DX Split Unit - York
DX Split Unit - York
DX Split Unit - York
MATERIAL SUBMITTAL – DX
- Split Units.
Mansour Battati
# BM-21022023
Dated: 21-Feb-2023
Section
COMPLIANCE & SELECTION echnical Catalog 2
4
Section
Company Profile 4
Section 1
INQUIRY
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23
EF-07 2 BASEMENT-WAREHOUSE AS PER DRAWING 500 - 1.51 3.07 5 400 3 60 INLINE NOTES:
1. ALL THE UNITS SHALL BE UL LISTED AND FAN SHALL BE AMCA APPROVED.
EF-08 1 BASEMENT-PUMP ROOM AS PER DRAWING 100 - 1.29 1.5 1.5 230 1 60 INLINE 2. ALL UNITS SHALL BE SUPPLIED WITH AUTOMATIC DOOR LIMIT SWITCH TO AUTOMATICALLY ACTIVATE THE UNIT
I I
EACH TIME THE DOOR IS OPENED.
SF-01 2 GROUND-WAREHOUSE AS PER DRAWING 350 - 1.01 3.06 5 400 3 60 INLINE 3. ALL UNIT SHALL HAVE ON/OFF SWITCH (MANUAL OVER RIDE) LOCATED AT WALL NEAR THE UNIT.
J J
SF-04 1 BASEMENT-WAREHOUSE AS PER DRAWING 400 - 1.04 3.51 5 400 3 60 INLINE
KEY PLAN:
NOTES:
1. ALL EF'S SHALL BE PROVIDED WITH BACKDRAFT DAMPER AND SPEED CONTROLLER.
.
L L
KITCHEN VENTILATION SYSTEM SCHEDULE (ALL EQUIPMENT TO BE INSTALLED BY THE KITCHEN SPECIALIST)
SUPPLY (SUPPLY AIR FROM 100% F/A SUPPLY FANS) KVE ( KITCHEN VENTILATION EXHAUST) ELECT'L DATA REMARKS
AREA SERVED LOCATION QTY. AIR ESP POWER MOTOR AIR ESP POWER MOTOR APPROXIMATE HOOD SIZE NORTH DIRECTION
EQPT. NO. LOCATION EQPT. NO. LOCATION V PH HZ (MM)
(CFM) (IN-WG) (HP) (HP) (CFM) (IN-WG) (HP) (HP)
OWNER
NOTES:
2. HOOD SHALL BE PROVIDED WITH GREASE FILTER, GREASE TRAP AND LIGHT.
N 3. FRESH AIR INTAKE FAN SHALL BE PROVIDED WITH 2" THICK WASHABLE FILTER.
N
4. EXHAUST AIR SHALL BE PROVIDED VIA ECOLOGICAL UNIT TO TREAT FULLY THE GREASE AND ODOR BEFORE DISCHARGED TO OUTDOOR.
5. EXHAUST AND INTAKE FAN SHALL BE INTERLOCKED WITH OPERATING CONTROL PANEL. PROJECT TITLE
6. HOOD SHALL BE PROVIDED WITH AUTOMATIC FIRE DETECTION AND FIRE EXTINGUISHING SYSTEM, UL LISTED WET CHEMICAL.
7. ALL EXHAUST DUCT RISERS IN SHAFT SHALL BE SUPPLIED & INSTALLED BY THE CONTRACTOR UP TO EXHAUST LOUVERS (INCLUSIVE) (PROVIDED BY CONTRACTOR). ARAQA STAFF ACCOMMODATION
8. BLACK STEEL GAGE 16, SHALL BE INSTALLED WITH CALCIUM SILICATE AND ALUMINUM JACKETING 0.6MM THICK.
FRESH AIR DUCT RISERS SHALL BE GALVANIZED STEEL (PROVIDED BY CONTRACTOR). LOCATION RIYADH, K.S.A PLOT NO. 000
P 8. HOOD MANUFACTURER SHALL VERIFY THE EXHAUST AIR AND SUPPLY AIR FLOW RATES ACCORDING TO HOOD SIZE AND
BLOCK 00 P
DRAWING TITLE
DESIGNED S.Z.M
MH207
DEVELOPED M.A.S
RYD-22018
COORDINATED M.V.P
Q VERIFIED
DRAWN
M.V.P
A0
1 2 3 4 5 6 7 8 9 10 13 14 15 16 17 18 19 20 21 22 23
Section 2
COMPLIANCE & SELECTION
Cooling Load On Coil Cooling Capacity ESP Off Coil
Amb. Temp ESP Altitude Model Power AirFlow
Total Sensible DB WB Total Sensible Max Rated DB WB
Unit Tag Qty Product Series Mode Fan Speed
Btu/hr F F Pa m Unit Btu/hr Kw Pa LPS F
FCU-1 10 Hiwall Frost HP 9,925 9,152 High 81 67 120.0 YJGE18XH3CHA-R4 / YJGE18YH3CHAO-4 15,715 13,836 1.83 - - 333 62.5 59.9
FCU-2 0 Hiwall Frost HP 13,660 12,030 High 81 67 120.0 YJGE18XH3CHA-R4 / YJGE18YH3CHAO-4 15,715 13,836 1.83 - - 333 62.5 59.9
FCU-3 58 Hiwall Frost HP 14,875 14,781 High 81 67 120.0 YJGE24XH3CHA-R4 / YJGE24YH3CHAO-4 19,054 16,010 2.25 - - 375 62.0 59.3
FCU-4 0 Hiwall Frost HP 15,790 13,950 High 81 67 120.0 YJGE24XH3CHA-R4 / YJGE24YH3CHAO-4 19,054 16,010 2.25 - - 375 62.0 59.3
FCU-5 9 Hiwall Frost HP 17,250 16,834 High 81 67 120.0 YJGE28XH3CHA-R4 / YJGE28YH3CHAO-4 23,513 19,945 2.70 - - 417 59.7 58.4
FCU-6 0 Hiwall Frost HP 22,330 15,900 High 81 67 120.0 YJGE28XH3CHA-R4 / YJGE28YH3CHAO-4 23,513 19,945 2.70 - - 417 59.7 58.4
FCU-7 1 Hiwall Frost HP 23,250 19,752 High 81 67 120.0 YJGE28XH3CHA-R4 / YJGE28YH3CHAO-4 23,513 19,945 2.70 - - 417 59.7 58.4
FCU-8 0 Hiwall Iceberg HP 26,000 19,600 High 81 67 120.0 YHGE36XT3CFE-R4 / YHGE36YT3CFEO-4 28,508 24,268 2.88 - - 611 63.3 60.0
FCU-9 10 Hiwall Iceberg HP 25,650 22,667 High 81 67 120.0 YHGE36XT3CFE-R4 / YHGE36YT3CFEO-4 28,508 24,268 2.88 - - 611 63.3 60.0
FCU-10 17 DSU Inverter HP 37,860 29,270 High 81 67 120.0 YEKE48BXL3CJ-W3 / YEKE48BYL3CJO-3 45,336 37,400 5.59 160 50 1,106 65.9 60.8
Project: Arqa Staff Accommodation
Subject: Compliance
PART 2 - PRODUCTS
2.3 CONCEALED EVAPORATOR-FAN COMPONENTS
A. Chassis: Galvanized steel with flanged edges, removable panels for servicing, and insulation on back of Comply with Remarks
panel. Indoor Unit: Galvanized Steel cabinet, without baked with foam insulation.
1. Insulation: Faced, glass-fiber duct liner.
2. Drain Pans: Galvanized Steel, with connection for drain; insulated with polystyrene. Access panels shall be provided for fan / motor maintenance. Comply
B. Refrigerant Coil: Copper tube, with mechanically bonded aluminum fins, complying with ARI 210/240, Comply with Remarks SASO Certified, Comply with CU-AL
and with thermal-expansion valve.
C. Fan: Forward-curved, double-width wheel of galvanized steel; directly connected to motor. Comply with Remarks Unit are equipped with high efficient DC motor
Motor must be compatible for variable frequencies operation. Comply with 3 speed fan as STD split
unit.
D. Fan Motor: Multispeed, PSC type. Comply with Remarks Unit are equipped with high efficient DC motor
Motor must be compatible for variable frequencies operation. Comply with 3 speed fan as STD split
unit.
E. Filters: 25 mm thick, permanent, washable, cleanable type in aluminum frames. Comply with Remarks Plastic Washable Filter.
F. Wiring Terminations: Connect motor to chassis wiring with plug connection. Not Comply
2.5 WALL- OR CEILING-MOUNTED, EVAPORATOR-FAN COMPONENTS
A. Cabinet: Enameled steel with removable panels on front and ends, and discharge drain pans with drain Comply with Remarks Casing is Hard compact Plastic Matirial.
connection.
B. Refrigerant Coil: Copper tube, with mechanically bonded aluminum fins, complying with ARI 210/240, Comply with Remarks SASO Certified, Comply with CU-AL
and with thermal-expansion valve. Comply with Thermal Expansion device.
C. Fan and Motor: Centrifugal fan, directly driven by multispeed, electric motor with integral overload Cross type indoor fan. Over Load protection not comply.
protection; resiliently mounted.
D. Filters: 25 mm thick, permanent, washable, cleanable type in aluminum frames. Comply with Remarks Plastic Washable Filter.
2.6 AIR-COOLED, COMPRESSOR-CONDENSER COMPONENTS
A. Casing: Steel, finished with baked enamel, with removable panels for access to controls, weep holes for Comply with Remarks Casing is made of GI material with powder coating on exterior surfaces wherever required with
water drainage, and mounting holes in base. Provide brass service valves, fittings, and gage ports on removable panel for access to controls. Weep holes for water on base.
exterior of casing.
Brass service with integral gauge ports on exterior of casing, fitting not YORK scope.
B. Compressor: Hermetically sealed with crankcase heater and mounted on vibration isolation. Comply with Remarks Ducted units :
Compressor motor shall have thermal- and current-sensitive overload devices, start capacitor, relay, 1. Cranckcase heater comply for 36 BTU UP TO 60 BTU units. external Thermal protection for
and contactor. Compressors are provided.
1. Compressor Type: Scroll 2. Rotary Type Compressor. DC inverter compressor and motor. High & Low Pressure switch for 36
2. Two-speed compressor motor with manual-reset high-pressure switch and automatic-reset low- BTU UP TO 60 BTU units.
pressure switch.
Hi-Wall Unit:
2. Cranckcase heater Not Comply.
Capacitors for Compressors are provided.
a. Rotary Type Compressor.
b. Constant Speed Compressors. High & Low Pressure switch Not Comply.
C. Refrigerant Coil: Copper tube, with mechanically bonded aluminum fins, complying with ARI 210/240, SASO Certified Cu- AL with Coating as per products catalogues.
and with liquid subcooler.
D. Fan: Aluminum-propeller type, directly connected to motor. Comply.
E. Motor: Permanently lubricated, with integral thermal-overload protection. thermal-overload protection
F. Mounting Base: Polyethylene. Comply with Remarks Mounting lags are integral of made up of GI material , rubber mounting provided by the contractor.
G. Unit efficiency should be more than or equal ASHRAE 90.1 latest edition or SASO 2663 latest edition As per SASO Certificates.
whichever more strength.
2.7 ACCESSORIES
Project: Arqa Staff Accommodation
Subject: Compliance
Indoor Unit
• Modern, compact design
• Efficient cooling& heating
• Auto restart
• Low noise
• 3D Air Flow
• Blue Fin 18~24K
Remote Control
• 5 operation modes
• Sleep mode and on/off timers
• Turbo cool settings
• LED display
Condensing Unit
28K
• Quiet operation
• High efficiency
• Convenient installation
• Easy maintenance
• Valve protection cover
• Blue Fin
The YORK ® line of Mini Splits Air Conditioners includes a wide range of sizes
to give you more flexibility in your product offering. Each model is designed to
provide comfort and efficiency, in an easy-to-operate unit and the sleek design
fits a variety of spaces, whether it’s in a home or office. Models meet the highest
energy efficiency ratings, so less energy is consumed without sacrificing comfort
and performance. Both the condensing units and indoor units are engineered for
quiet operation. And comfort control settings are easily changed with the touch of a
button on the remote control.
2
FROST HIGH WALL R-410A 60HZ TROPICAL HEAT PUMP
3
Specification
York Set Model YJGE18ZH3CHAOR4 YJGE24ZH3CHAOR4 YJGE28ZH3CHAOR4
York Outdoor Model YJGE18YH3CHAO-4 YJGE24YH3CHAO-4 YJGE28YH3CHAO-4
York Indoor Model YJGE18XH3CHA-R4 YJGE24XH3CHA-R4 YJGE28XH3CHA-R4
Power supply V/Ph/Hz 230V/1PH/60Hz 230V/1PH/60Hz 230V/1PH/60Hz
Power supply by Indoor Outdoor Outdoor
Capacity Btu/h 18,000/15,300 22,000/19,000 27,400/23,200
Capacity W 5,280/4,470 6,450/5,580 8,050/6,780
Power Input W 1,481/1789 1,811/2222 2,283/2682
Cooling @ T1/T3
Rated current A 6.5/7.80 7.9/9.7 10.0/11.8
EER Btu/h·W 12.15/8.55 12.15/8.550 12.00/8.650
EER W/W 3.56/2.51 3.56/2.51 3.52/2.54
Capacity Btu/h 18,000 22,000 27,400
Capacity W 5300 6,450 8,050
Power Input W 1,507 1,792 2,231
Heating
Rated current A 6.6 7.80 9.80
COP Btu/h.W 11.95 12.28 12.28
COP W/W 3.5 3.600 3.600
Max. Power Input W 2,200 2,600 3,100
Max. current A 9.57 11.3 13.6
Moisture Removal l/h 2.0 2.4 3.0
Power Output W 40 70 70
Indoor fan motor
Speed (SH/Hi/Me/Lo) rpm 1,300/1,100/1,000/900 1,350/1,150/1,050/950 1,300/1,200/1,100/1,000
Indoor air flow(SH) m3/h 1,200 1,350 1,500
Indoor sound pressure level (Hi/Me/Lo) @ Distance 1m dB(A) 47/44/40 49/46/43 50/47/44
Unit (WxHxD) mm 997x322x230 1,115x336x248 1,316x365x275
Indoor dimension
Packing (WxHxD) mm 1,085x403x329 1206x418x342 1,418x478x402
Net kg 12.5 16 21
Indoor weight
Gross kg 16 19.5 25
Type Rotary Rotary Rotary
Rated current(RLA) A 6.35 8.2 10
Locked rotor Amp(LRA) A 36 44 44
Compressor
Thermal protector Internal Internal Internal
Capacitor μF 30 35 50
Refrigerant oil/oil charge ml α68HES-H/480 α68HES-H/570 α68HES-H/570
Power Output W 80 80 80
Outdoor fan motor Capacitor μF 6 6 6
Speed rpm 850 820 820
Outdoor air flow m3/h 3800 3800 3800
Outdoor sound pressure level @ Distance 1m dB(A) 56 58 62
Outdoor dimension Unit/Packing (WxHxD) mm 890x697x353/1,046x780x460 890x697x353/1,046x780x460 920x762x385/1,085x843x487
Net kg 51 55 63
Outdoor weight
Gross kg 55 60 69
Type R410A R410A R410A
Refrigerant
Charge g 1,700 1,750 2,280
Liquid Line/Suction Line mm(Ø) 6.35/12.7 6.35/15.88 9.52/15.88
Standard connection length m 5 5 5
Refrigerant pipe Additional charge per meter g/m 20x(Length m-5) 20x(Length m-5) 50x(Length m-5)
Max. refrigerant pipe length m 25 25 25
Max. difference in level m 15 15 15
Operation temperature range °C 16-30 16-30 16-30
Ambient temperature range °C 21-52 21-52 21-52
Qty per 20'/40'/40'HQ Set 55/110/120 50/105/115 40/80/90
Nominal testing conditions @T1:
Cooling - Indoor 80.6°F DB / 66.2°F WB (27°C DB / 19°C WB) & Outdoor 95°F DB / 75.2°F WB (35°C DB / 24°C WB)
Heating - Indoor 68°F DB / 59°F WB (20°C DB / 15°C WB) & Outdoor 44.6°F DB / 42.8°F WB (7°C DB / 6°C WB)
Nominal testing conditions @T3:
Cooling - Indoor 84.2°F DB / 66.2°F WB (29°C DB / 19°C WB) & Outdoor 114.8°F DB / 75.2°F WB (46°C DB / 24°C WB)
*This product is coming with holding refrigerant charge from the factory. Refrigerant charge must be checked before startup to assure design performance.
Johnson Controls, the Johnson Controls logo, YORK are registered trademarks of Johnson Controls, Inc in the United States of America and other countries. Other
trademarks used herein may be trademarks or registered trademarks of other companies.
FOR MORE INFORMATION CONTACT JOHNSONCONTROLS.COM
© 2020 Johnson Controls, Inc, P.O. Box 423, Milwaukee, WI 53201, All rights reserved worldwide. PUBL-4342(0320)
YJFE18YH3CHAO-4
YJGE18YH3CHAO-4
YJFE24YH3CHAO-4
YJGE24YH3CHAO-4
YJFE28YH3CHAO-4
YJGE28YH3CHAO-4
Issue Date
Dec, 2019
0010592014
Installation Manual of Room Air Conditioner
Preparation
1 Remote controller 1
2 2
R-03 dry battery
more than G 3 1
10cm Mounting plate
4 1
Drain hose
4X50
Arrangement of piping 5 Steel nail, cement
6
directions
more than 10cm
6 4X25 Plastic cap
4
Rear left F Screw
Left Rear A
right 7 1
Drain-elbow
Right 8 Cover 1
C
Below
9 Cushion 4
more than10cm 10 1
Pipe supporting plate
more than 30cm
11 Connecting cable 1
The marks from A to
G in the gure are the 1.Cooling only units don't have
parts numbers. Drain-elbow
The distance between 2.Accessory parts may vary from
the indoor unit and the D
each model, pls refer to the
oor should be more actual parts.
than 2m. E
Optional parts for piping
more than 200cm
A Non-adhesive tape
B Adhesive tape
0011503597
3 Installation of the Indoor Unit
Drawing of pipe
256
364
140 500 140 130 628 130
Floor fixing dimensions
[ Rear piping ]
Floor fixing dimensions Draw pipes and the drain hose, then fasten them with the adhesive tape
of the outdoor unit of the outdoor unit
(Unit:mm) (Unit:mm) [ Left・Left-rear piping ]
12K 18/24K In case of left side piping, cut away, with a nipper, the lid for left piping.
In case of left-rear piping, bend the pipes according to the piping direction to
the mark of hole for left-rear piping which is marked on heat insulation materials.
1. Insert the drain hose into the dent of heat insulation materials of indoor unit.
2. Insert the indoor/outdoor electric cable from backside of indoor unit, and pull it
400
Indoor/outdoor electric cable and drain hose must be bound with refrigerant
Selection of pipe piping by protecting tape.
When the mounting plate is rst xed Hang surely the unit body onto the upper notches of the
1. Carry out, based on the neighboring pillars or lintels, a proper leveling for the plate mounting plate. Move the body from side to side to verify its
secure xing.
to be xed against the wall, then temporarily fasten the plate with one steel nail.
In order to x the body onto the mounting plate,hold up
2. Make sure once more the proper level of the plate, by hanging a thread with a
the body aslant from the underside and then put it down
weight from the central top of the plate, then fasten securely the plate with the perpendicularly. mounting plate
attachment steel nail.
3. Find the wall hole location A using a measuring tape
mm
1. Take out cushion blocks on When you unload the indoor unit,please use
the left and right angle beads
B= as shown in the following your hand to arise the body to leave agraffe,
Figure.
then lift the bottom of the body outward
slightly and lift the unit aslant until it
24K A=113 2. Remove 2 gaskets under the
leaves the mounting plate.
30mm
mm cross-flow fan.
3. Clean the burr on the surface of fracture to avoid the power agraffe mounting plate
B= wire from being scratched after removing the virtual opening
of the outgoing line slot on the case by hands in indoor
power-on process.
18K
A=113
mm 4 Connecting the indoor/outdoor Electric Cable
30mm
B= Remove terminal cover at right bottom corner of indoor unit, then take off wiring
cover by removing its screws.
A=145
30mm
12K mm Insert from outside the room cable into left side of the wall hole, in which the
pipe has already existed.
When the mounting plate is xed side bar and lintel
Pull out the cable on the front side, and connect the cable making a loop.
Fix to side bar and lintel a mounting bar, Which is separately sold, and then Insert the cable from the back side of the unit, then pull it out on the front side.
fasten the plate to the xed mounting bar. Loosen the screws and insert the cable ends fully into terminal block, then
Refer to the previous article, “ When the mounting plate is rst xed “, for the tighten the screws.
position of wall hole. Pull the cable slightly to make sure the cables have been properly inserted and
tightened.
2 Making a Hole on the Wall and Fitting the Piping Hole Cover After the cable connection, never fail to fasten the connected cable with the
wiring cover.
Make a hole of 60 mm in diameter, slightly descending to outside the wall.
Install piping hole cover and seal it off with putty after installation
Wall hole
(Section of wall hole) Note When connecting the cable, con rm the terminal number of indoor and
G Piping hole pipe outdoor units carefully. If wiring is not correct, proper operation can not
be carried out and will cause defect.
2
Outdoor unit
Power cable: 1 Installation of Outdoor Unit
3G1.5mm2
Install according to Drawing for the installation of indoor and outdoor units
G
To bend a pipe, give the roundness as large as possible not to crush the pipe ,
Indoor unit and the bending radius should be 30 to 40 mm or longer.
Outdoor unit Connecting the pipe of gas side rst makes working easier.
The connection pipe is specialized for R410A.
12K/18 Cooling&Heating
Half union Flare nut Forced fastening without careful centering may
damage the threads and cause a leakage of gas.
Power cable:
4
B Indoor unit
≥3G2.5mm B
3
A
4G1.0mm 2G0.75mm
Indoor unit
A
or
2
2 2
3G0.75mm 3G1.0mm Outdoor unit
Max.Elevation: Amax=15m
1
BL
POWER refrigerant should be charged,
N
3 Connection
Use the same method on indoor unit. Loosen the screws on terminal block and
5
insert the plugs fully into terminal block, then tighten the screws.
Power cable: Insert the cable according to terminal number in the same manner as the indoor
4
≥3G2.5mm unit.
3
If wiring is not correct, proper operation can not be carried out and controller
4G1.0mm2
may be damaged.
or
2 Fix the cable with a clamp.
2
4G1.5mm
4 Attaching Drain-Elbow
1
POWER
BL 1. Detach the service port’s cap of3-way valve, the valve rod’s cap for 2-way valve
N
SUPPLY Y/G and 3-way’s, connect the service port into the projection of charge hose (Iow)
for gaugemanifold. Then connect the projection of charge hose (center) for gau-
gemanifold into vacuum pump.
1. If the supply cord is damaged, it must be replaced by the manufacturer or its 2. Open the handle at Iow in
gaugemanifold, operate vacuum pump. If the scale-
service agent or a similar quali ed person. The type of connecting wire is moves of gause (Iow) reach vacuum condition in a moment, check 1. again.
H05RN-F or H07RN-F. 3. Vacuumize for over 15min.And check the level gauge which should read -0.1MPa
2. If the fuse on PC board is broken please change it with the type of (76 cm Hg) at Iow pressure side. After the completion of vacuumizing, close the
T. 3.15A/250V. handle ‘Lo’ in gaugemanifold and stop the operation of the vacuum pump. Check
3. The wiring method should be in line with the local wiring standard. condition of the scale and hold it for 1-2min. If the scale-moves back in spite of
4. After installation, the power plug should be easily reached.
tightening, make aring work again, the return to the beginning of 3 .
5. A breaker should be incorporated into xed wiring. The breaker should be
all-pole switch and the distance between its two contacts should be not less 4. Open the valve rod for the 2-way valve to an angle of anticlockwise 90 degrees.
than 3mm. After 6 seconds, close the 2-way valve and make the inspection of gas leakage.
3
5. No gas leakage? 3 On Drainage
In case of gas leakage, tighten parts of pipe connection. If
leakage stops, then proceed 6. steps ƽ Please install the drain hose so as to be downward slope without fail.
ƽ Please don’t do the drainage as shown below.
If it does not stop gas leakage, discharge whole refrigerants from the service
port. After Àaring work again and vacuumize, ¿ll up prescribed
refrigerant from the gas cylinder. Less than
5cm
6. Detach the charge hose from the service port, open 2-way valve and 3-way. Turn
the valve rod anticlockwiseuntil hitting lightly. It becomes The end is imm- It waves. The gap with the There is the bad
high midway. ersed in water. ground is too smal smell from a ditch
7.To prevent the gas leakage, turn the service port’s cap, the valve rod’s cap for 2-way
valve and 3-way’s a little more than the point where the torque increases suddenly.
ƽ Please pour water in the drain pan of the indoor unit, and con¿rm that drainage
8. After attaching the each caps, check the gas leakage around the caps. is carried out surely to outdoor.
ƽ In case that the attached drain hose is in a room, please apply heat insulation to
it without fail.
Step 1. Step 2.
2-way valve Liquid Side
3-way valve Gas Side Open
Gaugemanifold(for R410A)
Ƶ Refrigerant charge label
Anti countercurrent joint
Step 3. Contains fluorinated greenhouse gases
covered by the Kyoto Protocol A
Close
Tube(for R410A)
Vacuum pump(for R410A) R410A 1= kg
B
2 2= kg
Step 4. Step 6. 2-way valve C
2-way valve 1
3-way valve
3-way valve 1+2= kg
O D
Open 90
F E
Correct Incorrect
4
Models and specification
Model name Set 18K Cooling 18K Cooling&Heating
Capacity W / 5300
Input W / 1507
Heating
Rated current A / 6.6
Star Rating 7 7
IP IPX0 IPX0
IP IPX4 IPX4
Capacity W / 6450
Input W / 1792
Heating
Rated current A / 7.8
Star Rating 7 7
IP IPX0 IPX0
IP IPX4 IPX4
Capacity W / 8050
Input W / 2231
Heating
Rated current A / 9.8
Star Rating 7 7
IP IPX0 IPX0
IP IPX4 IPX4
Capacity W / 3450
Input W / 691
Heating
Rated current A / 4.2
Star Rating 7 7
IP IPX0 IPX0
IP IPX4 IPX4
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ϑέλϣϥϣ ˱ΩΟΓέϳϐλ ˯Ύϣϟϲϓ ϑλΗϧϣϟϲϓ
ΔρϘϧϟϥϣ˱ϼϳϠϗέΛϛϲΛϼΛϟϡΎϣλϟϭϲΎϧΛϟϡΎϣλϠϟϡΎϣλϟΏϳοϗ˯ΎρϏˬΔϧΎϳλϟΫϔϧϣ˯ΎρϏέΩˬίΎϐϟΏέγΗϊϧϣϟ .7
ΝέΎΧϠϟϑϳέλΗϟ˯έΟ·ϥϣΩϛ΄ΗϭˬΔϳϠΧΩϟΓΩΣϭϠϟϑϳέλΗϟ˯Ύϧ·ϲϓ˯ΎϣϟΏϛγϰΟέϳ Ș ΊΟΎϔϣϝϛηΑϥέϭΩϟϡίϋΎϫΩϧϋΩΩίϳϲΗϟ
ΔϳρϏϷϝϭΣίΎϐϟΏϳέγΗϥϣϕϘΣΗˬΔϳρϏϷΏϳϛέΗΩόΑ8
΄ρΧϥϭΩϪϳϠϋϱέέΣϟϝίόϟϕϳΑρΗϰΟέϳˬΔϓέϏϲϓ˱ΩϭΟϭϣϕΣϠϣϟϑϳέλΗϟϡϭρέΧϥΎϛϝΎΣϲϓ Ș
2ΓϭρΧϟ 1ΓϭρΧϟ
ϝΎγϟΏϧΎΟϟϩΎΟΗϻϲΎϧΛϡΎϣλ
Ηϓ ϱίΎϐϟΏϧΎΟϟϩΎΟΗϻϲΛϼΛϡΎϣλ
ΎϬϠϣηϳΓέϭϠϔϣΔϳϓΩΕίΎϏϰϠϋΞΗϧϣϟΫϫϱϭΗΣϳ
ϭΗϭϳϛϝϭϛϭΗϭέΑ
ϭΟϟϲϓΎϬϔϳέλΗΑϡϘΗϻ 7ΓϭρΧϟ
ϥϳϫΎΟΗϭΫϡΎϣλ
ΩϳέΑΗϟΓΩΎϣωϭϧ ϥϳϫΎΟΗϭΫϡΎϣλ
R410A ΕΎϫΎΟΗΔΛϼΛϭΫϡΎϣλ
GWPΔϣϳϗ ΕΎϫΎΟΗΔΛϼΛϭΫϡΎϣλ
1975
ϲϣϟΎόϟέέΗΣϻΔϳϧΎϛϣ· GWP
ϡΎϣλϟΏϳοϗ˯ΎρϏ
ˬϰΣϣ˵ϳϻέΑΣΑΔΑόΗϟϰΟέϳ
ϊϧλϣϟϲϓΩϳέΑΗϟΓΩΎϣΑΞΗϧϣϟϥΣη1 ϡΎϣλϟΏϳοϗ˯ΎρϏ
ϝϘΣϟϲϓΩϳέΑΗϟΓΩΎϣϥϣΔϳϓΎοϹΔϳϣϛϟ2 ΔϧΎϳλϟΫϔϧϣ˯ΎρϏ
ΩϳέΑΗϟΓΩΎϣΔϧΣηϲϟΎϣΟ·1+2
ΞΗϧϣϟϊϣΔϘϓέϣϟΩϳέΑΗϟΓΩΎϣΔϧΣηϕλϠϣϲϓ
ΞΗϧϣϟϥϣΏέϘϟΎΑ΄ΑόϣϟϕλϠϣϟϕλϟΏΟϳ
ϑϗϭΗϟΔϣϳϗ˯ΎρϏϝΧΩϰϟ·ϝΎΛϣ ϥΣηϟΫϔϧϣ ϪϳΑϧΗ
ΎϬϠϣηϳΓέϭϠϔϣΔϳϓΩΕίΎϏϰϠϋϱϭΗΣϳA ΎϬϠϣϛ΄ΑΩϳέΑΗϟΓΩΎϣϑϳέλΗΏΟϳˬ˯ϭϬϟϑϳϛϣΩϳέΑΗΓΩΎϣϟΏϳέγΗΙΩΣΫ·I Ș
ϭΗϭϳϛϝϭϛϭΗϭέΑ ΔϳϣγΗϟΡϭϟϰϠϋΔΣοϭϣϟΔϳϣϛϟΏγΣ˯ϭϬϟϑϳϛϣϲϓΔϠΎγϟΩϳέΑΗϟΓΩΎϣϥΣηϡΛˬ˱ϻϭώϳέϔΗϟΎΑϡϗ
ϊϧλϣϟϲϓΩϳέΑΗϟΓΩΎϣΑΞΗϧϣϟϥΣηB
ΓΩΣϭϟϡγΔΣϭϟέυϧ ΩέΑϣϟέϳϭΩΗϟϡΎυϧϰϟ·ϝϭΧΩϟΎΑ˯ϭϬϟϭˬ R410A έϭϛΫϣϟϻ·ˬέΧΩϳέΑΗρϳγϭϝϭΧΩΑϣγΗϻ˱˯ΎΟέ Ș
ϝϘΣϟϲϓΩϳέΑΗϟΓΩΎϣϥϣΔϳϓΎοϹΔϳϣϛϟC R410A ΔϳλΧηΕΎΑΎλ·ϰϟ·ϱΩ΅ϳϭωΩλΗϳϪϠόΟϳίΎϬΟϟϲϓϲόϳΑρέϳϏϲϟΎϋρϐοϙΎϧϫϥϭϛϳγϻ·ϭ
ΩϳέΑΗϟΓΩΎϣΔϧΣηϲϟΎϣΟ·D
ΔϳΟέΎΧϟΓΩΣϭϟE
ϥΣηϠϟΏόηϣϟϭΩϳέΑΗϟΓΩΎϣΔϧϭργF ΔϗΎρϟέΩλϣΕϳΑΛΗ 1
ϲΑϳέΟΗϟέΎΑΗΧϻϭΏϳϛέΗϟϥϣϕϘΣΗ Ȏ
˯ϭϬϟϑϳϛϣϟΎ˱ϳέλΣΔϗΎρϟέΩλϣϡΩΧΗγΏΟϳ Ș
ϲοέΏϳέγΗϊρΎϗΏϳϛέΗϰΟέϳˬΏρέϥΎϛϣϲϓ˯ϭϫϑϳϛϣΏϳϛέΗΔϟΎΣϲϓ I0AϰϠϋ Ș
ΕΎϣϳϠόΗϟϝϳϟΩϝϼΧϥϣϝϳϐηΗϟΔϳϔϳϛΎϧϼϣόϟΡέη˱˯ΎΟέ Ȏ ϥΎϛϣϹέΩϗΓέΩϊρΎϗϡΩΧΗγˬϯέΧϥϛΎϣϲϓΏϳϛέΗϠϟ Ș
ϲΑϳέΟΗϟϝϳϐηΗϟέλΎϧϋϥϣϕϘΣΗ ΎϬΟϳϠϔΗϭΏϳΑΎϧϷϊρϗ 2
ΕΎόΑέϣϟϲϓ ϕϘΣΗΔϣϼϋϊο ΔϧηΧϟϑϭΣϟΔϟί·ΏΟϳϭΏϳΑΎϧϊρΎϘΑΏϳΑΎϧϷϊρϗϡΗϳ Ș
ΞϳϠϔΗϟϝϣϋϡΗϳˬΞϳϠϔΗϟΔϟϭϣΎλϝΎΧΩ·ΩόΑ Ș
ˮΏϭΑϧϷΔϠλϭϥϣΏέγΗϳίΎϐϟ
ˮΏϭΑϧϷΔϠλϭϟΓέέΣϟϝίϋ ΔϳΩϳϠϘΗΞϳϠϔΗΓΩ ˰ϟΞϳϠϔΗϟΓΩ5$
ˮΔϳϓέρϟΔϠΗϛϟϲϓΕΎΑΛΑΔϳΟέΎΧϟϭΔϳϠΧΩϟϝϳλϭΗϟϙϼγϝΎΧΩ·ϡΗϝϫ
ˮ˱ΩϳΟΔΗΑΛϣΔϳΟέΎΧϟϭΔϳϠΧΩϟϝϳλϭΗϟϙϼγϝϫ ்ϳΑϣ·ωϭϧ ΡΎϧΟΔϟϭϣΎλωϭϧ ΏϠλωϭϧ νΑΎϘϟωϭϧ νΑΎϘϟωϭϧ
ˮϥΎϣ΄ΑϑϳέλΗϟ˯έΟ·ϡΗϝϫ ϡϣ2.0~1.5 ϡϣ1.5~1.0 ϡϣ0.5~0 A
ˮϥΎϣ΄ΑϝλΗϣνϳέ΄ΗϟρΧϝϫ
ˮϥΎϣ΄ΑΔΗΑΛϣΔϳϠΧΩϟΓΩΣϭϟϝϫ ΔϧηΧϟϑϭΣϟϝί2 ΏϭΑϧϷϊρϗ1 ΞϳϠϔΗϟΕϭΩΓΩϋΎϗ
ˮΔΣϼϟΎΑΔϣίΗϠϣΔϗΎρϟέΩλϣΔϳρϟϭϓϝϫ A
ˮ˯ΎοϭοϱϙΎϧϫϝϫ
ˮϲόϳΑρϝϛηΑ˯ϲοϳΡΎΑλϣϟϝϫ
ϲόϳΑρϝϛηΑϡΗϳ ΓέέΣϟΔΧοϣϲϓ ϥϳΧγΗϟϭΩϳέΑΗϟϝϫ
ˮϲόϳΑρϝϛηΑΔϓέϐϟΓέέΣΔΟέΩϡυϧϣϝϣόϳϝϫ
ΞϳϠϔΗΏϭΑϧ4 ΞϳϠϔΗϟΔϟϭϣΎλϝΧΩ3
ϳΣλέϳϏ ϳΣλ
4
1
Power cable:
3G1.5mm2
G
2
3G1.5mm2
Indoor unit
.R410A Outdoor unit
12K/18 Cooling&Heating
18 6.35
Power cable:
3 4
42 9.52
55 12.7 3G1.5mm2
60 15.88
COMP N1
1(L) 2(N)
3G1.5mm2
7 5
20
Indoor unit Outdoor unit
12K/18K Cooling
5
Power cable:
4
≥3G2.5mm
3
4G1.0mm 2G0.75mm
2 or
2
3G0.75mm 3G1.0mm2
15 A
1
5 A
7~5
25=Bmax
Indoor unit
7 B
6.35
20 24/30KCooling&Heating Outdoor unit
6.35
50 BR
L
BL
POWER
N
SUPPLY Y/G
3
5
Power cable:
4
≥3G2.5mm
3
4G1.0mm2
or
2
2
4G1.5mm
4
1
Indoor unit
BL
POWER
N
SUPPLY Y/G
.2
1
15 .3 1
76 0.1 .H07RN-F H05RN-F
.T. 3.15A/250V 2
2-1 3
3 4
5
90 .4 3
6
3
3
256
364
140 500 140 130 628 130
12K 18/24K
1
400
2
129 660 129
3
30K
12ﻛﯾﻠو 18،ﻛﯾﻠو 24 ،ﻛﯾﻠو ----ﻣﻌﺑرا ﻋﻧﮭﺎ ﻓﻲ دﻟﯾل ﺗﺷﯾر إﻟﻰ ﻗدرة اﻟﺟﮭﺎز
0.8
1
1
2
3
=B
A=140
30K
30mm
mm
1
=B
3
=B
4
A=113
18K mm
30mm
=B
A=145
30mm
12K mm
2
60
2
Δϓέϐϟ˯ϭϫϑϳϛϣΏϳϛέΗϝϳϟΩ
ϡΩΧΗγϻϝΑϗίϳϬΟΗϟ
ΕϳΑΛΗϟϥΎϛϣέΎϳΗΧ ΏϳϛέΗϠϟΔϣίϼϟΕϭΩϷ
ϡΎόϟέϭϬϣΟϠϟΡΎΗϣίΎϬΟϟ
ϥέϭΩΡΎΗϔϣ Ș ϙϔϣ Ș
ΔϳϠΧΩϟΓΩΣϭϟ ϡϣ26ˬϡϣ22ˬϡϣ17) ι˷έϗ Ș
ϡϼϣϝϛηΑϡγΟϟϡϋΩϪϳϓϥϛϣϳίίΗϫΏΑγϳϻΕΑΎΛϥΎϛϣϟ Ș ΏϳΑΎϧϊρΎϗ Ș έΎηϧϣ Ș
ΓΩΣϭϟΝέΧ·ϭϝΎΧΩ·ϙΎΑέ·ϡΗϳϻΙϳΣˬΓέϭΎΟϣϟΔϘρϧϣϟϥϣΩϟϭΗϣϟέΎΧΑϟϭΓέέΣϟΎΑέΛ΄ΗϣέϳϏˬϥΎϛϣϟ Ș ΞϳϠϔΗΓΩ Ș έϔΣΏΎϘΛϣ Ș
ΔϳΟέΎΧϟΓΩΣϭϟΎΑΏϳΑΎϧϷϝϳλϭΗϥϛϣϳΙϳΣˬϑϳέλΗϟϝϬγϳϥΎϛϣϟ Ș ϥϳϛγ Ș ϡϣ26ϭ19ϭ17 ϲϏέΑΡΎΗϔϣ Ș
ΎϬϠϣϛ΄ΑΔϓέϐϟϲϓΩέΎΑϟ˯ϭϬϟϊϳίϭΗϥϛϣϳΙϳΣˬϥΎϛϣϟ Ș αΎϳϗρϳέη Ș ίΎϐϟΏϳέγΗϑΎηΗϛΓΩ Ș
ϡϭγέϟϰϟ·ϊΟέ ϪϟϭΣΔϳϓΎϛΔΣΎγϣϊϣˬΔϗΎραΑϘϣϥϣΏέϘϟΎΑˬϥΎϛϣϟ Ș ΏϭϘΛϊ˷γϭϣ Ș ˯ΎϣϭϥϭΑΎλϝϭϠΣϣϭ
ΕϧγϳέϭϠϔϟϳΑΎλϣϭΔϳϛϠγϼϟΓίϬΟϷϭϭϳΩέϟϭϥϭϳίϔϠΗϟΓίϬΟϥϋ˱ΩϳόΑέΗϣ1ϥϣέΛϛΔϓΎγϣϙΎϧϫϥϭϛΗΙϳΣϥΎϛϣ Ș
ϳΑΎλϣΓ˯Ύο·ΩϧϋΕέΎη·ϰϘϠΗΗϥϪϳϓΔϳϠΧΩϟΓΩΣϭϠϟϥϛϣϳϥΎϛϣϲϓϪόοˬέΩΟϟϰϠϋΩόΑϥϋϡϛΣΗϟίΎϬΟΏϳϛέΗϝΎΣϲϓ Ș
ΔϓέϐϟϲϓΕϧγϳέϭϠϔϟ
ΔϗΎρϟέΩλϣ
ΔϳΟέΎΧϟΓΩΣϭϟ ϝρϋΩϭΟϭϥϭΩϲΎΑέϬϛϟΩϬΟϟϥϣΩϛ΄ΗˬαΑϘϣϟϲϓΔϗΎρϟαΑΎϗϝΎΧΩ·ϝΑϗ Ș
Ș
˱ΩϳΟϪΗϳϭϬΗϡΗϳέηΎΑϣϟαϣηϟ˯ϭοΑϭέΎρϣϟΎΑ ˱έΛ΄ΗϝϗϷˬϥΎϛϣϟ ϕΑΎρϣϟϡγϻΡϭϟαϔϧϭϫΔϗΎρϟέΩλϣ
Ș
˯ΎοϭοϟϭίίΗϫϻΩΩίϳϻΙϳΣˬΓΩΣϭϟϝϣΣΗϪϳϓϥϛϣϳˬϥΎϛϣϟ ΔϗΎρϠϟΔϳέλΣΔϳϋέϓΓέΩΏϳϛέΗΑϡϗ Ș
ϥέϳΟϠϟΝΎϋί·ϲϓ˯ΎοϭοϟϭΓέΩΎλϟΡΎϳέϟΏΑγΗΗϻΎϣΩϧϋˬϥΎϛϣϟ
Ș ϪόρϗϕϳέρϥϋϝΑΎϛϟΩΩϣΗϻΔϗΎρϟϝΑΎϛϝΎΧΩ·ϥϛϣϳΙϳΣΑΔϓΎγϣϰϠϋαΑϘϣϟϥϭϛϳϥΏΟϳ Ș
QΔϣϼόΑΔΣΎγϣϪϳϓΩΟϭΗϥΎϛϣϟ Ș
ϩϼϋϝϛηϟΎΑοϭϣϭϫΎϣϛ
ΔϳΟέΎΧϟϭΔϳϠΧΩϟΕΩΣϭϟΏϳϛέΗϟΔϣγέ
R410AΔϳέϭϠϓϭέΩϳϬϟϥϭΑέϛϟΕΎΑϛέϣϥϣϲϟΎΧΩέΑϣΕϼϳΩϭϣϟΎΑΩΟϭϳ
ΔϘΣϠϣϟϊρϘϟ
ϡϭρέΧωΎϔΗέϰϟ·ϩΎΑΗϧϻΏΟϳ
ΩΩϋ ϑϳέλΗϟ
Ωϭϣϟ ΔϘΣϠϣϟϊρϘϟ ϡϗέϟ ϡγ15ϥϣέΛϛ
1 ΩόΑϥϋϡϛΣΗϟίΎϬΟ 1
2
2 ΔϓΎΟϟΔϳέΎρΑϟR-03
1 3 ϡγ10ϥϣέΛϛ ί
ΕϳΑΛΗϟΔΣϭϟ
1 4
ϑϳέλΗϟϡϭρέΧ
4X50
6 ΕϧϣγˬϱΫϻϭϓέΎϣγϣ
5 ΏϳΑΎϧϷΕΎϫΎΟΗΏϳΗέΗ
ϡγ10ϥϣέΛϛ
4 ϲϛϳΗγϼΑ˯ΎρϏ 4X25 6
ϲϏέΑέΎϣγϣ ϯέγϳϟΔϳϔϠΧϟΔϬΟϟ ϭ
έΎγϳ ϲϔϠΧϟΔϬΟϟ
1 7
ϑϳέλΗϕϓέϣ ϰϧϣϳϟ
1 ϰϠϋιέΣ
ϡΎόρϟΔϳρϐΗ 8 ϥϳϣϳ
Ν
ϝϔγ
4 ΔϧΎρΑ 9
1 10 ϡγ10ϥϣέΛϛ
ΏϭΑϧϸϟϡϋΩϟΡϭϠϟ
ϡγ30ϥϣέΛϛ
1 ϝϳλϭΗϟϝΑΎϛ 11
ί
ϝϛηϟϲϓϰϟ·ϥϣΕΎϣϼόϟ Ș
ΎϬΑΩΟϭϳϻρϘϓΩϳέΑΗΎϬΑϲΗϟΕΩΣϭϟΔυΣϼϣ ϊρϘϟϡΎϗέϲϫ
ϑϳέλΗϕϓέϣ ΔϳοέϷϭΔϳϠΧΩϟΓΩΣϭϟϥϳΑΔϓΎγϣϟ Ș
έΗϣ2ϥϣέΛϛϥϭϛΗϥΏΟϳ
Ω
ΏϳΑΎϧϸϟΔϳέΎϳΗΧϻ˯ίΟϷ ˰ϫ
ϕλϻέϳϏρϳέη ϡγ200ϥϣέΛϛ
ϕλϻρϳέη Ώ
έϳϣΎγϣΑ L.S ΓΩϋΎϗ Ν
ΝέΎΧϟϭϝΧΩϠϟϲΎΑέϬϛϝϳλϭΗϝΑΎϛ Ω ϡγ50ϥϣέΛϛ
ϑϳέλΗϡϭρέΧ ˰ϫ
ϳοϭΗϠϟρϘϓϲϫϩϼϋΓΩϭΟϭϣϟΓέϭλϟΎϓˬϱέΗηΗϱΫϟϲϠόϔϟΞΗϧϣϟΎΑϡίΗϟϻϰΟέϳ
ΓέέΣϠϟΔϟίΎϋΓΩΎϣ ϭ
ΏϳΑΎϧΔΣΗϓ˯ΎρϏ ί
ΏϳϛέΗϟϝΑϗϝϳϟΩϟΫϫέϗ
ϝϳϟΩϟΫϬϟΎϘ˱ ϓϭϡΩΧΗγϣϠϟϝϳϐηΗϟϝΎγϭϑΎϛϝϛηΑϙέη
˶
0011503597
Installation Manual Form: AJFEH3CHAO-4-191203
YJFE18YH3CHAO-4
YJGE18YH3CHAO-4
YJFE24YH3CHAO-4
YJGE24YH3CHAO-4
YJFE28YH3CHAO-4
YJGE28YH3CHAO-4
Issue Date
Dec, 2019
ICEBERG HIGH WALL FIXED 60HZ R-410A HEAT PUMP
YHGE 12 to 36 ZT3CFEOR4
ICEBERG HIGH WALL FIXED 60HZ R-410A HEAT PUMP
Indoor Unit
• Auto Random Restart • Golden fin
• Low noise • Long distance wind blast
• Washable air filter • 3D air flow
• Sleep Mode • I feel
• Easy maintenance • Cold Plasma Technology 12-24 K
• Self-diagnosis and Auto-protection • WIFI Ready
Remote Control
• 5 operation modes: Auto, Cool, Dry, Heat, Fan only
• Multi-speed fan setting: High/Medium/Low/Auto
• 24-hour timer setting
• Turbo cool setting
• Background light LCD display 30 K
• Real-time clock display
Condensing Unit
• Compact size
• More sturdy and durable
• High efficiency compressor
• Low noise
• 3-minute protection
• Valve protection 36 K
• Easier installation
• Easier maintenance
• Golden fin
The YORK ® line of High Wall Air Conditioners includes a wide range of sizes
to give you more flexibility in your product offering. Each model is designed to
provide comfort and efficiency, in an easy-to-operate unit and the sleek design
fits a variety of spaces, whether it’s in a home or office. Models meet the highest
energy efficiency ratings, so less energy is consumed without sacrificing comfort
and performance. Both the condensing and indoor units are engineered for quiet
operation. And comfort control settings are easily changed with the touch of a
button on the remote control.
