HIGH EFFICIENCY
Full DC Inverter Heat Pump Modular & Mini VRF
YORK® Variable Refrigerant Flow Systems Efficiency and comfort for your customers.
New growth opportunities for your business. Building climate control is about comfort and efficiency – delivering just the right heating and cooling to every space using no more energy than necessary. YORK® variable refrigerant flow (VRF) technology lets you do that for customers in innovative ways that present new growth opportunities for your business.
2 WHY VRF?
VRF technology gives building owners, architects, consulting engineers, and mechanical contractors an innovative solution to address the common challenge of reducing operating costs in buildings with varied loads and occupancy rates while delivering comfort to all areas. The systems can offer:
Introducing YORK® VRF
2-4
What is VRF?
5
Why Partner with Johnson Controls?
7-9
Summary of Features and Benefits
10-11
12 INDOOR UNITS Overview 12-14 Ductless Units 15-20 Ducted Units 21-29
• E xceptional efficiency, delivering more energy savings than conventional HVAC systems. • A modular system that can be customized to the exact requirements of each project, with options that include heat pump and fan coil options.
35 OUTDOOR UNITS Overview 35-37 380V Heat Pump 38-50
• Freedom for designers to choose ducted systems with short or long runs, or ductless systems that allow for much lower clearance between building floors and therefore lower overall construction costs.
51 OPTIONAL PARTS & ACCESSORIES
• Impressively quiet, with controls to deliver precisely the correct amount of heating or cooling to each zone.
Optional Parts & Accessories
51-52
53 CONTROLLERS Controllers 53
The information contained in this catalog is for illustration purposes only and is subject to change at the sole discretion of Johnson Controls. Statements, figures, calculations, plans, images and representations are only examples. Johnson Controls encourages you, as the purchaser, to analyze your HVAC requirements and to work with Johnson Controls to determine the exact VRF System to fulfill your needs.
2
JOHNSON CONTROLS | YORK® VRF SYSTEMS
JOHNSON CONTROLS | YORK® VRF SYSTEMS
1
Introducing YORK® VRF from Johnson Controls YORK® VRF systems are modular and controlled solutions that include models with capability to heat or cool different zones. The technology brings an array of advantages over conventional systems. •S ave on energy. Systems essentially eliminate duct losses. In addition, variable-speed compressors in outdoor units provide extremely high part-load efficiency.
Gain control flexibility Users can deploy from three basic control options: • Indoor fan coil units come with a selection of thermostats, from simple units with on/off, setpoint, load and speed settings, to programmable units that enable scheduling. Wireless units are available to provide remote control of zone space conditions. •C entral station controllers for larger projects provide remote control and scheduling of the entire system from one or more control points.
•K eep occupants comfortable. Users can set individual temperature set points for multiple zones. Variable-speed compressors with wide capacity and precise modulation help maintain each zone’s temperature within a narrow range. Indoor units also operate quietly.
• Adapters (gateways) enable control of large buildings or campuses through building automation systems such as Metasys®.
• Go green. VRF technology can help users attain LEED® certification points for resource efficiency.
YORK® VRF systems suit a wide range of buildings in new construction and retrofits. Prime candidates include:
Enjoy design freedom A variety of standard modular components let you customize and size equipment to meet specific project requirements. Because ductwork is generally needed for ventilation, ducts can be smaller, reducing capital cost. Systems can be easily adapted as space is reconfigured. Unlike conventional HVAC systems, VRF systems allow for the addition of capacity to accommodate expansion simply by adding modular units (capacities 8-54 HP). There is no need to remove and replace the original unit or reconfigure ductwork.
Choose multiple applications
•B uildings with multiple zones that have different comfort needs – such as hotels, schools, medical office buildings, commercial office buildings and others. •H istorical building renovations in which ducted HVAC options are severely limited and the basic building structure must not be disturbed. •B uildings in climate zones favorable for heat pump technology.
Install with ease YORK® VRF systems are designed for quick and simple installation, since piping from the outdoor units can be connected from the front, back, or underneath. Indoor units are small and light and easy to transport and handle; outdoor units can be brought into a building for installation on a rooftop via a service elevator – no crane or other heavy equipment is needed. Service is simple, too: Systems need little maintenance beyond changing filters and cleaning coils.
2
JOHNSON CONTROLS | YORK® VRF SYSTEMS
JOHNSON CONTROLS | YORK® VRF SYSTEMS
3
Advanced compressor technology yields the highest efficiency ratings, resulting in energy savings Rated highest for energy efficiency The YORK® VRF Systems boast efficiencies up to: • 4.1 COP
YORK® systems rank impressively high in the ratings that matter most for VRF technology. The traditional measure of HVAC equipment, Coefficient of Performance (COP), measures system efficiency at full load. While this may be appropriate for equipment that operates in a traditional cycle (fully on or fully off), it is not appropriate for properly sized VRF systems, which spend the vast majority of time at part load, reaching full load only on the hottest or coldest days. YORK® VRF systems excel against truer measures of efficiency:
How VRF works A VRF system typically consists of one or more outdoor condensing units from which refrigerant is piped to a series of indoor fan coil units serving individual zones within building spaces. The system conditions the spaces by delivering to the indoor fan coil units only the volume of refrigerant required to meet the heating or cooling needs of each zone (see Figure 1). The basic types of YORK® VRF systems, ranging from 4-54HP capacity: • Heat pump VRF systems are two-pipe systems
Exclusive Hitachi compressor results in high efficiency ratings The core technology of YORK® VRF systems is the exclusive Hitachidesigned high-efficiency scroll compressor. Hitachi invented the first air conditioning scroll compressor in 1983 and in 2008 applied a cuttingedge large-capacity scroll compressor to VRF technology. Its advantages include a high compression ratio, excellent reliability and efficiency, and lower compressor noise level.
Heat pump VRF systems are two-pipe systems that enable design for ductless or ducted applications. Precise heating or cooling is delivered to multiple zones.
Profit from quality and innovation The YORK® VRF line includes a wide selection of products and control options. Numerous innovative features enhance performance, energy efficiency, quiet operation and service life. Quality is built-in, from design through manufacturing in state-of-the-art, ISO-certified facilities.
Figure 1
4
JOHNSON CONTROLS | YORK® VRF SYSTEMS
JOHNSON CONTROLS | YORK® VRF SYSTEMS
5
Get expert advice at every step: select, design, specify, install Your Johnson Controls account team supports you as no one else can, at every step of every project. Effective training, intuitive design and specification software, advanced logistics and delivery, and easily accessible documentation form a powerful support package that adds substantial value to YORK® VRF systems.
Get your team up to speed fast. Efficient performance, quality installations.
Right-size systems with intuitive selection software The YORK® VRF selection software intuitively guides you step by step through equipment selection, so you can quickly and accurately choose an appropriate and cost-effective equipment package for each project.
PC-based program
Comprehensive training programs provide knowledge and skills necessary to effectively and efficiently deploy YORK® VRF technology. Our world-class VRF training center offers a multitude of classes with specialized modules and topics that help:
The PC-based program gives you mobility and flexibility. The software helps you:
• Salespeople submit competitive bids and close deals.
• Accurately select systems using a System Sizing Analysis. The process starts with the indoor fan coil units, so that outdoor units are optimally sized. Proprietary algorithms help determine system size using data input on the indoor units, load, and measurements, so your system does not include capacity that will go unutilized.
