1
H2
1
2
H joint
Can not connect
(Indoor unit at lowest level)
(Indoor unit at highest level)
Installation space P710, P850
3. Refrigerant Piping
Piping Method of Refrigerant Branching
1. Refrigerant branching with Y Joints
2. Refrigerant branching with H Joints
H1 H
2
Note: No rebranching is allowed after the H joint. P280 type or larger units can not be connected after the H joint.
*1 The piping length from the outdoor unit to the furthest indoor unit.*2 The first branch looking from the outdoor unit.*3 If the length after the first branch exceeds 40 m, calculate the elevation difference between indoor units according to the following formula.
2 = 40 to 60 m: H2 = 37 – 11/20 x 2 (m) 2 = 60 to 90 m: H2 = 11 – 7/60 x 2 (m)
L (actual piping length) = 1 + 2L’ (equivalent piping length) = L (actual piping length) + (equivalent length of Y joint/H joint and L joint)
Outdoor unit
1st branch with Y joint (Indoor unit at lowest level)
Can not connect
(Indoor unit at highest level)
H joint
1
2
Calculate the equivalent piping length for the gas side refrigerant piping using the following formula. Equivalent piping length (m) = (Actual piping length to the furthest outdoor unit) + (Equivalent piping length of joint x number of joints)
3. Refrigerant branching with Y Joints and H Joints
Allowable Piping Length and Allowable Level Difference
Equivalent piping length
Descriptions
Pipe diameter
L joint
Y joint H joint 1.00.5
ø6.4
0.16
ø9.5
0.18
ø12.7
0.20
ø15.9
0.25
ø19.1
0.35
ø22.2
0.40
ø25.4
0.45
ø28.6
0.50
ø38.1
0.65
ø44.5
0.75
ø31.8
0.55
Table for calculating equivalent piping length of joints
Selecting a Y Joint and H Joint
(Unit : m)
* Rebranching cannot be done downstream of the H joint. Indoor units above the P280 type cannot be connected downstream of the H joint.* The kits for R22, R407C, and R410A are not compatible. Be sure to use those exclusive to R410A.
Capacity of outdoor units
P450, P560P710, P850
Refrigerant: R410APart number of
Y jointRBPP72YRBPP104P
First branch with Y joint(the first branch looking from the outdoor unit)
Total capacity of indoor units (kW)
Less than 22.4
22.4 - 33.0
33.0 - 71.0
71.0 - 104.0
104.0 or more
Refrigerant: R410APart number of
H jointRBPP22H
RBPP33H
RBPP72H
RBPP104H
–
First branch with H joint (the first branch looking from the outdoor unit)
Total capacity of indoor units (kW)
Less than 22.4
22.4 - 33.0
33.0 - 71.0
71.0 - 104.0
104.0 or more
Refrigerant: R410APart number of
Y jointRBPP22Y
RBPP33Y
RBPP72Y
RBPP104Y
RBPP218Y
Second branch and after with Y joint
Model Building Multi Type
Allowable maximum length*1 Actual piping length
Equivalent piping length
Allowable level difference Level difference between indoor and outdoor units
Level difference between indoor units
Allowable length after 1st branch*2
Total piping length
170
200
50
15*3
90*3
640
L
L’
H1
H2
2
ANZP450H1/ANZP560H1ANZP710H1/ANZP850H1AHZP850H1
26
27
While there are a variety of wiring methods for branch circuits, the appropriate selections should be made for the branch switches, branch overcurrent breakers, and wire sizes based on the local wiring regulations. The diagram below shows one example of wiring.
Preshipment refrigerant charge
Calculation of additional refrigerant chargeCalculate the additional amount to charge R on the basis of the piping size and length of the extended piping. Calculate R using the following formula rounded to the nearest 0.1 kg.Note: The additional amount of refrigerant needs to be calculated with an accuracy of less than ±5 %.