2
24 Hour Timer 3 Minutes Protection
Allows programmed start times up to A 3-minute delay before the
24 hours in advance for flexible and compressor will restart helps
more convenient operation. avoid compressor damage and
24
extend compressor life.
3-Minute Protection
3 Minutes Protection Auto Restart Low Ambient Cooling at -15°C
Auto restart The AC will run in cooling mode
p to
nd
A 3-minute delay before the compressor will
A 3-minute delay before the
AUTO Unit is automatically returned to previous
Unit is automatically returned to when outdoor temperature is
compressor will restart helps previous operating conditions after below -15°C to meet special
restart helps avoid compressor damage and
avoid compressor damage and
operating conditions after a power outage,
a power outage, for simplified for applications.
user-requested
extend compressor life.
-15 C
work time.
o
operation. (Cooling only. Standard for
simplified operation. Unitary Smart DC inverter types.
Optional for others.)
24-Hour Timer
Electrical Defrosting
24 Hour Timer
Automatic deicing of outdoor unit 3 Minutes Protection
Self Diagnosis
Allows programmed start times up to
24 Allows programmed start times up to 24Acompressor
below certain
hoursproper
ensure
temperatures
in advance
helps
for flexible
operation, saves and
hours
3-minute delay before the
will restart helps
Clearly displayed failure codes allow for quicker
n. 24
more
in convenient
advance
(Heat pump only)
operation.
for flexible and
energy and improves efficiency. more convenient
avoid compressor damage and
extend compressor life.
troubleshooting and easier maintenance.
operation.
I Feel
Low Ambient Heating at -20°C
The AC
Child will run in heating mode
Lock
Electrical Defrosting R-410A
Automatic deicing of outdoor unit
ff A temperature sensor embedded in the remote
Ifwhen outdoor
the lock
20°C toismeet
temperature
button is below
on the remote
special user-requested
below certain temperatures helps Environment-friendly refrigerant cools and heats
control pressed, it must be ensure proper operation, saves
-20oC control helps ensure accurate air temperature
applications.
pressed again(Heat pump
before use,only)
which energy and improves efficiency. more efficiently without destroying the ozone
helps prevent accidental operation.
around the user and not just around the (Heat pump only)
indoor layer.
unit, providing maximum comfort.
Low Ambient Cooling at -15°C
The AC will run in cooling mode Low Ambient Heating at -20°C
Weekly Timer temperature is
when outdoor
Optional weekly timerspecial
allows for The AC will run in heating mode
er below -15°C to meet when outdoor temperature is below
customized programming
user-requested of on/off
applications.
times 20°C to meet special user-requested
-15oC (Cooling only. Standard for for
each day of the week
applications. (Heat pump only)
more flexible
Unitary SmartandDC convenient
inverter types. -20oC
operation.
Optional for others.)
can withstand the salty air, rain and other corrosive elements.
3
Specification
Johnson Controls, the Johnson Controls logo, YORK are registered trademarks of Johnson Controls, Inc in the United States of America and other countries. Other
trademarks used herein may be trademarks or registered trademarks of other companies.
FOR MORE INFORMATION CONTACT JOHNSONCONTROLS.COM
© 2020 Johnson Controls, Inc, P.O. Box 423, Milwaukee, WI 53201, All rights reserved worldwide. PUBL-1576(1220)
High Wall Unit
User Manual New Released Form: UHF(G)ET3CFEOR4-201202
ICEBERG
12K-24K
ICEBERG
30K
ICEBERG
36K
Dec.2nd, 2020
19
20
20
19
UHF(G)ET3CFEOR4-201202
ICEBERG
12K-24K
ICEBERG
30K
ICEBERG
36K
DUCT MID STATIC PRESSURE 60HZ R410A
T3 WORKING CONDITION INVERTER (KSA)
YEKE(18-60)BZL(R)
DUCT MID STATIC PRESSURE 60HZ R410A T3 WORKING CONDITION INVERTER (KSA)
Indoor Unit
• DC fan motor
• High Air flow
• Adjusted pressure by wired controller
• Wireless controller(optional)
• Blue fin
Condensing Unit
Standard
• Larger fan, slower speed to reduce noise
• DC inverter compressor and motor
• Built-in valve, 4-way pipe connection
• “888” digital test panel
• Blue fin
The YORK® line of MSP duct Air conditioners includes a wide range of sizes to
give you more flexibility in your product offering. Each model is designed to
provide comfort and efficiency, in an easy-to-operate unit and the sleek design
fits a variety of spaces, whether it’s in a home or office. Models meet the highest
energy efficiency ratings, so less energy is consumed without sacrificing comfort
and performance. Both the condensing and indoor units are engineered for quiet
operation. And comfort control settings are easily changed with the touch of a
button on the remote control.
2
24 Hour Timer 3 Minutes Protection
Allows programmed start times up to A 3-minute delay before the
24 hours in advance for flexible and compressor will restart helps
more convenient operation. avoid compressor damage and
24
extend compressor life.
Electrical Defrosting
Child Lock Automatic deicing of outdoor unit
If the lock button on the remote below certain temperatures helps
Features and benefits control is pressed, it must be
pressed again before use, which
ensure proper operation, saves
energy and improves efficiency.
helps prevent accidental operation. (Heat pump only)
3-Minute Protection
3 Minutes Protection
Auto Restart Low Ambient Cooling at -15°C
Auto restart The AC will run in cooling mode
p to
nd A 3-minute delay before the compressor will
A 3-minute delay before the
compressor will restart helps AUTO
Unit is automatically returned to previous
Unit is automatically returned to when outdoor temperature is
previous operating conditions after below -15°C to meet special
restart helps avoid compressor damage and
avoid compressor damage and
extend compressor life.
operating conditions after a power outage,
a power outage, for simplified for applications.
user-requested
operation. -15 C o
(Cooling only. Standard for
work time. simplified operation. Unitary Smart DC inverter types.
Optional for others.)
Electrical Defrosting
Automatic deicing of outdoor unit
24-Hour Timer
below certain temperatures helps
24 Hourproper
ensure Timeroperation, saves 3 Minutes Protection
Self Diagnosis
Allows programmed
and improves start times up to
n. Allows programmed start times up to 24
energy
24 hours
(Heat pumpin advance
only)
efficiency.
for flexible and hours
A 3-minute delay before the
compressor will restart helps
Clearly displayed failure codes allow for quicker
more convenient operation.
24 in advance for flexible and more convenient
avoid compressor damage and
extend compressor life.
troubleshooting and easier maintenance.
operation.
Low Ambient Heating at -20°C
The AC will run in heating mode
ff when outdoor temperature is below
20°C Electrical Defrosting
Childto meet special user-requested
Lock Automatic deicing of outdoor unit
-20oC applications. (Heaton
If the lock button pump only)
the remote below certain temperatures helps
control is pressed, it must be ensure proper operation, saves
pressed again before use, which energy and improves efficiency.
helps prevent accidental operation. (Heat pump only)
3
Specification
York Set Model YEKE18BZL3CJOW3 YEKE24BZL3CJOW3 YEKE36BZL3CJOW3
York Outdoor Model YEKE18BYL3CJO-3 YEKE24BYL3CJO-3 YEKE36BYL3CJO-3
York Indoor Model YEKE18BXL3CJ-W3 YEKE24BXL3CJ-W3 YEKE36BXL3CJ-W3
Power supply Ph/V/Hz 1/220~240/60 1/220~240/60 1/220~240/60
Power supply at rated capacity Ph/V/Hz 1/230/60 1/230/60 1/230/60
Capacity Btu/h 18,000(6,000~22,320) 21,800(8,300~27,000) 33,000(10,000~40,000)
Capacity kW 5.28(1.76~6.45) 6.39(2.43~7.91) 9.70(2.93~11.7)
Input kW 1.45 1.76 2.66
Rated Cooling(T1)
Running current A 8.08 10.03 11.90
EER W/W 3.64 3.63 3.64
EER Btu/hW 12.40 12.40 12.40
Capacity Btu/h 16,400(5,000~18,000) 19,600(6,500~23,000) 31,000(8,000~33,000)
Capacity kW 4.80(1.46~5.27) 5.73(1.90~6.74) 9.10(2.34~9.6)
Input kW 1.89 2.25 3.56
Rated Cooling(T3)
Running current A 10.35 12.33 14.39
EER W/W 2.54 2.55 2.55
EER Btu/hW 8.70 8.70 8.70
Capacity Btu/h 18,260(6,000~22,500) 24,600(7,985~27,507) 35,636(10,000~40,270)
Capacity kW 5.35(1.76~6.59) 7.20(2.34~8.06) 10.45(2.93~11.8)
Input kW 1.50 2.02 2.94
Rated Heating(T1)
Running current A 8.14 10.02 13.01
COP W/W 3.55 3.55 3.55
COP Btu/hW 12.12 12.12 12.12
Moisture Removal l/h 0.95 1.2 1.7
Max. input consumption W 2300 2700 5100
Max. current A 12 15 22.4
Operation Control Wired Wired Wired
Input W 160 200 200
Output W / / /
Indoor fan motor Running current A 0.75 0.87 0.87
Capacitor uF / / /
Speed rpm 850/750/650/600 860/760/660/600 900/840/780/750
Indoor air flow m3/h 1480/1280/1150/950 1500/1300/1180/950 2000/1740/1500/1280
External static pressure Pa 25 (0~100) 25 (0~100) 37(0~150)
Indoor noise level (Sound pressure level) dB(A) 42/40/39/36 45/42/40/36 48/45/42/39
Unit (WxDxH) mm 1100×700×248 1100×700×248 1500×700×248
Indoor dimension
Packing (WxDxH) mm 1340×870×330 1340×870×320 1710×870×330
Indoor weight Net/Gross kg 31/35 31/35 46/55
Type rotary rotary rotary
Capacity W/h 4410 4410 7000
Input W 1335 1335 2150
Compressor
Rated current(RLA) A 8.5 8.5 8.7
Thermal protector external external external
Refrigerant oil ml 350 350 520
Input W 128 128 190
Outdoor fan motor
Speed rpm 850 850 800±40
Outdoor air flow m3/h 3300 3300 5500
Outdoor noise level (Sound pressure level) dB(A) 60 60 65
Outdoor dimension Unit/Packing (WxDxH) mm 890×340×700/1046×460×780 920×372×760/1085×487×843 950×370×1350/1090×480×1500
Outdoor weight Net/Gross kg 46.5/51.5 54/60 103/110
Type R410A R410A R410A
Refrigerant
Charge g 1850 2000 3700
Liquid side/Gas side mm 9.52/15.88 9.52/15.88 9.52/19.05
Refrigerant pipe Max. refrigerant pipe length m 25 30 50
Max. difference in level m 15 15 30
Operation temperature range ℃ 16-30 16-30 16-30
Ambient temperature range ℃ 10~52 10~52 10~52
Qty’per 20’& 40’&40HQ Set 36/75/85 31/66/76 24/52/59
4
DUCT MID STATIC PRESSURE 60HZ R410A T3 WORKING CONDITION INVERTER
Specification
York Set Model YEKE42BZL3CJOW3 YEKE42BZR3CJOW3
York Outdoor Model YEKE42BYL3CJO-3 YEKE42BYR3CJO-3
York Indoor Model YEKE42BXL3CJ-W3 YEKE42BXL3CJ-W3
Power supply Ph/V/Hz 1/220~240/60 3/380~415/60
Power supply at rated capacity Ph/V/Hz 1/230/60 3/400/60
Capacity Btu/h 40,000(14,000~53,000) 40,000(14,000~53,000)
Capacity kW 11.70(4.1~15.5) 11.70(4.1~15.5)
Input kW 3.23 3.23
Rated Cooling(T1)
Running current A 15.10 5.50
EER W/W 3.63 3.63
EER Btu/hW 12.40 12.40
Capacity Btu/h 37,600(11,000~46,000) 37,600(11,000~46,000)
Capacity kW 11.0(3.22~13.5) 11.0(3.22~13.5)
Input kW 4.32 4.32
Rated Cooling(T3)
Running current A 18.50 7.91
EER W/W 2.55 2.55
EER Btu/hW 8.70 8.70
Capacity Btu/h 47950(13,650~64,843) 47950(13,650~64,843)
Capacity kW 14.05(4.0~19.0) 14.05(4.0~19.0)
Input kW 3.90 3.90
Rated Heating(T1)
Running current A 15.15 5.55
COP W/W 3.60 3.60
COP Btu/hW 12.30 12.30
Moisture Removal l/h 1.1 1
Max. input consumption W 7200 7200
Max. current A 32 10.5
Operation Control Wired Wired
Input W 300 300
Output W 197 197
Indoor fan motor Running current A 1.3 1.3
Capacitor uF / /
Speed rpm 1000/900/810/750 1000/900/810/750
Indoor air flow m3/h 3590/3200/2880/2280 3590/3200/2880/2280
External static pressure Pa 50(0~160) 50(0~160)
Indoor noise level (Sound pressure level) dB(A) 49/46/43/40 49/46/43/40
Unit (WxDxH) mm 1350×490×425 1350×490×425
Indoor dimension
Packing (WxDxH) mm 1565×724×510 1565×724×510
Indoor weight Net/Gross kg 61/72 61/72
Type rotary rotary
Capacity W/h 9800 13780
Input W 3000 4060
Compressor
Rated current(RLA) A 12.1 12.3
Thermal protector external external
Refrigerant oil ml 870 1600
Input W 190 190
Outdoor fan motor
Speed rpm 900±40 900±40
Outdoor air flow m3/h 7500 7500
Outdoor noise level (Sound pressure level) dB(A) 65 65
Outdoor dimension Unit/Packing (WxDxH) mm 950×370×1350/1090×480×1500 950×370×1350/1090×480×1500
Outdoor weight Net/Gross kg 105/118 108/118
Type R410A R410A
Refrigerant
Charge g 4000 3700
Liquid side/Gas side mm 9.52/19.05 9.52/19.05
Refrigerant pipe Max. refrigerant pipe length m 50 50
Max. difference in level m 30 30
Operation temperature range ℃ 16-30 16-30
Ambient temperature range ℃ 10~52 10~52
Qty’per 20’& 40’&40HQ Set 21/41/48 21/41/48
5
Specification
York Set Model YEKE48BZL3CJOW3 YEKE48BZR3CJOW3 YEKE60BZR3CJOW3
York Outdoor Model YEKE48BYL3CJO-3 YEKE48BYR3CJO-3 YEKE60BYR3CJO-3
York Indoor Model YEKE48BXL3CJ-W3 YEKE48BXL3CJ-W3 YEKE60BXL3CJ-W3
Power supply Ph/V/Hz 1/220~240/60 3/380~415/60 3/380~415/60
Power supply at rated capacity Ph/V/Hz 1/230/60 3/400/60 3/400/60
Capacity Btu/h 46,000(18,000~62,000) 46,000(18,000~62,000) 54,000(18,000~72,000)
Capacity kW 13.5(5.27~18.2) 13.5(5.27~18.2) 15.8(5.27~21.09)
Input kW 3.71 3.71 4.35
Rated Cooling(T1)
Running current A 17.30 6.20 7.20
EER W/W 3.63 3.63 3.63
EER Btu/hW 12.40 12.40 12.40
Capacity Btu/h 43,600(15,000~52,000) 43,600(15,000~52,000) 48,600(15,000~55,000)
Capacity kW 12.75(4.40~15.2) 12.75(4.40~15.2) 14.25(4.40~16.12)
Input kW 5.00 5.00 5.586
Rated Cooling(T3)
Running current A 23.80 8.10 8.8
EER W/W 2.55 2.55 2.55
EER Btu/hW 8.70 8.70 8.7
Capacity Btu/h 53,920(20,477~71,669) 53,920(20,477~71,669) 60,000(20,477~72,000)
Capacity kW 15.80(6.0~21.0) 15.80(6.0~21.0) 17.60(6.0~21.0)
Input kW 4.39 4.39 4.89
Rated Heating(T1)
Running current A 20.50 5.09 8.00
COP W/W 3.60 3.60 3.60
COP Btu/hW 12.30 12.30 12.30
Moisture Removal l/h 1.1 1 1
Max. input consumption W 9600 9600 10600
Max. current A 36 12 14
Operation Control Wired Wired Wired
Input W 300 300 1210
Output W 197 197 980
Indoor fan motor Running current A 1.3 1.3 5.5
Capacitor uF / / /
Speed rpm 1100/910/800/750 1100/910/800/750 950/880/850/810
Indoor air flow m3/h 3980/3300/2750/2280 3980/3300/2750/2280 3980/3300/2750/2280
External static pressure Pa 50(0~160) 50(0~160) 50(0~160)
Indoor noise level (Sound pressure level) dB(A) 50/47/45/42 50/47/45/42 51/48/46/43
Unit (WxDxH) mm 1350×490×425 1350×490×425 1336×750×500
Indoor dimension
Packing (WxDxH) mm 1565/724/510 1565/724/510 1609×946×649
Indoor weight Net/Gross kg 61/72 61/72 99/130
Type rotary rotary rotary
Capacity W/h 13780 13780 13780
Input W 4130 4060 4060
Compressor
Rated current(RLA) A 15.8 12.3 12.3
Thermal protector external external external
Refrigerant oil ml 1600 1600 1400
Input W 190 190 190
Outdoor fan motor
Speed rpm 900±40 900±40 900±40
Outdoor air flow m3/h 7500 7500 7500
Outdoor noise level (Sound pressure level) dB(A) 65 65 65
Outdoor dimension Unit/Packing (WxDxH) mm 950×370×1350/1090×480×1500 950×370×1350/1090×480×1500 950×370×1350/1090×480×1500
Outdoor weight Net/Gross kg 125/135 125/135 125/135
Type R410A R410A R410A
Refrigerant
Charge g 5000 5000 5300
Liquid side/Gas side mm 9.52/19.05 9.52/19.05 12.7/19.05
Refrigerant pipe Max. refrigerant pipe length m 75 75 75
Max. difference in level m 30 30 30
Operation temperature range ℃ 16-30 16-30 16-30
Ambient temperature range ℃ 10~52 10~52 10~52
Qty’per 20’& 40’&40HQ Set 21/41/48 21/41/48 21/41/48
Johnson Controls, the Johnson Controls logo, YORK are registered trademarks of Johnson Controls, Inc in the United States of America and other countries. Other
trademarks used herein may be trademarks or registered trademarks of other companies.
FOR MORE INFORMATION CONTACT JOHNSONCONTROLS.COM
© 2020 Johnson Controls, Inc, P.O. Box 423, Milwaukee, WI 53201, All rights reserved worldwide. SEKEBZL(R)-200825(KSA)
R410A T3 Inverter Ducted
YEKE18BYL3CJO-3
YEKE24BYL3CJO-3
YEKE36BYL3CJO-3
YEKE42BYL3CJO-3
YEKE42BYR3CJO-3
YEKE48BYL3CJO-3
YEKE48BYR3CJO-3
NO.0150541486
Contents
__________________________________________
Definitions 3
Safety considerations 3
Before installation 6
Selecting installation site 7
Precautions on installation 9
Refrigerant pipe size and allowable
pipe length 10
Refrigerant piping 13
Leak test and vacuum drying 15
Charging refrigerant 16
Electrical wiring work 17
Test operation 19
Move and scrap the air conditioning 24
Technical specification ------------------------------------------------------------------------------------------ 25
1. Definitions Service company:
Qualified company which can perform or coordinate the
required serice to the unit.
1.1. Meaning of warnings and symbols
Warnings in this manual are classified according to their Applicable legislation:
severity and probability of occurrence. All international, European, national and local directives,
laws, regulations and/or codes which are relevant and
DANGER applicable for a certain product or domain.
NOTICE
Indicates situations that may result in equipment or
property-damage accidents only. 2. Safety considerations
Applicable ambient temperature range:
INFORMATION
Rated Maximum Minimum
This symbol identifies useful tiops or additional information. DB C 27 32 18
Indoor
WB C 19 23 14
Some types of danger are represented by special symbols: Cooling
DB C 35 52 18
outdoor
WB C 24 32 14
Electric current. DB C 20 27 15
Indoor
WB C 14.5 -- --
Heating
DB C 7 24 -7
Danger of burning and scalding. outdoor
WB C 6 18 --
1.2. Meaning of used terms The precautions here, all cover very impertant topics, so be
sure to follow them catefully.
Installation manual:
Instruction manual specified for a certain product or application, All activities described in this manual shall be carried out by
explaining how to install, configure and maintain it. an installer.
5.Wiring must be done by a qualified electrician. All the wiring must comply with the local electrical codes.
6.Means for disconnection, such as circuit breaker, which can provide full disconnection in all poles, must be
incorporated in the fixed wiring in accordance with the wiring rules.Use an ELB (Electric Leakage Breaker).
If not used, it will cause an electric shock or a fire.
Details of type and rating of fuses, or rating of circuit breakers / ELB is detailed in below part.
7.The method of connection of the appliance to the electrical supply and interconnection of separate components
is detailed in below part.The wiring diagram with a clear indication of the connections and wiring to
external control devices and supply cord is detailed in below part.The cord of the H07RN-F type or the electrically
equivalent type must be used for power connection and interconnection between outdoor unit and indoor unit.
The size of the cord is detailed in below part.
8.In order to avoid a hazard due to inadvertent resetting of the thermal cut-out, this appliance must not be supplied
through an external switching device, such as a timer, or connected to a circuit that is regularly switched on
and off by the utility.
9.It is necessary to allow disconnection of the appliance from the supply after installation. The disconnection
may be achieved by incorporating a switch in the fixed wiring in accordance with the wiring rules.During service
and when replacing parts, be sure to disconnect the appliance from its power source. If the disconnection is
not foreseen, a disconnection with a locking system in the isolated position shall be provided
10.The information of dimensions of the space necessary for correct installation of the appliance including
the minimum permissible distances to adjacent structures is detailed in below part.
11.The range of external static pressures for ducted appliances is detailed in below part.
4
Consult your local dealer regarding what to do in case
DANGER: ELECTRICAL SHOCK of refrigerant leakage. When the unit is to be installed in
a small room, it is necessary to take proper measures so
Switch off all power supply before removing the switch that the amount of any leaked refrigerant does not exceed
box service panel or before making any connections the concentration limit in the event of a leakage. Otherwise,
or touching electrical parts. this may lead to an accident due to oxygen depletion.
Be sure to use only the specified accessories and parts
To avoid electric shock, be sure to disconnect the power for installation work.
supply 2 minute or more before servicing the electrical Failure to use the specified parts may result in water
parts. Even after 2 minute, always measure the voltage leakage, electric shocks, fire, or the unit falling.
at the terminals of main circuit capacitors or electrical Install the unit on a foundation that can withstand its
parts. Even after 2 minute, always measure the votage weight.
at the terminals of main circuit capacitors or electrical Insufficient strength may result in the fall of equipment
parts, and before touching, be sure that those voltages and causing injury.
are 50V DC or less. Carry out the specified installation work in consideration
of strong winds, typhoons, or earthquakes.
Improper installation work may result in accidents due to
When service panels are removed, live parts can easily
fall of equipment.
be touched by accident, Never leave the unit unattended
Make sure that all electrical work is carried out by qualified
during installation or servicing when the service panel is
personnel according to the applicable legislation and this
removed.
installation manual, using a separate circuit.
Insufficient capacity of the power supply circuit or improper
DANGER: DO NOT TOUCH PIPING AND INTERNAL electrical capacity of the power supply circuit or improper
PARTS electrical construction may lead to electric shocks or fire.
Make sure that all wiring is secure, using the specified
Do not touch the refrigerant piping, water piping or internal
wires and ensuring that external forces do not act on the
parts during and immediately after operation. The piping
terminal connections or wires.
and internal parts may be hot or cold depending on the
Incomplete connection or fixing may cause a fire.
working condition of the unit.
When wiring between the indoor and outdoor units, and
wiring the power supply, form the wires so that the
Your hand may suffer burns or frostbite if you touch the
fronstside panel can be securely fastened.
piping or internal parts. To avoid injury, give the piping
If the frontside panel is not in place, overheating of the
and internal parts time to return to normal temperature
terminals, electric shocks or a fire may be caused.
or, if you must touch them, be sure to wear protective
If refrigerant gas leaks during installation work, ventilate
gloves.
the area immediately.
Toxic gas may be produced if refrigerant gas comes into
contactwith fire.
After completing the installation work, check to make
sure that there is no leakage of refrigerant gas.
Toxic gas may be produced if refrigerant gas leaks into
the room and comes into contact with a source of fire,
Warning: such as a fan heater, stove or cooker.
When planning to relocate former installed units, you
Ask your dealer or qualified personnel to carry out must first recover the refrigerant after the pump down
installation work. Do not install the machine by yourself. operation.
Improper installation may result in water leakage, Never directly touch any accidental leaking refrigerant.
electric shocks or fire. This could result in severe wounds caused by frostbite.
Be sure to install an earth leakage circuit breaker in
Perform installation work in accordance with this installation
accordance with applicable legislation. Failure to do so
manual.
may cause electrical shock and fire.
Improper installation may lead to water leakage, electric
shocks or fire.
The equipment is not intended for use in a potentially
explosive atmosphere.
For year round cooling applications with low indoor humidity
conditions, such as Electronic Data Processing rooms,
contacet yout dealer or see the engineering databook or
the service manual.
5
Caution:
Earth the unit.
3. Before installation
Earthing resistance should be according to applicable
3.1. Scope of this manual
legislation. This manual describes the procedures for handling,
Do not connect the earth wire to gas or water pipes, installing and connecting 18K~48K units.
lightning conductor or telephone earth wire. 3.2. Precautions
Incomplete earthing may cause electric shocks.
Gas pipe. CAUTION
Lgnition or explosion may occur if the gas leaks. Since maximum working pressure is 4.5 MPa or 45 bar,
Water pipe. pipes of larger wall thickness may be required. Refer to
Hard vinyl tubes are not effective earths. paragraph "6.2. Selection of piping material" on page
Lightning conductor or telephone earth wire. 10.
Electric potential may rise abnormally if struck by a
lightning bolt. NOTICE: Insulation resistance of the compressor
Install drain piping according to this installation manual If, after installation, refrigerant accumulates in the
to ensure good drainage, and insulate the pipe to prevent compressor, the insulation resistance can drop, but if it
condensation. is at least 1 , then the machine will not break down.
Improper drain piping may cause water leakage, and Turn the power on and leave it on for six hours. Then,
make the fumitures get wet. check if the insulation resistance of the comressor has
Install the indoor and outdoor units, power wire and risen or not.
connecting wire at least 1 meter away from televisions The compressor will heat up and evaporate any refrigerant
or radios to prevent image interference or noise. in the compressor.
(Depending on the radio waves, a distance of 1 meter
may not be sufficient to eliminate the noise.) Check the following if the ground-fault circuit interrupter is
Do not rinse the outdoor unit, This may cause electric triggered:
shocks or fire. Make sure that the interrupter is compatible with high
Do not install the unit in places such as the following: frequencies.
Where there is mist of mineral oil, oil spray or vapour This unit has an inverter, so an interrupter capable of
for example a kitchen. handling high frequencies is needed to prevent
Plastic parts may deteriorate, and cause them to fall malfunction of the interrupter itself.
out or water to leak.
Where corrosive gas, such as sulphurous acid gas, 3.3. Precautions for R410A
is produced.
Corrosion of copper pipes or soldered parts may cause The refrigerant requires strict cautions for keeping the
the refrigerant to leak. system clean, dry and tight.
- Clean and dry
Where there is machinery which emits electromagnetic
Foreign materials (including mineral oils or moisture)
waves.
should be prevented from getting mixed into the system.
Electromagnetic waves may disturb the control system,
- Tight
andcause malfunction of the equipment.
Read "9. Precautions on refrigerant piping" on page 10
Where flammable gases may leak, where carbon fiber
carefully and follow these procedures correctly.
or ignitable dust is suspended in the air or where volatile
Since R410A is a mixed refrigerant, the required additional
flammables, such as thinner or gasoline, are handled.
refrigerant must be charged in its liquid state.(If the
SUch gases may cause a fire.
refrigerant is in state of gas, its composition changes
Where the air contains high levels of salt such as that
and the system will not work properly).
near the ocean.