• Designers select and configure the right equipment easily and accurately. • Installers learn the proper procedures and complete jobs accurately, on time and on budget. • Service technicians maintain, troubleshoot and repair systems efficiently. The training center includes a dedicated VRF laboratory to provide hands-on experience with the various systems, components and controls. YORK® VRF training programs help deliver peace of mind that your staff is prepared to support your business with the knowledge to compete in a growing industry.
6
Get the tools that give you an edge
JOHNSON CONTROLS | YORK® VRF SYSTEMS
• Design accurate final system drawings including piping and wiring diagrams in an easy, quick, step-by-step process.
• Use intuitively designed features and functionality that make the design process easy, fast, and accurate. You can select options and accessories without referring to additional information or performing additional calculations. • Gain an edge by confidently designing VRF systems that are rightsized, and include the right equipment for each project.
JOHNSON CONTROLS | YORK® VRF SYSTEMS
7
Get winning advice to make the best decisions Consistent delivery: Get the right equipment to the jobsite on time Ample inventory and advanced order management and logistics systems can help you complete installations in a timely manner. Consistent service and predictable deliveries help you prevent delays arising from the wait for essential components and enable you to set a project timeline and schedule labor efficiently. Fast and accurate parts delivery from our main distribution center is our assurance to customers.
YORK® VRF systems bring exciting new possibilities in building space air-conditioning, enabling you to satisfy customers, win more business, and enhance your reputation. When you work with Johnson Controls as your partner, our experts can guide you through a thorough analysis to select the system that best delivers exceptional energy efficiency, increased occupant comfort, and a lower life-cycle cost. You can choose from a wide portfolio of HVAC solutions including: •Y ORK® VRF systems • YORK® chillers • YORK® rooftop units
Let’s go to work – together YORK® VRF systems can be configured to meet your project requirements and deliver exceptional performance. Select heat pump or cooling only outdoor units with DC inverter-driven compressors offering energy savings and the ability to scale to size. Multiple ventilation options help make sure your systems introduce the right volume of outside air. A host of options and accessories help ensure a custom fit for your project. And users benefit from our variety of control technology options.
YORK® VRF systems
• YORK® custom built-up air handlers • Metasys® building automation systems Our analysis will provide data that helps you appropriately compare all options, so you can make the best-informed decision on every project.
YORK® Chillers
Let’s explore the many advantages of VRF systems together so you can put them to work for your customers. On these pages, you can explore detailed information on the full range of YORK® VRF systems.
YORK® Rooftop units
YORK® Custom built-up air handlers
8
JOHNSON CONTROLS | YORK® VRF SYSTEMS
JOHNSON CONTROLS | YORK® VRF SYSTEMS
9
YORK® VRF Systems: Summary of Features and Benefits BENEFITS
Compact footprint
• Requires less indoor space than conventional systems
• Expands options for positioning outdoor units
Modular components
• Provides flexibility to customize systems to each project’s needs
• Simplifies design process • Allows easy updates as space is reconfigured or expanded
Ductless systems
• Ultimate in design flexibility • Reduces clearance between building floors
• Reduces system costs • Ideal for historic renovations
Ducted systems
• Accommodates retrofits by making use of existing duct infrastructure • Suits unique buildings that include ducted and ductless areas
• Reduces overall construction costs
Heat pump VRF systems
• Precisely heats or cools multiple zones
• Provides extreme system design flexibility
Comprehensive training
• Modules tailored to specific job functions
• Enables effective equipment selection and specification
Installation simplicity
• Outdoor unit piping can be connected from the front, back or underneath. • Small and light indoor units are easy to handle without heavy equipment
• Reduces installation time and cost
• Modules tailored to specific job functions
• Enables professional, high-quality, timely installation
Consistent, reliable product delivery
• Ensures correct components are delivered to job sites on time
• Enhances installation efficiency • Allows efficient labor scheduling
Easy maintenance access
• All components accessible via removal of one panel
• Speeds up time spent on maintenance, repair, and troubleshooting
Refrigerant check
• Checks to make sure system is charged with the correct amount of refrigerant to meet requirements.
• Helps contractor and installer adjust for optimum efficiency and performance
Controls
Comprehensive training
System
• Allows design freedom
Compressor
• Suitable for short or long runs; accommodates nearly all projects
Outdoor Units
Piping flexibility: Design systems with pipe runs up to 1,000 m
FEATURES
Indoor Units
ADVANTAGES
BUILDING OWNER
MECHANICAL CONTRACTOR / INSTALLER
ARCHITECT / SYSTEM DESIGNER
FEATURES
10
JOHNSON CONTROLS | YORK® VRF SYSTEMS
ADVANTAGES
BENEFITS
Rotational operation
• In multiple-unit applications at partial load, outdoor units operate alternately so that operating hours are shared equally.
• Optimizes efficiency • Extends service life • Increases reliability
Backup operation function
• Allows one outdoor unit to be taken off-line for maintenance while remaining units keep operating.
• Avoids system downtime • Protects occupant comfort
Efficiency optimized for part-load operation
• Part Load efficiency among industry’s highest for VRF systems
• Saves energy
Noise reduction preference mode
• Lets users choose from three settings for a “not to exceed” sound level
• Extremely quiet (sound ratings as low as 50 dBA for outdoor units; 27 dBA for indoor units) • Ideal where outdoor units are positioned on side of building or in locations where there are noise restrictions
DC inverter-driven scroll compressor
• Engineered to deliver the optimum efficiency at normal load conditions
• Among industry’s most efficient VRF systems:
Compressor modulation in 1 Hz increments
• Smoothly delivers only the exact amount of refrigerant needed for the load
• Allows fine control for optimum comfort • Saves energy
Demand control
• Users can select from a wide variety of power settings from 100% to 60% and program “not to exceed” a given power level
• Limits electric demand charges • Limits equipment wear and tear • Reduces noise
Load shedding
• Allows programming to turn units on/off in rotation at 10- to 20-minute intervals
• Saves energy • Limits demand charges
Double-blade fan
• Longer fan blades increase airflow quantity by 25%, resulting in higher static pressure
• Reduces noise • Extends motor life
As high as 80 Pa static pressure in ducted systems
• Offers adjustable speeds to match the static pressure requirement
• Flexibility to accommodate long or short ductwork runs
Optional motion and radiant sensors
• Sets back temperature when space is unoccupied, increasing efficiency even further
• Saves energy
H-Link II Protocol
• Controls multiple indoor and outdoor units from one control point • Adds versatility to connect various central control options
• Maximizes indoor comfort • Saves energy • Improves system management
Temperature control
• Adjusts in 1 degree F/C increments • Adjustable fan speeds
• Auto-adjusts for daylight saving time • Provides options to satisfy multiple projects/ buildings
H-LINK II BACnet adapter for integration into BMS
• Enables control of VRF systems by way of a building management system (e.g. Metasys®) for almost unlimited control in a building of campus enterprise.
• Optimizes comfort • Saves energy • Unified interface for all HVAC systems
JOHNSON CONTROLS | YORK® VRF SYSTEMS
11
YORK® VRF INDOOR UNITS
Indoor Units Overview Choose the style and size from the wide selection of indoor units to meet your requirements for layout and design.