4. Wiring
Wiring Procedure
Calculation of Additional Refrigerant Charge
Outdoor unit
Amount of sealed refrigerant (kg)
A (kg)
P450
11.8
3.7
P560
11.8
5.0
P710
11.8
11.8
P850
11.8
12.6
D typeIndoor Unit
R (kg) = A + (L1 x 0.25) + (L2 x 0.17) + (L3 x 0.11) + (L4 x 0.054) + (L5 x 0.022)Additional charge amount
L1: Total length (m) of ø 19.1 mm pipingL2: Total length (m) of ø 15.9 mm pipingL3: Total length (m) of ø 12.7 mm piping
L4: Total length (m) of ø 9.5 mm pipingL5: Total length (m) of ø 6.4 mm piping
LC LC1–
Outdoor unit
BS unit BS unit
Three-phase 200 V or
Single-phase 200 V
Indoor unit
Remote controller Remote controller
BS unit
Remote controller Remote controller
Indoor unitIndoor unit Indoor unit Indoor unitCOOL/HEAT switchover
remote controller (option)
Single-phase200 V
to other outdoor unit or centralized control equipment
[A] Option[B] Cool /Heat selector[C] Indoor-Outdoor/Outdoor-Outdoor transmission wiring (H type)[D] Indoor-Outdoor transmission wiring (D type)[E] Outdoor-Outdoor transmission wiring (D type)[F] Control circuit transmission wiring[G] Power supply
[A] [B] [C] [D] [E] [F] [G]
COO
L/HEAT SW
COO
L/HEAT SW
COO
L/HEAT SW
[X] Indoor side[Y] Outdoor side
[X] [Y]
Note: Floor-standing duct type indoor unit models with a three-phase 200 V specification are available.
Power supply
A B 1 2C F2
F2 1+
F1
R S TF1
R SA
B
C
F1
F2
F1
F2
[Y][X]
R SA
B
C
F1
F2
F1
F2
[Y][X]
R SA
B
C
F1
F2
F1
F2
F1
F2
F1
F2
F1
F2
RS
NP NP
RS RS
NP
N NP PNP
F1
F2
F1
F2
NPRS
NP
NP
1. COOL/HEAT mode switching can be performed by BS unit.2. COOL/HEAT mode switching can be performed using either a remote controller, Cool/Heat selector, or COOL/HEAT central remote controller. (Options)
• AFZP
LC LC1–
Outdoor unitSingle-phase 240 V * Procure a step-down transformer in the field.
* Procure a step-down transformer in the field.
Indoor unit
Remote controller Remote controller Remote controller Remote controller
Indoor unitIndoor unit Indoor unit Indoor unit
to other outdoor unit or centralized control equipment
[A] Option[B] Cool /Heat selector[C] Indoor-Outdoor/Outdoor-Outdoor transmission wiring (H type)[D] Indoor-Outdoor transmission wiring (D type)[E] Outdoor-Outdoor transmission wiring (D type)[F] Control circuit transmission wiring[G] Power supply
[A] [B] [C] [D] [E] [F] [G]
[X] Indoor side[Y] Outdoor side
Note: Floor-standing duct type indoor unit models with a three-phase 200 V specification are available.
A B 1 2C F2
F2 1+
F1
R S TF1
F1
F2
F1
F2
F1
F2
RS
NP NP
RS RS
NP
N NP PNP
F1
F2
F1
F2
NPRS
NP
NP
• ANCP, AHZP, PHZP
*1 If the current exceeds 63 A, do not connect the cables in series.
For the specifications of the power supply and minimum wire diameter (power supply wiring, communication wiring, and remote controller wiring), refer to the following table.
• The minimum wire diameter for power supply specifications and wiring specifications (power supply wiring, communication wiring, and remote control wiring) is listed in the table below.
Wiring
Selection according to EN60335-1Current i (A)
i ≤ 66 < i ≤ 10
10 < i ≤ 1616 < i ≤ 2525 < i ≤ 3232 < i ≤ 4040 < i ≤ 63
63 < i
Wire size (mm2)0.75
11.52.546
10*1
Table 1
Remote controllerWire diameter
EN60335-1mm2
CommunicationWire diameter
EN60335-1mm2
Models
Power supplyPower supply Wire diameter
EN60335-1mm2
Maximum currentAt start-up
AFrequency
HzVoltage
VPhase
–
Power supply communication Remote controllerPower supply Maximum current
Wire diameter *1 Wire diameter *2 Wire diameter *3
Phase Voltage Frequency At startingVoltage Frequency- V Hz A mmV Hz A 2 mm2 mm2
Indoor unit D-type ø1 200 50D-type ø1 200 - 2.5 0.75 0.75
Outdoor unitAFZP560J ø1 200 50ø1 200 24 2.5 0.75 0.75AFZP850J ø1 200 50ø1 200 30 2.5 0.75 0.75
Type
*1. two-or three-core*2. Sheathed vinyl cord or cable (two-core)
Maximum length: 1000 m or shorter (total extended length: 2000 m)When using a shielded cable, be sure to ground only one end of the shielded cable. Do not ground both ends.Maximum number of branches: 16 (no subbranches)
*3. Sheathed vinyl cord or cableMaximum length: 500 mIndoor unit remote controller: two-core
• Ground: 2.5 mm2 or more (ø1.6 mm) (copper)
• The outdoor unit should only be connected with one indoor unit, which in turn should be crossover-connected tothe other indoor units. (Unless a central control system is used, the addresses of the respective units are automatically configured and thus you do not have to manually configure them.)