The connected indoor units must be indoor units designed
Where voltage fluctuates a lot, such as in factories.
exclusively for R410A.
In vehicles or vessels.
Where acidic or alkaline vapour is present.
3.4. Installation
Do not allow a child to mount on the outdoor unit or
avoid placing any object on the unit. Falling or tumbling For installation of the indoor unit(s), refer to the indoor
may result in injury. unit installation manual.
The unit may stop for several minutes during normal Illustrations show YEKE42BYR3CJO-3
operation for "defrosting the unit", or when in "thermostat YEKE48BYR3CJO-3 outdoor unit type. Other types also
stop" operation. follow this installation manual.
This appliance is intended to be used by expert or trained This outdoor unit requires the pipe branching kit(optional)
users in shops, in light industry and on farms, or for when used as the outdoor unit for the simultaneous
commercial use by lay persons. operation system. Refer to catalogues for details.
Provide a logbook Never operate the unit with a damaged or disconnected
In accordance with the relevant national and discharge thermistor and suction thermistor, burning of
international codes, it may be necessary to provide a the compressor may occur.
logbook with the equipment containing at least Be sure to confirm the model name and the serial no.
- info on maintenance. - repair work, of the outer(front) plates when attaching/detaching the
- results of tests, - stand-by periods, plates to avoid mistakes.
- etc... When closing the service panels, take care that the
6 tigntening torque does not exceed 4.1 N.M.
3.5. Accessories - Do not climb, sit or stand on top of the unit.
- Be sure that sufficient precautions are taken, in
Check if the following accessories are included with the unit: accordance with applicable legislation, in case of
See the figure below for the location of the accessories. refrigerant leakage.
installation NOTICE
manual
This is a class A product. In a domestic environment
this product may cause radio interference in which case
the user may be required to take adequate measures.
NOTICE
If drain holes of the outdoor unit are covered by a
mounting base or by floor surface, raise the unit in order
to provide a free space of more than 130mm under the
outdoor unit.
36K
H
Height of barriers is
B
1
C
Above 1000
9
When barriers exist above the unit 5.3. Drain pipe disposal
Above 1000
D Make sure the drain works properly.
Above 500 In regions where buildups of snow can be expected, the
accumulation and freezing of snow in the space between
the heat exchanger and external plate may lower operating
efficiency.
Above
1000
After punching the knock-out hole, the application of
repair-type paint on the surface around the edge sections
is recommended to prevent rust.
The top and two side surfaces must be exposed to open
space, and barriers on at least one side of the front and back
shall be lower than the outdoor unit.
(2) Multi-unit installation (unit: mm)
Back and side
The top and two side surfaces must be exposed to open Do not use flux when brazing the refrigerant piping.
space, and barriers on at least one side of the front and back For brazing, use phosphor copper brazing filler metal
shall be lower than the outdoor unit. (BCuP) which does not require a flux.
(If a chlorine flux is used, the piping will corrode, and
The installation service spaces shown in the illustrations
if the flux contains fluoride, if will cause the coolant oil
are based on an air intake temperature of 35 (DB) for to deteriorate, adversely affecting the coolant piping
COOL operation. In regions where the air intake system.)
temperature regularly exceeds 35 (DB), or if the heat
load of outdoor units is expected to regularly exceed
the maximum operating capacity, reserve a larger space
than that indicated at the air intake side of units.
Regarding the required air outlet space, position the
units with consideration to the space required for the
onsite refrigerant piping work as well. Consult your dealer
if the work conditions do not match those in the drawings.
10
6.1. Necessary Tools and Materials
Prepare the following tools and materials necessary for installing and servicing the unit.
Necessary tools for use with R410A(Adaptability of tools that are for use with R22 and R407C).
1. To be used exclusively with R410A ( Not to be used if used with R22 or R407C )
Tools/Materials Use Notes
Charging Hose Evacuating, refrigerant charging Hose diameter larger than the concentional ones.
Refrigerant Cylinder Refrigerant charging Write down the refrigerant type. Pink in color at the top of the cylinder.
Refrigerant Cylinder Charging Port Refrigerant charging Hose diameter larger than the conventional ones.
Flare Nut Connecting the unit to piping Use Type-2 Flare nuts.
2. Tools and materials that may be used with R410A with some restrictions
Tools/Materials Use Notes
Gas leak detector Detection of gas leaks The ones for HFC type refrigerant may be used.
Vacuum Pump Vacuum drying May be used if a reverse flow check adaptor is attached.
Flare Tool Flare machining of piping Chages have been made in the flare machining dimension.Refer to the next page.
Refrigerant Recovery Equipment Recovery of refrigerant May be used if designed for use with R410A.
3. Tools and materials that are used with R22 or R407C that can also be used with R410A
Torque Wrench Tightening flare nuts Only 12.70 (1/2'') and 15.88(5/8'') have a larger flare machining dimension.
Charging Cylinder Refrigerant Charging Must not be used with R410A-type units.
Tools for R410A must be handled with special care, and keep moisture and dust from entering the cycle.
11
6.2. Piping Materials
Types of Copper Pipes (Reference)
Maximum Operation Pressure Applicable Refrigerants
3.4MPa R22, R407C
4.5MPa R410A
Use pipes that meet the local standards.
Piping Materials/Radial Thickness
Use pipes made of phosphorus deoxidized copper.
Since the operation pressure of the units that use R410A is higher than that of the units for use with R22, use pipes with
at least the radial thickness specified in the chart below. (Pipes with a radial thickness of 0.7mm or less may not be used.)
Although it was possible to use type-O for pipes with a size of up to 19.05(3/4") with conventional refrigerants, use type-
1/2H pipes for units that use R410A.(Type-O pipes may be used if the pipe size is 19.05 and the radial thickness is 1.2t.)
The table shows the standards in Japan. Using this table as a reference, choose pipes that meet the local standards.
If a clutch type flare tool is used to machine flares on units that use R410A, make the protruding part of the pipe between
1.0 and 1.5mm. Copper pipe gauge for adjusting the length of pipe protrusion is useful.
Flare Nut
Type-2 flare nuts instead of type-1 nuts are used to increase the strength. The size of some of the flare nuts have also
been changed.
Flare nut dimension(mm)
Dimension B
External dimension of pipes Size
R410A(Type2) R22(Type1)
6.35 1/4" 17.0 17.0
9.52 3/8" 22.0 22.0
12.7 1/2" 26.0 24.0
Dimension B
15.88 5/8" 29.0 27.0
19.05 3/4" 36.0 36.0
Using this table as a reference, choose pipes that meet the local standards.
12
NOTICE
Cautions on handling the service port
For new installations, use the standard pipe sizes.
When using existiong pipes, size-up is allowed as Always use a charge hose equipped with a valve
mentioned in the table above. depressor pin, since the service port is a Schrader type
Additional restrictions towards allowable pipe lengths, valve.
as mentioned in the table 7.3 on page 13, must be After handling the service port, make sure to tighten the
taken into account. service port cap securely. For the tightening torque, refer
Not using the standard lpipe size may result in to the table below.
capacity decrease. The installer must acknowledge Check for refrigerant leaks after tightening the service
this and judge this very carefully in function of the port cap.
complete installation.
7. Refrigerant piping
Existing or pre-installed piping can be used 7.1. Piping diagram for single split
13
Precautions for refrigerant piping Cutting out the two slits makes it possible to install as
shown in the figure "Field pipes in 4 directions".
Do not twist or crush piping.
(Use a metal saw to cut out the slits.)
Be sure that no dust is mixed in piping.
To install the connecting pipe to the unit in a downward
Bend piping with as wide angle as possible.
direction, make a knock-out hole by penetrating the
Keep insulating both gas and liquid piping.
Check flare-connected area for gas leakage. centre area around the knock-out hole using a 6mm
drill (4x).
7.4. Piping connection method After knocking out the knock-out hole, it is recommended
to apply repair paint to the edge and the surrounding
Apply refrigerant oil to the joint and the flange. end surfaces to prevent rusting.
To bend a pipe, give the roundness as possible not to When passing electrical wiring through the knock-out
crush the pipe. holes, remove any burrs from the know-out holes and
When connecting pipe, hold the pipe centre to centre and wrap the wiring with protective tape to prevent damage.
then screw nut on by hand, refer to Fig.
Be careful not to let foreign matters, such as sands enter
the pipe.
Spanner
Also, make sure the field piping does not touch the bolts
D or outer panels of the compressor.
A: Forward
When the outdoor unit is installed above the indoor unit
B: Sideways
the following can occur:
C: Backward
The condensed water on the stop valve can move to the
D: Downward
indoor unit. To avoid this, please cover the stop valve with
E: Power supply cable,outdoor and indoor connection cable
sealing material.
14
If the temperature is higher than 30 and the humidity is
higher than RH 80 , then thickness of the sealing materials
NOTICE
should be at least 20mm in ouder to avoid condensation
on the surface of the sealing. Do not purge the air with refrigerants. Use a vacuum
Be sure to insulate the liquid and gas-side field piping. pump to evacuate the installation. No additional
refrigerant is provided for air purging.
Make sure that the gas stop valve and liquid stop
valve are firmly closed before performing the leak
test or vacuum drying.
NOTICE
check for any leakages in the refrigerant piping 8.3. Vacuum drying
to perform vacuum drying to remove all moisture in the
refrigerant piping. To remove all mositure from the system, proceed as follows:
1 Evacuate the system for at least 2 hours to a target
If there is a possibility of moisture being present in the vacuum of -100.7 kPa(=-1.007 bar).
refrigerant piping (for example, rainwater may have entered 2 Check that, with the vacuum pump turned off, the target
the piping), first carry out the vacuum drying procedure vacuum is maintained for at least 1 hour.
below until all moisture has been removed. 3 Should you fail to reach the target vacuum within 2 hours
or maintain the vacuum for 1 hour, the system may contain
too much moisture.
8.1. General guidelines 4 In that case, break the vacuum by pressurizing with
nigrogen gas to a gauge pressure of 0.05 MPa (0.5bar)
All piping inside the unit has been factory tested for leaks. and repeat steps 1 to 3 unit all moisture has been removed.
Use a 2-stage vacuum pump with a non-return valve 5 The stop valves can now be opened, and/or additional
which can evacuate to a gauge pressure of-100.7kPa(5 refrigerant can be charged .
Torr absolute,-755mm Hg).
Connect the vacuum pump to both the service port of
the gas stop valve and the liquid stop valve to increase
efficiency.
15
This unit requires additional charging of refrigerant
according to the length of refrigerant piping connected
INFORMATION at the site.
Make sure to charge the refrigerant in liquid state to the
After opening the stop valve, it is possible that the
liquid pipe. Since R410A is a mixed refrigerant, its
pressure in the refrigerant piping does not rise. This
composition changes if charged in its gaseous state and
migeh be caused by e.g. the closed state of the
normal system operation would then no longer be assured.
expansion valve in the outdoor unit circuit, but does not
Before charging, check whether the refrigerant cylinder
present any problem for correct operation of the unit.
has a suphon attached or not and position the cylinder
accordingly.
CAUTION WARNING
When charging a system, care shall be taken that
Some sections of the refrigerant circuit may be
its maximum permissible charge is never exceeded,
isolated from other sections caused by components
in view of the danger of liquid hammer.
with specific functions (e.g. valves). The refrigerant
circuit therefore features additional service ports for
WARNING vacuuming, pressure relief or pressurizing the circuit.
In case it is required to perform brazing on the unit,
Refrigerant cylinders shall be opened shlowly. ensure that there is no pressure remaining inside
Always use protective gloves and protect your eyes the unit. Internal pressures need to be released with
when charging refrigerant. ALL the service ports indicated on the figures below
opened. The location is depending on mode type.
DANGER
60-70m
70-75m
40-50m
30-40m
20-30m
10-20m
50-60m
5-10m
YEKE42BYL3CJO-3
YEKE42BYR3CJO-3
YEKE48BYL3CJO-3
YEKE48BYR3CJO-3
3.7 3.7 3.7 4.15 4.6 5.05 5.5 5.95
10.1. Precautions on electrical wiring work
17
Use only copper wires. Outdoor unit
A main switch or other means for disconnection, having L N 1 2 3
terminal blocks
a contact separation in all poles, must be incorporated
YEKE18BYL3CJO-3
in the fixed wiring in accordance with applicable legislation.
YEKE24BYL3CJO-3
Do not turn on the main switch until all the wiring is Power supply: YEKE36BYL3CJO-3
completed. 1PH,220-240V~, YEKE42BYL3CJO-3
Make sure to connect power supply cables in normal 60Hz
YEKE48BYL3CJO-3
phase.
1 2 3 Indoor unit
Never squeeze bundled cables into a unit.
terminal blocks
Fix cables so that cables do not make contact with the
pipes (especially on high pressure side). YEKE18BXL3CJ-W3
YEKE24BXL3CJ-W3
Secure the electrical wiring with cable ties as shown in
YEKE36BXL3CJ-W3
the figure in 10.2 . YEKE42BXL3CJ-W3
Make sure no external pressure is applied to the terminal YEKE48BXL3CJ-W3
connectors.
When installing the earth leakage circuit breaker make YEKE18BYL3CJO-3,YEKE24BYL3CJO-3,YEKE36BYL3CJO-
sure that it is compatible with the inverter (resistant to 3
high frequency electrical noise ) to avoid unnecessary
opening of the earth leakage circuit breaker. YEKE42BYL3CJO-3,YEKE48BYL3CJO-3
As this unit is equipped with an inverter, installing a phase
advancing capacitor not only will deteriorate power factor
improvement effect, but also may cause capacitor
abnormal heating accident due to high-frequency waves.
Therefore, never install a phase advancing capacitor.
18
Form the wires and fix the cover fimmly so that the cover 11.1. Pre-run checks
may be fit in properly.
When you do not use a wire conduit, be sure to protect
the wires with vinyl tubes to revent the edge of the knock- Items to check
out hole from cutting the wires.
Electrical wiring Is the wiring as mentioned on the
Follow the electric wiring diagram for electrical wiring
Inter-unit wiring wiring diagram?
works.
Ground wire Make sure no wiring has been
Form the wires and fix the cover fimmly so that the cover
forgotten and that there are no missing
may be fit in properly.
phases or reverse phases.
- Do not connect wires of different gauge to the same Is the unit properly grounded?
power supply terminal. (Looseness in the connection may Is the wiring between units connected
cause overheating.) in series correct?
Use the correct screwdriver to tighten the terminal screws. Are any of the wiring attachment
Small screwdrivers can damage the screw head and screws loose?
prevent appropriate tightening. Is the insulation resistance at leaset
Over-tightening the terminal screws can damage the 1 ?
screws. - Use a 500V mege-tester when
measuring insulation.
- Do not use a mega-tester for low-
10.3. Specifications of standard wiring voltage circuits.
components
Refrigerant Is the size of the piping appropriate?
CAUTION piping Is the insulation material for the piping
attached securely?
Select all cables and wire sizes in accordance with Are both the liquid and gas pipes
applicable legislation. insulated?
After finishing the electrical work, confirm that each Are the stop valves for both the liquid
electric part and terminal inside the electric part box side and the gas side open?
is connected securely.
The earth leakage breaker must be a high-speed Did you write down the extra
type breaker of 30 mA( 0.1 s). Extra refrigerant
refrigerant and the refrigerant piping
length?
CAUTION
Ground the unit. Do not spray water on the air conditioners or immerse the
Do not connect the grounding on the unit to gas pipes,water air conditioners in water.
pipes, lightning rods, or the grounding terminals of Water on the unit presents a risk of electric shock.
telephones. Improper grounding presents a risk of electric
shock, smoke, fire, or the noise caused by improper Periodically check the platform on which is placed for damage
grounding may cause the unit to malfunction. to prevent the unit from falling.
Make sure the wires are not subject to tension. If the unit is left on a damaged plarform, it may topple
over, causing injury.
If the wires are too taut, they may break or generate
heat and/or smoke and cause fire. When installing draining pipes, follow the instructions in the
manual, and make sure that they properly drain water so as
Install a breaker for current leakage at the power source
to avoid dew condensation.
to avoid the risk of electric shock.
Without a breaker for current leakage, there is a risk If not installed properly, they may cause water leaks
of electric shock, smoke or fire. and damage the furnishings.
CAUTION
Do not operate switches with wet hands to avoid electric. Do not turn off the power immediately after stopping the unit.
Allow for at least five minutes before turning off the unit,
Do not touch the refrigerant pipes with bare hands during otherwise the unit may leak water or experience other
and immediately after operation. problems.
Depending on the state of the refrigerant in the system,
certain parts of the unit such as the pipes and
compressor may become very cold or hot and may
subject the person to frost bites or burning.
20
11.4. Failure diagnosis
Applicable Model :YEKE18BYL3CJO-3 YEKE24BYL3CJO-3
Flash times of
LED on Trouble description Analyze and diagnose
mainboard
19 Module PWM select circuit error Module PWM select wrong circuit
21
Applicable Model :YEKE36BYL3CJO-3 YEKE42BYL3CJO-3 YEKE48BYL3CJO-3 YEKE42BYR3CJO-3 YEKE48BYR3CJO-3
22
23
12. Move and scrap the air conditioning
When moving, to disassemble and re-install the air conditioning, please contact your dealer for technical support.
In the composition material of air conditioning, the content of lead, mercury, hexavalent chromium, polybrominated biphenyls
and polybrominated diphenyl ethers are not more than 0.1% (mass fraction) and cadmium is not more than 0.01% (mass
fraction).
Please recycle the refrigerant before scrapping, moving, setting and repairing the air conditioning; for the air conditioning
scrapping, should be dealt with by the qualified enterprises.
24
Technical specification : Inverter R‐
410a
Set YEKE18BZL3CJOW3 YEKE24BZL3CJOW3 YEKE36BZL3CJOW3 YEKE42BZL3CJOW3
No. Model YORK Outdoor YEKE18BYL3CJO-3 YEKE24BYL3CJO-3 YEKE36BYL3CJO-3 YEKE42BYL3CJO-3
Indoor YEKE18BXL3CJ-W3 YEKE24BXL3CJ-W3 YEKE36BXL3CJ-W3 YEKE42BXL3CJ-W3
1 Capacity Btu/h 18000.00 21800.00 33000.00 40000.00
2 Capacity kW 5.28 6.39 9.70 11.70
3 Input kW 1.45 1.76 2.66 3.23
Rated Cooling(T1)
4 Running current A 8.08 10.03 11.90 15.10
5 EER W/W 3.64 3.63 3.64 3.63
6 EER Btu/hW 12.40 12.40 12.40 12.40
7 Capacity Btu/h 16,400 19,600 31,000 37,600
8 Capacity kW 4.8 5.73 9.1 11
9 Input kW 1.890 2.250 3.560 4.320
Rated Cooling(T3)
10 Running current A 10.35 12.33 14.39 18.5
11 EER W/W 2.54 2.55 2.55 2.55
12 EER Btu/hW 8.7 8.7 8.7 8.7
13 Capacity Btu/h 18260 24600 35636 47950
14 Capacity kW 5.35 7.20 10.45 14.05
Rated Hea ng(T1)
15 Rated Hea�ng(H1) Input kW 1.50 2.02 2.94 3.90
16 Running current A 8.14 10.02 13.01 15.15
17 COP W/W 3.55 3.55 3.55 3.60
18 COP Btu/hW 12.12 12.12 12.12 12.30
19 Net kg 31 31 46 61
Indoor weight
20 Gross kg 35 35 55 72
21 Net kg 47 54 82 105
Outdoor weight
22 Gross kg 52 60 92 115
23 Type R410A R410A R410A R410A
Refrigerant
24 Charge g 1850 2000 3700 4000
25
Long piping and high drop pipe type and capacity
attenuation table
model pipe size 5 10 20 30 40 50 60 75
YEKE18BYL3CJO-3 3/8" 0 0.993 0.991 0.986 0.983
YEKE18BXL3CJ-W3 5/8" 0.986
YEKE24BYL3CJO-3 3/8" 0 0.991 0.988 0.983 0.978 0.971
YEKE24BXL3CJ-W3 5/8" 0.991 0.988 0.983 0.978 0.971
YEKE36BYL3CJO-3 3/8" 0 0.992 0.986 0.981 0.976 0.969
YEKE36BXL3CJ-W3 3/4" 0.972 0.967
YEKE42BYL3CJO-3
3/8" 0 0.99 0.983 0.973 0.968 0.964
YEKE42BYR3CJO-3
YEKE42BXL3CJ-W3 3/4" 0.973 0.966
YEKE48BYL3CJO-3
3/8" 0 0.989 0.98 0.973 0.968 0.955
YEKE48BYR3CJO-3
YEKE48BXL3CJ-W3 3/4" 0.971 0.965
outdoor pipe size 5 10 20 30 40 50 60 75
YEKE18BYL3CJO-3 5/8" 5/8" 5/8" 5/8" 5/8" 5/8" 5/8"
YEKE24BYL3CJO-3 5/8" 5/8" 5/8" 5/8" 5/8" 5/8" 5/8"
YEKE36BYL3CJO-3 3/4" 3/4" 3/4" 3/4" 3/4" 3/4" 3/4" 3/4" 3/4"
YEKE42BYL3CJO-3
3/4" 3/4" 3/4" 3/4" 3/4" 3/4" 3/4" 3/4" 3/4"
YEKE42BYR3CJO-3
YEKE48BYL3CJO-3
3/4" 3/4" 3/4" 3/4" 3/4" 3/4" 3/4" 3/4" 3/4"
YEKE48BYR3CJO-3
indoor pipe size 5 10 20 30 40 50 60 75
YEKE18BXL3CJ-W3 3/8" 3/8" 3/8" 3/8" 3/8" 3/8" 3/8"
YEKE24BXL3CJ-W3 3/8" 3/8" 3/8" 3/8" 3/8" 3/8" 3/8"
YEKE36BXL3CJ-W3 3/8" 3/8" 3/8" 3/8" 3/8" 3/8" 3/8" 3/8" 3/8"
YEKE42BXL3CJ-W3 3/8" 3/8" 3/8" 3/8" 3/8" 3/8" 3/8" 3/8" 3/8"
YEKE48BXL3CJ-W3 3/8" 3/8" 3/8" 3/8" 3/8" 1/2" 1/2" 1/2" 1/2"
26
YEKE18BYL3CJO-3
YEKE18BXL3CJ-W3
YEKE24BYL3CJO-3
YEKE24BXL3CJ-W3
YEKE36BYL3CJO-3
YEKE36BXL3CJ-W3
YEKE42BYL3CJO-3
YEKE42BXL3CJ-W3
YEKE42BYR3CJO-3
YEKE42BXL3CJ-W3
YEKE48BYL3CJO-3
YEKE48BXL3CJ-W3
YEKE48BYR3CJO-3
YEKE48BXL3CJ-W3
27
Section 4
Company Profile
INDUSTRIAL HEALTHCARE RETAIL TRANSPORTATION
Designing the ideal building environment means thinking about people first. This means putting
quality first and choosing progressive products that give you confidence.
When high performance is your priority, why choose anything but YORK® ? Visit YORK.com.sa
Table of Contents
AIR-COOLED CHILLERS RESIDENTIAL & LIGHT COMMERCIAL UNITS
YORK® YVAA Air-Cooled Screw Chillers with Variable Speed Drive ----- 6 YORK® DX-High Wall Type Split Units - TAURUS Super Cool ---------- 54
YORK® YLAA Air-Cooled Scroll Chillers ----------------------------- 7 YORK® DX-High Wall Type Split Units - ICEBERG-------------------- 55
YORK YCAL Air-Cooled Scroll Chillers ----------------------------- 8
®
YORK® DX-High Wall DC Inverter Split Units - ICEBERG -------------- 56
YORK® DX-High Wall Type Split Units - FROST --------------------- 57
WATER-COOLED CHILLERS YORK® DX-Cassette Split Units - TAURUS Super Cool---------------- 58
YORK YVWA Screw Chillers ------------------------------------ 10
®
YORK® DX-Cassette Type Split Units ------------------------------ 59
YORK YZ Centrifugal Chillers ------------------------------------ 11
®
AIR COOLED PACKAGED AND CONDENSING UNITS Energy Efficiency for a Sustainable Future -------------------------- 82
YORK® ZH PREDATOR Air Cooled Packaged Units ------------------- 46 Landmark Projects ---------------------------------------------- 84
YORK® DEH STELLAR Air Cooled Packaged Units-------------------- 47
YORK® DEM Medium Air Cooled Packaged Units -------------------- 50
* Click on the title to navigate to its page.
YORK® DCH STELLAR Air Cooled Condensing Units------------------ 51
AIR-COOLED
CHILLERS
YORK® YVAA Air-Cooled Screw Chillers with Variable Speed Drive - North America Origin
YVAA (VSD Twin Screw) Chillers - R134a (60 Hz): 150-500 TR (525-1750 kW)
DIMENSIONS (MM) YORK® YVAA air-cooled variable speed screw chillers provide superior performance. Higher
CAPACITY IPLV WATER FLOW OPER. efficiency heat exchangers coupled with variable speed operation and smart controls elevate
UNIT P.N. COP TPI (KW)
TON (KW/KW) RATE GPM WT.LBS
L W H the system efficiency to a whole new level. The resulting benefit from YVAA chillers is much
YVAA0153 153.9 2.92 185 4.45 368 11,784 5164 2243 2403 greater than the sum of its parts.
YVAA0165 156.8 3.09 178 4.53 375 12,546 6279 2243 2403
YVAA0178 162.5 3.24 176 4.65 389 15,432 7396 2243 2403
YVAA0183 182.5 3.00 214 4.57 437 12,460 6274 2243 2403
YVAA0195 185.4 3.12 209 4.53 444 13,222 7396 2243 2403
Lower annual energy costs
YVAA0198 187.5 3.20 206 4.65 449 14,237 8514 2243 2403
as much as 50% VSD is standard
YVAA0200 206.5 2.63 276.7 4.48 494 14,637 5741 2243 2403 ensuring Zero inrush
YVAA0213 212.0 3.05 244 4.64 507 13,300 7396 2243 2403
Reduce energy consumption intelligently current and longer
YVAA0215 218.0 3.11 246.5 4.72 523 15,678 7396 2243 2403 with standard variable-speed drive equipment life
YVAA0218 221.7 3.22 243 4.69 531 16,440 8514 2243 2403 for the lowest kW/ton at design and
YVAA0233
YVAA0245
231.9
243.4
2.95
3.13
276
273
4.63
4.78
555
583
13,750
16,636
7396
8514
2243
2243
2403
2403
off-design conditions
50%
annual
YVAA0248 244.7 3.21 268 4.85 586 17,398 9632 2243 2403 energy cost
YVAA0263 254.9 2.99 300 4.70 610 14,538 8514 2243 2403
YVAA0270 265.6 2.92 320 4.75 636 16,342 7396 2243 2403 Improve sustainability from
YVAA0273 270.5 3.09 308 4.84 647 17,103 8514 2243 2403 every angle
YVAA0275 275.0 3.13 309 4.90 658 17,851 8514 2243 2403
YVAA0278 277.4 3.22 303 4.92 664 18,612 9632 2243 2403 Lowering energy consumption means
YVAA0295 310.9 3.10 353 4.89 744 19,065 9632 2243 2403 Industry’s Lowest
lower indirect GHG emissions from the
YVAA0303 297.4 3.02 346 4.77 712 17,877 9632 2243 2403 MCA & Breaker
power plant, and reducing refrigerant as Requirements
YVAA0305 300.2 3.10 340 4.78 718 18,638 10747 2243 2403
YVAA0308 313.7 3.19 346 4.91 751 19,827 10747 2243 2403
much as 15% cuts direct emissions
YVAA0318 315.1 3.24 343 4.90 754 20,588 11864 2243 2403
YVAA0323 341.8 2.97 405 4.77 818 19,414 9632 2243 2403
YVAA0333 330.9 2.98 390 4.70 792 18,987 10747 2243 2403
YVAA0343 345.9 3.06 397 4.82 828 20,175 10747 2243 2403
Lower the volume
YVAA0345 348.9 3.14 391 4.84 835 20,937 11864 2243 2403 with 16dBA noise reduction sustanability
YVAA0368 387.7 3.04 449 4.82 928 26,013 12979 2243 2403 from every angle
YVAA0373 370.2 2.92 446 4.70 886 23,230 11864 2243 2403 Variable-speed design dramatically reduces sound levels
YVAA0375 384.5 2.97 454 4.79 920 25,252 11864 2243 2403 at off-design conditions; a variety of sound-attenuation
YVAA0398 424.6 3.01 496 4.79 1,016 27,123 14105 2243 2403 options are available for design conditions High Power factor
YVAA0413 415.1 2.87 508 4.74 994 21,874 11864 2243 2403 of 95% at all Load
YVAA0425 422.3 3.00 494 4.77 1,011 23,397 14105 2243 2403 Conditions.
YVAA0428 426.8 3.05 492 4.76 1,022 27,885 15222 2243 2403
YVAA0443 467.7 2.78 591.8 4.66 1121 27,750 14105 2243 2403 Feel confident with a proven performer
YVAA0475
YVAA0483
494.4
471.1
2.90
2.84
599
584.5
4.77
4.67
1,183
1131
29,609
28,585
15222
15222
2243
2243
2403
2403 Over 4 million tons of YORK® air-cooled variable-speed
16dBA
noise reduction
YVAA0490 478.5 2.67 631.5 4.7 1147 25,660 11864 2243 2403 screw chillers installed worldwide, backed by the world’s
YVAA0500 481.1 2.67 633.8 4.71 1154 28,105 11864 2243 2403
largest service organization
YVAA0523 494.4 2.90 599 4.77 1,183 29,609 15222 2243 2403
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YORK® YLAA Air-Cooled Scroll Chillers - Saudi Origin
YLAA Chillers with Brazed Plate Heat Exchangers (60 Hz): 40-230 TR (140-800 kW)
DIMENSIONS (MM) A true plug and play system that provides the highest efficiency for its operation, our YORK®
CAPACITY IPLV WATER FLOW OPER. YLAA Air-Cooled Scroll Chiller allows you to reduce your energy costs while being friendlier
UNIT P.N. COP TPI (KW)
TON (KW/KW) RATE GPM WT.LBS
L W H to the environment. Whether your cooling needs are industrial or commercial, we can help
YLAA0041HE40 39.6 3.41 41 4.89 94 3,347 2576 2243 2393 you put together a complete system including unique features such as the brazed plate
YLAA0048HE40 49.0 3.20 54 4.61 117 3,225 2576 2243 2393
heat-exchanger, microchannel condenser, BAS communications, and high-ambient kit, equipped
with Smart Connected technology.
YLAA0058HE40 57.0 3.11 64 4.57 136 3,545 2576 2243 2393
YLAA0065HE40 62.3 3.05 72 4.57 149 3,739 2576 2243 2393 High energy performance. Proven in the real world.
YLAA0070SE40 71.0 3.04 82 4.71 170 3,933 2949 2243 2393
With advanced technology, air-cooled water chiller systems featuring our
YLAA0080SE40 77.8 2.96 92 4.57 186 3,990 2949 2243 2393 YLAA Chillers offer remarkable real-world performance. Brazed evaporators
and microchannel condensers enable more efficient heat transfer, providing
YLAA0082HE40 78.0 3.02 91 4.70 186 4,136 2576 2243 2393
lower life-cycle costs. YLAA energy savings surpass typical chillers with
YLAA0089SE40 81.8 2.88 100 4.63 195 4,081 2949 2243 2393 annual operating energy cost savings as much as 40%.
YLAA0100SE40 96.5 2.85 119 4.24 230 4,645 3625 2243 2393 More friendly to the environment. And to your neighbors.
YLAA0101HE40 99.3 2.97 117 4.58 237 4,806 3625 2243 2393 Become a leader in environmental design with zero-ODP HFC-410A
refrigerant and up to 50% less refrigerant charge. YLAA chiller responds to the
YLAA0120SE40 120.0 2.87 147 4.38 287 5,095 3626 2243 2393
environmental issue in two ways: directly, by limiting the amount of refrigerant
YLAA0125HE40 118.0 3.01 138 4.48 282 6,043 4768 2243 2393 emitted into the atmosphere, and indirectly, by minimizing power plant CO2
emissions — which are responsible for 98% of the Global Warming Potential associated with chillers.
YLAA0136SE40 125.3 2.84 155 4.63 299 6,186 4768 2243 2393
YLAA0139HE40 126.3 2.97 150 4.68 302 6,488 4768 2243 2393
Wider operating range. Better fit your needs.
YLAA0155SE40 145.3 2.85 180 4.63 347 6,449 4768 2243 2393
Choose from a variety of energy, sound, and mechanical configurations to suit your many
YLAA0156HE40 146.9 2.99 173 4.51 351 7,350 5911 2243 2393
application needs. The YLAA chiller can operate with ambient temperatures up to 125° or down
YLAA0170SE40 170.1 2.85 210 4.54 406 7,707 5911 2243 2393 to 0°F. For process applications, it can be configured for glycol production as low as 10°F. Optional
pumps can be integrated onboard the chassis below the condenser to save space and create a
YLAA0175HE40 175.3 2.87 215 4.54 419 7,888 5911 2243 2393
smaller footprint.
YLAA0200HE40 195.8 2.97 231 4.74 467 9,332 6970 2243 2393
YLAA0230HE40 221.7 2.99 261 4.57 529 9,822 6970 2243 2393 YLAA is Low Noise.
Notes:
No matter where you place a YLAA chiller, it can run quietly – which is ideal for
• The above Chiller Selections are rated at sound-sensitive areas where people are concerned. It offers multiple attenuation options
AHRI conditions (95°F Ambient Temp. & for even further sound reduction.
44/54°F Chilled Water Leaving/Entering
Temp.
• Condenser is with advanced Microchannel
Full life cycle. Lower total cost.
design. Minimize your installation cost, maximize your usable space, lower your electric bills
• Optional VSD on Condenser Fan: This will and reduce your service expenses by choosing a lighter, smaller, more efficient, low
provide further off-design sound benefit and maintenance chiller. YLAA is attractive value right from the start as it can be specifically
the energy consumption. configured so that you only pay for the chiller you need. You save by specifying the efficiency level and the customizable
options that make the most sense for your application in addition to savings on installation costs.
• All the above units are SASO compliant.
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YORK® YCAL Air-Cooled Scroll Chillers - North America Origin
YCAL Chillers with Brazed Plate Heat Exchangers: (60 Hz) 15-65 TR (50-225 kW)
DIMENSIONS (MM)
Minimize the total cost of ownership for your air conditioning application with our YCAL Air-Cooled
TOTAL
UNIT P.N.
CAPACITY
COP POWER
IPLV WATER FLOW OPER. Scroll Chiller. This air-cooled chiller uses scroll compressor technology and is a reliable, completely
TON (KW/KW) RATE GPM WT.LBS
INPUT (KW) L W H self-contained unit that is designed for easy, low-cost outdoor installation.
YCAL0019EE40 15.45 2.96 18.33 4.3 36.96 1481 2789 1136 1171 Our YCAL Air-Cooled Chillers feature a single-point power connection for reduced wiring costs,
industry leading environmentally friendly design, high energy efficiency, and a light, small unit that
YCAL0022EE40 18.7 2.96 18.7 4.5 44.75 1597 2789 1136 1171 maximizes your usable space.
YCAL0028EE40 25.57 2.96 30.36 4.02 61.19 1835 2789 1136 1270 Features
In place of standard speed fan motors, lower-speed Fitted in two pieces around the compressor with
fan motors can be specified to minimize sounds caused Velcro seams for easy serviceability. Polyester material:
by air traveling through the condenser section coils. high tensile strength, both UV and mildew protected,
Regular motors and pitched fan blades can be replaced waterproof, rip-resistant and fire-resistant (meeting
with steeper pitched blades and matched lower RPM State of California Fire Marshall flame specifications).
motors to provide the required airflow volume. Easily cleanable with soap and water.
LOW SOUND FANS FACTORY- OR FIELD
MOUNTED OPTION
Screw Compressor Attenuation Condenser
Compressor
The aerodynamic neutral zone of the “W” section
Heavy-gauge, galvanizedsteel baffles are field installed of each fan cell is baffled by specially formulated,
around the lower half of the chiller and epoxy painted to inorganic-spun fiber that is inert and non-flame
match the unit’s color. The baffle design facilitates air flow propagating. (The same material is used in compressor
through the compressor section while blocking sound perimeter baffling.)
emissions and allowing easy removal for service access.
FACTORY-MOUNTED FACTORY-MOUNTED
OPTION OPTION
8
WATER-COOLED
CHILLERS
YORK® YVWA Screw Chillers - North America Origin
YVWA Variable-Speed, Water-Cooled, Screw Chillers: 125 - 300 TR (440 - 1,055 kW)
YORK® YVWA is designed to address four primary requirements – efficiency, application flexibility, sustainability, and
confidence. With infinite chiller configurations to help you achieve your goals, our YVWA chiller features the ability
to reduce compressor speed, which means increased energy savings and a reduced carbon footprint. Our YVWA
Water-Cooled Variable Speed Screw Chiller delivers superior energy performance at all operating hours. Enjoy the
flexibility and convenience of just one chiller for many applications.
10
YORK® YZ Centrifugal Chillers - North America Origin
YZ Water-Cooled Magnetic Bearing Centrifugal Chiller 150 - 1,425 TR (530 - 5,011 kW)
Advanced Technologies of the YORK® YZ Chiller The YORK® YZ chiller from the chiller experts is the industry’s
first chiller fully optimized for ultimate performance with a next
generation low-GWP refrigerant, offering exceptional efficiency and
operation.
Capacity Control Logic Magnetic Bearing Driveline
Patented YORK® control technology Offers outstanding reliability and 80%
fewer moving parts than traditional oil-or
From the Chiller Experts
provides rapid response to the load
on the building, ensuring the YZ does refrigerant-lubricated drivelines.
not waste energy or work harder than The YORK® YZ chiller is a revolutionary advancement that challenges everything about
needed. conventional chiller design. Built upon decades of industry-leading chiller expertise, our
engineers questioned every component, analyzed every function and challenged every
Optimized Compressor assumption.