Ductless Indoor unit MODEL NUMBERS
4-Way Cassette JTKF028H0PN-0AQ1 JTKF036H0PN-0AQ1 JTKF045H0PN-0AQ1 JTKF050H0PN-0AQ1 JTKF056H0PN-0AQ1 JTKF063H0PN-0AQ1
JTKF071H0PN-0AQ1 JTKF080H0PN-0AQ1 JTKF090H0PN-0AQ1 JTKF112H0PN-0AQ1 JTKF140H0PN-0AQ1 JTKF160H0PN-0AQ1
Wall Mount
Floor Concealed
Floor Ceiling
JTHW022H0NN-0AQ1 JTHW028H0NN-0AQ1 JTHW036H0NN-0AQ1 JTHW045H0NN-0AQ1 JTHW050H0NN-0AQ1 JTHW056H0NN-0AQ1 JTHW063H0NN-0AQ1
JTFC028H0NN-0AQ1 JTFC045H0NN-0AQ1 JTFC056H0NN-0AQ1 JTFC071H0NN-0AQ1
JTFE050H0NN-0AQ1 JTFE056H0NN-0AQ1 JTFE063H0NN-0AQ1 JTFE071H0NN-0AQ1 JTFE084H0NN-0AQ1 JTFE090H0NN-0AQ1 JTFE112H0NN-0AQ1 JTFE142H0NN-0AQ1
Ducted Indoor unit MODEL NUMBERS
Ducted High Static JTDH022H0NN-0AQ1 JTDH028H0NN-0AQ1 JTDH036H0NN-0AQ1 JTDH045H0NN-0AQ1 JTDH050H0NN-0AQ1 JTDH056H0NN-0AQ1 JTDH063H0NN-0AQ1 JTDH071H0NN-0AQ1
Indoor Units YORK® VRF indoor units operate quietly and are easy to install, service and maintain. A wide variety of ductless and ducted units are available in styles and capacities to fit multiple applications. Units operate quietly with sound ratings as low as 27 dBA.
12
4-Way Cassette Wall Mounted Ducted Low Static Ducted High Static Ducted Slim Floor Concealed Floor and Ceiling AHU-Kit
JOHNSON CONTROLS | YORK® VRF SYSTEMS
JTDH080H0NN-0AQ1 JTDH090H0NN-0AQ1 JTDH112H0NN-0AQ1 JTDH140H0NN-0AQ1 JTDH160H0NN-0AQ1 JTDH224H0NM-0AQ1 JTDH280H0NM-0AQ1
Ducted Slim JTDS022H0PN-0AQ1 JTDS028H0PN-0AQ1 JTDS036H0PN-0AQ1 JTDS045H0PN-0AQ1 JTDS050H0PN-0AQ1 JTDS056H0PN-0AQ1
Ducted Low Static JTDL022H0NN-0AQ1 JTDL028H0NN-0AQ1 JTDL036H0NN-0AQ1 JTDL045H0NN-0AQ1 JTDL050H0NN-0AQ1 JTDL056H0NN-0AQ1 JTDL063H0NN-0AQ1 JTDL071H0NN-0AQ1
JTDL080H0NN-0AQ1 JTDL090H0NN-0AQ1 JTDL112H0NN-0AQ1 JTDL140H0NN-0AQ1 JTDL160H0NN-0AQ1 JTDL224H0NM-0AQ1 JTDL280H0NM-0AQ1
AHU-Kit JTDS063H0PN-0AQ1 JTDS071H0PN-0AQ1 JTDN022H0PN-0AQ1 JTDN028H0PN-0AQ1 JTDN036H0PN-0AQ1 JTDN045H0PN-0AQ1
JOHNSON CONTROLS | YORK® VRF SYSTEMS
JDXF-2.0A JDXF-4.0A
JDXF-6.0A JDXF-10.0A
13
YORK® VRF INDOOR UNITS
Indoor Unit Selection
kW 2.2 2.8 3.6 4.5 5 5.6 6.3 7.1 8 9 11.2 14 16 22.4 28 4-Way Cassette
Wall Mount
Ducted High Static Ducted Low Static
Ducted Slim
Floor Concealed
4-Way Cassette Indoor Unit Ceiling mounted 4-way cassettes measuring 33 x 33 inch (84 x 84 cm) are offered with standard decorative panels. Compact, thin and lightweight, they are easy to install even in tight spaces.
Floor Ceiling
HP
2
4
6
8
10
Key Features • Optional motion and radiant heat sensors for shutoff and activation in response to room occupancy
Capacities: 2.8 to 16kW
• Multiple fan speed settings
AHU-Kit
• Optional fresh air kit available • Four air volume settings including Ultra Hi for higher ceilings • 4-way airflow standard but can be configured for 2-way or 3-way • Integrated condensate pumps included in all units • Uniform panel sizing • Optional lift mechanism allows panel to be lowered for convenient service access
14
JOHNSON CONTROLS | YORK® VRF SYSTEMS
JOHNSON CONTROLS | YORK® VRF SYSTEMS
15
YORK® VRF INDOOR UNITS
4-Way Cassette Indoor Unit
4-Way Cassette Indoor Unit
Indoor Unit Type JTKF028H0PN-0AQ1
JTKF036H0PN-0AQ1
Sound Pressure Level (High/Medium/Low)
Outer Dimension
Btu/h
19,100
21,500
24,200
5.6
kW
6.5
7.5
8.5
9.6
Nominal Heating Capacity
kcal/h
5,600
6,500
7,300
8,300
Btu/h
22,200
25,600
29,000
32,800
Sound Pressure Level (High/Medium/Low)
dB (A)
32-30-28
32-30-28
32-30-28
32-30-28
3.3
4.9
4.2
kcal/h
2,800
3,600
4,200
4,800
Btu/h
11,100
14,300
16,700
19,100
dB (A)
32-30-28
32-30-28
32-30-28
248
248
248
32-30-28 248
(9-3/4)
(9-3/4)
(9-3/4)
(9-3/4)
840
840
840
840
(33-1/16)
(33-1/16)
(33-1/16)
(33-1/16)
840
840
840
840
(33-1/16)
(33-1/16)
(33-1/16)
(33-1/16)
23
23
23
24
(51)
(51)
(51)
(53)
13/12/11
15/13.5/12
15/13.5/12
16/14/12
(cfm)
(459/424/388)
(530/477/424)
(530/477/424)
(565/494/424)
W
56
56
56
56
Approximate Packing Measurement
Width
mm (in.)
Depth
mm (in.)
Net Weight
kg (Ibs.)
Air Flow Rate (Hi/Me/Lo) Motor
Φ6.35
Φ6.35
(1/4)
(1/4)
(1/4)
(1/4)
mm
Φ12.7
Φ12.7
Φ12.7
Φ15.88
(in.)
(1/2)
(1/2)
(1/2)
(5/8)
VP25
VP25
VP25
VP25
Condensate Drain
0.22
Approximate Packing Measurement
0.22 P-N23NAQ
0.22
0.22
P-N23NAQ
P-N23NAQ
mm (in.) mm (in.) mm (in.) kg (lbs.) m3
248
248
298
(9-3/4)
(9-3/4)
(11-3/4)
840
840
840
840
(33-1/16)
(33-1/16)
(33-1/16)
(33-1/16)
840
840
840
840
(33-1/16)
(33-1/16)
(33-1/16)
(33-1/16)
24
24
24
26
(53)
(53)
(53)
(57)
P-N23NAQ
m3/min.