CAUTION
• Follow local codes and regulations when selecting field wires.• The above wire sizes are selected at the maximum current of the unit according to the
European Standard, EN60335-1. Use the wires which are not lighter than the ordinary polychloroprene sheathed flexible cord (code designation H05RN-F).
• Use shielded wires for communication wires, and connect both ends of the shielding part to the earth screw in the electrical box.
• In the case the indoor unit power cables are connected in series, add each unit maximum current and select wires table 1.
• The earth cable size complies with local code: IEC245, No. 571.
CAUTION
ø 1ø 1ø 1ø 1
ø 1
240240240240
240
50505050
50
–191924
24
0.752.52.52.5
2.5
0.750.750.750.75
0.75
0.750.750.750.75
0.75
Indoor units
Outdoor units
All modelsANCP450JANCP560JANCP710JANCP850J
AHZP850H1
28
29
5. Gas and Drain Piping Work
CautionsBe sure to install piping separately from the exhaust drain piping, and not to let the exhaust gas from the exhaust drain pipe flow back. If the exhaust gas flows back, the equipment in the engine room will rust and problems will occur.
Exhaust drain piping
Drain port
Open to atmosphere
Exhaustdrain hose
Condensed water drain piping
Gas pressureMax. gas pressureStandard gas pressureMin. gas pressure
2.52.01.0
Gas type Naturalgas
3.3 2.8 2.0
Propanegas
2.2 1.5 0.7
Butanegas
(Unit: kPa)Gas Supply Pressure
Adjust the gas supply pressure at the inlet for the outdoor unit so that it conforms to the relevant values in the above table.
The gas installer should refer to the above table to determine the gas pipe sizing.
45 kW142
56 kW196
71 kW249
85 kW279
ModelMJ/h
Maximum Gas Demand (HHV base)
Outdoor Units Drain Piping Work1) Exhaust drain piping
Fit drain hoses supplied to extend the drain piping to the drain. Fix the pipe end. If two or more outdoor units are installed, lay independent piping for each unit.(1) Do not use common piping for the exhaust from the outdoor
unit and drain from the indoor units. Exhaust gas will flow backward into the rooms, causing poisoning and the substrates in the indoor units to corrode. This will result in malfunctions.
(2) When discharging exhaust from the outdoor unit into a sealed drain or tank, or when discharging both exhaust from the outdoor unit and drain from the indoor units into the same location, use piping that vents exhaust gas to the atmosphere.
(3) Ensure that the extension hose is not lifted or clogged. If drain water freezes in the pipe during the winter, it may lead to operation problems in the engine. To prevent this, cut the drain piping at a point that can be sloped at a steep angle. Then, fix the pipe to a drain to route the drain water to a drain port. As the direct discharge of drain water onto concrete surfaces may cause discolouring or staining, extend the piping to an appropriate discharge point.
(4) If the drain pipes from two or more outdoor units are combined, lay the combined piping so that it does not receive exhaust pressure. If the combined piping receives exhaust pressure, the exhaust will enter the outdoor units that are not running, causing malfunctions.
(5) When installing the outdoor unit on a veranda or rooftop whose surface is finished with a waterproof coating, take care not to break the waterproof coating when extending the exhaust piping from the outdoor unit to the roof drain port.