Optimized, single-stage design enables
Variable-Speed Drive YORK® chillers to provide best
real-world energy efficiency and the Optimized for Ultimate Performance
The YZ, with VSD standard, as widest operating range at off-design
well as variable geometry diffuser conditions.
and magnetic bearing technology, The design premise for the YORK® YZ was simple: don’t just make a new chiller – make
delivers up to 35% annual the best chiller. This was accomplished through a holistic approach to system design and
energy savings versus traditional engineering, optimizing every component around a carefully selected next generation
fixed-speed oil bearing chillers. High-Speed refrigerant for ultimate performance.
Hermetic
Induction Motor
OptiViewTM Control The YZ will be the Dramatically Lower Cost of Ownership
first magnetic bearing
Panel with Connected centrifugal chiller to To maximize value, the YORK® YZ design has been optimized to minimize operating costs by
Services utilize reliable, robust, leveraging the benefits of a new refrigerant in our new heat exchangers and motor/compressor
and low-maintenance driveline while also mitigating the high cost of a next generation refrigerant.
Offers over 100 setpoints, induction motors.
readouts, alerts, trending reports
and more. Data can also be
securely connected to analytics
platform for remote monitoring and predictive diagnostics. Low-Pressure The New Definition of Sustainability
Chiller
True sustainability means the lowest total emissions – from beginning to end. Adapting a chiller
Building upon decades of design to a new refrigerant is not enough. That’s why the YORK® YZ was specifically designed
Falling Film Evaporator experience, the YZ has to maximize the potential energy efficiency of a low-GWP refrigerant. Our design optimization
been fully optimized
around R-1233zd, which for the highest possible efficiency, combined with a low-GWP refrigerant, makes the YORK®
Reduces refrigerant charge up to 60% and reduces evaporator shell size up to 20%
compared to other flooded, low-pressure refrigerant designs. has a GWP of 1. YZ Centrifugal Chiller the best choice for the environment.
11
YORK® YMC² Centrifugal Chillers - North America Origin
YMC² Centrifugal Magnetic Drive Chiller: 165 - 1000 TR (580 - 3,500 kW)
Reduce your energy consumption and increase efficiency with our YMC² Centrifugal Magnetic Drive Chiller
from YORK®.
Featuring state-of-the-art design and active magnetic bearing technology, this magnetic bearing chiller
addresses the most critical concerns of facility owners – energy, sustainability, sound, and uptime.
With a reduction in noise of about 50 percent when compared to competitors’ chillers, our YMC²
magnetic bearing chiller is an advanced solution that will keep you a step ahead of the game.
Smart Investment
Lower total cost of ownership over the life of the chiller due to reduced energy and maintenance costs.
Highly Efficient
Designed to achieve real-world energy operation by utilizing industry-leading low entering condenser water
temperatures, the YMC² can offer as low as 0.175 kW/TR at full capacity and below 0.1 kW/ton at part load.
Versatile
Offers the widest operating range to meet the needs of various applications.
Strongly Dependable
Permanent
Fully integrated YORK® chiller design provides reliable operation and lower maintenance. magnet motor
Very Low Sound Levels
Quieter than a household vacuum cleaner, the YMC² achieves sound levels as low as 70 dBA.
Active magnetic
bearings
(cartridges)
12
YORK® YK Centrifugal Chillers - North America Origin
Centrifugal Chillers in Today’s Complex Buildings - Key Vertical Markets for Large Centrifugal Chillers
District Cooling – Central Utility Plant
Chilled Water
Plant Energy
Transfer Air
Station Handling
Units
Distribution Network
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YORK® YD Centrifugal Chillers - North America Origin
Get the superior performance you want from a chiller that takes up less space with our YD Dual Unsurpassed Energy Savings
Centrifugal Chiller from YORK®. At Johnson Controls, we’ve designed the YD Dual Centrifugal Chiller to
With the OptiSpeed™ Drive, energy consumption can be as low as .20 kW/TR, reducing annual
feature compact configurations for real-world efficiency, energy savings through variable speed drive,
energy costs by as much as 30%.
environmental sustainability, and enhanced reliability though advanced controls.
Real-World Efficiency
A perfect fit for comfort, industrial, or process installations, this chiller utilizes two YORK® centrifugal
compressors operating in parallel and features the most compact configuration in its class. Designed for maximum efficiency in the real world, where 99% of the cooling season is spent at off–
design conditions. Save even more energy with the addition of the OptiSpeed-variable-speed drive.
Environmental Responsibility
HFC-134a refrigerant has zero ozone-depletion potential and low total global-warming potential.
Earn LEED® Points
Earn credits for Energy and Atmosphere (EAc1) and for Enhanced Refrigerant Management (EAc4).
Easy Operation – The OptiView™
Control Center ensures optimum performance and easy operation.
14
YORK® TITAN OM Centrifugal Chillers - North America Origin
15
YORK® Absorption Chillers
DRIVING HEAT SOURCE MODEL AND DESCRIPTION DRIVING HEAT SOURCE MODEL AND DESCRIPTION
Steam Gene-Link
Small Double Effect Natural Gas or Light Oil*
MEDIUM PRESSURE STEAM Model: YHAU-CW-J
Model: YHAU-F
DIRECT FIRED AND LOW TEMPERATURE Capacity: 422 - 14,065 kW / 120 - 4,000 TR
Capacity: 105 - 352 kW / 30 - 100 TR
HOT WATER Application: Combined heat and power (CHP), industrial process
Application: Commercial cooling
cooling
Large Double Effect Natural Gas or Light Oil Double Effect Low Temperature (-5°C)
MEDIUM PRESSURE STEAM,
Model: YHAU-CG Model: YHAU-C-L
DIRECT FIRED DIRECT FIRED, HIGH
Capacity: 422 - 4,395 kW / 120 - 1,250 TR Capacity: 176 - 1,758 kW / 50 - 500 TR
TEMPERATURE HOT WATER
Application: Commercial cooling, industrial process cooling Application: Industrial process cooling (food & beverage)
Double Effect Direct Exhaust Gas Single Effect Absorption Heat Pump (Up to 95°C)
LOW PRESSURE STEAM,
Model: YHAU-CE Model: YHAP-C
EXHAUST GAS MEDIUM PRESSURE STEAM,
Capacity: 527 - 3,516 kW /150 - 1,000 TR Capacity: 900 - 40,000 kW
DIRECT FIRED
Application: Combined heat and power (CHP) Application: District heating, industrial process heating
16
AIR HANDLING
UNITS
YMA-070 7000 1570 x 2700 x 3450 1387 500 15 113.6 99.8 24.4 / 17.2 13
YMA-080 8000 1770 x 2700 x 3650 1478 500 15 130.2 114.0 24.4 / 17.2 13
YMA-090 9000 2010 x 2650 x 3800 1677 500 15 146.6 128.4 24.4 / 17.2 13
YMA-110
10000
11000
2050 x 2800 x 3950
2102
500
500
18.5
18.5
162.4
178.0
142.6
156.9
24.4 / 17.2
24.4 / 17.2
13
13
YMA-120 12000 2010 x 3350 x 4150 2192 500 18.5 194.9 171.2 24.4 / 17.2 13
UNIT MODEL / GENERAL FAN COOLING COIL
YMA-130 13000 2090 x 3550 x 4200 2251 500 22 211.6 185.4 24.4 / 17.2 13
Water
Supply Air Motor Total Sensible Entering Air Leaving Air Water
Height x Width x Depth Weight ESP YMA-140 14000 2090 x Pressure
3900 x 4200 2467 500 22 226.9 199.7 24.4 / 17.2 13
Model Name flow Power Capacity Capacity Temp Temp Flow
Drop
YMA-150 15000 2090 x 4550 x 4200 2827 500 30 244.8 213.9 24.4 / 17.2 13
YMA-170 17000 2210 x 4600 x 4350 3018 500 30 277.2 242.4 24.4 / 17.2 13
YMA-020 2000 1090 x 1500 x 2800 566 500 4 32.5 28.5 24.4 / 17.2 13 / 12.3 0.86 42
YMA-180 18000 2170 x 4900 x 4000 3143 500 15 x 2 294.1 256.7 24.4 / 17.2 13
YMA-030 3000 1410 x 1600 x 2800 692 500 5.5 48.8 42.8 24.4 YMA-190
/ 17.2 13 / 12.3
19000 1.30 42x 4000
2170 x 5500 3401 500 15 x 2 309.4 271.0 24.4 / 17.2 13
YMA-040 4000 1450 x 2000 x 2900 848 500 7.5 65.0 57.0 24.4 YMA-200
/ 17.2 13 / 12.3
20000 1.72 30x 4000
2170 x 5800 3555 500 15 x 2 326.4 285.2 24.4 / 17.2 13
YMA-050 5000 1410 x 2300 x 3300 1105 500 11 81.0 71.3 24.4 / 17.2 13 / 12.4 2.15 36
UNIT MODEL / GENERAL FAN COOLING COIL AHU's sections include air mixing box + pre-filter G3 + bag filter F7 + cooling coil + centrifugal belt driven fan.
YMA-060 6000 1410 x 2650 x 3300 1206 500 11 97.7 85.6 Maximum
24.4 / 17.2 coil 13
face/ velocity
12.3 is 2.52.59
m/s. 55
Chilled water in/out temperature 5.5°C / 14.5°C.
Supply Air YMA-070Total 7000Sensible
Motor 1570 x Entering
2700 x 3450 Air 1387
Leaving 500 Water
Air 15 113.6Pressure
Water 99.8 24.4 / 17.2
Height 13above
indicated / 12.4doesn’t 3.02 42 frame 100mm.
include the base
Height x Width x Depth Weight ESP Power supply 400V/3Ph/50Hz.
Flow Power Capacity
YMA-080 8000Capacity
1770 x 2700Temp
x 3650 1478Temp 500 Flow
15 Drop
130.2 114.0 24.4 / 17.2 13 / 12.3 3.46 59
Model Name
Model 13
Box Mechanical
3.89characteristics (EN1886)
L/s mm kg Pa kW YMA-090kW 9000
kW 2010 x 2650
DB/WBx 3800
(°C) 1677 500
DB/WB (°C) L/s15 146.6
kPa 128.4 24.4 / 17.2 / 12.3 56
YMA-100 10000 2050 x 2800 x 3950 1867 500 18.5 162.4 142.6
Casing 13Casing
24.4 / 17.2 / 12.3
air 4.31 45
Thermal
Thermal transmitt.
YMA-010 1000 810 x 1200 x 2600 397 500 2.2 16.2 14.3 24.4 / 17.2 13 / 12.3 0.43 45 strength leakage bridging
YMA-110 11000 2090 x 3000 x 4200 2102 500 18.5 178.0 156.9 24.4 / 17.2
2A 13 / 12.4
B 4.72 T230 TB2
YMA-020 2000 1090 x 1500 x 2800 566 500 4 YMA-12032.5 12000 28.5 2010 x 3350
24.4 / 17.2
x 4150 13 / 12.3 500
2192 0.86
18.5 194.942 171.2 24.4 / 17.2 13 / 12.4 5.17 42
YMA-130 13000 2090 x 3550 x 4200 2251 500 22 211.6 185.4 24.4 / 17.2 13 / 12.3 5.62 47
YMA-030 3000 1410 x 1600 x 2800 692 500 5.5 48.8 42.8 24.4 / 17.2 13 / 12.3 1.30 42 Air Handling Units
YMA-140 14000 2090 x 3900 x 4200 2467 500 22 226.9 199.7 24.4 / 17.2 13 / 12.4 6.02 27
UNIT MODEL / GENERAL FAN COOLING COIL
YMA-040 4000 1450 x 2000 x 2900 848 500 7.5 65.0 57.0 24.4 / 17.2 13 / 12.3 1.72 30 Water
YMA-150 15000 2090 x 4550 x 4200 2827 500 30 244.8 Supply Air213.9 24.4 / 17.2
Height x Width x Depth
13 / 12.3
Weight ESP
6.50 Total
Motor 34
Sensible Entering Air Leaving Air Water
Pressure
Model Name flow Power Capacity Capacity Temp Temp Flow
Drop
YMA-050 5000 1410 x 2300 x 3300 1105 500 11 YMA-16081.0 16000 71.3 2210 x 4350
24.4 / 17.2
x 4350 13 / 12.4 500
2930 2.1530 260.436 L/s 228.2 24.4
mm / 17.2 kg13 / 12.3
Pa 6.91
kW kW 33kW DB/WB (°C) DB/WB (°C) L/s kPa
YMA-010 1000 810 x 1200 x 2600 397 500 2.2 16.2 14.3 24.4 / 17.2 13 / 12.3 0.43 45
YMA-170 17000 2210 x 4600 x 4350 3018 500 30 277.2 242.4 24.4 / 17.2 13 / 12.3 7.36 38
YMA-060 6000 1410 x 2650 x 3300 1206 500 11 97.7 85.6 24.4 / 17.2 13 / 12.3 2.59 YMA-020 552000 1090 x 1500 x 2800 566 500 4 32.5 28.5 24.4 / 17.2 13 / 12.3 0.86 42
YMA-070 7000 1570 x 2700 x 3450 1387 500 15 113.6 99.8 24.4 / 17.2 13 / 12.4 3.02 YMA-040 424000 1450 x 2000 x 2900 848 500 7.5 65.0 57.0 24.4 / 17.2 13 / 12.3 1.72 30
YMA-190 19000 2170 x 5500 x 4000 3401 500 15 x 2 YMA-050
309.4 5000
271.01410 x 2300
24.4x 3300
/ 17.2 1105
13 / 12.3
500
8.22
11 81.0
3871.3 24.4 / 17.2 13 / 12.4 2.15 36
YMA-080 8000 1770 x 2700 x 3650 1478 500 15 YMA-200130.2 20000 114.0 2170 x 5800
24.4 / 17.2
x 4000 13 / 12.3 500
3555 3.46
15 x 2 326.4
YMA-060
596000 285.21410 x 2650
24.4x 3300
/ 17.2 13
1206 / 12.3
500 8.66
11 97.7 4385.6 24.4 / 17.2 13 / 12.3 2.59 55
YMA-070 7000 1570 x 2700 x 3450 1387 500 15 113.6 99.8 24.4 / 17.2 13 / 12.4 3.02 42
YMA-080 8000 1770 x 2700 x 3650 1478 500 15 130.2 114.0 24.4 / 17.2 13 / 12.3 3.46 59
YMA-090 9000 2010 x 2650 x 3800 1677 500 15 146.6
AHU's sections 128.4box + pre-filter
include air mixing 24.4G3/ 17.2
+ bag filter F713 / 12.3coil + centrifugal
+ cooling 3.89 belt driven 56
fan.
YMA-090 9000 2010 x 2650 x 3800 1677 500 15 146.6 128.4 24.4 / 17.2 13 / 12.3 3.89 56
Maximum coil face velocity is 2.5 m/s. • AHU’s sections include air mixing box + pre-filter G3 + bag filter F7 +
YMA-100 10000 2050 x 2800 x 3950 1867 500 18.5 162.4 142.6 24.4 / 17.2 13 / 12.3 4.31 45
YMA-100 10000 2050 x 2800 x 3950 1867 500 18.5 162.4
Chilled water 142.65.5°C / 14.5°C.
in/out temperature 24.4 / 17.2 13 / 12.3 4.31 45 cooling coil + centrifugal belt driven fan.
YMA-110 11000 2090 x 3000 x 4200 2102 500 18.5 178.0 156.9 24.4 / 17.2 13 / 12.4 4.72 30
Height indicated above doesn’t include the base frame 100mm.
YMA-120 12000 • Maximum
2010 x 3350 x 4150 2192 coil
500 face
18.5 velocity
194.9 is171.2
2.5 m/s.
24.4 / 17.2 13 / 12.4 5.17 42
YMA-110 11000 2090 x 3000 x 4200 2102 500 Power supply
18.5 400V/3Ph/50Hz.
178.0 156.9 24.4 / 17.2 13 / 12.4 4.72 30
YMA-130 13000 2090 x 3550 x 4200 2251 500 22 211.6 185.4 24.4 / 17.2 13 / 12.3 5.62 47
• Chilled water in/out temperature 5.5°C / 14.5°C.
YMA-140 14000 2090 x 3900 x 4200 2467 500 22 226.9 199.7 24.4 / 17.2 13 / 12.4 6.02 27
YMA-120 12000 2010 x 3350 x 4150 2192 500 18.5 Model
194.9 171.2 characteristics
Box Mechanical 24.4 / 17.2
(EN1886)13 / 12.4 5.17 YMA-150
4215000 • Height
2090 x 4550 x 4200 2827 indicated
500 above
30 doesn’t
244.8 213.9 include
24.4 / 17.2 the
13 /base
12.3 frame
6.50 100mm.
34
YMA-200 20000 2170 x 5800 x 4000 3555 500 15 x 2 326.4 285.2 24.4 / 17.2 13 / 12.3 8.66 43
YMA-150 15000 2090 x 4550 x 4200 2827 500 30 244.8 213.9 24.4 / 17.2 13 / 12.3 6.50 34 Casing strength Casing air leakage Thermal transmitt. Thermal bridging
AHU's sections include air mixing box + pre-filter G3 + bag filter F7 + cooling coil + centrifugal belt driven fan.
Maximum coil face velocity is 2.5 m/s.
Chilled water in/out temperature 5.5°C / 14.5°C.
2A B T2 TB2
YMA-160 16000 2210 x 4350 x 4350 2930 500 30 260.4 228.2 24.4 / 17.2 13 / 12.3 6.91 33
Height indicated above doesn’t include the base frame 100mm.
Power supply 400V/3Ph/50Hz.
YMA-170 17000 2210 x 4600 x 4350 3018 500 30 277.2 242.4 24.4 / 17.2 13 / 12.3 7.36 38
Model Box Mechanical characteristics (EN1886)
Casing Casing air Thermal
Thermal transmitt.
YMA-180 18000 2170 x 4900 x 4000 3143 500 15 x 2 294.1 256.7 24.4 / 17.2 13 / 12.3 7.81 strength 48
leakage bridging
2A B T2 TB2
YMA-190 19000 2170 x 5500 x 4000 3401 500 15 x 2 309.4 271.0 24.4 / 17.2 13 / 12.3 8.22 38
YMA-200 20000 2170 x 5800 x 4000 3555 500 15 x 2 326.4 285.2 24.4 / 17.2 13 / 12.3 8.66 43
Optional
18
YORK® Air Handling Units - Market-Leading Features with Patented Designs
Full Customized Solution
• Dimensional Flexibility: Space constraints are a
reality on most construction projects. Customized
Thermal Bridge YMA design is based on variable aspect ratios, so the
unit can be specified to fit the application and space.
Patented structure of thermal bridge free design is
applied in YMA series. Aluminum, reinforced plastic Digital Direct Control - DDC Panels • Material Flexibility: Different environments
triaxial angle lug and specially designed door make
require different materials so we offer a number of
heat insulation more efficient and appearance more • Factory assembled control panel.
construction materials, including galvanized steel,
aesthetic, and thermal bridge factor can meet EN1886 • Single responsibility of quality.
High Quality Casing pre-coated steel, stainless steel, and aluminum.
class TB2. • Simplified commissioning & handling over stage.
Standard of 60 mm double skinned with pre- • Reduce job site time & labor cost.
• Component Flexibility: Our units offer every
plasticized coated steel & galvanized panels available air-handling component. And as applicable
with various options internal and external skins, technology creates new capabilities, Al Salem
density pressure of 40kg/m3 injected polymerized Johnson Controls will apply this to our product range.
polyurethane foam (B3) insulation will supply
rigidity to the AHU’s casing. Optional panels can
be manufactured from pre-painted Stainless steel
304/316.
19
Fresh Air Handling Units
HEAT RECOVERY WHEE
UNIT MODEL / GENERAL SUPPLY FAN EXTRACT FAN
Extract Side Sup
Supply Air Extract Air Motor Motor Air On Air Off Air On
Height x Width x Depth Weight ESP ESP
Model Name flow flow Power Power DB/WB DB/WB DB/WB
YORK YMA Custom Fresh Air Handling Units with Heat Recovery
®
Wheel
Air Handling - Saudi Origin
Units
YMA-030
YMA-040
YMA-050
3000
4000
5000
2700
3600
4500
2180 x 1950 x 3700
2540 x 2000 x 3800
2900 x 2050 x 4000
1832
2105
2401
500
500
500
7.5
7.5
11
500
500
500
4
5.5
7.5
24 / 17.1
24 / 17.1
24 / 17.1
37.2 / 24.9
37.7 / 25.2
36.5 / 24.6
46 / 29
46 / 29
46 / 29
YMA-060 6000 5400 2940 x 2400 x 4400 2879 500 11 500 7.5 24 / 17.1 37.3 / 24.9 46 / 29
EXTRACT HEAT RECOVERY WHEEL YMA-110 11000 9900 Drop 3780 x 3100 x 5100 4836 500 22 500 15 24 / 17.1 36.9 / 24.8 46 / 29
UNIT MODEL / GENERAL SUPPLY FAN L/s mm COOLING
kg PaCOIL kW kW kW DB/WB (°C) DB/WB
YMA-120 (°C) 12000 L/s 10800 kPa 3860 x 3300 x 5150 5132 500 22 500 15 24 / 17.1 37.2 / 24.9 46 / 29
FAN Extract Side Supply Side YMA-130 13000 11700 3860 x 3550 x 5350 5771 500 30 500 15 24 / 17.1 37.5 / 25 46 / 29
YMA-010 1000 810 x 1200 x 2600 397 500 2.2 16.2 14.3 24.4 / 17.2 13 / 12.3
YMA-140 14000
0.43 12600
45 3940 x 3700 x 5400 6039 500 30 500 18.5 24 / 17.1 37.8 / 25.2 46 / 29
YMA-150 15000 13500 3980 x 3900 x 5550 6408 500 30 500 18.5 24 / 17.1 38 / 25.3 46 / 29
Supply Extract YMA-020 2000 1090 x 1500 x 2800 566 500Leaving
4 32.5 Water
28.5 24.4 / 17.2 13 / 12.3 0.86 42
Height x Width x Motor Motor Air On Air Off DB/ Air On Air Off DB/ Total Sensible Entering Water
Air Air Weight ESP ESP YMA-030 3000 1410 x 1600 x 2800 692 500 Air 5.5 48.8Pressure
42.8 24.4 / 17.2
Supply sections include pre-filter G3 + bag filter F7 + heat recovery wheel + cooling coil + centrifugal belt driven fan.
13 / 12.3 1.30 42
Model Depth Power Power DB/WB WB DB/WB WB Capacity Capacity Air Temp Flow Extract sections include pre-filter G3 + heat recovery wheel + centrifugal belt driven fan.
flow flow YMA-040 4000 1450 x 2000 x 2900 848 500 Temp7.5 65.0 Drop
57.0 24.4 / 17.2
Maximum coil face velocity is 2.5 m/s.
13water
/ 12.3 1.72 5.5°C / 14.5°C.30
Name Chilled in/out temperature
Height indicated above doesn’t include the base frame 100mm.
YMA-050 5000 1410 x 2300 x 3300 DB/WB DB/WB
1105 500 11 81.0 71.3 24.4 / 17.2 Power13supply
/ 12.4 2.15
400V/3Ph/50Hz. 36
L/s L/s mm kg Pa kW Pa kW (°C) (°C) (°C) (°C) kW kW L/s kPa
YMA-060 6000 1410 x 2650 x 3300 (°C) 500 (°C) 11
1206 97.7 85.6 24.4 / 17.2 13 / 12.3
Model 2.59 characteristics
Box Mechanical 55 (EN1886)
Casing Casing air Thermal
YMA-070 7000 1570 x 2700 x 3450 1387 500 15 113.6 99.8 24.4 / 17.2 13 / 12.4 leakage3.02transmitt.42 Thermal bridging
YMA-010 1000 900 1620 x 1200 x 3300 1028 500 3 500 1.5 24 / 17.1 38 / 25.3 46 / 29 33.6 / 23 38.0 25.9 33.6 / 23 13 / 12.8 1.01 48 strength
2A B T2 TB2
YMA-080 8000 1770 x 2700 x 3650 1478 500 15 130.2 114.0 24.4 / 17.2 13 / 12.3 3.46 59
YMA-090 9000 2010 x 2650 x 3800 1677 500 15 146.6 128.4 24.4 / 17.2 13 / 12.3 3.89 56
YMA-020 2000 1800 2140 x 1550 x 3500 1441 500 5.5 500 3 24 / 17.1 37.6 / 25.1 46 / 29 33.9 / 23.2 78.0 52.4 33.9 / 23.2 13 / 12.8 2.07 56
YMA-100 10000 2050 x 2800 x 3950 1867 500 18.5 162.4 142.6 24.4 / 17.2 13 / 12.3 4.31 45
YMA-110 11000 2090 x 3000 x 4200 2102 500 18.5 178.0 156.9 24.4 / 17.2 13 / 12.4 4.72 30
YMA-030 3000 2700 2180 x 1950 x 3700 1832 500 7.5 500 4 24 / 17.1 37.2 / 24.9 46 / 29 34.3 / 23.4 121.3 80.2 34.3 / 23.4 13 / 12.9 3.22 38
YMA-120 12000 2010 x 3350 x 4150 2192 500 18.5 194.9 171.2 24.4 / 17.2 13 / 12.4 5.17 42
YMA-130 13000 2090 x 3550 x 4200 2251 500 22 211.6 185.4 24.4 / 17.2 13 / 12.3 5.62 47
YMA-040 4000 3600 2540 x 2000 x 3800 2105 500 7.5 500 5.5 24 / 17.1 37.7 / 25.2 46 / 29 33.9 / 23.2 156.0 104.9 33.9 / 23.2 13 / 12.8 4.14 52 Air Handling Units
YMA-140 14000 2090 x 3900 x 4200 2467 500 22 226.9 199.7 24.4 / 17.2 13 / 12.4 6.02 27
UNIT MODEL / GENERAL FAN COOLING COIL
Water
YMA-150 15000 2090 x 4550 x 4200 2827 500 30 244.8 Supply213.9
Air 24.4 / 17.2
Height x Width x Depth
13 / 12.3ESP
Weight
6.50
Motor Total 34Sensible Entering Air Leaving Air Water
Pressure
YMA-050 5000 4500 2900 x 2050 x 4000 2401 500 11 500 7.5 24 / 17.1 36.5 / 24.6 46 / 29 34.8 / 23.7 205.6 136.8 34.8 / 23.7 13 / 12.9 5.46
Model Name 50
flow Power Capacity Capacity Temp Temp Flow
Drop
YMA-160 16000 2210 x 4350 x 4350 2930 500 30 260.4 L/s228.2 24.4
mm / 17.2 13
kg / 12.3Pa 6.91
kW kW 33 kW DB/WB (°C) DB/WB (°C) L/s kPa
YMA-010 1000 810 x 1200 x 2600 397 500 2.2 16.2 14.3 24.4 / 17.2 13 / 12.3 0.43 45
YMA-170 17000 2210 x 4600 x 4350 3018 500 30 277.2 242.4 24.4 / 17.2 13 / 12.3 7.36 38
YMA-060 6000 5400 2940 x 2400 x 4400 2879 500 11 500 7.5 24 / 17.1 37.3 / 24.9 46 / 29 34.2 / 23.3 240.0 159.7 34.2 / 23.3 13 / 12.9 6.37
YMA-020
41
2000 1090 x 1500 x 2800 566 500 4 32.5 28.5 24.4 / 17.2 13 / 12.3 0.86 42
YMA-040 4000 1450 x 2000 x 2900 848 500 7.5 65.0 57.0 24.4 / 17.2 13 / 12.3 1.72 30
YMA-190 19000 2170 x 5500 x 4000 3401 500 15 x 2 309.4
YMA-050 5000
271.0 24.4 / 17.2
1410 x 2300 x 3300 1105
13 / 12.3500 8.22
11 81.0
38 71.3 24.4 / 17.2 13 / 12.4 2.15 36
YMA-070 7000 6300 3140 x 2600 x 4500 3540 500 15 500 11 24 / 17.1 37.4 / 22.7 46 / 29 34.1 / 23.3 277.8 185.4 34.1 / 23.3 13 / 12.9 7.37 53
YMA-200 20000 2170 x 5800 x 4000 3555 500 15 x 2 326.4
YMA-060 6000285.2 1410 24.4
x 2650 x/3300
17.2 13 /
1206 12.3500 8.66
11 97.7 43 85.6 24.4 / 17.2 13 / 12.3 2.59 55
Thermal transmitt. YMA-170 17000 2210 x 4600 x 4350 3018 500 30 277.2 242.4 24.4 / 17.2 13 / 12.3 7.36 38
strength leakage bridging
YMA-110 11000 9900 3780 x 3100 x 5100 4836 500 22 500 15 24 / 17.1 36.9 / 24.8 46 / 29 34.5 / 23.5 440.4 296.8 34.5 / 23.5 13 / 12.9 11.69
YMA-180 41
18000 2170 x 4900 x 4000 3143
Model
500 15 x 2
Box Mechanical
294.1 256.7
characteristics
24.4 / 17.2
(EN1886)
13 / 12.3 7.81 48
2A B T2 TB2 YMA-190 19000 2170 x 5500 x 4000 3401 500 15 x 2 309.4 271.0 24.4 / 17.2 13 / 12.3 8.22 38
YMA-200 20000 2170 x 5800 x 4000 3555 500 15 x 2 326.4 285.2 24.4 / 17.2 13 / 12.3 8.66 43
Casing strength Casing air leakage Thermal transmitt. Thermal bridging
YMA-120 12000 10800 3860 x 3300 x 5150 5132 500 22 500 15 24 / 17.1 37.2 / 24.9 46 / 29 34.2 / 23.3 480.4 319.3 34.2 / 23.3 13 / 12.9 12.75
AHU's sections include48
air mixing box + pre-filter G3 + bag filter F7 + cooling coil + centrifugal belt driven fan.
Maximum coil face velocity is 2.5 m/s.
Chilled water in/out temperature 5.5°C / 14.5°C. 2A B T2 TB2
Height indicated above doesn’t include the base frame 100mm.
Power supply 400V/3Ph/50Hz.
YMA-130 13000 11700 3860 x 3550 x 5350 5771 500 30 500 15 24 / 17.1 37.5 / 25 46 / 29 34 / 23.2 509.8 342.7 34 / 23.2 13 / 12.9 13.53 21
Model Box Mechanical characteristics (EN1886)
Casing Casing air Thermal
Thermal transmitt.
strength leakage bridging
YMA-140 14000 12600 3940 x 3700 x 5400 6039 500 30 500 18.5 24 / 17.1 37.8 / 25.2 46 / 29 33.8 / 23.1 539.3 365.5 33.8 / 23.1 13 / 12.9 14.31
2A
23
B T2 TB2
YMA-150 15000 13500 3980 x 3900 x 5550 6408 500 30 500 18.5 24 / 17.1 38 / 25.3 46 / 29 33.6 / 23 567.5 387.7 33.6 / 23 13 / 12.9 15.06 26
Optional
20
YORK® YSM Modular Air Handling Units - Saudi Origin
Supply Air Motor Total Sensible Entering Air Leaving Air Water Water
Height x Width x Depth Weight ESP
Model Name Flow Power Capacity Capacity Temp Temp Flow Pressure Drop
L/S mm kg Pa kW kW kW DB / WB (°C) DB / WB (°C) L/S kPa
YSM50M-0713-S-L 1416 861 x 1331 x 2566 586 500 3 33.6 24.48 27 / 19.5 12.89 / 12.57 1.32 6.2
YSM50M-0915-S-L 2124 1051 x 1521 x 2661 735 500 4 51.27 36.82 27 / 19.5 12.89 / 12.46 2.04 9.3
YSM50M-0917-S-L 2596 1051 x 1711 x 2756 851 500 5.5 58.63 43.72 27 / 19.5 13.28 / 12.96 2.32 4.3
YSM50M-1117-S-L 3067 1241 x 1711 x 2851 971 500 5.5 70.37 52.21 27 / 19.5 13.12 / 12.84 2.79 4.4
YSM50M-1317-S-L 3539 1431 x 1711 x 2851 1079 500 7.5 81.57 60.47 27 / 19.5 13.06 / 12.79 3.23 4.5
Plate filter Motor
YSM50M-1120-S-L 4011 1241 x 1996 x 2851 1106 500 7.5 98.86 70.84 27 / 19.5 12.62 / 12.28 3.94 9.2
YSM50M-1320-S-L 4483 1431 x 1996 x 2851 1188 500 7.5 103.7 75.91 27 / 19.5 13.23 / 12.79 4.1 7.7 • Polyester synthetic fiber filter • Well-known brand
YSM50M-1321-S-L 4955 1431 x 2091 x 3042 1384 500 11 115.7 84.01 27 / 19.5 13.16 / 12.69 4.6 9.9 media (YORK Qualified/ABB/Siemens)
YSM50M-1322-S-L 5427 1431 x 2186 x 3042 1435 500 11 128.0 92.44 27 / 19.5 13.12 / 12.63 5.1 12.4 • Thickness of 46mm • TEFC, IP55 protection class and
YSM50M-1523-S-L 6135 1621 x 2281 x 3042 1627 500 11 150.4 107.22 27 / 19.5 12.77 / 12.32 5.94 14 Class F insulation
• Filtering efficiency:
YSM50M-1722-S-L 6607 1811 x 2186 x 3042 1692 500 15 159.6 114.59 27 / 19.5 12.89 / 12.45 6.3 13 G3/G4/F5 (G1 filter use AI mesh) • Constant-speed motors and
VSD motors are available
YSM50M-1722-S-L 7079 1811 x 2186 x 3042 1689 500 15 167.6 121.06 27 / 19.5 13.09 / 12.61 6.62 14.3
YSM50M-1526-S-L 7551 1621 x 2566 x 3137 1794 500 15 188.8 133.16 27 / 19.5 12.66 / 12.17 7.54 23.6 Bag filter • Power supply:
380V/3P/50Hz,
YSM50M-1726-S-L 8023 1811 x 2566 x 3137 1884 500 15 205.2 143.82 27 / 19.5 12.42 / 11.98 8.12 23.4
• Polyester synthetic fiber 380-415V/3/50Hz,
YSM50M-1726-S-L 8495 1811 x 2566 x 3137 1881 500 15 213.0 150.13 27 / 19.5 12.62 / 12.14 8.45 25 460V/3P/60Hz,
• Bag length of 300mm or
YSM50M-1728-S-L 8966 1811 x 2756 x 3137 2021 500 18.5 230.0 160.69 27 / 19.5 12.39 / 11.93 9.11 29.7 380V/3P/60Hz,
500mm
YSM50M-1728-S-L 9438 1811 x 2756 x 3137 2022 500 18.5 238.0 167.2 27 / 19.5 12.59 / 12.09 9.44 31.8 230V/3P/60Hz
• Filtering efficiency:
YSM50M-1730-S-L 9910 1811 x 2946 x 3327 2261 500 18.5 255.0 177.75 27 / 19.5 12.38 / 11.91 10.11 37.7
G3/G4/F5-F8
YSM50M-1730-S-L 10146 1811 x 2946 x 3327 2261 500 18.5 259.0 181 27 / 19.5 12.47 / 11.98 10.27 38.9 DIDW Fan
YSM50M-2028-S-L 10618 2096 x 2756 x 3327 2351 500 22 267.8 188.1 27 / 19.5 12.59 / 12.09 10.62 23.9
High efficiency filter • Fan can be equipped with a
YSM50M-2228-S-L 11090 2286 x 2756 x 3327 2498 500 22 285.8 199.24 27 / 19.5 12.32 / 11.88 11.39 23.2 double inlet, double width,
YSM50M-2228-S-L 11562 2286 x 2756 x 3327 2499 500 22 293.3 205.74 27 / 19.5 12.52 / 12.04 11.6 23.9 • Ultra fine glass fiber filter paper forward or backward curved
YSM50M-2429-S-L 12034 2476 x 2851 x 3327 2664 500 22 317.1 219.7 27 / 19.5 12.12 / 11.69 12.53 24.7 • V-shape pleated filter blade centrifugal fan. Fan inlet
YSM50M-2429-S-L 12506 2476 x 2851 x 3422 2725 500 22 326.2 226.69 27 / 19.5 12.23 / 11.79 12.98 26.4 cone is designed according to
• Filter efficiency: F9/H11/H13 the requirement of aerodynamic
YSM50M-2429-S-L 12978 2476 x 2851 x 3422 2718 500 22 333.3 232.6 27 / 19.5 12.38 / 11.92 13.21 27.3
performance. Impeller has been
YSM50M-2429-S-L 13450 2476 x 2851 x 3422 2832 500 30 342.2 239.43 27 / 19.5 12.49 / 12.01 13.67 29 statically and dynamically
YSM50M-2628-S-L 13922 2666 x 2756 x 3422 2872 500 30 352.7 247.52 27 / 19.5 12.54 / 12.07 13.92 25.8 balanced.
YSM50M-2433-S-L 14630 2476 x 3231 x 3422 3022 500 30 387.3 267.22 27 / 19.5 12.09 / 11.64 15.4 40.4
Eurovent certified casing performance
YSM50M-2433-S-L 15101 2476 x 3231 x 3422 3027 500 30 393.4 272.94 27 / 19.5 12.27 / 11.81 15.4 40.4
YSM50M-2436-S-L 15573 2476 x 3516 x 3707 3514 500 30 422.3 289.37 27 / 19.5 11.88 / 11.46 16.8 50.7 Mechanical Performance YSM
YSM50M-2633-S-L 16045 2666 x 3231 x 3612 3404 500 30 424.2 293.08 27 / 19.5 12.14 / 11.68 16.9 41.9
Panel Thicknes 50mm 25mm
YSM50M-2633-S-L 16517 2666 x 3231 x 3612 3403 500 30 431.7 299.25 27 / 19.5 12.26 / 11.79 17.1 43.1
YSM50M-2436-S-L 16989 2476 x 3516 x 3612 3458 500 30 445.9 308.18 27 / 19.5 12.22 / 11.74 17.7 55.9 Thermal Transmittance TB2 TB3
YSM50M-2834-S-L 17461 2856 x 3326 x 3612 3635 500 37 467.7 321.83 27 / 19.5 12.01 / 11.57 18.58 45.7
Air Leakage (-400/+700Pa) L1 L1
YSM50M-2834-S-L 17933 2856 x 3326 x 3612 3630 500 37 474.7 327.46 27 / 19.5 12.09 / 11.64 18.85 47
YSM50M-2834-S-L 18405 2856 x 3326 x 3707 3728 500 30 484.8 335.11 27 / 19.5 12.19 / 11.72 19.39 49.5 Casing Strength D1 D1
YSM50M-2834-S-L 18877 2856 x 3326 x 3707 3767 500 37 490.4 340.31 27 / 19.5 12.32 / 11.83 19.39 49.5 Filter Bypass Leakage F9 F9
21
YORK® Hygienic Air Handling Units (YMA-H) - Saudi Origin
Offering unique solutions to the application of Central Station Air Conditioning in a sterile environment.