16/14/12
19/17/14
20/17/15
26/23/20
(cfm)
(565/494/424)
(671/600/494)
(706/600/530)
(918/812/706)
W
56
56
56
56
mm
Refrigerant Piping
Φ6.35
m3
248 (9-3/4)
R410A (Nitrogen-Charged for Corrosion-Resistance)
Indoor Fan
Φ6.35
Liquid Line Gas Line
Flare-Nut Connection (with Flare Nuts)
(in.)
Φ6.35
Φ9.53
Φ9.53
Φ9.53
(1/4)
(3/8)
(3/8)
(3/8)
mm
Φ15.88
Φ15.88
Φ15.88
Φ15.88
(in.)
(5/8)
(5/8)
(5/8)
(5/8)
VP25
VP25
VP25
VP25
m
3
Adaptable Panel Model
0.22
0.22
0.22
0.26
P-N23NAQ
P-N23NAQ
P-N23NAQ
P-N23NAQ
37
37
37
37
(1-7/16)
(1-7/16)
(1-7/16)
(1-7/16)
Neutral White
Color
37
37
37
37
(1-7/16)
(1-7/16)
(1-7/16)
(1-7/16)
950
950
950
950
(37-3/8)
(37-3/8)
(37-3/8)
(37-3/8)
950
950
950
950
(37-3/8)
(37-3/8)
(37-3/8)
(37-3/8)
6
6
6
6
(13)
(13)
(13)
(13)
0.08
0.08
0.08
0.08
Outer Dimension
Height
mm (in.)
Width
mm (in.)
Depth
mm (in.)
Net Weight Approximate Packing Measurement
kg (lbs.) m3
950
950
950
950
(37-3/8)
(37-3/8)
(37-3/8)
(37-3/8)
950
950
950
950
(37-3/8)
(37-3/8)
(37-3/8)
(37-3/8)
6
6
6
6
(13)
(13)
(13)
(13)
0.08
0.08
0.08
0.08
NOTES: 1. The nominal cooling capacity is the combined capacity of Johnson Controls’ standard split system, and is based on the JIS standard B8616. Cooling Operation Conditions Indoor Air Inlet Temperature: 27°C DB (80°F DB) 19.0°C WB (66.2°F WB) Outdoor Air Inlet Temperature: 35°C DB (95°F DB) Heating Operation Conditions Indoor Air Inlet Temperature: 20°C DB (68°F DB) Outdoor Air Inlet Temperature: 7°C DB (45°F DB) 6°C WB (43°F WB) Piping Length: 7.5 Meters Piping Lift: 0 Meter 2. The sound pressure level is based on following conditions: 1.5 Meter Beneath the Unit. The above data was measured in an anechoic chamber so that reflected should be taken into consideration in the field.
NOTES: 1. The nominal cooling capacity is the combined capacity of Johnson Controls’ standard split system, and is based on the JIS standard B8616. Cooling Operation Conditions Indoor Air Inlet Temperature: 27°C DB (80°F DB) 19.0°C WB (66.2°F WB) Outdoor Air Inlet Temperature: 35°C DB (95°F DB) Heating Operation Conditions Indoor Air Inlet Temperature: 20°C DB (68°F DB) Outdoor Air Inlet Temperature: 7°C DB (45°F DB) 6°C WB (43°F WB) Piping Length: 7.5 Meters Piping Lift: 0 Meter 2. The sound pressure level is based on following conditions: 1.5 Meter Beneath the Unit. The above data was measured in an anechoic chamber so that reflected should be taken into consideration in the field.
16
mm (in.)
(in.)
Neutral White
Net Weight
Outer Dimension
Height
Connections
Flare-Nut Connection (with Flare Nuts)
Color
Depth
Nominal Cooling Capacity
Refrigerant
m3/min.
Adaptable Panel Model
Width
28,700
4,300
Condensate Drain
Height
7,200
17,000
mm
Approximate Packing Measurement
6,100
3,700
R410A (Nitrogen-Charged for Corrosion-Resistance)
Gas Line
5,400
14,700
kg (Ibs.)
Liquid Line
8.4
4,800
3,100
mm (in.)
Refrigerant Piping
7.1
kcal/h
AC 1Φ,220-240V/50Hz
12,300
Depth
Connections
6.3
9,500
mm (in.)
Air Flow Rate (Hi/Me/Lo)
5.6
2,400
Width
Motor
JTKF080H0PN-0AQ1
Btu/h
Refrigerant
Outer Dimension
5.0
JTKF071H0PN-0AQ1
kcal/h
mm (in.)
Indoor Fan
kW
Indoor Unit Power Supply 4.3
3.6
JTKF063H0PN-0AQ1
2.8
Height
Net Weight
JTKF050H0PN-0AQ1
JTKF056H0PN-0AQ1
kW
kW Nominal Heating Capacity
JTKF045H0PN-0AQ1
4-Way Cassette Type
Model
AC 1Φ,220-240V/50Hz
Indoor Unit Power Supply Nominal Cooling Capacity
Indoor Unit Type
4-Way Cassette Type
Model
(continued)
JOHNSON CONTROLS | YORK® VRF SYSTEMS
JOHNSON CONTROLS | YORK® VRF SYSTEMS
17
YORK® VRF INDOOR UNITS
4-Way Cassette Indoor Unit
(continued)
Indoor Unit Type
4-Way Cassette Type
Model
JTKF090H0PN-0AQ1
JTKF112H0PN-0AQ1
kW
9.0
11.2
14.2
16.0
kcal/h
7,700
9,600
12,200
13,800
Btu/h
30,700
38,000
48,400
54,600
kW
10.0
13.0
16.3
18.0
Nominal Heating Capacity
kcal/h
8,600
11,200
14,000
15,500
Btu/h
34,100
44,400
55,500
61,400
Sound Pressure Level (High/Medium/Low)
dB (A)
34-32-30
41-36-33
43-38-35
44-40-36
Outer Dimension
Height
mm (in.)
Width
mm (in.)
Depth
mm (in.)
Net Weight
kg (Ibs.)
298
298
298
298
(11-3/4)
(11-3/4)
(11-3/4)
(11-3/4)
840
840
840
840
(33-1/16)
(33-1/16)
(33-1/16)
(33-1/16)
840
840
840
840
(33-1/16)
(33-1/16)
(33-1/16)
(33-1/16)
26
29
29
29
(57)
(64)
(64)
(64)
R410A (Nitrogen-Charged for Corrosion-Resistance)
Refrigerant Indoor Fan Air Flow Rate (Hi/Me/Lo) Motor Connections
m3/min.
26/23/20
32/28/24
34/29/25
37/32/27
(cfm)
(918/812/706)
(1,130/989/847)
(1,201/1,024/883)
(1,307/1,130/954)
W
56
108
108
108
mm
Refrigerant Piping Liquid Line Gas Line
Approximate Packing Measurement
Flare-Nut Connection (with Flare Nuts)
(in.)
Φ9.53
Φ9.53
Φ9.53
Φ9.53
(3/8)
(3/8)
(3/8)
(3/8)
mm
Φ15.88
Φ15.88
Φ15.88
Φ15.88
(in.)