(6) Use rigid polyvinyl chloride drain pipes. (local supplies)
Fuel Gas Piping WorkUse approved gas pipes for the gas piping to the outdoor unit and install the equipment as shown in the illustration on the right.(1) Use an approved flexible gas hose to link the fuel gas
piping to the outdoor unit.Note: If a vibroisolator is used, in particular, the outdoor unit will vibrate when starting up. Carefully consider the layout of the reinforced gas hose.
(2) Install a gas filter between the flexible gas hose and the stop cock.
(3) After completing pipe connections, apply soapy water to the joints to check them for gas leaks.
(4) If sealing tape is used for screw threads, the tape will get into the valve seat of the gas regulator, resulting in gas leaks. To prevent gas leaks, use paste type sealant.
(5) When required by national or regional legislation, a low gas pressure switch has to be mounted in the safety loop.
(6) Installation must be in accordance with local and national standards or legislation.
Outdoor unit
Stop cock Gas filter
Low gaspressure switch
gas hoseRefer to (5).
LP
30
2) Condensed water drain pipingTo drain condensed water, extend the condenser drain piping as required to an appropriate discharge point.
3. Indoor Unit Drain Piping(1) Install drain pipes.
• The diameter of a drain pipe should be greater than or equal to that of the connecting pipe (vinyl tube).
• Keep the drain pipe short and sloping downward at a gradient of at least 1/100 to prevent air pockets from forming.
• If the drain hose can not be sufficiently sloped, install raised drain piping (available as an optional kit).
• To keep the drain hose from sagging, space hanging wires every 1 to 1.5 m.
• Use the supplied drain hose and clamp. Tighten the clamp firmly on the drain hose.
• Insulate the clamp with the attached insulating material.• If combining multiple drain pipes, install them according to the
procedure below.• Select combined drain pipes with a gauge suitable for the
operating capacity of the unit.
<Precautions for Raised Drain Piping>• When installing raised drain pipes, do not exceed the specified
height.• Install the drain raising pipes vertically and as close as possible to
the unit.
(2) After piping work is finished, check that drainage flows smoothly.• Open the water inlet lid, add water gradually and check the
drainage flow.
Note: Do not install indoor unit drain pipes into the same drainage channel or piping as those used for engine exhaust gas, exhaust drainage, or harmful gases including sulfur-based gas. Exhaust gas will flow backward into rooms and cause poisoning.
(1P174303B)
(3K010456D)
(1P028670C)
(3K012701A)
(3K013986D)
Ceiling slab300 or less
300 or less
Ceiling slab
300 or less
Drain hose (attached)Drain riser pipe (must be obtained locally)
Drain riser pipe (must be obtained locally)
Supporting bracket
Supporting bracket
Supporting bracket
Adjustable (675 or less)
Initial area
Initial area
850
or le
ss
Clamp (attached)
Clamp (attached)
(Unit (mm))
(Unit (mm))
1~1.5m
1~1.5m
1~1.5m
175
175
*Attached to options
Drain hose (attached)Adjustable (467 or less)
700
or le
ss
Drain riser pipe
Drain hose (attached*) Adjustable
Clamp (attached*)
222
0~25
0
From the ceiling of the indoor unit220 to 600 mm*
* Install the drain riser pipe to a height of 220 mm or more. If it is less than 220 mm, pumping operation noise can be louder than usual.
Initial drain piping (VP20)(must be obtained locally)
Downward slope 1/100 or more
Refrigerant pipe
Drain piping (VP20)(must be obtained locally)
50 o
r mor
e29
0 Requ
ired
inst
alla
tion
spac
e
50 or more 260 150
Required installation space
Required installation space
Can be installed at right and left sides
20
270
53
Small-capacity indoor unit: 795
Large-capacity indoor unit: 1050
Inst
all t
he ri
ser p
ipe
to
a he
ight
of 6
00 to
100
0 m
m.
If it
is le
ss th
an 6
00 m
m,
pum
p ru
nnin
g no
ise
can
be
loud
er th
an u
sual
.
1000
or l
ess
Combined piping(Downward slope of 1/100 or more)
100
mm
or m
ore
Fig. 3
Large packing (5) (attached)
Clamp (1)(attached)
4 mm or less
Face seam upwards.Fig. 1
Fig. 2Tape Drain hose (2)
(attached)
Clamp (1)(attached)
Drain riser pipe(must be obtained locally)
300 mm or less Supporting bracket
Ceiling slab
Clamp (1) (attached)
1~1.5m
Adjustable(600 mm or less)
Drain hose (2) (attached)
Drain hose (2) (attached)
Fig. 4
Level or rising
Run the drain hose level or slope upwardsa little to prevent air pocketing. If air pockets form, bubbling or other strange noises may be heard while the drain pump isstopped because of drainage back-flowing.