There are many factors affecting air quality, comfort conditions and the efficient operation of Air
Handling Units. These include:
• Mechanical performance
• Thermal transmission through the Air Handling Unit casing
• Air leakage
• Noise transmission
• Bacteria protection
• Air cleanliness and filter efficiency
• Fan and motor efficiency
• Dehumidification
• Humidification
These factors are valid for the air conditioning of commercial buildings and hotels etc., as well as
hygiene sensitive environments such as hospitals, laboratories, clean rooms, food processing and a
variety of other process systems.
* The tested Hygienic Air Handling Unit is According to DIN 1946-4:2018 (“Ventilation and air conditioning - Part
4: Ventilation in buildings and rooms of health care”) and VDI 6022-1:2018 (“Ventilation and indoor-air quality –
Hygiene requirements for ventilation and air-conditioning systems and units”) confirmed by “TÜV NORD Systems
GmbH & Co. KG, Hamburg, Germany”
22
YORK® Multi Fans Air Handling Units (YMA–M) - Saudi Origin
23
YORK® YMS Modular Air Handling Units - Saudi Origin
Supply Motor Total Sensible Entering Return Leaving Air Water Water A Fan Section
Height Width Depth Weight ESP
Model Name Air Flow Power Capacity Capacity Air Temp Temp Flow Pressure Drop
B Chilled
L/S mm kg Pa kW kW kW DB / WB (°C) DB / WB (°C) L/S kPa
Water Coil +
YMS 30 x 30 800 923 923 3472 521 300 1.5 19.8 15.2 24.4 / 17.2 13 / 12.9 0.5 3.8
Eliminator
YMS 30 x 50 1450 923 1329 3472 636 300 3 36.5 27.6 24.4 / 17.2 13 / 12.8 1 11.9
YMS 30 x 60 1950 923 1735 3472 772 300 3 50 37.1 24.4 / 17.2 13 / 12.6 1.3 21.2 C Bag Filter
YMS 50 x 50 2350 1329 1329 3472 810 300 4 60.3 44.7 24.4 / 17.2 13 / 12.6 1.6 11.7 D Flat Filter
YMS 50 x 60 3400 1329 1735 3472 980 300 5.5 87.2 64.8 24.4 / 17.2 13 / 12.6 2.3 14.6
YMS 50 x 80 4450 1329 2142 3878 1178 300 7.5 117.2 84.5 24.4 / 17.2 13 / 12.4 3.1 50.2 E Mixing Box
YMS 60 x 60 4650 1735 1735 3878 1194 300 7.5 119.3 88.6 24.4 / 17.2 13 / 12.6 3.2 13.3
YMS 60 x 80 6200 1735 2142 3878 1397 300 11 163.3 117.8 24.4 / 17.2 13 / 12.4 4.3 50.7
YMS 60 x 100 7650 1735 2548 4395 1904 300 11 201.5 145.3 24.4 / 17.2 13 / 12.4 5.4 45.5
YMS Configuration 2: Fresh Air Unit
YMS 80 x 80 8250 2142 2142 4395 1938 300 11 217.3 156.7 24.4 / 17.2 13 / 12.4 5.8 50.6
YMS 80 x 100 10200 2142 2548 4395 2306 300 15 268.6 193.7 24.4 / 17.2 13 / 12.4 7.1 47.4 A Fan Section
Configuration 2: Fresh Air Units B Chilled
UNIT MODEL / GENERAL FAN COOLING COIL
Water Coil +
Eliminator
Supply Motor Total Sensible Entering Fresh Leaving Air Water Water
Height Width Depth Weight ESP C Bag Filter
Model Name Air Flow Power Capacity Capacity Air Temp Temp Flow Pressure Drop
L/S mm kg Pa kW kW kW DB / WB (°C) DB / WB (°C) L/S kPa D Flat Filter
YMS 30 x 30 800 923 923 2659 449 300 1.5 55.4 32 46 / 29 13 / 12.7 1.5 24.6
YMS 30 x 50 1450 923 1329 2659 573 300 3 100.5 58 46 / 29 13 / 12.7 2.7 42
YMS 30 x 60 1950 923 1735 2659 705 300 4 135.1 77.9 46 / 29 13 / 12.7 3.6 31.2
YMS 50 x 50 2350 1329 1329 2659 740 300 4 162.9 93.9 46 / 29 13 / 12.7 4.3 45.9
YMS 50 x 60 3400 1329 1735 2659 918 300 5.5 235.6 135.9 46 / 29 13 / 12.7 6.3 37
YMS 50 x 80 4450 1329 2142 3065 1135 300 7.5 308.4 177.8 46 / 29 13 / 12.7 8.2 33
YMS 60 x 60 4650 1735 1735 3065 1153 300 7.5 322.3 185.9 46 / 29 13 / 12.7 8.6 36.1
YMS 60 x 80 6200 1735 2142 3065 1374 300 11 429.7 247.8 46 / 29 13 / 12.7 11.4 33.9
YMS 60 x 100 7650 1735 2548 3472 1640 300 11 530.2 305.7 46 / 29 13 / 12.7 14.1 19.7
YMS 80 x 80 8250 2142 2142 3472 1691 300 11 571.8 329.7 46 / 29 13 / 12.7 15.2 33.8
YMS 80 x 100 10200 2142 2548 3472 2035 300 15 706.9 407.6 46 / 29 13 / 12.7 18.8 19.8
24
FAN COIL
UNITS
YORK® Chilled Water Fan Coil Units - Saudi/China Origins
YGFC STD SERIES (DUCTED) - 3 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - HIGH SPEED - 25 Pa
WATER PRESSURE DIMENSIONS
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT WEIGHT
MODEL DROP (MM)
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG W
ISO 9001:2015
YGFC 02 ST CB -3R 202 96 7.36 2.16 4.90 1.44 57.6 14.2 55.5 13.1 1.472 0.093 4.7 14.0 40 730 569 245 18 ISO 14001: 2015
YGFC 03 ST CB -3R 259 123 10.00 2.93 6.72 1.97 56.1 13.4 54.7 12.6 2.000 0.126 7.7 23.0 52 830 569 245 21 OHSAS 18001: 2007
H
YGFC 04 ST CB -3R 344 163 12.05 3.53 8.48 2.49 57.3 14.1 56.0 13.3 2.410 0.152 4.5 13.5 75 930 569 245 23
YGFC 05 ST CB -3R 480 227 15.61 4.58 11.32 3.32 58.3 14.6 56.9 13.8 3.122 0.197 7.7 22.9 124 1030 569 245 25
YGFC 06 ST CB -3R 547 259 18.29 5.36 13.17 3.86 57.8 14.3 56.5 13.6 3.659 0.231 10.0 29.9 142 1150 569 245 27
YGFC 08 ST CB -3R 703 332 24.16 7.08 17.26 5.06 57.4 14.1 56.2 13.4 4.832 0.305 9.5 28.5 184 1450 569 245 39
L
YGFC 10 ST CB -3R 870 411 26.63 7.81 20.45 5.99 58.3 14.6 57.5 14.2 5.325 0.336 4.5 13.6 227 1550 569 245 40
YGFC 12 ST CB -3R 935 442 29.75 8.72 21.88 6.41 58.4 14.7 57.1 13.9 5.950 0.375 5.8 17.3 254 1750 569 245 46
YGFC 14 ST CB -3R 1165 550 38.43 11.26 28.13 8.24 57.7 14.3 56.7 13.7 7.685 0.485 10.4 31.3 304 2050 575 245 57
YGFC-B STD SERIES (DUCTED) - 3 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - HIGH SPEED - 25 Pa
WATER PRESSURE DIMENSIONS
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT WEIGHT
MODEL DROP (MM)
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG W
ISO 9001:2015
YGFC 02 ST CB -3R-B 208 99 7.05 2.07 4.64 1.36 57.0 13.9 55.3 12.9 1.411 0.089 7.9 23.7 47 630 558 233 18 ISO 14001: 2015
YGFC 03 ST CB -3R-B 304 144 10.13 2.97 6.74 1.98 57.5 14.2 55.8 13.2 2.025 0.128 9.1 27.2 62 780 558 233 21 OHSAS 18001: 2007
H
YGFC 04 ST CB -3R-B 370 175 11.91 3.49 7.92 2.32 57.5 14.2 55.8 13.2 2.382 0.150 9.5 28.5 78 880 558 233 23
YGFC 05 ST CB -3R-B 466 220 15.16 4.44 10.22 3.00 58.3 14.6 56.4 13.6 3.031 0.191 8.9 26.7 113 930 558 233 25
YGFC 06 ST CB -3R-B 640 303 20.13 5.90 13.81 4.05 59.2 15.1 57.2 14.0 4.026 0.254 12.9 38.7 144 1030 558 233 27
YGFC 07 ST CB -3R-B 676 320 21.17 6.20 14.71 4.31 59.3 15.2 57.3 14.1 4.235 0.267 8.7 26.1 150 1200 558 233 36
YGFC 08 ST CB -3R-B 861 407 26.65 7.81 17.95 5.26 58.4 14.7 56.4 13.6 5.330 0.336 12.5 37.5 204 1400 558 233 39 L
YGFC 10 ST CB -3R-B 975 461 28.30 8.29 19.78 5.80 59.6 15.3 57.6 14.2 5.661 0.357 11.3 33.8 217 1450 558 233 40
YGFC 12 ST CB -3R-B 1238 585 34.73 10.18 24.20 7.09 59.6 15.3 57.5 14.2 6.945 0.438 12.6 37.8 285 1700 558 233 46
YGFC 14 ST CB -3R-B 1542 728 42.01 12.31 29.60 8.68 60.0 15.6 57.9 14.4 8.402 0.530 13.1 39.3 365 1950 558 233 57
YDFC STD SERIES (DUCTED) - 3 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - HIGH SPEED - 50 Pa
WATER PRESSURE DIMENSIONS
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT WEIGHT
MODEL DROP (MM)
H
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
ISO 9001:2015
YDFC 08 ST CB -3R 838 396 25.47 7.47 17.68 5.18 59.4 15.2 57.0 13.9 5.093 0.321 8.7 26.1 261 1050 775 295 36 ISO 14001: 2015
YDFC 10 ST CB -3R 1165 550 34.23 10.03 23.18 6.79 59.1 15.1 56.5 13.6 6.847 0.432 20.1 60.1 297 1210 775 295 38 OHSAS 18001: 2007
YDFC 12 ST CB -3R 1385 654 38.32 11.23 26.72 7.83 59.7 15.4 57.2 14.0 7.664 0.484 12.3 36.9 389 1210 775 345 45
YDFC 14 ST CB -3R 1639 774 45.74 13.41 32.13 9.42 60.2 15.7 57.6 14.2 9.147 0.577 10.9 32.7 559 1340 775 345 50 L
YDFC 16 ST CB -3R 1856 876 49.68 14.56 35.89 10.52 60.8 16.0 58.1 14.5 9.936 0.627 10.9 32.5 623 1340 815 396 61 w
YDFC 18 ST CB -3R 2029 958 56.13 16.45 40.16 11.77 60.4 15.8 57.9 14.4 11.225 0.708 15.6 46.6 698 1480 815 396 74
YDFC 20 ST CB -3R 2357 1113 64.78 18.99 46.24 13.55 60.6 15.9 57.9 14.4 12.956 0.817 19.8 59.3 835 1610 815 396 78
26
YORK® Chilled Water Fan Coil Units - Saudi/China Origins
YGFC STD SERIES (DUCTED) - 3 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - MEDIUM SPEED - 25 Pa
WATER PRESSURE DIMENSIONS
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT WEIGHT
MODEL DROP (MM)
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG W
ISO 9001:2015
YGFC 02 ST CB -3R 188 89 6.97 2.04 4.61 1.35 57.4 14.1 55.2 12.9 1.394 0.088 4.1 12.4 37 730 569 245 18 ISO 14001: 2015
YGFC 03 ST CB -3R 239 113 9.47 2.78 6.25 1.83 55.9 13.3 54.3 12.4 1.895 0.120 7.2 21.5 49 830 569 245 21 OHSAS 18001: 2007
H
YGFC 04 ST CB -3R 315 149 11.28 3.31 7.85 2.30 57.0 13.9 55.7 13.2 2.256 0.142 4.1 12.2 66 930 569 245 23
YGFC 05 ST CB -3R 414 196 14.28 4.19 10.17 2.98 57.4 14.1 56.2 13.4 2.856 0.180 7.1 21.1 115 1030 569 245 25
YGFC 06 ST CB -3R 493 233 17.81 5.22 12.45 3.65 56.7 13.7 55.6 13.1 3.563 0.225 9.1 27.2 127 1150 569 245 27
YGFC 08 ST CB -3R 651 308 22.70 6.65 16.28 4.77 57.0 13.9 56.1 13.4 4.540 0.286 8.9 26.6 171 1450 569 245 39
L
YGFC 10 ST CB -3R 782 370 25.68 7.53 18.75 5.50 57.9 14.4 56.8 13.8 5.136 0.324 4.3 12.8 214 1550 569 245 40
YGFC 12 ST CB -3R 881 416 28.13 8.24 20.92 6.13 58.1 14.5 57.1 13.9 5.627 0.355 5.7 17.0 235 1750 569 245 46
YGFC 14 ST CB -3R 1082 511 34.39 10.08 25.99 7.62 57.9 14.4 57.1 13.9 6.877 0.434 9.9 29.6 290 2050 575 245 57
YGFC-B STD SERIES (DUCTED) - 3 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - MEDIUM SPEED - 25 Pa
WATER PRESSURE DIMENSIONS
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT WEIGHT
MODEL DROP (MM)
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG W
ISO 9001:2015
YGFC 02 ST CB -3R-B 174 83 6.25 1.83 4.07 1.19 56.4 13.6 54.8 12.7 1.250 0.079 6.5 19.5 42 630 558 233 18 ISO 14001: 2015
YGFC 03 ST CB -3R-B 259 123 9.10 2.67 6.02 1.76 57.1 13.9 55.5 13.1 1.820 0.115 7.7 23.1 56 780 558 233 21 OHSAS 18001: 2007
H
YGFC 04 ST CB -3R-B 309 146 10.72 3.14 7.07 2.07 57.1 13.9 55.4 13.0 2.143 0.135 8.2 24.6 68 880 558 233 23
YGFC 05 ST CB -3R-B 390 185 13.63 3.99 9.00 2.64 57.4 14.1 55.6 13.1 2.726 0.172 8.1 24.3 99 930 558 233 25
YGFC 06 ST CB -3R-B 517 244 17.49 5.13 11.80 3.46 58.4 14.7 56.4 13.6 3.498 0.221 10.4 31.1 123 1030 558 233 27
YGFC 07 ST CB -3R-B 551 261 18.54 5.43 12.66 3.71 58.5 14.7 56.7 13.7 3.707 0.234 7.1 21.3 126 1200 558 233 36
YGFC 08 ST CB -3R-B 748 353 24.36 7.14 16.30 4.78 58.0 14.4 56.1 13.4 4.873 0.307 10.8 32.2 173 1400 558 233 39 L
YGFC 10 ST CB -3R-B 805 380 24.23 7.10 16.91 4.96 59.3 15.2 57.4 14.1 4.846 0.306 8.8 26.3 191 1450 558 233 40
YGFC 12 ST CB -3R-B 953 450 29.53 8.66 20.19 5.92 58.7 14.8 56.8 13.8 5.905 0.373 9.8 29.5 235 1700 558 233 46
YGFC 14 ST CB -3R-B 1265 597 37.41 10.96 25.96 7.61 59.3 15.2 57.3 14.1 7.481 0.472 10.9 32.6 306 1950 558 233 57
YDFC STD SERIES (DUCTED) - 3 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - MEDIUM SPEED - 50 Pa
WATER PRESSURE DIMENSIONS
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT WEIGHT
MODEL DROP (MM)
H
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
ISO 9001:2015
YDFC 08 ST CB -3R 834 394 24.42 7.16 24.42 17.22 59.7 15.4 57.3 14.1 4.883 0.308 6.8 20.3 251 1050 775 295 36 ISO 14001: 2015
YDFC 10 ST CB -3R 1118 528 31.42 9.21 31.42 21.80 59.5 15.3 57.0 13.9 6.284 0.396 16.4 49.0 273 1210 775 295 38 OHSAS 18001: 2007
YDFC 12 ST CB -3R 1325 626 37.15 10.89 37.15 25.93 59.6 15.3 57.2 14.0 7.429 0.469 11.7 34.9 365 1210 775 345 45
YDFC 14 ST CB -3R 1552 733 43.44 12.73 43.44 30.38 59.8 15.4 57.3 14.1 8.688 0.548 10.3 31.0 467 1340 775 345 50 L
YDFC 16 ST CB -3R 1787 844 48.40 14.19 48.40 34.91 60.6 15.9 58.0 14.4 9.681 0.611 10.3 30.7 580 1340 815 396 61 w
YDFC 18 ST CB -3R 1912 903 54.66 16.02 54.66 38.79 60.0 15.6 57.5 14.2 10.932 0.690 14.1 42.1 642 1480 815 396 74
YDFC 20 ST CB -3R 2247 1061 62.54 18.33 62.54 44.50 60.3 15.7 57.7 14.3 12.508 0.789 17.0 51.0 772 1610 815 396 78
27
YORK® Chilled Water Fan Coil Units - Saudi/China Origins
YGFC STD SERIES (DUCTED) - 4 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - HIGH SPEED - 25 Pa
WATER PRESSURE DIMENSIONS
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT WEIGHT
MODEL DROP (MM)
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG W
ISO 9001:2015
YGFC 02 ST CB -4R 190 90 8.23 2.41 5.17 1.52 54.9 12.7 53.0 11.7 1.64 0.104 6.93 20.7 40.2 730 569 245 19 ISO 14001: 2015
YGFC 03 ST CB -4R 249 118 10.18 2.98 6.68 1.96 55.3 12.9 53.9 12.2 2.035 0.128 3.58 10.7 52.2 830 569 245 22.1 OHSAS 18001: 2007
H
YGFC 04 ST CB -4R 329 156 13.26 3.89 8.87 2.60 55.2 12.9 54.1 12.3 2.651 0.167 6.46 19.3 73.2 930 569 245 24.4
YGFC 05 ST CB -4R 459 217 16.25 4.76 11.38 3.34 57.1 13.9 55.9 13.3 3.249 0.205 4.69 14.0 124.4 1030 569 245 26
YGFC 06 ST CB -4R 505 239 19.74 5.79 13.51 3.96 55.4 13.0 54.5 12.5 3.948 0.249 7.31 21.9 141.6 1150 569 245 28.6
YGFC 08 ST CB -4R 680 321 25.35 7.43 17.72 5.19 56.0 13.3 55.2 12.9 5.07 0.320 8.53 25.5 184.4 1450 569 245 41.1
L
YGFC 10 ST CB -4R 818 387 30.03 8.80 20.99 6.15 56.4 13.6 55.4 13.0 6.006 0.379 12.25 36.7 226.8 1550 569 245 42.5
YGFC 12 ST CB -4R 929 439 33.19 9.73 23.61 6.92 56.6 13.7 55.7 13.2 6.637 0.419 7.09 21.2 253.5 1750 569 245 47.7
YGFC 14 ST CB -4R 1145 541 40.17 11.77 29.03 8.51 56.6 13.7 56.0 13.3 8.034 0.507 7.02 21.0 303.6 2050 575 245 58.5
YGFC-B STD SERIES (DUCTED) - 4 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - HIGH SPEED - 25 Pa
WATER PRESSURE DIMENSIONS
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT WEIGHT
MODEL DROP (MM)
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG W
ISO 9001:2015
YGFC 02 ST CB -4R-B 199 94 8.16 2.39 5.28 1.55 54.1 12.3 53.2 11.8 1.63 0.103 10.14 30.4 47.2 630 558 233 19 ISO 14001: 2015
YGFC 03 ST CB -4R-B 291 138 12.28 3.60 7.95 2.33 54.2 12.3 53.3 11.8 2.457 0.155 13.18 39.5 62.3 780 558 233 22.1 OHSAS 18001: 2007
H
YGFC 04 ST CB -4R-B 346 164 13.99 4.10 9.1 2.67 54.4 12.4 53.5 11.9 2.798 0.177 16.01 47.9 78.4 880 558 233 24.4
YGFC 05 ST CB -4R-B 444 210 17.03 4.99 11.2 3.28 55 12.8 54.1 12.3 3.406 0.215 14.94 44.7 111.9 930 558 233 26
YGFC 06 ST CB -4R-B 611 289 22.36 6.55 14.97 4.39 56 13.3 55 12.8 4.472 0.282 12.65 37.9 143.4 1030 558 233 28.6
YGFC 07 ST CB -4R-B 638 302 23.81 6.98 15.88 4.65 55.7 13.2 54.7 12.6 4.761 0.300 13.03 39.0 145.4 1200 558 233 38.5
YGFC 08 ST CB -4R-B 824 389 30.61 8.97 20.42 5.99 55.7 13.2 54.8 12.7 6.122 0.386 14.02 42.0 200.4 1400 558 233 41.1 L
YGFC 10 ST CB -4R-B 891 421 31.21 9.15 21.17 6.20 56.4 13.6 55.4 13.0 6.242 0.394 11.6 34.7 216.4 1450 558 233 42.5
YGFC 12 ST CB -4R-B 1158 547 41.44 12.15 27.68 8.11 55.9 13.3 54.9 12.7 8.288 0.523 16.58 49.6 282.6 1700 558 233 47.7
YGFC 14 ST CB -4R-B 1467 693 53.15 15.58 35.43 10.38 56 13.3 54.9 12.7 10.631 0.671 25.36 75.9 359.2 1950 558 233 58.5
YDFC STD SERIES (DUCTED) - 4 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - HIGH SPEED - 50 Pa
WATER PRESSURE DIMENSIONS
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT WEIGHT
MODEL DROP (MM)
H
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
ISO 9001:2015
YDFC 08 ST CB -4R 800 378 26.9 7.88 18.75 5.50 57.1 13.9 55.8 13.2 5.38 0.339 6.03 18.1 247 1050 775 295 49 ISO 14001: 2015
YDFC 10 ST CB -4R 1088 514 34.9 10.23 23.98 7.03 56.8 13.8 55.4 13.0 6.98 0.440 14.55 43.6 321.4 1210 775 295 51 OHSAS 18001: 2007
YDFC 12 ST CB -4R 1298 613 42.96 12.59 29.16 8.55 56.4 13.6 55 12.8 8.592 0.542 11.38 34.1 413.2 1210 775 345 59
YDFC 14 ST CB -4R 1568 740 50.81 14.89 35.22 10.32 57.4 14.1 55.8 13.2 10.162 0.641 13.66 40.9 598.3 1340 775 345 65 L
YDFC 16 ST CB -4R 1807 853 57.98 16.99 40.61 11.90 57.6 14.2 56.1 13.4 11.595 0.732 8.55 25.6 662.3 1340 815 396 77 w
YDFC 18 ST CB -4R 1937 915 64.73 18.97 44.8 13.13 57.1 13.9 55.7 13.2 12.947 0.817 12.29 36.8 740.1 1480 815 396 92
YDFC 20 ST CB -4R 2234 1055 68.85 20.18 49.3 14.45 58.1 14.5 56.7 13.7 13.771 0.869 6.91 20.7 858.6 1610 815 396 97
28
YORK® Chilled Water Fan Coil Units - Saudi/China Origins
YGFC STD SERIES (DUCTED) - 4 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - MEDIUM SPEED - 25 Pa
WATER PRESSURE DIMENSIONS
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT WEIGHT
MODEL DROP (MM)
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG W
ISO 9001:2015
YGFC 02 ST CB -4R 176 84 7.76 2.27 4.84 1.42 54.7 12.6 52.7 11.5 1.553 0.098 6.2 18.7 37 730 569 245 19 ISO 14001: 2015
YGFC 03 ST CB -4R 231 110 9.62 2.82 6.25 1.83 55.1 12.8 53.6 12.0 1.925 0.121 3.3 9.8 49 830 569 245 22 OHSAS 18001: 2007
H
YGFC 04 ST CB -4R 290 137 11.37 3.33 7.68 2.25 55.6 13.1 54.5 12.5 2.273 0.143 4.8 14.5 69 930 569 245 24
YGFC 05 ST CB -4R 407 193 15.27 4.48 10.43 3.06 56.4 13.6 55.1 12.8 3.053 0.193 4.2 12.5 115 1030 569 245 26
YGFC 06 ST CB -4R 467 221 18.64 5.46 12.66 3.71 55.0 12.8 54.2 12.3 3.728 0.235 7.1 21.2 128 1150 569 245 29
YGFC 08 ST CB -4R 623 295 24.74 7.25 16.88 4.95 55.0 12.8 54.3 12.4 4.949 0.312 8.0 24.0 171 1450 569 245 41
L
YGFC 10 ST CB -4R 755 357 28.98 8.49 20.01 5.86 55.6 13.1 54.8 12.7 5.796 0.366 11.2 33.6 214 1550 569 245 43
YGFC 12 ST CB -4R 847 400 31.26 9.16 21.99 6.45 56.1 13.4 55.3 12.9 6.253 0.395 4.8 14.3 235 1750 569 245 48
YGFC 14 ST CB -4R 1034 488 38.96 11.42 27.31 8.00 55.7 13.2 55.0 12.8 7.793 0.492 7.0 20.9 290 2050 575 245 59
YGFC-B STD SERIES (DUCTED) - 4 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - MEDIUM SPEED - 25 Pa
WATER PRESSURE DIMENSIONS
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT WEIGHT
MODEL DROP (MM)
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG W
ISO 9001:2015
YGFC 02 ST CB -4R-B 168 80 7.38 2.16 4.70 1.38 53.1 11.7 52.3 11.3 1.477 0.093 8.6 25.6 42 630 558 233 19 ISO 14001: 2015
YGFC 03 ST CB -4R-B 246 117 10.80 3.17 6.90 2.02 53.4 11.9 52.6 11.4 2.159 0.136 10.5 31.4 55 780 558 233 22 OHSAS 18001: 2007
H
YGFC 04 ST CB -4R-B 292 138 12.38 3.63 7.96 2.33 53.8 12.1 53.0 11.7 2.475 0.156 12.6 37.8 68 880 558 233 24
YGFC 05 ST CB -4R-B 374 177 15.24 4.47 9.89 2.90 54.3 12.4 53.4 11.9 3.049 0.192 13.4 40.3 98 930 558 233 26
YGFC 06 ST CB -4R-B 493 233 19.09 5.60 12.52 3.67 54.9 12.7 54.0 12.2 3.818 0.241 9.3 27.9 122 1030 558 233 29
YGFC 07 ST CB -4R-B 520 246 20.72 6.07 13.58 3.98 54.8 12.7 53.9 12.2 4.143 0.261 10.4 31.3 123 1200 558 233 39
YGFC 08 ST CB -4R-B 724 342 27.58 8.08 18.27 5.35 55.3 12.9 54.4 12.4 5.515 0.348 12.0 36.0 173 1400 558 233 41 L
YGFC 10 ST CB -4R-B 783 370 28.97 8.49 19.30 5.66 55.6 13.1 54.6 12.6 5.793 0.365 9.7 29.1 192 1450 558 233 43
YGFC 12 ST CB -4R-B 888 420 34.66 10.16 22.68 6.65 54.8 12.7 53.9 12.2 6.931 0.437 13.1 39.2 235 1700 558 233 48
YGFC 14 ST CB -4R-B 1193 564 45.83 13.43 30.04 8.80 55.0 12.8 54.0 12.2 9.165 0.578 20.5 61.3 302 1950 558 233 59
YDFC STD SERIES (DUCTED) - 4 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - MEDIUM SPEED - 50 Pa
WATER PRESSURE DIMENSIONS
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT WEIGHT
MODEL DROP (MM)
H
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
ISO 9001:2015
YDFC 08 ST CB -4R 777 367 26.36 7.73 18.31 5.37 56.8 13.8 55.6 13.1 5.272 0.333 5.7 17.1 234 1050 775 295 49 ISO 14001: 2015
YDFC 10 ST CB -4R 1022 483 33.94 9.95 23.08 6.76 56.3 13.5 55.0 12.8 6.788 0.428 13.0 38.9 265 1210 775 295 51 OHSAS 18001: 2007
YDFC 12 ST CB -4R 1241 586 41.84 12.26 28.36 8.31 56.2 13.4 54.9 12.7 8.368 0.528 10.7 32.0 360 1210 775 345 59
YDFC 14 ST CB -4R 1491 704 48.74 14.29 33.48 9.81 56.8 13.8 55.4 13.0 9.749 0.615 13.1 39.3 493 1340 775 345 65 L
YDFC 16 ST CB -4R 1744 824 56.83 16.66 39.64 11.62 57.4 14.1 56.0 13.3 11.365 0.717 8.4 25.1 577 1340 815 396 77 w
YDFC 18 ST CB -4R 1836 867 62.93 18.44 43.26 12.68 56.8 13.8 55.4 13.0 12.586 0.794 11.5 34.3 628 1480 815 396 92
YDFC 20 ST CB -4R 2148 1014 66.71 19.55 47.60 13.95 57.9 14.4 56.5 13.6 13.342 0.842 6.6 19.8 769 1610 815 396 97
29
YORK® Chilled Water Fan Coil Units - Saudi/China Origins
YGFC DC SERIES (DUCTED) - 3 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 42/58°F (5.55/14.5 C) - HIGH SPEED - 25 Pa
WATER PRESSURE DIMENSIONS
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT WEIGHT
MODEL DROP (MM)
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG W
ISO 9001:2015
YGFC 02 DC CB -3R 192 91 7.42 2.17 5.01 1.47 56 13.3 54.7 12.6 0.93 0.059 9.05 27.1 36.4 730 569 245 18 ISO 14001: 2015
YGFC 03 DC CB -3R 273 129 11.35 3.33 7.37 2.16 55.1 12.8 53.6 12.0 1.419 0.090 21.76 65.1 52.5 830 569 245 20.8 OHSAS 18001: 2007
H
YGFC 04 DC CB -3R 352 167 14.08 4.13 9.23 2.71 55.8 13.2 54.2 12.3 1.76 0.111 5.51 16.5 63.8 930 569 245 23.4
YGFC 05 DC CB -3R 485 229 18.59 5.45 12.22 3.58 56.8 13.8 54.8 12.7 2.323 0.147 9.73 29.1 124.3 1030 569 245 24.9
YGFC 06 DC CB -3R 578 273 20.84 6.11 14.05 4.12 57.6 14.2 55.6 13.1 2.605 0.164 13.59 40.7 141.5 1150 569 245 27.4
YGFC 08 DC CB -3R 703 332 23.31 6.83 16.42 4.81 58.5 14.7 56.6 13.7 2.914 0.184 8.81 26.4 184.3 1450 569 245 38.7
L
YGFC 10 DC CB -3R 885 418 28.24 8.28 20.01 5.86 59.2 15.1 57.1 13.9 3.53 0.223 12.04 36.0 226.6 1550 569 245 40.3
YGFC 12 DC CB -3R 1055 498 33.43 9.80 23.69 6.94 59.3 15.2 57.2 14.0 4.179 0.264 20.43 61.2 253.5 1750 569 245 45.8
YGFC 14 DC CB -3R 1253 592 40.69 11.93 28.53 8.36 59 15.0 56.9 13.8 5.086 0.321 14.98 44.9 303.5 2050 575 245 56.5
YGFC-B DC SERIES (DUCTED) - 3 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 42/58°F (5.55/14.5 C) - HIGH SPEED - 25 Pa
WATER PRESSURE DIMENSIONS
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT WEIGHT
MODEL DROP (MM)
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG W
ISO 9001:2015
YGFC 02 DC CB -3R-B 208 99 7.15 2.10 4.81 1.41 57.8 14.3 56.1 13.4 0.89 0.056 10.5 31.4 47.4 630 558 233 18 ISO 14001: 2015
YGFC 03 DC CB -3R-B 304 144 10.41 3.05 7.05 2.07 58.2 14.6 56.4 13.6 1.301 0.082 14.57 43.6 62.3 780 558 233 20.8 OHSAS 18001: 2007
H
YGFC 04 DC CB -3R-B 370 175 12.19 3.57 8.21 2.41 58.1 14.5 56.3 13.5 1.523 0.096 13.99 41.9 77.6 880 558 233 23.4
YGFC 05 DC CB -3R-B 466 220 15.19 4.45 10.29 3.02 58.5 14.7 56.6 13.7 1.899 0.120 14.42 43.2 112.6 930 558 233 24.9
YGFC 06 DC CB -3R-B 640 303 19.69 5.77 13.58 3.98 59.4 15.2 57.3 14.1 2.461 0.155 19.07 57.1 143.8 1030 558 233 27.4
YGFC 07 DC CB -3R-B 676 320 21.1 6.18 14.58 4.27 59.1 15.1 57.2 14.0 2.638 0.166 26.96 80.7 149.6 1200 558 233 36.3
YGFC 08 DC CB -3R-B 861 407 26.64 7.81 18.51 5.43 59.4 15.2 57.4 14.1 3.33 0.210 13.65 40.9 203.8 1400 558 233 38.7 L
YGFC 10 DC CB -3R-B 975 461 28.94 8.48 20.42 5.99 59.9 15.5 57.9 14.4 3.618 0.228 13.09 39.2 216.5 1450 558 233 40.3
YGFC 12 DC CB -3R-B 1238 585 33.22 9.74 24.01 7.04 60.5 15.8 58.4 14.7 4.153 0.262 16.43 49.2 284.9 1700 558 233 45.8
YGFC 14 DC CB -3R-B 1543 729 42.15 12.35 30.74 9.01 61 16.1 58.8 14.9 5.269 0.332 16.28 48.7 364.6 1950 558 233 56.5
YDFC DC SERIES (DUCTED) - 3 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 42/58°F (5.55/14.5 C) - HIGH SPEED - 50 Pa
WATER PRESSURE DIMENSIONS
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT WEIGHT
MODEL DROP (MM)
H
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
ISO 9001:2015
YDFC 08 DC CB -3R 855 404 27.2 7.97 18.43 5.40 58.8 14.9 56.4 13.6 3.40 0.215 25.12 75.2 268.4 1050 775 295 36 ISO 14001: 2015
YDFC 10 DC CB -3R 1236 584 31.03 9.09 21.85 6.40 60 15.6 57.4 14.1 3.879 0.245 28.18 84.4 296.8 1210 775 295 38 OHSAS 18001: 2007
YDFC 12 DC CB -3R 1388 656 40.59 11.90 27.48 8.05 59 15.0 56.4 13.6 5.074 0.320 21.54 64.5 397.9 1210 775 345 45
YDFC 14 DC CB -3R 1689 798 45.27 13.27 31.82 9.33 60.2 15.7 57.5 14.2 5.659 0.357 15.61 46.7 551.1 1340 775 345 50 L
YDFC 16 DC CB -3R 1911 902 55.27 16.20 37.89 11.11 59.6 15.3 56.9 13.8 6.909 0.436 22.76 68.1 646.4 1340 815 396 61 w
YDFC 18 DC CB -3R 2029 958 56.65 16.60 40.01 11.73 60.1 15.6 57.5 14.2 7.081 0.447 29.77 89.1 700.6 1480 815 396 74
YDFC 20 DC CB -3R 2368 1118 65.26 19.13 46.02 13.49 60.2 15.7 57.6 14.2 8.157 0.515 24.83 74.3 809.8 1610 815 396 78
30
YORK® Chilled Water Fan Coil Units - Saudi/China Origins
YGFC DC SERIES (DUCTED) - 3 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (5.55/14.5 C) - MEDIUM SPEED - 25 Pa
WATER PRESSURE DIMENSIONS
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT WEIGHT
MODEL DROP (MM)
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG W
ISO 9001:2015