(5/8)
(5/8)
(5/8)
(5/8)
VP25
VP25
VP25
VP25
0.26
0.26
0.26
0.26
P-N23NAQ
P-N23NAQ
P-N23NAQ
P-N23NAQ
Condensate Drain m
3
Adaptable Panel Model
Neutral White
Color Height Outer Dimension
JTKF160H0PN-0AQ1
AC 1Φ,220-240V/50Hz
Indoor Unit Power Supply Nominal Cooling Capacity
JTKF140H0PN-0AQ1
mm (in.)
Width
mm (in.)
Depth
mm (in.)
Net Weight Approximate Packing Measurement
kg (lbs.) m3
37
37
37
37
(1-7/16)
(1-7/16)
(1-7/16)
(1-7/16)
950
950
950
950
(37-3/8)
(37-3/8)
(37-3/8)
(37-3/8)
950
950
950
950
(37-3/8)
(37-3/8)
(37-3/8)
(37-3/8)
6
6
6
6
(13)
(13)
(13)
(13)
0.08
0.08
0.08
0.08
Wall Indoor Unit Wall-mount units include wide-angle louvers that distribute airflow comfortably. An auto-swing function ensures efficient air distribution and uniform temperature throughout the conditioned space. Refrigerant and drain piping can be connected at the right, left or rear of the unit for ease of installation.
Key Features • Removable front panel for easy cleaning
• Standard condensate pump
JTHW022H0NN-0AQ1
Nominal Cooling Capacity
Nominal Heating Capacity
Sound Pressure Level (High/Medium/Low) Outer Dimension(H)
Outer Dimension(W)
Net Weight
2.2
2.8
3.6
kcal/h
1,900
2,400
3,100
Btu/h
7,500
9,600
12,300
kw
2.5
3.3
4
kcal/h
2,150
2,800
3,450
Btu/h
8,500
11,100
13,600
dB(A)
38/36/32
38/36/32
40/36/34
mm
280
280
280
(in.)
11
11
11 780
mm
780
780
(in.)
31
31
31
mm
220
220
220
(in.)
9
9
9
kg
10
10
10
(lbs)
22
22
22
R410A (Nitrogen-charged for Corrosion-resistance)
lndoor Fan Air Flow Rate
m3/
(Cooling/Heating)
min w
Gas Line
30
Approximate Packing
JOHNSON CONTROLS | YORK® VRF SYSTEMS
510/450/390
550/450/400
30
30
Flare-nut Connection(with Flare Nuts) mm
Φ6.35
Φ6.35
Φ6.35
(in.)
(1/4)
(1/4)
(1/4)
mm
Φ12.7
Φ12.7
Φ12.7
(in.)
(1/2)
(1/2)
(1/2)
VP16
VP16
VP16
0.12
0.12
0.12
Condensate Drain
JOHNSON CONTROLS | YORK® VRF SYSTEMS
510/450/390
Connections Refrigerant Piping Liquid Line
JTHW036H0NN-0AQ1
kw
Refrigerant
Motor Power
JTHW028H0NN-0AQ1 AC1Φ.220V-240V/50HZ
Power Supply
Measurement
18
Wall Type
Model
Outer Dimension(D)
• Standard wireless controller and built-in wireless sensor
NOTES: 1. The nominal cooling capacity is the combined capacity of Johnson Controls’ standard split system, and is based on the JIS standard B8616. Cooling Operation Conditions Indoor Air Inlet Temperature: 27°C DB (80°F DB) 19.0°C WB (66.2°F WB) Outdoor Air Inlet Temperature: 35°C DB (95°F DB) Heating Operation Conditions Indoor Air Inlet Temperature: 20°C DB (68°F DB) Outdoor Air Inlet Temperature: 7°C DB (45°F DB) 6°C WB (43°F WB) Piping Length: 7.5 Meters Piping Lift: 0 Meter 2. The sound pressure level is based on following conditions: 1.5 Meter Beneath the Unit. The above data was measured in an anechoic chamber so that reflected should be taken into consideration in the field.
lndoor
m3
19
YORK® VRF INDOOR UNITS
Ducted Low Static Indoor Unit Features • High-efficiency DC fan motor • Multiple fan speed settings Capacities: 2.2 to 6.3 kW
• Up to 30 pa static pressure • Bottom access for easy service and troubleshooting
Wall Indoor Unit (continued) lndoor
Wall Type
Model
Capacity
Nominal Heating Capacity Sound Pressure Level (High/Medium/Low) Outer Dimension(H)
Outer Dimension(W)
Outer Dimension(D)
Net Weight
JTHW050H0NN-0AQ1
kw
4
5
Motor Power
5.6
6.3
kcal/h
3,450
4,300
4,800
5,400
Btu/h
13,600
17,000
19,100
21,500
Gas Line
4.5
5.6
6.3
7.1
3,900
4,800
5,400
6,100
Btu/h
15,300
19,100
21,500
24,200
dB (A)
41/38/35
41/38/35
41/38/35
44/41/38
mm
280
290
290
290
(in.)
11
12
12
12
mm
780
1050
1050
1050
(in.)
31
41
41
41
mm
220
220
220
220
(in.)
9
9
9
9
kg
10
13.5
13.5
13.5
(lbs)
22
30
30
30
R410A (Nitrogen-charged for Corrosion-resistance) 600/510/450
720/620/520
720/620/520
820/720/620
w
40
50
50
60
Flare-nut Connection(with Flare Nuts) mm
Φ6.35
Φ6.35
Φ6.35
(in.)
(1/4)
(1/4)
(1/4)
(1/4)
mm
Φ12.7
Φ15.88
Φ15.88
Φ15.88
(in.)
(1/2)
(5/8)
(5/8)
(5/8)
VP16
VP16
VP16
VP16
0.12
0.15
0.15
0.15
m3
NOTES: 1. The nominal cooling capacity is the combined capacity of Johnson Controls’ standard split system, and is based on the JIS standard B8616. Cooling Operation Conditions Indoor Air Inlet Temperature: 27°C DB (80°F DB) 19.0°C WB (66.2°F WB) Outdoor Air Inlet Temperature: 35°C DB (95°F DB) Heating Operation Conditions Indoor Air Inlet Temperature: 20°C DB (68°F DB) Outdoor Air Inlet Temperature: 7°C DB (45°F DB) 6°C WB (43°F WB) Piping Length: 7.5 Meters Piping Lift: 0 Meter
20
Φ6.35
JTDL022H0NN-0AQ1
2. The sound pressure level is based on following conditions: 1.5 Meter Beneath the Unit. The above data was measured in an anechoic chamber so that reflected should be taken into consideration in the field.
JTDL036H0NN-0AQ1
JTDL045H0NN-0AQ1
JTDL050H0NN-0AQ1
AC 1Φ,220-240V/50Hz
Nominal Cooling Capacity
kW kcal/h Btu/h
2.2 1,900 7,500
2.8 2,400 9,500
3.6 3,100 12,300
4.3 3,700 14,700
5.0 4,300 17,000
Nominal Heating Capacity
kW kcal/h Btu/h
2.8 2,400 9,600
3.3 2,800 11,100
4.2 3,600 14,300
4.9 4,200 16,700
5.6 4,800 19,100
dB (A)
29.5-26-24.5
29.5-26-24.5
34-32-30
34-32-30
34-32-30
Height
mm (in.)