[ Heating and Cooling Operation ]1. The air conditioning units introduced in this catalogue are for human environment use.
Don’t use them for specialised purposes such as food, precision machinery, artworks or animals. They could cause deterioration or other problems.
2. Don’t use these air conditioning units in vehicles or ships. Damage due to vibration,salt, etc. could cause water leakage, oil leakage, or short circuits.
[ Before Use ]1. Before using this equipment, be sure to read the handling instructions, warranty, etc.
carefully.[ Installation ]1. Entrust placement and installation work to your dealer or specialist. Improper installation
can cause water or oil leakage, electric shocks or fire, etc.2. Be sure to use the type of gas specified for your external unit.3. Be sure to use only air cleaners, humidifiers, etc. specified by Yanmar.4. When installing a unit in a small room, care must be taken to ensure that the
concentration of the coolant, in case of leakage, does not exceed the permissibleconcentration. The specified coolant is safe, being non-poisonous and non-flammable, but if a leak occurs in a small room of less than the specified volume, there is a danger of suffocation. Accordingly, counter measures must be taken to ensure that the permitted coolant concentration is not exceeded.
5. Both the indoor and outdoor units must be placed in locations that can support their weight. 6. Electrical work should be performed by a qualified electrician in accordance with the
technical standards for electrical installation, internal wiring regulations and theinstallation instructions. The rated power source, capacities and electrical specifications of circuit breakers, switches and wires must all be properly observed,and proper earthing must be provided.
7. In dusty environments, etc., dust deposits may lower performance and cause breakdowns or damage. Conduct regular inspections and cleaning according to theoperational circumstances.
8. If moving and reinstalling indoor or outdoor units, entrust the work to your dealer or a specialist.
[ Place of Use ]1. Place the outdoor unit in a place with free air flow where exhaust emissions will not
accumulate. Also, beware that exhaust emissions can cause poisoning if they canenter the building through ventilation ducts, windows, pipes, etc.
2. Don’t install the outdoor or indoor units in places liable to leaks, flows or accumulation of inflammable gas, places with volatile gases, or places with free carbon fiber.
3. Avoid installation in unusual atmospheres, such as those with high acidity or alkalinity, (hot spring regions with sulfurous gas, places with incinerator fumes), because the heat exchange unit, etc. is liable to corrode. In coastal areas exposed to sea winds,avoid installation in places directly exposed to the wind. Use of an outdoor unit withspecial salt-resistance is recommended.
4. Ordinary air conditioning units are liable to malfunction in oily air, when the oilaccumulates on the heat exchanger, etc. The heat exchange performance maydeteriorate, synthetic resin parts may be deformed and damaged, the heat exchanger may be corroded, insulating materials may become detached, etc.
5. High frequency signals and noise should be considered when selecting the installation site. It is especially recommended to place the indoor unit some distanceaway from electronic instruments, etc.
6. In a place with a high ceiling, install ceiling fans or circulators.7. Maintain sufficient space around the units for regular inspection and maintenance
work. When installing in a high location, be sure to attach safety handrails, fences, etc.[ Regular Inspection ]1. The gas heat pump air conditioning unit must be inspected regularly. Failure to do so
will lead to breakdowns. Be sure to enter a regular inspection contract with your dealer or a specialist.
2. Specialist knowledge is required for cleaning inside the indoor unit. Entrust the work toyour dealer or a specialist.
Overseas Marketing & Sales Dept.5-12-39 Oyodonaka, Kita-ku, Osaka, Japan 531-0076Phone: +81-(0)6-6451-4503 Fax: +81-(0)6-6451-1039
This catalogue is effective from May 2012. Specifications in this catalogue are subject to change without notice in order to incorporate improvements, etc. Product colours in this catalogue may differ slightly from those of actual products.
Product inquiries can be made at any Yanmar office, branch office, or sales office.
SAFETY!
www.yanmar.co.jp/en/