YGFC 02 DC CB -3R 178 85 7.09 2.08 4.74 1.39 55.4 13.0 54.2 12.3 0.89 0.056 9.29 27.8 32.6 730 569 245 18 ISO 14001: 2015
YGFC 03 DC CB -3R 240 114 10.52 3.08 6.75 1.98 54.1 12.3 52.7 11.5 1.315 0.083 19.36 58.0 42.2 830 569 245 20.8 OHSAS 18001: 2007
H
YGFC 04 DC CB -3R 317 150 12.96 3.80 8.48 2.49 55.3 12.9 53.9 12.2 1.62 0.102 5.25 15.7 52.6 930 569 245 23.4
YGFC 05 DC CB -3R 448 212 17.49 5.13 11.48 3.36 56.4 13.6 54.5 12.5 2.186 0.138 7.56 22.6 115.1 1030 569 245 24.9
YGFC 06 DC CB -3R 533 252 18.81 5.51 12.88 3.78 57.7 14.3 55.9 13.3 2.351 0.148 12.63 37.8 127.4 1150 569 245 27.4
YGFC 08 DC CB -3R 651 308 21.83 6.40 15.38 4.51 58.2 14.6 56.5 13.6 2.728 0.172 8.11 24.3 171.1 1450 569 245 38.7
L
YGFC 10 DC CB -3R 804 380 26.55 7.78 18.66 5.47 58.6 14.8 56.7 13.7 3.319 0.209 10.73 32.1 213.7 1550 569 245 40.3
YGFC 12 DC CB -3R 967 457 31.27 9.17 22.11 6.48 58.9 14.9 56.9 13.8 3.908 0.247 18.74 56.1 234.7 1750 569 245 45.8
YGFC 14 DC CB -3R 1116 527 37.47 10.98 26.12 7.66 58.4 14.7 56.5 13.6 4.684 0.296 12.05 36.1 289.7 2050 575 245 56.5
YGFC-B DC SERIES (DUCTED) - 3 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (5.55/14.5 C) - MEDIUM SPEED - 25 Pa
WATER PRESSURE DIMENSIONS
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT WEIGHT
MODEL DROP (MM)
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG W
ISO 9001:2015
YGFC 02 DC CB -3R-B 174 83 6.17 1.81 4.11 1.20 57.3 14.1 55.7 13.2 0.77 0.049 8.81 26.4 42 630 558 233 18 ISO 14001: 2015
YGFC 03 DC CB -3R-B 259 123 9.46 2.77 6.23 1.83 57 13.9 55.3 12.9 1.183 0.075 12.98 38.9 55.7 780 558 233 20.8 OHSAS 18001: 2007
H
YGFC 04 DC CB -3R-B 309 146 10.94 3.21 7.2 2.11 57 13.9 55.3 12.9 1.367 0.086 11.44 34.3 68 880 558 233 23.4
YGFC 05 DC CB -3R-B 390 185 13.09 3.84 8.82 2.59 58 14.4 56.2 13.4 1.637 0.103 10.26 30.7 98.7 930 558 233 24.9
YGFC 06 DC CB -3R-B 517 244 16.91 4.96 11.49 3.37 58.5 14.7 56.6 13.7 2.114 0.133 17.14 51.3 123.3 1030 558 233 27.4
YGFC 07 DC CB -3R-B 551 261 18.55 5.44 12.47 3.65 58 14.4 56.2 13.4 2.319 0.146 21.04 63.0 125.7 1200 558 233 36.3
YGFC 08 DC CB -3R-B 748 353 23.52 6.89 16.46 4.82 59.4 15.2 57.5 14.2 2.941 0.186 10.94 32.8 172.7 1400 558 233 38.7 L
YGFC 10 DC CB -3R-B 805 380 24.94 7.31 17.47 5.12 59.4 15.2 57.5 14.2 3.118 0.197 10.06 30.1 190.9 1450 558 233 40.3
YGFC 12 DC CB -3R-B 953 450 28 8.21 19.73 5.78 59.5 15.3 57.6 14.2 3.5 0.221 13.7 41.0 234.6 1700 558 233 45.8
YGFC 14 DC CB -3R-B 1265 597 36.75 10.77 26.35 7.72 60.2 15.7 58.2 14.6 4.594 0.290 14.01 41.9 305.6 1950 558 233 56.5
YDFC DC SERIES (DUCTED) - 3 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (5.55/14.5 C) - MEDIUM SPEED - 50 Pa
WATER PRESSURE DIMENSIONS
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT WEIGHT
MODEL DROP (MM)
H
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
ISO 9001:2015
YDFC 08 DC CB -3R 845 399 26.5 7.77 17.98 17.22 58.7 14.8 56.3 13.5 3.31 0.209 23.5 70.4 254.5 1050 775 295 36 ISO 14001: 2015
YDFC 10 DC CB -3R 1180 557 33.13 9.71 22.22 21.80 58.6 14.8 56.1 13.4 4.141 0.261 30.81 92.2 270.3 1210 775 295 38 OHSAS 18001: 2007
YDFC 12 DC CB -3R 1290 609 39.45 11.56 26.65 25.93 58.7 14.8 56.3 13.5 4.931 0.311 20.94 62.7 373.2 1210 775 345 45
YDFC 14 DC CB -3R 1576 744 43.04 12.62 30.11 30.38 59.8 15.4 57.3 14.1 5.38 0.339 13.74 41.1 458.9 1340 775 345 50 L
YDFC 16 DC CB -3R 1829 864 53.26 15.61 36.63 34.91 59.5 15.3 56.9 13.8 6.657 0.420 20.62 61.7 604.7 1340 815 396 61 w
YDFC 18 DC CB -3R 1924 908 57.83 16.95 39.62 38.79 59.1 15.1 56.7 13.7 7.229 0.456 24.13 72.2 648.1 1480 815 396 74
YDFC 20 DC CB -3R 2270 1072 62.08 18.20 44.02 44.50 60.1 15.6 57.6 14.2 7.76 0.490 23.44 70.2 756.6 1610 815 396 78
31
YORK® Chilled Water Fan Coil Units - Saudi/China Origins
YGFC DC SERIES (DUCTED) - 4 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 42/58°F (5.55/14.5 C) - HIGH SPEED - 25 Pa
WATER PRESSURE DIMENSIONS
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT WEIGHT
MODEL DROP (MM)
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG W
ISO 9001:2015
YGFC 02 DC CB -4R 200 95 8.12 2.38 5.42 1.59 55.1 12.8 54 12.2 1.02 0.064 2.11 6.3 38.1 730 569 245 19 ISO 14001: 2015
YGFC 03 DC CB -4R 269 127 11.13 3.26 7.33 2.15 54.9 12.7 53.7 12.1 1.392 0.088 3.92 11.7 51.2 830 569 245 22.1 OHSAS 18001: 2007
H
YGFC 04 DC CB -4R 358 169 14.9 4.37 9.73 2.85 55 12.8 53.6 12.0 1.862 0.117 7.91 23.7 73.2 930 569 245 24.4
YGFC 05 DC CB -4R 471 223 15.89 4.66 11.23 3.29 58 14.4 56.4 13.6 1.986 0.125 2.62 7.8 121.9 1030 569 245 26
YGFC 06 DC CB -4R 576 272 20.88 6.12 14.26 4.18 57.2 14.0 55.6 13.1 2.61 0.165 5.44 16.3 138.8 1150 569 245 28.6
YGFC 08 DC CB -4R 702 332 28.02 8.21 18.48 5.42 55.7 13.2 54.2 12.3 3.503 0.221 5.47 16.4 180.7 1450 569 245 41.1
L
YGFC 10 DC CB -4R 862 407 32.14 9.42 21.64 6.34 56.9 13.8 55.2 12.9 4.017 0.253 7.29 21.8 222.3 1550 569 245 42.5
YGFC 12 DC CB -4R 1006 475 38.57 11.30 25.64 7.52 56.5 13.6 54.8 12.7 4.821 0.304 10.36 31.0 248.4 1750 569 245 47.7
YGFC 14 DC CB -4R 1218 575 44.09 12.92 30.01 8.80 57.3 14.1 55.6 13.1 5.511 0.348 8.58 25.7 297.5 2050 575 245 58.5
YGFC-B DC SERIES (DUCTED) - 4 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 42/58°F (5.55/14.5 C) - HIGH SPEED - 25 Pa
WATER PRESSURE DIMENSIONS
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT WEIGHT
MODEL DROP (MM)
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG W
ISO 9001:2015
YGFC 02 DC CB -4R-B 199 94 8.12 2.38 5.27 1.54 54.3 12.4 53.4 11.9 1.01 0.064 15.1 45.2 47.2 630 558 233 19 ISO 14001: 2015
YGFC 03 DC CB -4R-B 291 138 12.15 3.56 7.91 2.32 54.5 12.5 53.6 12.0 1.519 0.096 29.9 89.5 62.3 780 558 233 22.1 OHSAS 18001: 2007
H
YGFC 04 DC CB -4R-B 346 164 13.98 4.10 9.12 2.67 54.6 12.6 53.7 12.1 1.748 0.110 14.96 44.8 78.4 880 558 233 24.4
YGFC 05 DC CB -4R-B 444 210 16.87 4.94 11.19 3.28 55.4 13.0 54.5 12.5 2.109 0.133 17.35 51.9 111.9 930 558 233 26
YGFC 06 DC CB -4R-B 610 288 21.3 6.24 14.46 4.24 56.4 13.6 55.4 13.0 2.663 0.168 16.12 48.3 143.4 1030 558 233 28.6
YGFC 07 DC CB -4R-B 638 302 24.54 7.19 16.28 4.77 55.5 13.1 54.5 12.5 3.067 0.194 22.06 66.0 145.4 1200 558 233 38.5
YGFC 08 DC CB -4R-B 824 389 31.6 9.26 20.94 6.14 55.5 13.1 54.5 12.5 3.95 0.249 15.79 47.3 200.4 1400 558 233 41.1 L
YGFC 10 DC CB -4R-B 891 421 30.89 9.05 21.54 6.31 57.3 14.1 56.3 13.5 3.862 0.244 15.24 45.6 216.4 1450 558 233 42.5
YGFC 12 DC CB -4R-B 1158 547 38.75 11.36 26.93 7.89 57.3 14.1 56.2 13.4 4.844 0.306 15.28 45.7 282.6 1700 558 233 47.7
YGFC 14 DC CB -4R-B 1467 693 47.77 14.00 33.48 9.81 57.6 14.2 56.5 13.6 5.971 0.377 18.54 55.5 359.2 1950 558 233 58.5
YDFC DC SERIES (DUCTED) - 4 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 42/58°F (5.55/14.5 C) - HIGH SPEED - 50 Pa
WATER PRESSURE DIMENSIONS
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT WEIGHT
MODEL DROP (MM)
H
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
ISO 9001:2015
YDFC 08 DC CB -4R 802 379 27.65 8.10 19.02 5.57 56.7 13.7 55.4 13.0 3.46 0.218 11.4 34.1 309.6 1050 775 295 49 ISO 14001: 2015
YDFC 10 DC CB -4R 1087 513 37.56 11.01 24.43 7.16 54.5 12.5 53.3 11.8 4.695 0.296 26.91 80.6 317.3 1210 775 295 51 OHSAS 18001: 2007
YDFC 12 DC CB -4R 1300 614 45.39 13.30 30.02 8.80 55.5 13.1 54.1 12.3 5.673 0.358 17.12 51.3 512.2 1210 775 345 59
YDFC 14 DC CB -4R 1568 740 52.33 15.34 35.28 10.34 56.4 13.6 54.9 12.7 6.541 0.413 13.66 40.9 551.6 1340 775 345 65 L
YDFC 16 DC CB -4R 1857 877 63.91 18.73 42.78 12.54 56.2 13.4 54.7 12.6 7.989 0.504 23 68.9 632.6 1340 815 396 77 w
YDFC 18 DC CB -4R 1935 914 70.76 20.74 46.8 13.72 55.6 13.1 54.2 12.3 8.845 0.558 30.91 92.5 721 1480 815 396 92
YDFC 20 DC CB -4R 2238 1057 76.38 22.39 51.68 15.15 56.5 13.6 55 12.8 9.547 0.602 17.98 53.8 925.8 1610 815 396 97
32
YORK® Chilled Water Fan Coil Units - Saudi/China Origins
YGFC DC SERIES (DUCTED) - 4 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 42/58°F (5.55/14.5 C) - MEDIUM SPEED - 25 Pa
WATER PRESSURE DIMENSIONS
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT WEIGHT
MODEL DROP (MM)
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG W
ISO 9001:2015
YGFC 02 DC CB -4R 187 89 7.72 2.26 5.12 1.50 54.8 12.7 53.7 12.1 0.96 0.061 2.11 6.3 35.2 730 569 245 19 ISO 14001: 2015
YGFC 03 DC CB -4R 248 118 10.87 3.19 7.03 2.06 53.9 12.2 52.8 11.6 1.358 0.086 3.43 10.3 48.2 830 569 245 22.1 OHSAS 18001: 2007
H
YGFC 04 DC CB -4R 327 155 13.68 4.01 8.95 2.62 54.7 12.6 53.5 11.9 1.711 0.108 6.98 20.9 63.3 930 569 245 24.4
YGFC 05 DC CB -4R 423 200 14.49 4.25 10.24 3.00 57.7 14.3 56.3 13.5 1.812 0.114 2.56 7.7 112.8 1030 569 245 26
YGFC 06 DC CB -4R 519 245 19.46 5.70 13.18 3.86 56.6 13.7 55.1 12.8 2.432 0.153 4.88 14.6 125 1150 569 245 28.6
YGFC 08 DC CB -4R 651 308 26.29 7.71 17.34 5.08 55.5 13.1 54.1 12.3 3.286 0.207 5.84 17.5 167.8 1450 569 245 41.1
L
YGFC 10 DC CB -4R 791 374 30.41 8.91 20.33 5.96 56.3 13.5 54.8 12.7 3.801 0.240 6.74 20.2 209.5 1550 569 245 42.5
YGFC 12 DC CB -4R 924 437 37.19 10.90 24.38 7.15 55.7 13.2 54.1 12.3 4.649 0.293 10.12 30.3 230.1 1750 569 245 47.7
YGFC 14 DC CB -4R 1093 516 40.54 11.88 27.5 8.06 56.8 13.8 55.3 12.9 5.067 0.320 7.92 23.7 284.1 2050 575 245 58.5
YGFC-B DC SERIES (DUCTED) - 4 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 42/58°F (5.55/14.5 C) - MEDIUM SPEED - 25 Pa
WATER PRESSURE DIMENSIONS
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT WEIGHT
MODEL DROP (MM)
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG W
ISO 9001:2015
YGFC 02 DC CB -4R-B 168 80 7.09 2.08 4.58 1.34 54 12.2 53.2 11.8 0.89 0.056 12.1 36.2 42 630 558 233 19 ISO 14001: 2015
YGFC 03 DC CB -4R-B 246 117 10.48 3.07 6.81 2.00 54.3 12.4 53.4 11.9 1.311 0.083 24.1 72.2 54.8 780 558 233 22.1 OHSAS 18001: 2007
H
YGFC 04 DC CB -4R-B 291 138 11.81 3.46 7.71 2.26 54.5 12.5 53.7 12.1 1.476 0.093 10.73 32.1 68.1 880 558 233 24.4
YGFC 05 DC CB -4R-B 374 177 14.71 4.31 9.71 2.85 55.1 12.8 54.2 12.3 1.839 0.116 14.05 42.1 98.3 930 558 233 26
YGFC 06 DC CB -4R-B 494 234 18.06 5.29 12.14 3.56 55.9 13.3 55 12.8 2.257 0.142 12.31 36.9 122.1 1030 558 233 28.6
YGFC 07 DC CB -4R-B 520 246 21.01 6.16 13.76 4.03 54.8 12.7 53.9 12.2 2.626 0.166 16.44 49.2 122.6 1200 558 233 38.5
YGFC 08 DC CB -4R-B 724 342 28.12 8.24 18.59 5.45 55.3 12.9 54.3 12.4 3.516 0.222 11.96 35.8 173.2 1400 558 233 41.1 L
YGFC 10 DC CB -4R-B 784 370 25.59 7.50 18.39 5.39 58 14.4 57.1 13.9 3.199 0.202 10.11 30.3 192 1450 558 233 42.5
YGFC 12 DC CB -4R-B 888 420 32.01 9.38 21.8 6.39 56.4 13.6 55.4 13.0 4.001 0.252 10.98 32.9 235.4 1700 558 233 47.7
YGFC 14 DC CB -4R-B 1193 564 41.07 12.04 28.29 8.29 56.9 13.8 55.9 13.3 5.133 0.324 15.12 45.3 302.3 1950 558 233 58.5
YDFC DC SERIES (DUCTED) - 4 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 42/58°F (5.55/14.5 C) - MEDIUM SPEED - 50 Pa
WATER PRESSURE DIMENSIONS
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT WEIGHT
MODEL DROP (MM)
H
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
ISO 9001:2015
YDFC 08 DC CB -4R 782 370 27.16 7.96 18.53 5.43 56.3 13.5 55 12.8 3.39 0.214 10.8 32.3 283.7 1050 775 295 49 ISO 14001: 2015
YDFC 10 DC CB -4R 1025 484 36.12 10.59 23.36 6.85 54.1 12.3 52.9 11.6 4.515 0.285 24.91 74.6 289.4 1210 775 295 51 OHSAS 18001: 2007
YDFC 12 DC CB -4R 1214 573 43.93 12.88 29.09 8.53 55.3 12.9 54 12.2 5.492 0.346 15.77 47.2 477.3 1210 775 345 59
YDFC 14 DC CB -4R 1504 710 50.02 14.66 33.76 9.90 56.2 13.4 54.8 12.7 6.253 0.395 12.96 38.8 520.2 1340 775 345 65 L
YDFC 16 DC CB -4R 1784 842 62.34 18.27 41.68 12.22 56.1 13.4 54.6 12.6 7.793 0.492 21.93 65.7 593.9 1340 815 396 77 w
YDFC 18 DC CB -4R 1839 868 67.45 19.77 44.61 13.08 55.4 13.0 54 12.2 8.431 0.532 28.58 85.6 663.2 1480 815 396 92
YDFC 20 DC CB -4R 2152 1016 74.51 21.84 50.13 14.69 56.1 13.4 54.8 12.7 9.314 0.588 17.19 51.5 868 1610 815 396 97
33
YORK® Chilled Water Fan Coil Units - Italy Origin
Laser-YLH-220-3R 634 299 17.20 5.04 13.31 3.90 59.9 15.5 58.3 14.6 3.421 0.216 7.8 23.5 127 1273 699 254 41
Laser-YLH-222-3R 720 340 18.42 5.40 15.56 4.56 59.4 15.2 59.0 15.0 3.668 0.231 8.2 24.5 174 1273 699 254 44
Laser-YLH-224-3R 868 409 24.36 7.14 18.97 5.56 59.0 15.0 57.9 14.4 4.852 0.306 5.6 16.9 204 1523 699 254 52 L
Laser-YLH-226-3R 1013 478 27.47 8.05 21.29 6.24 59.9 15.5 58.3 14.6 5.468 0.345 6.6 19.8 248 1523 699 254 52
Laser-YLH-328-3R 1488 702 37.46 10.98 29.92 8.77 60.8 16.0 59.0 15.0 7.458 0.471 22.3 66.9 351 1773 699 254 60
YLIH STD SERIES (DUCTED) - 3 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - HIGH SPEED - 25 Pa
WATER PRESSURE
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT DIMENSIONS (MM) WEIGHT
MODEL DROP
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
Concealed-YLIH-110-3R 127 60 3.07 0.90 2.73 0.80 59.2 15.1 59.2 15.1 0.612 0.039 0.7 2.0 57 574 505 215 10 W
Concealed-YLIH-112-3R 181 86 5.02 1.47 4.16 1.22 58.1 14.5 58.1 14.5 1.004 0.063 1.4 4.3 63 699 505 215 13
Concealed-YLIH-114-3R 240 113 7.54 2.21 5.83 1.71 56.8 13.8 56.8 13.8 1.497 0.094 1.3 4.0 81 824 505 215 16
Concealed-YLIH-216-3R 361 170 11.40 3.34 8.29 2.43 58.1 14.5 56.8 13.8 2.272 0.143 3.8 11.4 89 949 505 215 19
H
Concealed-YLIH-218-3R 447 211 12.21 3.58 10.17 2.98 58.3 14.6 58.3 14.6 2.430 0.153 3.6 10.8 110 1074 505 215 22
Concealed-YLIH-220-3R 571 269 15.93 4.67 12.35 3.62 59.2 15.1 58.1 14.5 3.174 0.200 6.8 20.4 126 1199 581 245 29
Concealed-YLIH-222-3R 648 306 17.09 5.01 14.47 4.24 58.6 14.8 58.6 14.8 3.403 0.215 7.1 21.4 172 1199 581 245 31
Concealed-YLIH-224-3R 765 361 22.28 6.53 17.37 5.09 58.3 14.6 57.7 14.3 4.438 0.280 4.8 14.3 198 1449 581 245 38 L
Concealed-YLIH-226-3R 924 436 25.76 7.55 19.99 5.86 59.2 15.1 58.1 14.5 5.129 0.324 5.9 17.6 243 1449 581 245 38
Concealed-YLIH-328-3R 1427 674 36.40 10.67 29.14 8.54 60.4 15.8 58.8 14.9 7.247 0.457 21.2 63.5 339 1699 581 245 44
YEFB STD SERIES (DUCTED) - 3 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - HIGH SPEED - 50 Pa
WATER PRESSURE
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT DIMENSIONS (MM) WEIGHT
MODEL DROP
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
Blower-YEFB-020-3R 801 378 22.45 6.58 16.07 4.71 60.8 16.0 57.9 14.4 4.473 0.282 10.1 30.2 241 990 902 408 66
Blower-YEFB-030-3R 1386 654 28.56 8.37 22.52 6.60 64.4 18.0 60.4 15.8 5.688 0.359 16.0 47.9 521 990 902 408 66 H
Blower-YEFB-040-3R 1573 742 33.98 9.96 27.87 8.17 63.0 17.2 60.1 15.6 6.767 0.427 15.8 47.2 564 1240 902 408 82
Blower-YEFB-050-3R 1646 777 35.86 10.51 29.38 8.61 62.6 17.0 60.1 15.6 7.133 0.450 14.6 43.8 875 1240 902 408 82
Blower-YEFB-060-3R 2327 1098 63.83 18.71 48.65 14.26 59.9 15.5 58.1 14.5 12.711 0.802 8.5 25.5 1188 1635 1158 513 135 W
L
Blower-YEFB-070-3R 2899 1368 73.63 21.58 57.52 16.86 61.0 16.1 58.8 14.9 14.666 0.925 11.1 33.1 1796 1635 1158 513 135
* YEFB-070 will work on ESP 150Pa and higher in order to avoid overheating.
34
YORK® Chilled Water Fan Coil Units - Italy Origin
Laser-YLH-220-3R 535 253 15.11 4.43 11.53 3.38 59.4 15.2 58.1 14.5 3.012 0.190 6.6 19.7 100 1273 699 254 41
Laser-YLH-222-3R 589 278 15.80 4.63 13.24 3.88 58.5 14.7 58.5 14.7 3.148 0.199 6.6 19.8 133 1273 699 254 44
Laser-YLH-224-3R 673 318 19.72 5.78 15.08 4.42 58.5 14.7 57.6 14.2 3.927 0.248 4.2 12.7 147 1523 699 254 52 L
Laser-YLH-226-3R 804 379 22.45 6.58 17.02 4.99 59.7 15.4 57.9 14.4 4.469 0.282 4.8 14.5 178 1523 699 254 52
Laser-YLH-328-3R 1050 496 29.48 8.64 23.47 6.88 58.6 14.8 58.1 14.5 5.873 0.371 16.5 49.5 251 1773 699 254 60
YLIH STD SERIES (DUCTED) - 3 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - MEDIUM SPEED - 25 Pa
WATER PRESSURE
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT DIMENSIONS (MM) WEIGHT
MODEL DROP
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
Concealed-YLIH-110-3R 98 46 2.63 0.77 2.22 0.65 58.3 14.6 58.3 14.6 0.524 0.033 0.5 1.4 46 574 505 215 10 W
Concealed-YLIH-112-3R 134 63 3.92 1.15 3.07 0.90 58.1 14.5 57.7 14.3 0.779 0.049 1.1 3.2 51 699 505 215 13
Concealed-YLIH-114-3R 201 95 5.56 1.63 4.57 1.34 58.1 14.5 58.1 14.5 1.110 0.070 1.0 2.9 65 824 505 215 16
Concealed-YLIH-216-3R 288 136 9.52 2.79 6.89 2.02 57.0 13.9 56.1 13.4 1.893 0.119 3.0 8.9 71 949 505 215 19
H
Concealed-YLIH-218-3R 361 170 10.17 2.98 8.32 2.44 57.9 14.4 57.9 14.4 2.021 0.128 2.8 8.3 87 1074 505 215 22
Concealed-YLIH-220-3R 460 217 13.51 3.96 10.37 3.04 58.3 14.6 57.4 14.1 2.695 0.170 5.4 16.1 99 1199 581 245 29
Concealed-YLIH-222-3R 498 235 14.02 4.11 11.46 3.36 57.9 14.4 57.9 14.4 2.791 0.176 5.3 15.9 132 1199 581 245 31
Concealed-YLIH-224-3R 566 267 17.30 5.07 13.34 3.91 57.4 14.1 57.0 13.9 3.447 0.218 3.4 10.1 144 1449 581 245 38 L
Concealed-YLIH-226-3R 709 334 20.47 6.00 15.59 4.57 59.0 15.0 57.7 14.3 4.081 0.258 4.1 12.2 174 1449 581 245 38
Concealed-YLIH-328-3R 999 472 28.49 8.35 22.69 6.65 58.3 14.6 57.9 14.4 5.671 0.358 15.5 46.5 243 1699 581 245 44
YEFB STD SERIES (DUCTED) - 3 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - MEDIUM SPEED - 50 Pa
WATER PRESSURE
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT DIMENSIONS (MM) WEIGHT
MODEL DROP
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
Blower-YEFB-020-3R 476.2 225 15.73 4.61 11.12 3.26 57.6 14.2 56.1 13.4 3.135 0.198 5.0 14.9 137 990 902 408 66
Blower-YEFB-030-3R 721.6 341 19.82 5.81 15.25 4.47 59.7 15.4 58.1 14.5 3.949 0.249 8.1 24.4 269 990 902 408 66 H
Blower-YEFB-040-3R 1030 486 26.95 7.90 21.87 6.41 59.7 15.4 58.6 14.8 5.371 0.339 11.2 33.6 366 1240 902 408 82
Blower-YEFB-050-3R 1360 642 32.86 9.63 27.53 8.07 61.5 16.4 60.8 16.0 6.530 0.412 12.8 38.3 575 1240 902 408 82
Blower-YEFB-060-3R 1828 863 54.59 16.00 41.01 12.02 58.5 14.7 57.4 14.1 10.875 0.686 6.4 19.1 898 1635 1158 513 135 W
L
Blower-YEFB-070-3R 2631 1242 68.47 20.07 52.64 15.43 60.8 16.0 58.6 14.8 13.640 0.861 9.6 28.6 881 1635 1158 513 135
* YEFB-070 will work on ESP 150Pa and higher in order to avoid overheating.
35
YORK® Chilled Water Fan Coil Units - Italy Origin
Laser-YLH-220-4R 634 299 19.52 5.72 15.22 4.46 57.0 13.9 57.0 13.9 3.89 0.245 3.8 11.5 127 1273 699 254 41
Laser-YLH-222-4R 720 340 21.05 6.17 16.89 4.95 57.6 14.2 57.6 14.2 4.19 0.264 5.9 17.6 174 1273 699 254 44
Laser-YLH-224-4R 868 409 29.68 8.7 21.94 6.43 55.8 13.2 55.8 13.2 5.91 0.373 4.1 12.3 204 1523 699 254 52 L
Laser-YLH-226-4R 1013 478 32.14 9.42 24.39 7.15 56.8 13.8 56.7 13.7 6.40 0.404 4.6 13.7 248 1523 699 254 52
Laser-YLH-328-4R 1488 702 44.32 12.99 35.18 10.31 57.4 14.1 57.2 14.0 8.83 0.557 9.1 27.1 351 1773 699 254 60
YLIH STD SERIES (DUCTED) - 4 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - HIGH SPEED - 25 Pa
WATER PRESSURE
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT DIMENSIONS (MM) WEIGHT
MODEL DROP
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
Concealed-YLIH-110-4R 127 60 4.03 1.18 3.10 0.91 56.7 13.7 56.7 13.7 0.80 0.051 0.4 1.1 57 574 505 215 10 W
Concealed-YLIH-112-4R 181 86 5.36 1.57 4.26 1.25 57.4 14.1 57.4 14.1 1.07 0.068 0.8 2.4 63 699 505 215 13
Concealed-YLIH-114-4R 240 113 9.45 2.77 6.04 1.77 55.9 13.3 53.8 12.1 1.88 0.119 2.1 6.2 81 824 505 215 16
Concealed-YLIH-216-4R 361 170 12.21 3.58 9.08 2.66 55.9 13.3 55.9 13.3 2.43 0.154 2.0 6.0 89 949 505 215 19
H
Concealed-YLIH-218-4R 447 211 13.95 4.09 10.82 3.17 56.8 13.8 56.8 13.8 2.78 0.175 2.1 6.3 110 1074 505 215 22
Concealed-YLIH-220-4R 571 269 17.98 5.27 13.85 4.06 56.7 13.7 56.7 13.7 3.58 0.226 3.3 9.9 126 1199 581 245 29
Concealed-YLIH-222-4R 648 306 19.41 5.69 15.35 4.5 57.2 14.0 57.2 14.0 3.87 0.244 5.0 15.1 172 1199 581 245 31
Concealed-YLIH-224-4R 765 361 26.92 7.89 19.65 5.76 55.4 13.0 55.4 13.0 5.36 0.338 3.4 10.3 198 1449 581 245 38 L
Concealed-YLIH-226-4R 924 436 29.96 8.78 22.82 6.69 56.3 13.5 56.3 13.5 5.97 0.377 4.0 12.1 243 1449 581 245 38
Concealed-YLIH-328-4R 1427 674 43.02 12.61 33.91 9.94 57.2 14.0 57.2 14.0 8.57 0.541 8.6 25.7 339 1699 581 245 44
YEFB STD SERIES (DUCTED) - 4 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - HIGH SPEED - 50 Pa
WATER PRESSURE
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT DIMENSIONS (MM) WEIGHT
MODEL DROP
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
Blower-YEFB-020-4R 801 378 25.90 7.59 18.90 5.54 57.4 14.1 56.5 13.6 5.16 0.326 5.6 16.8 241 990 902 408 66
Blower-YEFB-030-4R 1386 654 33.85 9.92 27.16 7.96 61.2 16.2 59.2 15.1 6.75 0.426 9.4 28.1 521 990 902 408 66 H
Blower-YEFB-040-4R 1573 742 40.29 11.81 33.47 9.81 59.5 15.3 58.8 14.9 8.02 0.506 9.3 27.7 564 1240 902 408 82
Blower-YEFB-050-4R 1573 777 42.61 12.49 35.38 10.37 59.0 15.0 59.0 15.0 8.48 0.535 8.6 25.8 875 1240 902 408 82
Blower-YEFB-060-4R 2327 1098 76.87 22.53 57.83 16.95 56.1 13.4 56.1 13.4 15.31 0.966 6.8 20.4 1188 1635 1158 513 135 W
L
Blower-YEFB-070-4R 2899 1368 88.06 25.81 69.12 20.26 57.2 14.0 57.2 14.0 17.54 1.107 8.7 26.1 1024 1635 1158 513 135
* YEFB-070 will work on ESP 150Pa and higher in order to avoid overheating.
36
YORK® Chilled Water Fan Coil Units - Italy Origin
Laser-YLH-220-4R 535 253 16.07 4.71 13.34 3.91 56.1 13.4 56.1 13.4 3.201 0.202 2.8 8.3 100 1273 699 254 41
Laser-YLH-222-4R 589 278 17.30 5.07 14.53 4.26 56.3 13.5 56.3 13.5 3.447 0.218 4.1 12.3 133 1273 699 254 44
Laser-YLH-224-4R 673 318 22.93 6.72 17.84 5.23 54.7 12.6 54.5 12.5 4.570 0.288 2.6 7.7 147 1523 699 254 52 L
Laser-YLH-226-4R 804 379 25.25 7.40 20.30 5.95 55.8 13.2 55.8 13.2 5.028 0.317 3.0 8.9 178 1523 699 254 52
Laser-YLH-328-4R 1050 496 32.24 9.45 26.48 7.76 55.9 13.3 55.4 13.0 6.419 0.405 5.3 15.8 251 1773 699 254 60
YLIH STD SERIES (DUCTED) - 4 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - MEDIUM SPEED - 25 Pa
WATER PRESSURE
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT DIMENSIONS (MM) WEIGHT
MODEL DROP
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
Concealed-YLIH-110-4R 98 46 3.28 0.96 2.46 0.72 55.9 13.3 55.9 13.3 0.656 0.041 0.3 0.8 46 574 505 215 10 W
Concealed-YLIH-112-4R 134 63 3.89 1.14 3.14 0.92 57.6 14.2 57.6 14.2 0.775 0.049 0.5 1.4 51 699 505 215 13
Concealed-YLIH-114-4R 201 95 7.03 2.06 5.08 1.49 55.8 13.2 55.6 13.1 1.400 0.088 1.6 4.7 65 824 505 215 16
Concealed-YLIH-216-4R 288 136 9.83 2.88 7.27 2.13 55.8 13.2 55.8 13.2 1.955 0.123 1.5 4.6 71 949 505 215 19
H
Concealed-YLIH-218-4R 361 170 11.33 3.32 8.73 2.56 56.8 13.8 56.8 13.8 2.259 0.143 1.5 4.5 87 1074 505 215 22
Concealed-YLIH-220-4R 460 217 14.98 4.39 11.36 3.33 56.3 13.5 56.3 13.5 2.985 0.188 2.4 7.3 99 1199 581 245 29
Concealed-YLIH-222-4R 498 235 15.97 4.68 12.18 3.57 56.5 13.6 56.5 13.6 3.179 0.201 3.6 10.7 132 1199 581 245 31
Concealed-YLIH-224-4R 566 267 21.02 6.16 14.98 4.39 54.7 12.6 54.7 12.6 4.187 0.264 2.2 6.6 144 1449 581 245 38 L
Concealed-YLIH-226-4R 709 334 24.05 7.05 17.84 5.23 55.8 13.2 55.8 13.2 4.790 0.302 2.7 8.1 174 1449 581 245 38
Concealed-YLIH-328-4R 999 472 32.51 9.53 24.63 7.22 56.3 13.5 56.3 13.5 6.476 0.409 5.4 16.1 243 1699 581 245 44
YEFB STD SERIES (DUCTED) - 4 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - MEDIUM SPEED - 50 Pa
WATER PRESSURE
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW POWER INPUT DIMENSIONS (MM) WEIGHT
MODEL DROP
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
Blower-YEFB-020-4R 476.2 225 17.50 5.13 12.52 3.67 54.9 12.7 54.9 12.7 3.483 0.220 2.6 7.8 137 990 902 408 66
Blower-YEFB-030-4R 721.6 341 22.72 6.66 17.50 5.13 56.7 13.7 56.7 13.7 4.522 0.285 4.5 13.4 269 990 902 408 66 H
Blower-YEFB-040-4R 1030 486 31.39 9.20 24.60 7.21 57.0 13.9 57.0 13.9 6.252 0.394 6.4 19.1 366 1240 902 408 82
Blower-YEFB-050-4R 1360 642 38.79 11.37 32.48 9.52 58.3 14.6 58.3 14.6 7.719 0.487 7.4 22.3 575 1240 902 408 82
Blower-YEFB-060-4R 1828 863 63.97 18.75 46.81 13.72 55.4 13.0 55.4 13.0 12.737 0.804 4.8 14.5 898 1635 1158 513 135 W
L
Blower-YEFB-070-4R 2631 1242 81.58 23.91 63.56 18.63 56.8 13.8 56.7 13.7 16.246 1.025 7.5 22.4 881 1635 1158 513 135
* YEFB-070 will work on ESP 150Pa and higher in order to avoid overheating.