270 (10-5/8)
270 (10-5/8)
270 (10-5/8)
270 (10-5/8)
270 (10-5/8)
Width
mm (in.)
650+75 (25-9/16+2-15/16)
650+75 (25-9/16+2-15/16)
650+75 (25-9/16+2-15/16)
650+75 (25-9/16+2-15/16)
650+75 (25-9/16+2-15/16)
Depth
mm (in.)
720 (28-3/8)
720 (28-3/8)
720 (28-3/8)
720 (28-3/8)
720 (28-3/8)
kg (Ibs.)
26 (57)
26 (57)
26 (57)
26 (57)
35 (77)
Sound Pressure Level (High/Medium/Low)
Outer Dimension
Net Weight
Indoor Fan Air Flow Rate (Hi/Me/Lo)
R410A (Nitrogen-Charged for Corrosion-Resistance) m3/min. (cfm)
8/7/6 (283/247/212)
8/7/6 (283/247/212)
13/11/9 (459/388/212)
13/11/9 (459/388/212)
15/13/11 (530/459/358)
External Pressure
pa
30
30
30
30
30
Motor
W
20
20
40
40
45
Connections Refrigerant Piping
Flare-Nut Connection (with Flare Nuts)
Liquid Line
mm (in.)
Φ6.35 (1/4)
Φ6.35 (1/4)
Φ6.35 (1/4)
Φ6.35 (1/4)
Φ6.35 (1/4)
Gas Line
mm (in.)
Φ12.7 (1/2)
Φ12.7 (1/2)
Φ12.7 (1/2)
Φ12.7 (1/2)
Φ15.88 (3/8)
VP25
VP25
VP25
VP25
VP25
0.21
0.21
0.21
0.21
0.27
Condensate Drain Approximate Packing Measurement
JOHNSON CONTROLS | YORK® VRF SYSTEMS
JTDL028H0NN-0AQ1
Indoor Unit Power Supply
Refrigerant
m /min
Condensate Drain Approximate Packing Measurement
Model
kw
3
In-the-Ceiling Type (Low Static Pressure)
JTHW063H0NN-0AQ1
kcal/h
Connections Refrigerant Piping Liquid Line
JTHW056H0NN-0AQ1
AC1Φ.220V-240V/50HZ
Refrigerant lndoor Fan Air Flow Rate (Cooling/Heating)
Indoor Unit Type
JTHW045H0NN-0AQ1
Power Supply Nominal Cooling
Capacities: 2.2 to 28 kW
• Built-in condensate pump
m3
JOHNSON CONTROLS | YORK® VRF SYSTEMS
21
YORK® VRF INDOOR UNITS
Ducted Low Static Indoor Unit (continued) Indoor Unit Type JTDL056H0NN-0AQ1
JTDL063H0NN-0AQ1
kW
Capacity Sound Pressure Level (High/Medium/Low) Height Outer Dimension
Width Depth
Net Weight
5.6
Air Flow Rate (Hi/Me/Lo) External Pressure Motor
Packing Measurement
22
9.0
4,800
5,400
6,100
7,200
7,700
21,500
24,200
28,700
30,700
kW
6.5
7.5
8.5
9.6
10.0
kcal/h
5,600
6,500
7,300
8,300
8,600
Btu/h
22,200
25,600
29,000
32,800
34,100
dB(A)
34-32-30
35-33-31
35-33-31
40-37-33
40-37-33
mm
270
270
270
350
350
(in.)
(10-5/8)
(10-5/8)
(10-5/8)
(13-3/4)
(13-3/4)
mm
900+75
900+75
900+75
900+75
900+75
(in.)
(35-7/16+2-15/16)
(35-7/16+2-15/16)
(35-7/16+2-15/16)
(35-7/16+2-15/16)
(35-7/16+2-15/16)
mm
720
720
720
800
800
(in.)
(28-3/8)
(28-3/8)
(28-3/8)
(31-1/2)
(31-1/2)
kg
35
35
35
46
46
(Ibs.)
(77)
(77)
(77)
(101)
(101)
m3/min.
15/13/11
16/14/12
16/14/12
25/21/17
25/21/17
(cfm)
(530/459/388)
(565/494/424)
(565/494/424)
(883/741/600)
(883/741/600)
pa
30
30
30
60
60
45
45
45
100
100
JTDL140H0NN-0AQ1
AC 1Φ,220-240V-50Hz
JTDL160H0NN-0AQ1
JTDL224H0NM-0AQ1
AC 1Φ,220V/50Hz
JTDL280H0NM-0AQ1
AC 3Φ,380-415V/50Hz
Nominal Cooling Capacity
kW kcal/h Btu/h
12.6 9,600 38,000
14.2 12,200 48,400
16.0 13,800 54,600
22.4 19,300 76,500
28.0 24,100 95,600
Nominal Heating Capacity
kW kcal/h Btu/h
13.0 11,200 44,400
16.3 14,000 55,500
18.0 15,500 61,400
25.0 21,500 85,300
31.5 27,100 107,500
dB(A)
41.5-39-35
42-39-35
43-39-37
50
52
Height
mm (in.)
350 (13-3/4)
350 (13-3/4)
350 (13-3/4)
470 (18-1/2)
470 (18-1/2)
Width
mm (in.)
900+75 (35-7/16+2-15/16)
1,300+75 (51-3/16+2-15/16)
1,300+75 (51-3/16+2-15/16)
1,060 (41-3/4)
1,250 (49-1/4)
Depth
mm (in.)
800 (31-1/2)
800 (31-1/2)
800 (31-1/2)
1,120 (44-1/12)
1,120 (44-1/12)
kg (Ibs.)
46 (101)
58 (128)
58 (128)
94 (207)
106 (234)
Sound Pressure Level (High/Medium/Low)
Outer Dimension
Net Weight
Indoor Fan Air Flow Rate (Hi/Me/Lo)
R410A (Nitrogen-Charged for Corrosion-Resistance) m3/min. (cfm)
27/23/19 (954/812/671)
37/31/25 (1,306/1,095/883)
38/35/29 (1,341/1,236/1,024)
58 (2,048)
72 (2,542)
External Pressure
pa
60
60
60
100
100
Motor
W
100
160
180
900
1,070
Connections Refrigerant Piping
Flare-Nut Connection (with Flare Nuts)
Flare-Nut Connection (with Flare Nuts)
Liquid Line
mm (in.)
Φ9.53 (3/8)
Φ9.53 (3/8)
Φ9.53 (3/8)
Φ9.53 (3/8)
Φ9.53 (3/8)
Gas Line
mm (in.)
Φ15.88 (5/8)
Φ15.88 (5/8)
Φ15.88 (3/8)
Φ19.05 (3/4)
Φ22.2 (7/8)
VP25
VP25
VP25
VP25
VP25
0.38
0.52
0.52
0.90
1.06
mm
Φ6.35
Φ9.53
Φ9.53
Φ9.53
Φ9.53
(in.)
(1/4)
(3/8)
(3/8)
(3/8)
(3/8)
mm
Φ15.88
Φ15.88
Φ15.88
Φ19.05
Φ22.2
(in.)