37
YORK® Chilled Water Fan Coil Units - Italy Origin
Laser-YLH-514-EST 3R (9V) 338 160 8.56 2.51 6.89 2.02 60.4 15.8 58.8 14.9 1.704 0.108 2.1 6.3 49 898 623 224 23
Laser-YLH-516-EST 3R (9V) 440 208 11.94 3.50 9.48 2.78 59.4 15.2 58.3 14.6 2.378 0.150 3.6 10.8 35 1023 623 224 28
H
Laser-YLH-520-EST 3R (9V) 596 281 15.83 4.64 12.38 3.63 60.1 15.6 58.5 14.7 3.152 0.199 4.0 12 40 1273 699 254 41
Laser-YLH-522-EST 3R (9V) 712 336 18.15 5.32 13.99 4.10 61.2 16.2 58.8 14.9 3.615 0.228 8.5 25.5 65 1273 699 254 44
Laser-YLH-524-EST 3R (9V) 853 403 23.06 6.76 17.91 5.25 59.9 15.5 58.3 14.6 4.592 0.290 4.1 12.4 77 1523 699 254 52 L
Laser-YLH-528-EST 3R (9V) 1099 519 28.83 8.45 22.52 6.60 60.4 15.8 57.9 14.4 5.741 0.362 7.4 22.1 138 1773 699 254 58
YLIH STD SERIES (DUCTED) - ECM - 3 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - HIGH SPEED - 25 Pa
WATER PRESSURE POWER
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW DIMENSIONS (MM) WEIGHT
MODEL DROP INPUT
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
Concealed-YLIH-512-EST 3R (9V) 263 124 6.35 1.86 5.08 1.49 61.5 16.4 59.4 15.2 1.264 0.080 2.0 6 52 699 505 215 13
W
Concealed-YLIH-514-EST 3R (9V) 333 157 8.26 2.42 6.62 1.94 61.0 16.1 59.4 15.2 1.642 0.104 1.6 4.9 65 824 505 215 16
Concealed-YLIH-516-EST 3R (9V) 443 209 11.87 3.48 9.55 2.80 59.4 15.2 58.6 14.8 2.364 0.149 3.4 10.2 81 949 505 215 19
Concealed-YLIH-520-EST 3R (9V) 533 251 14.33 4.20 11.22 3.29 59.7 15.4 59.4 15.2 2.857 0.180 3.5 10.4 44 1199 581 245 29 H
Concealed-YLIH-522-EST 3R (9V) 603 284 16.14 4.73 12.62 3.70 59.9 15.5 59.5 15.3 3.214 0.203 4.0 12 57 1199 581 245 31
Concealed-YLIH-524-EST 3R (9V) 783 369 22.07 6.47 16.92 4.96 59.4 15.2 58.6 14.8 4.394 0.277 3.7 11.2 89 1449 581 245 38
L
Concealed-YLIH-528-EST 3R (9V) 951 449 26.03 7.63 20.37 5.97 59.5 15.3 58.8 14.9 5.182 0.327 6.1 18.3 128 1699 581 245 42
YEFB STD SERIES (DUCTED) - ECM - 3 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - HIGH SPEED - 50 Pa
WATER PRESSURE POWER
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW DIMENSIONS (MM) WEIGHT
MODEL DROP INPUT
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
Blower-YEFB-020-EST 3R (9V) 842 397 22.62 6.63 15.32 4.49 62.6 17.0 61.7 16.5 4.504 0.284 8.0 24 185 990 902 408 66
H
Blower-YEFB-030-EST 3R (9V) 1166 550 26.65 7.81 20.20 5.92 63.5 17.5 62.6 17.0 5.305 0.335 13.3 39.8 232 990 902 408 66
Blower-YEFB-040-EST 3R (9V) 1759 830 36.54 10.71 28.52 8.36 64.4 18.0 63.0 17.2 7.278 0.459 15.5 46.3 383 1240 902 408 82
Blower-YEFB-050-EST 3R (9V) 2220 1048 43.98 12.89 37.19 10.90 64.0 17.8 63.7 17.6 8.757 0.553 21.2 63.6 617 1240 902 408 82 W
L
Blower-YEFB-060-EST 3R (9V) 2535 1196 67.66 19.83 51.48 15.09 60.6 15.9 60.4 15.8 13.473 0.850 9.5 28.4 762 1635 1158 513 135
38
YORK® Chilled Water Fan Coil Units - Italy Origin
Laser-YLH-514-EST 3R (8V) 298 141 7.85 2.30 6.35 1.86 59.7 15.4 58.5 14.7 1.563 0.099 1.9 5.8 36 898 623 224 23
Laser-YLH-516-EST 3R (8V) 403 190 11.02 3.23 8.70 2.55 59.2 15.1 58.1 14.5 2.197 0.139 3.2 9.5 28 1023 623 224 28
H
Laser-YLH-520-EST 3R (8V) 542 256 14.70 4.31 11.26 3.30 60.1 15.6 58.3 14.6 2.928 0.185 3.6 10.7 32 1273 699 254 41
Laser-YLH-522-EST 3R (8V) 656 310 17.02 4.99 13.03 3.82 61.0 16.1 58.6 14.8 3.395 0.214 7.5 22.4 52 1273 699 254 44
Laser-YLH-524-EST 3R (8V) 780 368 21.56 6.32 16.55 4.85 59.7 15.4 58.1 14.5 4.297 0.271 3.7 11 60 1523 699 254 52 L
Laser-YLH-528-EST 3R (8V) 993 469 26.82 7.86 21.08 6.18 59.7 15.4 58.3 14.6 5.341 0.337 6.9 20.7 106 1773 699 254 58
YLIH STD SERIES (DUCTED) - ECM - 3 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - MEDIUM SPEED - 25 Pa
WATER PRESSURE POWER
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW DIMENSIONS (MM) WEIGHT
MODEL DROP INPUT
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
Concealed-YLIH-512-EST 3R (8V) 219 103 5.56 1.63 4.47 1.31 60.4 15.8 58.6 14.8 1.11 0.070 1.6 4.7 38 699 505 215 13
W
Concealed-YLIH-514-EST 3R (8V) 297 140 7.54 2.21 6.18 1.81 60.1 15.6 59.5 15.3 1.51 0.095 1.5 4.4 48 824 505 215 16
Concealed-YLIH-516-EST 3R (8V) 383 181 10.61 3.11 8.46 2.48 58.8 14.9 57.6 14.2 2.11 0.133 2.7 8.2 36 949 505 215 19
Concealed-YLIH-520-EST 3R (8V) 454 214 12.69 3.72 9.89 2.90 59.0 15.0 57.7 14.3 2.53 0.159 2.8 8.4 33 1199 581 245 29 H
Concealed-YLIH-522-EST 3R (8V) 496 234 13.92 4.08 10.85 3.18 59.0 15.0 58.8 14.9 2.77 0.175 3.1 9.3 44 1199 581 245 31
Concealed-YLIH-524-EST 3R (8V) 671 317 19.38 5.68 14.88 4.36 58.8 14.9 57.6 14.2 3.86 0.244 3.0 9.1 64 1449 581 245 38
L
Concealed-YLIH-528-EST 3R (8V) 830 392 23.61 6.92 18.59 5.45 58.5 14.7 57.7 14.3 4.70 0.297 5.5 16.4 95 1699 581 245 42
YEFB STD SERIES (DUCTED) - ECM - 3 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - MEDIUM SPEED - 50 Pa
WATER PRESSURE POWER
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW DIMENSIONS (MM) WEIGHT
MODEL DROP INPUT
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
Blower-YEFB-020-EST 3R (8V) 647 306 18.83 5.52 12.83 3.76 61.0 16.1 60.8 16.0 3.75 0.237 5.7 17.2 126 990 902 408 66
H
Blower-YEFB-030-EST 3R (8V) 865 408 21.84 6.4 16.62 4.87 61.7 16.5 61.2 16.2 4.35 0.274 9.2 27.6 165 990 902 408 66
Blower-YEFB-040-EST 3R (8V) 1504 710 33.03 9.68 25.86 7.58 63.5 17.5 61.3 16.3 6.57 0.415 12.9 38.5 270 1240 902 408 82
Blower-YEFB-050-EST 3R (8V) 1919 906 40.16 11.77 33.98 9.96 63.0 17.2 60.8 16.0 8.00 0.505 18.0 53.9 435 1240 902 408 82 W
L
Blower-YEFB-060-EST 3R (8V) 2095 989 55.92 16.39 45.41 13.31 59.2 15.1 58.6 14.8 11.13 0.703 7.5 22.5 507 1635 1158 513 135
39
YORK® Chilled Water Fan Coil Units - Italy Origin
Laser-YLH-514-EST 4R (9V) 338 160 11.09 3.25 7.64 2.24 58.5 14.7 57.7 14.3 2.21 0.139 2.7 8.2 49 898 623 224 23
Laser-YLH-516-EST 4R (9V) 440 208 14.50 4.25 10.92 3.2 56.3 13.5 56.3 13.5 2.88 0.182 2.6 7.9 35 1023 623 224 28
H
Laser-YLH-520-EST 4R (9V) 596 281 18.46 5.41 14.16 4.15 57.2 14 57.2 14.0 3.67 0.232 2.2 6.5 40 1273 699 254 41
Laser-YLH-522-EST 4R (9V) 712 336 20.88 6.12 16.48 4.83 57.7 14.3 57.6 14.2 4.16 0.263 2.7 8.2 65 1273 699 254 44
Laser-YLH-524-EST 4R (9V) 853 403 27.60 8.09 20.81 6.1 56.7 13.7 56.3 13.5 5.50 0.347 1.0 2.9 77 1523 699 254 52 L
Laser-YLH-528-EST 4R (9V) 1099 519 33.30 9.76 26.20 7.68 57.2 14 56.8 13.8 6.63 0.419 5.8 17.3 138 1773 699 254 58
YLIH STD SERIES (DUCTED) - 4 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - HIGH SPEED - 25 Pa
WATER PRESSURE POWER
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW DIMENSIONS (MM) WEIGHT
MODEL DROP INPUT
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
Concealed-YLIH-512-EST 4R (9V) 263 124 7.23 2.12 6.00 1.76 58.1 14.5 57.6 14.2 1.44 0.091 1.5 4.6 52 699 505 215 13
W
Concealed-YLIH-514-EST 4R (9V) 333 157 10.95 3.21 7.54 2.21 58.3 14.6 57.7 14.3 2.18 0.138 2.7 8 65 824 505 215 16
Concealed-YLIH-516-EST 4R (9V) 443 209 14.26 4.18 10.88 3.19 56.5 13.6 56.5 13.6 2.84 0.179 2.7 8 81 949 505 215 19
Concealed-YLIH-520-EST 4R (9V) 533 251 17.64 5.17 13.00 3.81 56.7 13.7 55.8 13.2 3.51 0.222 1.8 5.5 44 1199 581 245 29 H
Concealed-YLIH-522-EST 4R (9V) 603 284 18.39 5.39 14.40 4.22 57.0 13.9 56.3 13.5 3.66 0.231 2.2 6.5 57 1199 581 245 31
Concealed-YLIH-524-EST 4R (9V) 783 369 25.79 7.56 19.45 5.7 56.1 13.4 56.1 13.4 5.14 0.324 0.9 2.6 89 1449 581 245 38
L
Concealed-YLIH-528-EST 4R (9V) 951 449 29.82 8.74 23.03 6.75 56.8 13.8 55.8 13.2 5.94 0.375 4.7 14.2 128 1699 581 245 42
YEFB STD SERIES (DUCTED) - 4 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - HIGH SPEED - 50 Pa
WATER PRESSURE POWER
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW DIMENSIONS (MM) WEIGHT
MODEL DROP INPUT
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
Blower-YEFB-020-EST 4R (9V) 842 397 26.13 7.66 19.52 5.72 57.7 14.3 57.6 14.2 5.20 0.328 5.9 17.6 185 990 902 408 66
H
Blower-YEFB-030-EST 4R (9V) 1166 550 31.32 9.18 24.19 7.09 60.1 15.6 58.1 14.5 6.24 0.394 7.7 23 232 990 902 408 66
Blower-YEFB-040-EST 4R (9V) 1759 830 43.57 12.77 34.43 10.09 61.3 16.3 59.0 15.0 8.68 0.548 9.2 27.4 383 1240 902 408 82
Blower-YEFB-050-EST 4R (9V) 2220 1048 52.92 15.51 45.27 13.27 60.4 15.8 58.6 14.8 10.54 0.665 12.8 38.3 617 1240 902 408 82 W
L
Blower-YEFB-060-EST 4R (9V) 2535 1196 80.35 23.55 61.96 18.16 56.5 13.6 55.8 13.2 16.00 1.010 7.4 22.1 762 1635 1158 513 135
40
YORK® Chilled Water Fan Coil Units - Italy Origin
Laser-YLH-514-EST 4R (8V) 298 141 10.06 2.95 6.96 2.04 57.7 14.3 57.2 14.0 2.00 0.126 2.4 7.1 36 898 623 224 23
Laser-YLH-516-EST 4R (8V) 403 190 13.41 3.93 10.03 2.94 56.1 13.4 55.9 13.3 2.67 0.168 2.3 6.8 28 1023 623 224 28
H
Laser-YLH-520-EST 4R (8V) 542 256 17.88 5.24 12.90 3.78 57.2 14 57.2 14.0 3.56 0.225 1.9 5.7 32 1273 699 254 41
Laser-YLH-522-EST 4R (8V) 656 310 19.38 5.68 15.28 4.48 57.7 14.3 56.8 13.8 3.86 0.244 2.4 7.3 52 1273 699 254 44
Laser-YLH-524-EST 4R (8V) 780 368 25.73 7.54 19.41 5.69 56.1 13.4 56.1 13.4 5.12 0.323 0.8 2.5 60 1523 699 254 52 L
Laser-YLH-528-EST 4R (8V) 993 469 31.22 9.15 24.09 7.06 56.8 13.8 56.7 13.7 6.22 0.392 5.4 16.1 106 1773 699 254 58
YLIH STD SERIES (DUCTED) - ECM - 4 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - MEDIUM SPEED - 25 Pa
WATER PRESSURE POWER
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW DIMENSIONS (MM) WEIGHT
MODEL DROP INPUT
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
Concealed-YLIH-512-EST 4R (8V) 219 103 6.18 1.81 5.05 1.48 57.9 14.4 57.0 13.9 1.23 0.078 1.1 3.4 38 699 505 215 13
W
Concealed-YLIH-514-EST 4R (8V) 297 140 10.00 2.93 6.93 2.03 57.7 14.3 57.2 14.0 1.99 0.126 2.4 7.1 48 824 505 215 16
Concealed-YLIH-516-EST 4R (8V) 383 181 12.90 3.78 9.62 2.82 55.9 13.3 55.8 13.2 2.57 0.162 2.1 6.3 36 949 505 215 19
Concealed-YLIH-520-EST 4R (8V) 454 214 15.46 4.53 11.26 3.3 56.1 13.4 55.9 13.3 3.08 0.194 1.5 4.4 33 1199 581 245 29 H
Concealed-YLIH-522-EST 4R (8V) 496 234 15.52 4.55 12.01 3.52 56.8 13.8 55.8 13.2 3.10 0.195 1.6 4.9 44 1199 581 245 31
Concealed-YLIH-524-EST 4R (8V) 671 317 22.86 6.7 16.92 4.96 55.8 13.2 55.8 13.2 4.55 0.287 0.7 2 64 1449 581 245 38
L
Concealed-YLIH-528-EST 4R (8V) 830 392 27.19 7.97 20.54 6.02 56.3 13.5 55.9 13.3 5.42 0.342 4.2 12.6 95 1699 581 245 42
YEFB STD SERIES (DUCTED) - ECM - 4 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 45/55°F (7.22/12.78 C) - MEDIUM SPEED - 50 Pa
WATER PRESSURE POWER
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW DIMENSIONS (MM) WEIGHT
MODEL DROP INPUT
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
Blower-YEFB-020-EST 4R (8V) 647 306 21.46 6.29 16.14 4.73 56.1 13.4 55.9 13.3 4.27 0.269 4.1 12.3 126 990 902 408 66
H
Blower-YEFB-030-EST 4R (8V) 865 408 25.25 7.4 19.65 5.76 58.3 14.6 56.8 13.8 5.03 0.318 5.2 15.5 165 990 902 408 66
Blower-YEFB-040-EST 4R (8V) 1504 710 39.13 11.47 30.95 9.07 60.3 15.7 57.2 14.0 7.79 0.492 7.5 22.5 270 1240 902 408 82
Blower-YEFB-050-EST 4R (8V) 1919 906 48.04 14.08 41.08 12.04 59.5 15.3 57.6 14.2 9.57 0.604 10.7 32.1 435 1240 902 408 82 W
L
Blower-YEFB-060-EST 4R (8V) 2095 989 65.78 19.28 50.77 14.88 56.8 13.8 56.7 13.7 13.10 0.826 5.7 17.2 507 1635 1158 513 135
41
YORK® Chilled Water Fan Coil Units - Italy Origin
Laser-YLH-222-4R 720 340 22.11 6.48 16.85 4.94 57.6 14.2 57.0 13.9 2.721 0.172 7.0 21.1 174 1273 699 254 44
H
Laser-YLH-224-4R 868 409 27.57 8.08 21.02 6.16 56.8 13.8 56.7 13.7 3.390 0.214 5.7 17.2 204 1523 699 254 52
Laser-YLH-226-4R 1013 478 29.72 8.71 22.76 6.67 58.5 14.7 57.6 14.2 3.654 0.231 10.1 30.2 248 1523 699 254 52
L
Laser-YLH-328-4R 1488 702 43.26 12.68 33.16 9.72 58.6 14.8 57.7 14.3 5.323 0.336 15.9 47.6 351 1773 699 254 60
YLIH DC SERIES (DUCTED) - 4 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 42/58°F (5.55/14.5 C) - HIGH SPEED - 25 Pa
WATER PRESSURE POWER
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW DIMENSIONS (MM) WEIGHT
MODEL DROP INPUT
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
Concealed-YLIH-220-4R 571 269 19.34 5.67 14.36 4.21 55.9 13.3 55.9 13.3 2.382 0.150 5.6 16.9 126 1199 581 245 29 W
Concealed-YLIH-222-4R 648 306 20.47 6.00 15.63 4.58 56.8 13.8 56.7 13.7 2.518 0.159 6.1 18.3 172 1199 581 245 31
H
Concealed-YLIH-226-4R 924 436 27.81 8.15 21.32 6.25 57.9 14.4 57.4 14.1 3.421 0.216 8.9 26.7 243 1449 581 245 38
Concealed-YLIH-328-4R 1427 674 42.03 12.32 32.24 9.45 58.3 14.6 57.4 14.1 5.169 0.326 15.1 45.2 339 1699 581 245 44 L
YEFB DC SERIES (DUCTED) - 4 & 5 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 42/58°F (5.55/14.5 C) - HIGH SPEED - 50 Pa
WATER PRESSURE POWER
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW DIMENSIONS (MM) WEIGHT
MODEL DROP INPUT
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
Blower DC-YEFB-020-4R 801 378 25.28 7.41 19.04 5.58 57.2 14.0 57.2 14.0 3.108 0.196 10.6 31.6 241 990 902 408 66
H
Blower DC-YEFB-030-4R 1386 654 34.29 10.05 27.47 8.05 61.0 16.1 60.8 16.0 4.218 0.266 18.4 55.1 521 990 902 408 66
Blower DC-YEFB-040-4R 1573 742 41.49 12.16 33.13 9.71 59.7 15.4 59.4 15.2 5.107 0.322 14.5 43.4 564 1240 902 408 82
W
L
Blower DC-YEFB-060-5R 2327 1098 88.57 25.96 62.37 18.28 54.3 12.4 54.3 12.4 10.897 0.688 9.9 29.5 1188 1635 1158 513 135
Blower DC-YEFB-070-5R 2899 1368 93.62 27.44 66.94 19.62 57.9 14.4 56.5 13.6 11.521 0.727 10.5 31.4 1224 1635 1158 513 135
42
YORK® Chilled Water Fan Coil Units - Italy Origin
Laser-YLH-222-4R 589 278 18.90 5.54 14.33 4.2 56.7 13.7 55.8 13.2 2.325 0.147 5.9 17.8 133 1273 699 254 44
H
Laser-YLH-224-4R 673 318 22.35 6.55 16.79 4.92 56.1 13.4 55.6 13.1 2.752 0.174 4.6 13.7 147 1523 699 254 52
Laser-YLH-226-4R 804 379 25.04 7.34 19.07 5.59 57.2 14 56.8 13.8 3.082 0.194 8.0 24 178 1523 699 254 52
L
Laser-YLH-328-4R 1050 496 32.41 9.50 24.91 7.3 57.2 14 56.8 13.8 3.989 0.252 10.5 31.4 251 1773 699 254 60
YLIH DC SERIES (DUCTED) - 4 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 42/58°F (5.55/14.5 C) - MEDIUM SPEED - 25 Pa
WATER PRESSURE POWER
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW DIMENSIONS (MM) WEIGHT
MODEL DROP INPUT
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
Concealed-YLIH-220-4R 460 217 16.51 4.84 11.94 3.50 55.0 12.8 55.0 12.8 2.03 0.128 4.7 14 99 1199 581 245 29 W
Concealed-YLIH-222-4R 498 235 16.68 4.89 12.45 3.65 55.9 13.3 55.9 13.3 2.05 0.129 4.7 14.1 132 1199 581 245 31
H
Concealed-YLIH-226-4R 709 334 22.82 6.69 17.40 5.10 56.5 13.6 56.5 13.6 2.81 0.177 6.7 20.2 174 1449 581 245 38
Concealed-YLIH-328-4R 999 472 31.25 9.16 24.02 7.04 57.0 13.9 56.8 13.8 3.85 0.243 9.9 29.5 243 1699 581 245 44 L
YEFB DC SERIES (DUCTED) - 4 & 5 ROWS - 80/67°F (26.7 /19.44 C) @ CHW TEMP 42/58°F (5.55/14.5 C) - MEDIUM SPEED - 50 Pa
WATER PRESSURE POWER
AIR FLOW COOLING CAPACITY OFF COIL TEMP CHW FLOW DIMENSIONS (MM) WEIGHT
MODEL DROP INPUT
CFM LPS TMBH TKW SMBH SKW DB °F DB °C WB °F WB °C US GPM LPS FT.WG KPA WATTS L W H KG
Blower DC-YEFB-020-4R 476 225 17.06 5.00 12.35 3.62 55.2 12.9 55.2 12.9 2.096 0.132 5.1 15.4 137 990 902 408 66
H
Blower DC-YEFB-030-4R 722 341 22.55 6.61 17.43 5.11 56.8 13.8 56.8 13.8 2.774 0.175 8.6 25.6 269 990 902 408 66
Blower DC-YEFB-040-4R 1030 486 30.30 8.88 23.61 6.92 58.1 14.5 57.6 14.2 3.725 0.235 8.2 24.7 366 1240 902 408 82
W
L
Blower DC-YEFB-060-5R 1829 863 72.47 21.24 50.15 14.7 53.8 12.1 53.8 12.1 8.990 0.567 6.8 20.4 898 1635 1158 513 135
Blower DC-YEFB-070-5R 2632 1242 87.62 25.68 62.27 18.25 57.4 14.1 57.2 14.0 10.778 0.680 9.2 27.5 981 1635 1158 513 135
43
YORK® YLIH/YEFB Fan Coils with EC Motors - Energy Saving Technology by Al Salem Johnson Controls
EST – Energy Saving Technology is achieved by using ECM- Electronically Commutated Motor (ECM)
ECM technology consists of a brushless motor combined to a dedicated electronic device (inverter), a magnet rotor. The controller uses a
modulating signal with 0-10Vdc tension in order to regulate the fan speed.
Power Consumption
ECM FCUs v.s. Conventional PSC FCUs
YORK - YEFB-EST-60
900
YORK - YEFB-EST-60
YORK Model - YLIH-EST-528
YORK Model - YEFB-EST-30
Motor
YORK Model - YLIH-EST-514
YORK - YEFB-EST-50
YORK Model - YLIH-EST-520
YORK - YEFB-EST-50
YORK Model - YLIH-EST-520
Permeant
600 Magnet Rotor
600
450
450
300
300
150
150
0
0 150 300 450 550 750 1000 1250 1800
Convention 150
634 300
299 450
20.91 550
6.13 750
15.76 1000
4.62 1250
56.1 1800
13.4
Convention 51 71 99 144 269 242 573 898
Convention PSC
PSC 51
720 71
340 99
22.11 144
6.48 269
16.85 242
4.94 573
57.6 898
14.2
PSC
York
York
YORK ECM 23
868 47
409 34
27.57 50
8.08 111
21.02 104
6.16 218
56.8 360
13.8
ECM 23 47 34 50 111 104 218 360
ECM
Air Flow- CFM
Air Flow- CFM Low Continuous
Energy saving: mechanical Longer regulation
electrical resistance expected of the fan
absorption and low lifetime of the speeds
44
AIR COOLED
PACKAGED AND
CONDENSING
UNITS
YORK® R410A Air Cooled Packaged Units - Saudi Origin
PIN NUMBER LBS CFM PA OPTION 1 OPTION 2 BTU/H/W KW MBH KW MBH HXWXL
ZH090a E0 A2 A 11 910 1875-3800 50-500 9.0 KW/1Stage 18 KW/2Stage 11.60 28.6 97.7 23.5 80.3 1067 x 1499 x 2261
ZHD102 E0 A2 A 11 1426 2000-4200 50-500 9.0 KW/1Stage 18 KW/2Stage 12.10 31.7 108.0 26.0 88.7 1295 x1524 x 2464
ZHD120 E0 A2 A 11 1446 2400-5000 50-500 9.0 KW/1Stage 18 KW/2Stage 11.60 38.5 131.5 32.6 111.4 1295 x1524 x 2464
YORK® Predator® units are convertible single packages with a common footprint cabinet Models. All 6-1/2 through 10 ton
units have two compressors with independent refrigeration circuits to provide 2 stages of cooling. These units are de-
signed for light commercial applications and can be easily installed on a roof curb, slab, or frame.
Installation time and costs are reduced by easy power and control wiring.
All units are factory-wired, piped, charged and tested prior to shipment.
Factory-installed options further reduce installation costs.
Heat exchangers use corrosion-resistant, aluminized steel tubular
construction for durability and long service life.
Permanently lubricated condenser and evaporator fan motor bearings need
no annual maintenance.
Note: Following continuous improvement, data is subjected to change without prior notice please contact Al Salem Johnson Controls, Saudi: 920003588
46
YORK® R410A Air Cooled Packaged Units - Saudi Origin
PIN NUMBER LBS CFM PA OPTION 1 OPTION 2 BTU/H/W KW MBH KW MBH HXWXL
DEH036 C02 A5 A 11 904 900-1500 50-250 5 KW/1Stage - 12.90 11.2 38.3 9.6 32.9 934 x 1193 x 1346
DEH048 C02 A5 A 11 973 1200-2000 50-250 5 KW/1Stage - 11.60 14.5 49.4 12.9 43.9 934 x 1193 x 1346
DEH060 C02 A5 A 11 1395 1350-2700 50-250 5 KW/1Stage - 11.50 17.8 60.7 15.4 52.7 1207 x 1186 x 1745
DEH072 C02 A5 A 11 1197 1400-2680 50-250 5 KW/1Stage 9 KW/1Stage 11.7 21.1 72.0 18.8 64.0 1207 x 1193 x 1750
* Power supply can be 230V / 1Ph / 60Hz
* Total Gross Capacity
PIN NUMBER LBS CFM PA OPTION 1 OPTION 2 BTU/H/W KW MBH KW MBH HXWXL
DEH150 C02 A2 A 11 1539 4000-5500 50-500 18 KW/2Stage 36 KW/2Stage 11.25 44.3 151.3 38.7 132.1 1321 x 2121 x 2327
DEH190 C02 A2 A 11 1749 4500-7100 62.5-500 18 KW/2Stage 36 KW/2Stage 11.15 55.6 189.8 48.0 163.8 1488 x 2235 x 3350
DEH220 C02 A2 A 11 1757 5500-8500 62.5-500 18 KW/2Stage 36 KW/2Stage 11.20 62.4 213.1 50.9 173.6 1488 x 2235 x 3350
DEH250 C02 A2 A 11 1821 6500-9750 62.5-500 18 KW/2Stage 36 KW/2Stage 10.85 74.4 254.0 60.8 207.7 1488 x 2235 x 3350
DEH300 C02 A2 A 11 2174 7500-11250 62.5-562.5 18 KW/2Stage 36 KW/2Stage 10.30 87.4 298.3 73.6 251.1 1488 x 2235 x 3350
DEH340 C02 A2 A 11 2200 8000-12500 62.5-562.5 18 KW/2Stage 36 KW/2Stage 10.00 96.7 330.1 81.9 279.6 1488 x 2235 x 3350
DEH360 C02 A2 A 11 2200 9000-13500 62.5-562.5 18 KW/2Stage 36 KW/2Stage 10.30 103.5 353.3 90.3 308.4 1488 x 2235 x 3350
* Power supply can be 220V or 400V or 460V / 3Ph / 60Hz
* Total Gross Capacity
Note: Following continuous improvement, data is subjected to change without prior notice please contact Al Salem Johnson Controls, Saudi: 920003588
47
YORK® R410A Air Cooled Packaged Units - Saudi Origin
PIN NUMBER LBS CFM PA OPTION 1 OPTION 2 BTU/H/W KW MBH KW MBH HXWXL
DEH420 C02 A211 A 11 3630 9400-15400 62.5-625 36 KW/2Stage 54 KW/2Stage 10.20 127.8 436.0 112.8 385.1 1981 x 2337 x 5588
DEH480 C02 A211 A 11 3720 12000-16000 62.5-625 36 KW/2Stage 54 KW/2Stage 10.50 137.2 468.2 124.1 423.4 1981 x 2337 x 5588
DEH600 C02 A211 A 11 4150 13000-19000 62.5-625 36 KW/2Stage 54 KW/2Stage 10.15 176.0 600.7 156.2 532.9 1981 x 2337 x 5588
* Power supply can be 220V or 400V or 460V / 3Ph / 60Hz
* Total Gross Capacity
PIN NUMBER LBS CFM PA OPTION 1 OPTION 2 BTU/H/W KW MBH KW MBH HXWXL
DEH780 C02 A211 A 11 6790 17000-24000 150-650 54 KW/2Stage 72 KW/2Stage 9.80 236 805.4 204 697.7 2245 x 2294 x 6882
DEH900 C02 A211 A 11 7196 19500-28000 150-650 54 KW/2Stage 72 KW/2Stage 9.70 274 936.4 255 870.7 2245 x 2294 x 7233
DEH1080 C02 A211 A 11 8360 21500-30000 250-750 54 KW/2Stage 72 KW/2Stage 9.70 305 1041.3 267 910.5 2435 x 2294 x 8432
DEH1200 C02 A211 A 11 9288 25000-36000 250-750 54 KW/2Stage 72 KW/2Stage 9.77 362 1236.7 308 1050.6 2740 x 2294 x 8948
* Power supply can be 230V or 400V or 460V / 3Ph / 60Hz
* Total Gross Capacity
Note: Following continuous improvement, data is subjected to change without prior notice please contact Al Salem Johnson Controls, Saudi: 920003588
48
YORK® R410A Total Fresh Air - Air Cooled Packaged Units - Saudi Origin
100% Total Fresh Air DEH STELLAR Series - Quick Selection Guide
AIR FLOW
MODEL WEIGHT ESP RANGE ELECTRIC HEATER DIMENSIONS (MM)
RATE RANGE
Features:
- Double skin construction
- Hot gas bypass
- PVC Moisture Eliminator
- 2” Aluminum washable filter
- Bag filter 85% eff.
- Row split deign with two DX-Cooling Coil
- The controls by thermostat on ambient &
suction line temperatures
- The rest of options & SQ’ as per DEH Medium
& Major series
Note: Following continuous improvement, data is subjected to change without prior notice please contact Al Salem Johnson Controls, Saudi: 920003588
49
YORK® R410A Air Cooled Packaged Units - Saudi Origin
PIN NUMBER LBS CFM PA OPTION 1 OPTION 2 BTU/H/W KW MBH KW MBH HXWXL
DEM230 C02 A2 A11 1668 4500-7100 62.5-500 18 KW/2Stage 36 KW/2Stage 11.00 55.1 188.0 49.8 170.1 1529 x 2235 x 3351
DEM290 C02 A2 A11 1741 6500-9750 62.5-500 18 KW/2Stage 36 KW/2Stage 10.50 74.5 254.3 65.7 224.3 1529 x 2235 x 3351
DEM350 C02 A2 A11 2002 7500-11250 62.5-562.5 18 KW/2Stage 36 KW/2Stage 10.35 87.3 298.0 78.5 268.0 1529 x 2235 x 3351
DEM410 C02 A2 A11 2025 9000-13500 62.5-562.5 18 KW/2Stage 36 KW/2Stage 10.05 103.1 352.0 94.2 321.5 1529 x 2235 x 3351
Note: Following continuous improvement, data is subjected to change without prior notice please contact Al Salem Johnson Controls, Saudi: 920003588
50
YORK® R410A Air Cooled Condensing Units - Saudi Origin
NUMBER OF
NUMBER OF RATING @ ARI CONDITIONS
MODEL WEIGHT REFRIGERANT DIMENSIONS (MM)
COMPRESSORS AMBIENT 95°F (35°C) & SST. 45°F (7.2°C)
SERIES CIRCUITS
DCH078 C02 2 A 11 639 2 2 13.35 23.1 79.0 5.91 1065 x 682 x 1582
DCH090 C02 2 A 11 639 2 2 13.2 26.4 90.0 6.81 1065 x 682 x 1582
Mini DCH102 C02 2 A 11 789 2 2 13.25 29.9 102.0 7.69 1271 x 862 x 1582
DCH120 C02 2 A 11 826 2 2 12.8 35.7 122.0 9.52 1271 x 862 x 1582
DCH150 C02 2 A 11 1117 2 2 10.95 43.4 148.0 13.52 1326 x 1119 x 2226
DCH190 C02 2 A 11 1485 2 2 12.70 55.6 189.7 15.0 1961 x 2215 x 1179
DCH220 C02 2 A 11 1485 2 2 12.70 60.2 205.6 16.2 1961 x 2215 x 1179
DCH250 C02 2 A 11 1540 2 2 12.30 67.8 231.5 18.8 1961 x 2215 x 1179
MEDIUM
DCH300 C02 2 A 11 1650 2 2 12.1 87.1 297.3 24.5 1961 x 2215 x 1179
DCH340 C02 2 A 11 1650 2 2 11.2 93.3 318.4 28.6 1961 x 2215 x 1179
DCH360 C02 2 A 11 1650 2 2 12.4 99.4 339.1 27.1 1961 x 2215 x 1179
*Power supply can be 220V or 400V or 460V / 3Ph / 60Hz
Note: Following continuous improvement, data is subjected to change without prior notice please contact Al Salem Johnson Controls, Saudi: 920003588
51
YORK® R410A Air Cooled Condensing Units - Saudi Origin
NUMBER OF
NUMBER OF RATING @ ARI CONDITIONS
MODEL WEIGHT REFRIGERANT DIMENSIONS (MM)
COMPRESSORS AMBIENT 95°F (35°C) & SST. 45°F (7.2°C)
SERIES CIRCUITS
DCH420 C02 2 A 11 2571 3 3 10.95 126.2 430.7 39.3 1922 x 2372 x 2220
MAJOR DCH480 C02 2 A 11 2571 3 3 11.79 129.6 442.3 37.5 1922 x 2372 x 2220
DCH600 C02 2 A 11 2884 4 4 11.93 175.7 599.6 50.2 1922 x 2372 x 2220
DCH780 C02 1 A 11 3814 3 3 12.05 226 770 64.0 1772 x 2294 x 3559
DCH900 C02 1 A 11 4277 3 3 11.63 273 932 80.1 1772 x 2294 x 559
MEGA
DCH1080 C02 1 A 11 4764 4 4 12.15 307 1047 86.2 1772 x 2294 x 4740
DCH1200 C02 1 A 11 5280 4 4 1.61 362 1237 106.6 1772 x 2294 x 4740
*Power supply can be 220V or 400V or 460V / 3Ph / 60Hz
Note: Following continuous improvement, data is subjected to change without prior notice please contact Al Salem Johnson Controls, Saudi: 920003588
52
RESIDENTIAL
& LIGHT
COMMERCIAL
UNITS
YORK® DX-High Wall Type Split Units - TAURUS Super Cool
R410A 60Hz High Wall Type Split Units Quick Selection Guide
OUTDOOR AIR DRY BULB TEMPERATURE
YE8HA18 / YE8SD18 1130 665 11.9 5.1 17.5 3.7 12.5 4.5 15.3 3.9 13.2 315 x 1185 x 231 650 x 870 x 320
YE8HA24 / YE8SD24 1200 706 12.0 6.7 22.8 4.8 16.3 5.7 19.6 4.9 16.9 315 x 1185 x 231 800 x 1000 x 415
Hi-Wall Hi
YE8HB28 / YE8SD28 1400 824 11.9 7.6 26.0 5.4 18.5 6.4 22.0 5.5 18.9 346 x 1286 x 262 800 x 1000 x 415
YE8HB32 / YE8SD32 1600 941 11.85 8.4 28.8 6.0 20.5 7.3 24.8 6.2 21.3 346 x 1286 x 262 800 x 1000 x 415
HEAT PUMP
YE8HA18 / YE8SD18 1130 665 11.9 5.1 17.5 3.7 12.5 4.5 15.3 3.9 13.2 315 x 1185 x 231 650 x 870 x 320
YE8HA24 / YE8SD24 1200 706 12.0 6.7 22.8 4.8 16.3 5.7 19.6 4.9 16.9 315 x 1185 x 231 800 x 1000 x 415
Hi-Wall Hi
YE8HB28 / YE8SD28 1400 824 11.9 7.6 26.0 5.4 18.5 6.4 22.0 5.5 18.9 346 x 1286 x 262 800 x 1000 x 415
YE8HB32 / YE8SD32 1600 941 11.85 8.4 28.8 6.0 20.5 7.3 24.8 6.2 21.3 346 x 1286 x 262 800 x 1000 x 415
Note: Following continuous improvement, data is subjected to change without prior notice please contact Al Salem Johnson Controls, Saudi: 920003588
54
YORK® DX-High Wall Type Split Units - ICEBERG
R410A 60Hz High Wall Type Split Units Quick Selection Guide
OUTDOOR AIR DRY BULB TEMPERATURE
YHFE12 / YHFE12 660 388 12.35 3.36 11.5 2.64 9.02 2.91 9.9 2.74 9.31 850 x 270 x 202 810 x 585 x 280
YHFE18 / YHFE18 1200 710 12.4 5.28 18 4.12 14.06 4.47 15.3 4.21 14.41 1131 x 315 x 230 860 x 650 x 310
Hi-Wall Hi
YHFE24 / YHFE24 1200 710 12.4 6.45 22 5.03 17.16 5.58 19 5.23 17.82 1131 x 315 x 230 885 x 795 x 366
YHFE30 / YHFE30 1500 882 12.3 7.95 27.2 6.21 21.24 6.75 23 6.34 21.59 1280 x 367 x 266 885 x 795 x 366
HEAT PUMP
YHGE12 / YHGE12 660 388 12.35 3.36 11.5 2.61 8.94 2.91 9.9 2.73 9.3 850 x 270 x 202 810 x 585 x 280
YHGE18 / YHGE18 1200 710 12.4 5.28 18 4.11 14.01 4.47 15.3 4.18 14.29 1131 x 315 x 230 860 x 650 x 310
Hi-Wall Hi
YHGE24 / YHGE24 1200 710 12.4 6.45 22 5.04 17.18 5.58 19 5.24 17.85 1131 x 315 x 230 885 x 795 x 366
YHGE30 / YHGE30 1500 882 12.3 7.95 27.2 6.2 21.22 6.75 23 6.35 21.65 1280 x 367 x 266 885 x 795 x 366
Note: Following continuous improvement, data is subjected to change without prior notice please contact Al Salem Johnson Controls, Saudi: 920003588
55
YORK® DX-High Wall DC Inverter Split Units - ICEBERG
R410A 60Hz High Wall DC-Inverter Split Units Quick Selection Guide
OUTDOOR AIR DRY BULB TEMPERATURE
YHJE18 / YHJE18 1000 588 13.0 5.2 17.9 5.1 17.4 4.6 15.6 4.3 14.6 960 x 315 x 230 860 x 650 x 310
Hi-Wall Hi
YHJE24 / YHJE24 1200 706 13.0 6.8 23.1 5.3 18.1 6.0 20.6 5.7 19.4 1131 x 315 x 235 885 x 795 x 366
HEAT PUMP
YHKE18 / YHKE18 1000 588 13.0 5.1 17.5 4.0 13.7 4.4 15.1 4.2 14.2 960 x 315 x 230 860 x 650 x 310
Hi-Wall Hi
YHKE24 / YHKE24 1200 706 12.95 6.8 23.1 5.3 18.0 5.9 20.1 5.5 18.9 1131 x 315 x 235 885 x 795 x 366
Note: Following continuous improvement, data is subjected to change without prior notice please contact Al Salem Johnson Controls, Saudi: 920003588
56
YORK® DX-High Wall Type Split Units - FROST
R410A 60Hz High Wall Type Split Units Quick Selection Guide
OUTDOOR AIR DRY BULB TEMPERATURE
YJFE18 / YJFE18 1200 706 12.15 5.3 18.0 3.8 12.8 4.5 15.3 3.8 13.2 997 x 322 x 230 890 x 697 x 353
YJFE24 / YJFE24 Hi-Wall Hi 1350 795 12.15 6.5 22.0 4.6 15.7 5.6 19.0 4.8 16.3 1115 x 336 x 248 890 x 697 x 353
YJFE28 / YJFE28 1500 883 12 8.1 27.4 5.7 19.5 6.8 23.2 5.8 19.9 1316 x 365 x 275 920 x 762 x 385
HEAT PUMP
YJGE18 / YJGE18 1200 706 12.15 5.3 18.0 3.8 12.8 4.5 15.3 3.8 13.2 997 x 322 x 230 890 x 697 x 353
YJGE24 / YJGE24 Hi-Wall Hi 1350 795 12.15 6.5 22.0 4.6 15.7 5.6 19.0 4.8 16.3 1115 x 336 x 248 890 x 697 x 353
YJGE28 / YJGE28 1500 883 12 8.1 27.4 5.7 19.5 6.8 23.2 5.8 19.9 1316 x 365 x 275 920 x 762 x 385
Note: Following continuous improvement, data is subjected to change without prior notice please contact Al Salem Johnson Controls, Saudi: 920003588
57
YORK® DX-Cassette Split Units - TAURUS Super Cool
YE8CT18 / YE8SD18 1200 706 - - 11.9 5.0 17.1 3.6 12.2 4.4 15.0 3.8 12.9 265 x 900 x 900 650 x 870 x 320
YE8CT24 / YE8SD24 1200 706 - - 12.0 6.5 22.2 4.6 15.8 5.7 19.6 4.9 16.9 265 x 900 x 900 800 x 1000 x 415
Cassette Hi
YE8CT28 / YE8SD28 1700 1000 - - 12.0 7.9 27.0 5.6 19.3 7.0 24.0 6.0 20.6 292 x 900 x 900 800 x 1000 x 415
YE8CT32 / YE8SD32 1700 1000 - - 11.85 8.5 29.0 6.1 20.7 7.5 25.6 6.4 22.0 292 x 900 x 900 800 x 1000 x 415
HEAT PUMP
YE8CT18 / YE8SD18 1200 706 - - 11.9 5.0 17.1 3.6 12.2 4.4 15.0 3.8 12.9 265 x 900 x 900 650 x 870 x 320
YE8CT24 / YE8SD24 1200 706 - - 12.0 6.5 22.2 4.6 15.8 5.7 19.6 4.9 16.9 265 x 900 x 900 800 x 1000 x 415
Cassette Hi
YE8CT28 / YE8SD28 1700 1000 - - 12.0 7.9 27.0 5.6 19.3 7.0 24.0 6.0 20.6 292 x 900 x 900 800 x 1000 x 415
YE8CT32 / YE8SD32 1700 1000 - - 11.85 8.5 29.0 6.1 20.7 7.5 25.6 6.4 22.0 292 x 900 x 900 800 x 1000 x 415
Note: Following continuous improvement, data is subjected to change without prior notice please contact Al Salem Johnson Controls, Saudi: 920003588
58
YORK® DX-Cassette Type Split Units
YKFN18 / YUFN18 1000 588 12.2 5.3 18 4.4 15.1 4.5 15.3 4.1 13.9 840 x 248 x 840 860 x 650 x 310
YKFN24 / YUFN24 1400 824 13.0 7.3 25 6.2 21 6.5 22.1 5.8 19.9 840 x 248 x 840 950 x 340 x 840
Cassette Hi
YKFN36 / YUFN36 2000 1176 12.4 10.0 34.2 8.4 28.7 8.7 29.8 7.9 27.1 840 x 298 x 840 950 x 1050 x 340
YKFN48 / YUFN48 2100 1195 12.11 12.7 43.3 10.7 36.4 10.3 35.1 9.4 32 840 x 298 x 840 950 x 1386 x 340
HEAT PUMP
YKGN18 / YUGN18 1000 588 12.2 5.3 18 4.4 15.1 4.5 15.3 4.1 13.9 840 x 248 x 840 860 x 650 x 310
YKGN24 / YUGN24 1400 824 13.0 7.3 25 6.2 21 6.5 22.1 5.8 19.9 840 x 248 x 840 950 x 340 x 840
Cassette Hi
YKGN36 / YUGN36 2000 1176 12.4 10.0 34.2 8.4 28.7 8.7 29.8 7.9 27.1 840 x 298 x 840 950 x 1050 x 340
YKGN48 / YUGN48 2100 1195 12.11 12.7 43.3 10.7 36.4 10.3 35.1 9.4 32 840 x 298 x 840 950 x 1386 x 340
Note: Following continuous improvement, data is subjected to change without prior notice please contact Al Salem Johnson Controls, Saudi: 920003588
59
YORK® DX- Free/Floor Standing Type Split Units
YE8FT55 / YE8SD55 Free Standing Hi 2200 1294 11.8 14.9 51.0 - - 2.9 10.0 - - 629 x 1935 x 456 1000 x 1335 x 415
60
YORK® DX-Ducted Residential Split Units - Saudi/China Origins
YEFN18 / YUFN18 1000 588 0-80 0-0.32 12.1 5.3 18 4.4 15.1 4.5 15.3 4.1 13.9 900 x 270 x 720 860 x 650 x 310
YEFN24 / YUFN24 1450 853 0-80 0-0.32 12.3 6.9 23.4 5.8 19.7 6.0 20.6 5.5 18.8 900 x 270 x 720 950 x 340 x 840
YGFN30 / YUFN30 1850 1088 0-120 0-0.48 12.5 9.1 31 7.6 26 7.8 26.7 7.0 24 1300 x 350 x 800 885 x 795 x 366
Ducted Hi
YGFN36 / YUFN36 2160 1270 0-120 0-0.48 11.9 10.1 34.6 8.5 29.1 8.3 28.4 7.6 25.9 1300 x 350 x 800 950 x 1050 x 340
YGFN48 / YUFN48 2600 1529 0-120 0-0.48 11.9 13.5 46 11.3 38.6 11.5 39.2 10.5 35.7 1300 x 350 x 800 950 x 1386 x 340
YGFN60 / YUFN60 3300 1941 0-150 0-0.60 12.2 17.0 58 14.3 48.7 14.9 51 13.6 46.4 1400 x 420 x 858 950 x 1386 x 340
HEAT PUMP
YEGN18 / YUGN18 1000 588 0-80 0-0.32 12.1 5.3 18 4.4 15.1 4.5 15.3 4.1 13.9 900 x 270 x 720 860 x 650 x 310
YEGN24 / YUGN24 1450 853 0-80 0-0.32 12.3 6.9 23.4 5.8 19.7 6.0 20.6 5.5 18.8 900 x 270 x 720 950 x 340 x 840
YGGN30 / YUGN30 1850 1088 0-120 0-0.48 12.5 9.1 31 7.6 26 7.8 26.7 7.0 24 1300 x 350 x 800 885 x 795 x 366
Ducted Hi
YGGN36 / YUGN36 2160 1270 0-120 0-0.48 11.9 10.1 34.6 8.5 29.1 8.3 28.4 7.6 25.9 1300 x 350 x 800 950 x 1050 x 340
YGGN48 / YUGN48 2600 1529 0-120 0-0.48 11.9 13.5 46 11.3 38.6 11.5 39.2 10.5 35.7 1300 x 350 x 800 950 x 1386 x 340
YGGN60 / YUGN60 3300 1941 0-150 0-0.60 12.2 16.7 57 14.0 47.9 14.7 50.2 13.4 45.6 1400 x 420 x 858 950 x 1386 x 340
Note: Following continuous improvement, data is subjected to change without prior notice please contact Al Salem Johnson Controls, Saudi: 920003588
61
YORK® DX-Ducted Light Commercial Split Units - Bahrain Origin
62
YORK® Mini VRF High Ambient System Heat Pump R410A
YV2VYH004HAS-DAX 380~415 - 3 - 50/60HZ 12.70 3.17 4.01 11.20 3.77 2.97 14.30 3.24 4.42 950/1340/370 115 / 123 8 Cooling: -5°C-52°CDB | Heating: -20°C-27°CDB
YV2VYH005HAS-DAX 380~415 - 3 - 50/60HZ 14.10 3.58 3.95 12.60 4.25 2.96 16.20 3.79 4.26 950/1340/370 115 / 123 10 Cooling: -5°C-52°CDB | Heating: -20°C-27°CDB
YV2VYH006HAS-DAX 380~415 - 3 - 50/60HZ 15.70 4.40 3.56 14.00 5.22 2.68 18.20 4.48 4.06 950/1340/370 115 / 123 13 Cooling: -5°C-52°CDB | Heating: -20°C-27°CDB
Note: Following continuous improvement, data is subjected to change without prior notice please contact Al Salem Johnson Controls, Saudi: 920003588
63
YORK® VRF High Ambient System Heat Pump R410A
*1 AHRI1230 Testing condition is: 2- Standard Diff. Indoor/Outdoor Unit: 50 m (Outdoor higher than indoor),
40 m (Indoor higher than outdoor)
• Cooling-indoor 26.7°CDB/19.4°CWB and Outdoor 35°CDB/23.9°CWB Max.Diff. Indoor/Outdoor Unit: 110 m (Outdoor higher than indoor),
• Heating-indoor 21.1°CDB/15.6°CWB and Outdoor 8.3°CDB/6.1°CWB 90 m (Indoor higher than outdoor)
*2 Precharge refrigerant in outdoor unit is 10kg. The actual refrigerant 3- Max/Standard Diff. Indoor/Indoor Unit = 30 m /15 m
amount please refer to selection software.
*3 Piping Limitations: 4 -If the total pipe length is from 500 to 1000m or the height difference
between the outdoor and indoor units is from 50 to 110m or the height
1- Max. Refrigerant Pipe Length = 190 m, Max./Standard Total Pipe difference between the indoor units is from 18 to 30m, you Must contact
Length = 1000 m/ 500 m your local distributor/dealer for individual design and production.
Note: Following continuous improvement, data is subjected to change without prior notice please contact Al Salem Johnson Controls, Saudi: 920003588
64
YORK® VRF High Ambient System Heat Pump R410A
*1 AHRI1230 Testing condition is: 2- Standard Diff. Indoor/Outdoor Unit: 50 m (Outdoor higher than indoor),
40 m (Indoor higher than outdoor)
• Cooling-indoor 26.7°CDB/19.4°CWB and Outdoor 35°CDB/23.9°CWB Max.Diff. Indoor/Outdoor Unit: 110 m (Outdoor higher than indoor),
• Heating-indoor 21.1°CDB/15.6°CWB and Outdoor 8.3°CDB/6.1°CWB 90 m (Indoor higher than outdoor)
*2 Precharge refrigerant in outdoor unit is 10kg. The actual refrigerant 3- Max/Standard Diff. Indoor/Indoor Unit = 30 m /15 m
amount please refer to selection software.
*3 Piping Limitations: 4 -If the total pipe length is from 500 to 1000m or the height difference
between the outdoor and indoor units is from 50 to 110m or the height
1- Max. Refrigerant Pipe Length = 190 m, Max./Standard Total Pipe difference between the indoor units is from 18 to 30m, you Must contact
Length = 1000 m/ 500 m your local distributor/dealer for individual design and production.
Note: Following continuous improvement, data is subjected to change without prior notice please contact Al Salem Johnson Controls, Saudi: 920003588
65
YORK® VRF High Ambient System Heat Pump R410A
MEDIUM STATIC
FOUR WAY
CASSETTE (950X950) • • • • • • PRESSURE DUCT
(50/96PA) • • •
MEDIUM STATIC
HIGH WALL
• • • • • • PRESSURE DUCT
(80/120PA) • • •
CONSOLE
• • • • HIGH STATIC
PRESSURE DUCT
• • • • • •
(100/196PA)
FLOOR CEILING
• • • • • • • • • • •
• Built in High Head drain Pump (2-Way Cassette & 4-Way Cassette) •
FRESH AIR UNIT
• Wide Range Angle Air Flow (Floor Ceiling)
• Stylish Design and LED (High Wall) • •
• Top and Bottom Supply Air (Console) HEAT RECOVERY
VENTILATOR (CMH/ 150/88 260/153 800/471 1000/588
• Built in EEV CFM)
• 185mm Height Ultra Thin Design (Slim Ducted) • Build in Drain Pump (Ducted &Fresh Air Unit)
• 220mm Height Ultra Thin Design (Low Static Ducted) • Built in EEV
Note: Following continuous improvement, data is subjected to change without prior notice please contact Al Salem Johnson Controls, Saudi: 920003588
66
ALLIED
PRODUCTS
YORK® Commercial and Industrial Supply and Exhaust Fans
Upblast | EVU
Ceiling Inline | CI
• Roof-mount, spun aluminum upblast; direct or belt drive; EC motor option.
• Ceiling or inline mount.
• Application: Fumes, commercial kitchens, and exhaust of other
contaminants. • Low sound levels.
• U.L. Listed for Smoke Control Systems (500°F / 4-Hours; 1000°F / 1-Hour). • Direct drive.
• U.L. 762 Listed for Grease Laden Air Exhaust (400°F). • Application: General exhaust for lavatories, conference rooms, and institutions.
• Capacity: Up to 22,900 cfm; 0 - 4.3” w.g. • Capacity: From 32 - 3,290 cfm; 0 - 1.5” w.g.
• Miami-Dade Approved for High Velocity Hurricane Zones (NOA# 10-0615.09). • U.L. Listed for use over bathtubs and showers when connected to a GFCI
protected branch circuit.
Utility Set | US
Axial Prop | PAFP, PAFX, PAFC, PAFL, PAFM, PAFH, PAFB
• Class I heavy-gauge galvanized steel, roof/floor/inline mount utility blower.
• Wall-mount propeller fans.
• Belt drive; backward inclined wheel.
• Direct or belt drive.
• Application: Commercial kitchen and fume exhaust, building pressurization,
and fresh air supply. • Application: General supply and exhaust for warehouses, factories, and
mechanical rooms.
• U.L. 762 Listed for Grease Laden Air Exhaust (500°F).
• Capacity: Up to 68,100 cfm; 0 - 1.5” w.g.
• U.L. Listed for Smoke Control Systems (500°F / 4-hours; 1000°F / 41-minutes).
• Capacity: Up to 36,000 cfm; 0 - 5.0” w.g. Centrifugal Inline | CIX
• Ceiling or inline mount.
Centrifugal Inline Square | CIS
• Low sound levels; EC motor.
• Square inline duct-mount.
• Application: General exhaust for lavatories, conference rooms, and
• Direct or belt drive; EC motor option. institutions.
• Application: Supply, return, or exhaust air for general HVAC systems. • Capacity: From 100-500 cfm; 0-1.0” w.g.
• Capacity: From 103 - 27,500 cfm; 0 - 3.5” w.g. • Selection of grille designs including Energy Star lighted grilles.
• Inlet filter box with 1” or 2” filters. • UL 705 and UL 507 listed for use over bathtubs and showers when connected
to a GFCI protected branch circuit.
68
YORK® Commercial and Industrial Supply and Exhaust Fans
Vertical Discharge Exhauster | VUC, VUX, VUF, VUZ, VUS • Capacity: Up to 200,000 cfm; 0 - 10.0” w.g.
• U.L. Listed for Smoke Control Systems (500°F / 4-hours; 1000°F / 15-minutes). • Pul-Air for air exhaust with no moving parts.
• Capacity: Up to 82,400 cfm; 0 - 1.0” w.g. • Insul-Air for extended airshaft to clear roof peaks, etc.
69
Non-YORK® Allied Products
Sound Attenuators, Fire and Air Terminals (VAV & Over 85 Years of Innovation Since Cvsair was
Smoke Dampers CAV) established in Turkey
Save time and increase in 2008, it has been
Ruskin is owned by Al Salem Another brand owned by profits by using Victaulic. working in harmony
Johnson Controls. And since Al Salem Johnson Controls. Grooved End Pipe Joining, or with the companies that
1958, it has been the name As has been our legacy, we the “grooved” concept, as it have cooperation as a
in air management solutions continue to advance every is known today, was born in manufacturer in ventilation
that engineers, architects and aspect of our business to 1925 when Victaulic introduced systems and energy
contractors rely on to make meet the changing needs the first mechanical pipe efficiency, as well as being
buildings safer, more energy of our customers and HVAC joint to successfully use a one of the most reputable
efficient and comfortable. Our professional’s worldwide. mechanical coupling combined companies in Turkey with
mission is to make everyone At Titus our goal is very with grooved pipe ends to join our professional team.
comfortable. From the owners, clear: to help the people piping systems.They called this
to the designers, to the installers, who depend upon us by invention, the Victory Joint. In terms of ventilation and
to the occupants, Ruskin and our continuing to innovate energy efficiency, Cvsair
industry partners strive to make and advance the science Victory + hydraulic = Victaulic are a reliable manufacturer.
your well-being our top priority. of air distribution. We are They are working with
Today you will find Victaulic
We offer the most complete line committed to building the philosophy of open
grooved mechanical systems
of air control and architectural on opportunities that communication and
used in endless number
products and support them with significantly improve the of piping applications all customer satisfaction by
our reputation for quality design health, efficiency, comfort over the world. While the a high quality products at
and precision manufacturing, and aesthetics of the grooved concept has become the right prices, and short
backed by cutting-edge environments in which our term delivery. Cvsair is also
synonymous with faster and
technology, rigorous testing, products are used. the first member of Amca
easier installations, not all
on-time delivery and technical manufacturers of grooved in Turkey and producing all
support. The manufacturing facility
products are the same. its products according to
in UAE has exceeded Amca standards.
The manufacturing facility in international quality
Victaulic Grooved Systems
UAE has exceeded international standards as exemplified by Cvsair are experiencing
provides your system with the
quality standards as exemplified achieving ISO 9001:2008 the pride of their attempts
benefits:
by achieving ISO 9001:2008 certification and products to be ranked among the
certification and products that that are approved by AHRI. • require 45 percent less global market with the
are approved by UL, AHRI and All Titus Terminal Units man-hours on average over number of countries they
AMCA. All Ruskin’s designs of (VAV units) and Air Outlets welding export reaching up to 16,
Fire, Smoke and Combination Fire manufactured at Umm Al being an engineering and
& Smoke Dampers manufactured Quwain factory deliver • Eliminate costly fire watch and manufacturing company
by RTG, bear the UL label. These identical performance that hazardous fumes and flames conveying goods to
facilities have the state-of-the- meet the stringent quality countries located on 3
• Reduce material handling by
art machinery and tooling to standards as required at different continents and
30 – 70 percent
meet the design specifications of our manufacturing facilities the quality and reliability of
Ruskin engineering standards. in the USA. • Reduce energy consumption Turkish products.
Note: For more information, please contact Al Salem Johnson Controls, Saudi: 920003588
70
DISCOVER COMPLETE, CONNECTED SOLUTIONS TO HELP YOU INCREASE COMFORT, SECURITY AND EFFICIENCY
WATER-COOLED CHILLERS ABSORPTION CHILLERS & HEAT PUMP
ELECTRIC
HOT WATER
SINGLE EFFECT HOT WATER
• YHAU-CL/CH
YORK® YMC2 • 105 - 6,153 kW / 30 - 1,750 TR
• 165 – 1000 tons
• Magnetic bearing centrifugal chiller, oil free, very quiet
YORK® YK
• 250 – 3,000 tons DIRECT FIRED
• Variable speed centrifugal compressor, OptiView™ control SMALL DOUBLE EFFECT NATURAL GAS OR LIGHT
panel OIL*
• YHAU-F
• 105 - 352 kW / 30 - 100 TR
EXHAUST GAS
DOUBLE EFFECT DIRECT EXHAUST GAS
YORK YD®
• YHAU-CE
• 1,500 – 6,000 tons • 527 - 3,516 kW /150 - 1,000 TR
• Dual centrifugal compressors, smallest footprint per cooling
ton, OptiView™ control panel
EXHAUST GAS AND LOW
TEMPERATURE HOT WATER
MULTI ENERGY
• YHAU-CE -J
YORK® CYK • 527 - 3,516 kW /150 - 1,000 TR
• 300 – 2,500 tons
• High-head capability, compound centrifugal compressors
with economizer, open drive EXHAUST GAS AND LOW TEMPERATURE HOT
WATER AND DIRECT FIRED
MULTI ENERGY
• YHAU-CGE-J
• Custom capacity
YORK® OM
• 3,000 – 5,500 tons NATURAL GAS AND LOW TEMPERATURE HOT
• Custom-designed, centrifugal compressor WATER
GAS GENE-LINK
• YHAU-CG-J
• 422 - 4,395 kW / 120 - 1,250 TR
THERMALLY DRIVEN
MEDIUM PRESSURE STEAM
AND LOW TEMPERATURE HOT WATER
STEAM GENE-LINK
YORK® YST • YHAU-CW-J
• 700 – 2,800 tons • 422 - 14,065 kW / 120 - 4,000 TR
• Centrifugal compressor, steam-turbine driven
71
AIR-COOLED CHILLERS AIR HANDLING UNITS RESIDENTIAL & LIGHT COMMERCIAL UNITS VERASYS™ SMART CONTROL SYSTEM
YSM MODULAR AIR HANDLING UNIT
YORK® YCAL • 1,200 to 99,180 m3/hr
• 15 – 28 tons • AHRI Certified | Thermal Break Profile
• Scroll compressor SMART BUILDING HUB
Web based control system that provides a mobile user
YMA CUSTOM MADE AIR HANDLING UNITS
interface to smart equipment branded controllers and
• 900-180,000 m3/hr
thermostats
YORK® YLAA • Flexible construction, premium product
• 40 - 230 tons • AHRI and Eurovent Certified | Thermal Break Profile
• Scroll compressor, micro channel coils Ducted Split Units 18 - 300 MBH
YMA-H HYGENIC AIR HANDLING UNITS
• Hygienic structure, casing, and components Ductless Split Units
YORK® YVAA • Comply with hygiene requirements DIN 1946 and VDI Hi-Wall 12 - 32 MBH
• 150 - 500 Tons 6022 | High efficient filteration
• Variable speed screw compressor, Hybrid falling film Cassette 18 - 32 MBH SMART EQUIPMENT CONTROLLERS
evaporator YMA-M MULTI-FAN AIR HANDLING UNITS Family of controllers and accessories specifically designed for
Ceiling Floor 18 - 32 MBH
• Provide more redundancy, reliability, and HVAC/R equipment optimization
serviceability to the system Free Standing 55 MBH
• Plug fans with VFD/EC Motor options
Window Room AC Units 18 - 24 MBH
PACKAGED (ROOF TOP) UNITS • Variance no. of fans to meet airflow requirements
PREDATOR ZH
• 6.5 - 10 Tons
• Cool only, R410A INDUSTRIAL REFRIGERATION YORK® VRF (JCH)
• New energy saving technology
RECIPROCATING COMPRESSOR UNIT • Flexible construction, premium product
STELLAR DEH - MEDIUM SMART THERMOSTAT
• Cooling Capacity Range - 50-1400 kW
• 12.5 - 30 Tons Family offers Proportional, ON/OFF, Multistage, autoadaptative
• Low power consumption during part load
• Cool only, R410A controls through thermostats
72
BUILDING MANAGEMENT SYSTEMS PENN® REFRIGERATION PRODUCTS INTEGRATED FIRE & SECURITY, LIFE-SAFETY PROTECTION
METASYS® SERVER PRESSURE SWITCHES & THERMOSTATS FIRE HAZARD PROTECTION INTEGRATED SECURITY
Support of IT standards and technologies, Multi-platform The pressure switches, thermostats and humidistats are
web-based user interface, long-term storage designed for refrigeration, cooling, heating, ventilation and SECURITY, FIRE & LIFE-SAFETY INTEGRATION
airconditioning applications FIRE DETECTION & ALARM We are a security integrator with a vast product ecosystem specializing
Flexible, reliable, cost-effective and highly scalable systems that can in the design, installation and service of security and life-safety
grow and expand as buildings change. solutions for the most complex, mission critical environments.
73
Minimum Efficiencies for Saudi Arabia
REFERENCE STANDARD PRODUCT CATEGORY AIR CONDITIONER APPLIANCE TYPE CAPACITY RANGE (BTU/HR) MIN EER @ T1 MIN EER @ T3 G-MARK
74
Minimum Efficiencies for Saudi Arabia
Reference Standard product category Air Conditioner Appliance Type Capacity Range (Btu/hr) COP
Computer and Data Processing Up-flow unit - Ducted 65,000 ≤ CC < 240,000 2.20
Room Air Conditioners - Water
Cooled Up flow unit - Non-Ducted 65,000 ≤ CC < 240,000 2.15
75
Psychrometric Chart Normal Temperature - SI Units - Barometric Pressure: 101.325 kPa
CHART
80
Cooling / heating capacity BU
LB 27.0
Length TE
Sensible Heat kW = 1.23 x m3/s x Δt (0C)
Normal Temperature M
PE 22
0.55 26.0
0.92
1 m (meter) = 3.2808 ft = 39.37 in Latent Heat kW = 3010 x m /s x Δw (kg water/kg dry air) 3 RA
TU
1 in (inch) = 25.4 mm = 2.54 cm SI Units
Total Heat kW = 1.20 x m3/s x Δh ( Enthalpy kJ/kg) 70 RE
25.0
25 -° 24.0
C 12
SEA LEVEL 20 25 0.60
23.0
0
IR
Pressure BAROMETRIC PRESSURE: 101.325 kPa
E-
1 bar = 1x10 Pa (N/m ) = 10.20 m H2O = 0.98692• atm = 14.5038 psi (lbf/
DR
5 2
1.0 1.0 -• 60 0.65
UR
18
OF
21.0
AT
0.8 25
ER
1 mm water = 9.81 Pa (N/m ) 2
RA
0.90
11.7
2.0 0.70 20.0
MP
SENSIBLE HEAT Qs -4.6
OG
11
0.6 TOTAL HEAT Qt 4.0 0
TE
8 16 19.0
•- .0
-2.3
KIL
7.0
0.5 -4-8.0
N
50 0.75
Thermal Conductivity .0
TIO
JP
RA
-1.
20
0
0
-
0.3
-0.3
-0.2
0.80
-0.1
17.0
-K
TU
0
0.2
4.7
0.1
14
SA
PY
0.85 16.0
AL
1.2
Velocity 40
TH
3.5
0.88
20 0.90 15.0 10
EN
0
%
2.3
25
ENTHALPY •h 14.0
0.95
%
HUMIDITY RATIO •W
90
15 1.00 13.0
Volume 15
30
80
1 Gallon (U.S.) = 3.785 dm3 (liter) = 0.13368 ft3 = 0.8327 Imp. gal (UK)
0.86
11.0
%
15 90
70
VOL
10.0
Weight 10 8
20 10
UME
%
% 9.0
15
60
1 kg = 2.2046 lb
8.0
- CU
0.84
%
10 50 6
10
BIC
5 TY 7.0
IDI 5
Useful HVAC Formulas 0% HU
M
MET
4 E 6.0 80
0.82 LA TIV
0 RE
ER P
0 5 4 5.0
8%
30% 0
Water Quantity required for cooling or heating -1 4.0
ER K
0 6%
0.80
-5
q = h / (4200 Δt) 20% -5 3.0
G DR
-2
0 -10 -5 UMID ITY 4% 2
0.78
Y AIR
-15 -1 70
2%
0.76
-2 -1 0 10 20 30 40 50 60
0 0
76
TAKE ADVANTAGE OF A BROADER RANGE OF CAPABILITIES.
Al Salem Johnson Controls (ASJC) is a leading “one-stop-destination” for all integrated requirements; including HVAC&R Systems, Controls Systems, Building
Management Systems, Security, Safety and Fire Systems. In addition, to a full array of specialized Aftermarket Services, including but not limited to diverse customizable
service & maintenance contracts, rental solutions, BMS Services, Energy Audits, Chiller Replacement and others. Al Salem Johnson Controls worked on a number of high
profile projects in the region, some of which needed special customization and innovative solutions to adapt to unique circumstances or requirements of the project;
such as The Two Holy Mosques in Makkah & Madinah; the Clock Tower in Makkah; the New King Abdul Aziz International Airport in Jeddah.
BUILDING AUTOMATION
SYSTEMS
AIR SYSTEMS
SECURITY SYSTEMS
BUILDING-WIDE SYSTEMS
INTEGRATION
77
After Sales Services and Beyond
Al Salem Johnson Controls Services team of experts work together to deliver the performance
you expect, and the efficiency you need. You will benefit from our combined expertise in Heating,
Ventilation, Air Conditioning & Refrigeration WITH +1,200 ENGINEERS AND TECHNICIANS, AL SALEM
(HVAC & R), Design, Mechanical, and Building Control Systems.
JOHNSON CONTROLS HAS THE LARGEST AFTER SALES
Our professionals are qualified to take a more holistic approach to solve problems quickly and
completely, ensuring your building is operating reliably and at optimal efficiency all the time. TEAM IN THE MIDDLE EAST
Offerings
1. Genuine Spare Parts 4. Replacement & Retrofits
We provide YORK® original equipment manufacturer (OEM) replacement parts in addition to A complete solution starting with Heat Load Calculation, Equipment Selection, Design of
non-YORK®, and universal spare parts that ensure your equipment will operate at maximum HVAC System and its accessories, supply, installation and commissioning of HVAC and Building
efficiency. Management Systems (BMS).
2. Maintenance Agreements Did you know that a new system can be 50% more efficient if the existing unit is more than
We offer different types of Maintenance Service Agreements for YORK and other brands.
® 12 years old? So a replacement is definitely a smart move to save asset and running costs.
We can cut your heating and cooling bills in half with our continuous advancements in cooling
technology that assists in energy efficiency as much as 7% per year.
3. Rental Solutions
Whether a chiller goes off-line for maintenance or your system suddenly goes down, Al Salem
Johnson Controls has a full range of YORK products and emergency protocol to handle any 5. Controls Solutions
situation in a fast, efficient and proactive manner.
Part of what we offer is; Energy Auditing, Extended Warranty and Green Building Design.
78
Smart Buildings Demand Smart Controls: Intelligent Solutions for Every Facility
Building Automation and Controls Security
For the professionals who design, build, and manage At Al Salem Johnson Controls, our vision is a world that’s
facilities, the desire to improve efficiency and effectiveness “safe, comfortable, and sustainable”—and our broad set of
is never-ending. innovative security products and services focuses on what
At Al Salem Johnson Controls, we make everything you need to make people, facilities, and assets safe.
from simple, configurable controls for specific kinds of We offer everything from access controls to intruder
equipment to highly programmable automation systems for prevention, from video surveillance to cybersecurity. By
entire facilities and campuses. having a global team in more than 150 countries, we
Our next-generation building automation systems make leverage the latest technologies to integrate our products
it possible to extend automated control to every building and services into comprehensive, holistic solutions. We
system—HVAC, lighting, security, and detection—on a single maximize safety, improve efficiency, and ensure business
platform. We also make control systems and components continuity, while at the same time innovating continuously
for commercial refrigeration equipment as well as a full line to offer leading-edge solutions.
of HVAC equipment.
79
Local Manufacturing for a Sustainable Economy
Al Salem Johnson Controls is a key contributor to the localization of manufacturing and
development of the Saudi industrial sector, and a driving-force for HVAC technology-transfer to
Saudi from around the world. YORK Factory in Jeddah started its operation in 2001, it manufactures
Saudi-made Units with technologies transferred from the US, China and Italy. This is a key milestone
for local industry and job market, as ASJC is now manufacturing sophisticated HAVC equipment
such as chillers, air-handling and packaged units; reducing cost and lead-time. With the success of
this strategy, ASJC also exported a range of products to over 20 countries in the GCC, Middle East,
Asian and African.
2. Markets
Johnson Controls Manufacturing System (JCMS): JCI’s Global Path to Manufacturing Excellence In addition to the distribution of YORK’s Jeddah factory products in the Saudi market, the
factory exports a range of products to overseas markets in the GCC countries and Middle East,
Jordan, Lebanon, Africa, Egypt, Libya, also Yemen, Iraq, Turkey, India, Pakistan, & South Africa.
In 2017, YORK Jeddah Factory celebrated the achievement of Level 3 in Johnson Controls
Manufacturing System (JCMS) out of 5 level. It is ranked 13 in JCMS among all 95 JCI BT&S plants.
3. Certifications
Stable Operations
Customer Focus Environment
80
Industrial Refrigeration
Al Salem Johnson Controls offers unique tailor-made solutions based on its comprehensive
experience within all industries and applications. We provide Design, Manufacture, Testing,
Installation and Start-up.
• Qualified & professional design engineering team with senior design engineers having in
excess of 30 years of experience.
• 3D system modeling as standard with automatic generated parts & BOMs, etc.
SABROE Industrial Refrigeration … Documented
• Unrivalled branded products: FRICK, SABROE & YORK.
performance, tangible benefits throughout
• Strategic alliances formed with professional MEP process contractors to align fully with major industrial cooling and heating
blue chip client expectations.
The SABROE brand has been in the business of
• The support & backing of a major international corporation for all building efficiency systems industrial cooling and heating ever since 1897.
including Industrial Refrigeration. We provide the equipment needed to put thermal
• Innovative approach to system design, always with high added value to clients in terms of transfers to work in industrial and commercial
economic outlay and efficient operation. installations - from a full spectrum of refrigeration
• Full alignment with sustainability in refrigeration to suit environmental responsibility compressors of all kinds to industrial chillers and
heat pumps. SABROE products are recognized
and respected throughout the world for their
quality, long-term operating reliability and cost-
Knowing Customer Businesses effectiveness. Customers also reap the benefits
Industrial Refrigeration Solutions are applied in a diversity of sectors: of our consistent focus on low life cycle costs and
world-leading expertise in the use of naturally
occurring refrigerants.
81
Energy Efficiency for a Sustainable Future
Al Salem Johnson Controls hosts a portfolio of smart, secure and customized energy solutions to 3. Lighting Solutions
further enhance the performance of your business and well-being of our planet. Using LED bulbs contributes to an average savings of up to 40% load. Lasts up to 10 times as
As a certified Energy Services Company (ESCO) from Saudi Energy Efficiency Center we provide a long as conventional incandescent light.
range of energy efficiency solutions to optimize energy performance of your facility and save money
on energy cost.
4. Central Plant Optimization (CPO)
Planned service program built around your specific building performance requirements, keeping
Emissions HVAC equipment and controls performing at optimum levels with a combination of scheduled,
The potential impact of energy efficiency on the economy is large, but it is also the least-cost way predictive and measurable preventive maintenance services. Ongoing maintenance reduces
of meeting emission reduction targets. operating cost, carbon footprint, equipment downtime and consequently increases equipment
lifetime, overall efficiency and comfort level.
Sustainable Solutions
Whether you are managing a facility in the public sector, education, retail industry, food and 5. Renewable Energy Solutions
beverages, banking, hospitality, restaurants, healthcare or manufacturing, typical energy Our nation has been blessed with Plethora of Sun; which makes the Renewable Energy both
performance improvements for your project include enhancements to heating, ventilating and Solar Photovoltaic and Solar Thermal very viable. Al Salem Johnson Controls will evaluate the
air-conditioning systems, lighting, and electrical systems, control systems, motors and pumps, and right options for your facility; which will enable you to produce energy for your own use, and
eliminating leaks and waste. be less dependent on the grid. Solar PV not only produces clean and reliable energy, but also
Here are our top 5 energy solutions to help you save a fortune: protects your business against the rising electricity cost. Renewable Energy reduces pollution,
preserves our natural resources and strengthens our commitment to our planet’s future.
1. HVAC Upgrades
HVAC equipment accounts for over 60% of the total energy consumed in buildings. The older
the equipment, the lower the efficiency. Selecting the right unit and capacity helps increase
efficiency.
82
Energy Efficiency Improvements Guaranteed Performance
All of the energy and operational savings are guaranteed by the ESCO over the term of the contract.
If the guaranteed savings are not realized, we pay you the difference between what is saved and the
guaranteed savings amount. Using performance contracting, the risk of performance belongs to us.
We shoulder complete turn-key responsibility for the project, including the performance of
preliminary energy audits, detailed design and engineering, business case analysis, installation,
commissioning, performance measurement and verification. These projects typically include a
variety of building improvements including lighting and mechanical system retrofits, technology
upgrades, renewable energy installations, water efficiency upgrades, operator training, and
occupant education.
83
Landmark Projects
Building on the reputation of Johnson Controls as the
global front-runner in the building efficiency industry,
Al Salem Johnson Controls became a leader in
providing integrated solutions to prestigious landmark
projects locally and regionally. The Holy Mosque Bar Al Jissa
Makkah, Kingdom of Saudi Arabia Muscat, Sultanate of Oman
Building owners and operators, developers and
consultant engineers turn to Al Salem Johnson Controls
products and services to help bring the most technically
challenging and ambitious projects to reality.
King Abdulaziz University (CUP2) Clock Tower Presidential Palace Bahrain Bay Mall of Egypt
Jeddah, Kingdom of Saudi Arabia Makkah, Kingdom of Saudi Arabia Abu Dhabi, United Arab Emirates Manama, Kingdom of Bahrain Giza, Egypt
Ministry of Education Children Cancer Hospital 57357 King Abdulaziz International Airport
Kuwait Cairo, Egypt Jeddah, Kingdom of Saudi Arabia
Al Waseel Hills The Dubai Metro Carousel Mall Moscow Kremlin Empure State Building
Riyadh, Kingdom of Saudi Arabia Dubai, United Arab Emirates Istanbul, Turkey Russia New York, USA
84
Fakeeh Hospital Jabal Omar Kuwait University
Jeddah, Kingdom of Saudi Arabia Makkah, Kingdom of Saudi Arabia Kuwait
Burj Khalifa Burj Al Mamlaka Sharjah International Airport King Abdullah Financial District
Dubai, United Arab Emirates Riyadh, Kingdom of Saudi Arabia United Arab Emirates Riyadh, Kingdom of Saudi Arabia
Petronas Twin Towers Cevahir Mall Children Cancer Hospital Princess Noura University Princess Tower
Kulala Lumpor, Malaysia Istanbul, Turkey Cairo, Egypt Riyadh, Kingdom of Saudi Arabia Dubai, United Arab Emirates
City Stars Complex Four Seasons Hotel Four Seasons Hotel Grand Hyatt Hotel Citystars Commercial/Residential Complex
Cairo, Egypt Lebanon Bahrain Dubai, United Arab Emirates Cairo, Egypt
85
Notes:
86
Notes:
87
We are in the business of building efficiency.
We create energy savings, healthier environments and operational savings for our partners,
including over 90% of world’s tallest buildings.
Burj Khalifa Taipei 101 International Commerce Center Greenland Financial Complex International Princess Tower Two International
Dubai Taipei Hongkong Nanjing Financial Center Dubai Financial Center
Guangzhou Hongkong
Makkah Royal Clock Tower Shanghai World Petronas Tower Willis Tower Trump Tower Al Hamra Tower
Saudi Arabia Financial Center Kuala Lumpur Chicago Chicago Kuwait
Shanghai
We reserve the right to change in part or in whole the specifications without prior notice.