(5/8)
(5/8)
(3/8)
(3/4)
(7/8)
Condensate Drain
VP25
VP25
VP25
VP25
VP25
Approximate Packing Measurement
0.27
0.27
0.27
0.38
0.38
m3
JTDL112H0NN-0AQ1
Refrigerant R410A (Nitrogen-Charged for Corrosion-Resistance)
Condensate Drain Approximate
8.4
19,800
Refrigerant Piping
Gas Line
Model
JTDL090H0NN-0AQ1
Btu/h
W
In-the-Ceiling Type (Low Static Pressure)
Indoor Unit Power Supply
7.1
6.3
Connections
Liquid Line
JTDL080H0NN-0AQ1
kcal/h
Refrigerant Indoor Fan
JTDL071H0NN-0AQ1 AC 1Φ,220-240V/50Hz
Indoor Unit Power Supply
Nominal Heating
Indoor Unit Type
In-the-Ceiling Type (Low Static Pressure)
Model
Nominal Cooling Capacity
Ducted Low Static Indoor Unit (continued)
m3
NOTES: 1. The nominal cooling capacity is the combined capacity of Johnson Controls’ standard split system, and is based on the JIS standard B8616. Cooling Operation Conditions Indoor Air Inlet Temperature: 27°C DB (80°F DB) 19.0°C WB (66.2°F WB) Outdoor Air Inlet Temperature: 35°C DB (95°F DB) Heating Operation Conditions Indoor Air Inlet Temperature: 20°C DB (68°F DB) Outdoor Air Inlet Temperature: 7°C DB (45°F DB) 6°C WB (43°F WB) Piping Length: 7.5 Meters Piping Lift: 0 Meter 2. The sound pressure level is based on following conditions: 1.5 Meter Beneath the Unit. With Discharge Duct (2.0m) and Return Duct (1.0m). Voltage of the power source for the indoor fan motor is 220V. In case of the power source of 240V, the sound pressure level increases by about 1 dB. The above data was measured in an anechoic chamber so that reflected should be taken into consideration in the field. 3. The data for external pressure indicates” Standard Pressure Setting values when a filter is not used.
JOHNSON CONTROLS | YORK® VRF SYSTEMS
JOHNSON CONTROLS | YORK® VRF SYSTEMS
23
YORK® VRF INDOOR UNITS
Ducted High Static Indoor Unit
Ducted High Static Indoor Unit (continued)
Features
Indoor Unit Type Model
• High-efficiency DC fan motor • Multiple fan speed settings
Nominal Cooling Capacity
• Bottom access for easy service and troubleshooting Capacities: 2.2 to 28 kW
• Built-in condensate pump
Nominal Heating Capacity
Indoor Unit Type
In-the-Ceiling Type (High Static Pressure) JTDH022H0NN-0AQ1
JTDH028H0NN-0AQ1
JTDH036H0NN-0AQ1
Sound Pressure Level
JTDH045H0NN-0AQ1
JTDH050H0NN-0AQ1
(High/Medium/Low) Height
AC 1Φ,220-240V50Hz
Indoor Unit Power Supply
Nominal Cooling Capacity
Nominal Heating Capacity Sound Pressure Level (High/Medium/Low)
Outer Dimension
Width Depth
Net Weight
5.0
2.2
2.8
kcal/h
1,900
2,400
3,100
3,700
4,300
Btu/h
7,500
9,500
12,300
14,700
17,000
kW
2.8
3.3
4.2
4.9
5.6
kcal/h
2,400
2,800
3,600
4,200
4,800
Btu/h
9,600
11,100
14,300
16,700
19,100
dB(A)
35-33-31
35-33-31
35-33-31
35-33-31
35-33-31
mm
270
270
270
270
270
(in.)
(10-5/8)
(10-5/8)
(10-5/8)
(10-5/8)
(10-5/8)
mm
650+75
650+75
650+75
650+75
900+75
(in.)
(25-9/16+2-15/16)
(25-9/16+2-15/16)
(25-9/16+2-15/16)
(25-9/16+2-15/16)
(35-7/16+2-15/16)
mm
720
720
720
720
720
(in.)
(28-3/8)
(28-3/8)
(28-3/8)
(28-3/8)
(28-3/9)
kg
26
26
26
26
35
(Ibs.)
(57)
(57)
(57)
(57)
(77)
Outer Dimension
Width Depth
Net Weight
Indoor Fan Air Flow Rate (Hi/Me/Lo) External Pressure (Option) Motor
m3/min.
8/7/6
8/7/6
13/11/9
13/11/9
15/13/11
(cfm)
(283/247/212)
(283/247/212)
(459/388/212)
(459/388/212)
(530/459/358)
pa
50(80)
50(80)
50(80)
50(80)
50(80)
35
35
Connections
Gas Line
Packing Measurement
75
Φ6.35
mm
Φ6.35
Φ6.35
Φ6.35
Φ6.35
(in.)
(1/4)
(1/4)
(1/4)
(1/4)
(1/4)
mm
Φ12.7
Φ12.7
Φ12.7
Φ12.7
Φ15.88
(in.)
(1/2)
(1/2)
(1/2)
(1/2)
(5/8)
VP25
VP25
VP25
VP25
VP25
0.21
0.21
0.21
0.21
0.27
Condensate Drain Approximate
60
JTDH080H0NN-0AQ1
JTDH090H0NN-0AQ1
kW
5.6
6.3
7.1
8.4
9.0
4,800
5,400
6,100
7,200
7,700
Btu/h
19,100
21,500
24,200
28,700
30,700
kW
6.5
7.5
8.5
9.6
10.0
kcal/h
5,600
6,500
7,300
8,300
8,600
Btu/h
22,200
25,600
29,000
32,800
34,100
dB(A)
35-33-31
36-34-32
36-34-32
42-39-35
42-39-35
mm
270
270
270
350
350
(in.)
(10-5/8)
(10-5/8)
(10-5/8)
(13-3/4)
(13-3/4)
mm
900+75
900+75
900+75
900+75
900+75
(in.)
(35-7/16+2-15/16)
(35-7/16+2-15/16)
(35-7/16+2-15/16)
(35-7/16+2-15/16)
(35-7/16+2-15/16)
mm
720
720
720
800
800
(in.)
(28-3/8)
(28-3/8)
(28-3/8)
(31-1/2)
(31-1/2)
kg
35
35
35
46
46
(Ibs.)
(77)
(77)
(77)
(101)
(101)
R410A (Nitrogen-Charged for Corrosion-Resistance) m3/min.
15/13/11
16/14/12
16/14/12
25/21/17
25/21/17
(cfm)
(530/459/388)
(565/494/424)
(565/494/424)
(883/741/600)
(883/741/600)
External Pressure (Option)
pa
50(80)
50(80)
50(80)
120(90)
120(90)
Motor
W
75
75
75
120
120
Φ9.53
Air Flow Rate (Hi/Me/Lo)
Connections
Flare-Nut Connection (with Flare Nuts)
Refrigerant Piping
Gas Line
mm
Φ6.35
Φ9.53
Φ9.53
Φ9.53
(in.)
(1/4)
(3/8)
(3/8)
(3/8)
(3/8)
mm
Φ15.88
Φ15.88
Φ15.88
Φ15.88
Φ15.88
(in.)
(5/8)
(5/8)
(5/8)
(5/8)
(5/8)
VP25
VP25
VP25
VP25
VP25
Approximate Packing Measurement
0.27
0.27
0.27
0.38
0.38
m3
Flare-Nut Connection (with Flare Nuts)
Refrigerant Piping Liquid Line
60
JTDH071H0NN-0AQ1
kcal/h
Condensate Drain
W
JTDH063H0NN-0AQ1
AC 1Φ,220-240V/50Hz
Refrigerant
Liquid Line
R410A (Nitrogen-Charged for Corrosion-Resistance)
Refrigerant
24
4.3
3.6
kW
Indoor Fan Height
JTDH056H0NN-0AQ1
Indoor Unit Power Supply
• Up to 80 pa static pressure
Model
In-the-Ceiling Type (High Static Pressure)
m3
JOHNSON CONTROLS | YORK® VRF SYSTEMS
JOHNSON CONTROLS | YORK® VRF SYSTEMS
25
YORK® VRF INDOOR UNITS
Ducted High Static Indoor Unit (continued) Indoor Unit Type
Ducted Slim Narrow Indoor Unit Features
In-the-Ceiling Type (High Static Pressure)
Model
JTDH112H0NN-0AQ1
JTDH140H0NN-0AQ1
JTDH224H0NM-0AQ1
AC 1Φ,220V/50Hz
AC 1Φ,220-240V/50Hz
Indoor Unit Power Supply
JTDH160H0NN-0AQ1
JTDH280H0NM-0AQ1
• High-efficiency DC fan motor • Multiple fan speed settings
AC 3Φ,380-415V/50Hz
• Up to 30 pa static pressure
Nominal Cooling Capacity
kW kcal/h Btu/h
11.2 9,600 38,000
14.2 12,200 48,400
16.0 13,800 54,600
22.4 19,300 76,500
28.0 24,100 95,600
Nominal Heating Capacity
kW kcal/h Btu/h
13.0 11,200 44,400
16.3 14,000 55,500
18.0 15,500 61,400
25.0 21,500 85,300
31.5 27,000 107,000
dB (A)
43-40-36
44-41-37
45-41-37
50
52
Indoor Unit
mm (in.)
350 (13-3/4)
350 (13-3/4)
350 (13-3/4)
470 (18-1/2)
470 (18-1/2)
Power Supply
Width
mm (in.)
900+75 (35-7/16+2-15/16)
1,300+75 (51-3/16+2-15/16)
1,300+75 (51-3/16+2-15/16)
1,060 (41-3/4)
1,250 (49-1/4)
Depth
mm (in.)
800 (31-1/2)
800 (31-1/2)
800 (31-1/2)
1,120 (44-1/2)
1,120 (44-1/12)
kg (Ibs.)
46 (101)
58 (128)
58 (128)
96 (211)
108 (238)
Sound Pressure Level (High/Medium/Low) Height Outer Dimension
Net Weight
Indoor Fan Air Flow Rate (Hi/Me/Lo)
m3/min. (cfm)
27/23/19 (954/812/671)
37/31/25 (1,306/1,095/883)
38/35/29 (1,341/1,236/1,024)
58 (2,048)
72 (2,542)
pa
120(90)
120(90)
120(90)
180
180
Motor
W
120
200
280
650
900
Connections Refrigerant Piping
JTDN022H0PN-0AQ1
Nominal Cooling Capacity
Nominal Heating Capacity
Sound Pressure Level (High/Medium/Low)
mm (in.)
Φ9.53 (3/8)
Φ9.53 (3/8)
Φ9.53 (3/8)
Φ9.53 (3/8)
Φ9.53 (3/8)
Gas Line
mm (in.)
Φ15.88 (5/8)
Φ15.88 (5/8)
Φ15.88 (5/8)
Φ19.05 (3/4)
Φ22.2 (7/8)
Condensate Drain m3
Net Weight
VP25
VP25
VP25
VP25
VP25
0.38
0.52
0.52
0.90
1.06
NOTES: 1. The nominal cooling capacity is the combined capacity of Johnson Controls’ standard split system, and is based on the JIS standard B8616. Cooling Operation Conditions Indoor Air Inlet Temperature: 27°C DB (80°F DB) 19.0°C WB (66.2°F WB) Outdoor Air Inlet Temperature: 35°C DB (95°F DB) Heating Operation Conditions Indoor Air Inlet Temperature: 20°C DB (68°F DB) Outdoor Air Inlet Temperature: 7°C DB (45°F DB) 6°C WB (43°F WB) Piping Length: 7.5 Meters Piping Lift: 0 Meter 2. The sound pressure level is based on following conditions: 1.5 Meter Beneath the Unit. With Discharge Duct (2.0m) and Return Duct (1.0m). Voltage of the power source for the indoor fan motor is 220V. In case of the power source of 240V, the sound pressure level increases by about 1 dB. The above data was measured in an anechoic chamber so that reflected should be taken into consideration in the field. 3. The data for external pressure indicates” Standard Pressure Setting values when a filter is not used.
Indoor Fan Air Flow Rate (High /Medium /Low) Motor Power
JTDN028H0PN-0AQ1
Gas Line
2.2
2.8
kcal/h
1,900
2,400
3,100
3,700
Btu/h
7,500
9,500
12,300
14,700
Kw
2.8
3.3
4.2
4.9
kcal/h
2,400
2,800
3,600
4,200
Btu/h
9,600
11,100
14,300
16,700
dB(A)
28-25-22
28-25-22
32-30-28
32-30-28
3.6
4.3
H
mm
192
192
192
192
W
mm
700
700
700
700
D
mm
902
602
602
602
kg
21
21
21
21
(lbs)
46
46
48
48
R410A (Nitrogen-charged for Corrosion-resistance) m3/min
8/7/6
8/7/6
10/8/7
10/8/7
w
50
50
60
60
mm
Φ6.35
Φ6.35
Φ6.35
Φ6.35
(in.)
(1/4)
(1/4)
(1/4)
(1/4)
mm
Φ12.7
Φ12.7
Φ12.7
Φ12.7
(in.)
(1/2)
(1/2)
(1/2)
(1/2)
Flare-nut Connection (with Flare Nuts)
VP25
Condensate Drain External Pressure (Option)
Pa
10(30)
10(30)
10(30)
10(30)
Approximate Packing Measurement
m3
0.15
0.15
0.15
0.15
NOTES: 1. The nominal cooling capacity is the combined capacity of Johnson Controls’ standard split system, and is based on the JIS standard B8616. Cooling Operation Conditions Indoor Air Inlet Temperature: 27°C DB (80°F DB) 19.0°C WB (66.2°F WB) Outdoor Air Inlet Temperature: 35°C DB (95°F DB) Heating Operation Conditions Indoor Air Inlet Temperature: 20°C DB (68°F DB) Outdoor Air Inlet Temperature: 7°C DB (45°F DB) 6°C WB (43°F WB) Piping Length: 7.5 Meters Piping Lift: 0 Meter
JOHNSON CONTROLS | YORK® VRF SYSTEMS
JTDN045H0PN-0AQ1
Kw
Connections Refrigerant Piping Liquid Line
JTDN036H0PN-0AQ1
AC 1Φ,220V~240V/50Hz
Refrigerant
Flare-Nut Connection (with Flare Nuts)
Liquid Line
26
Slim In-the Ceiling Type
Model
Outer Dimension
External Pressure (Option)
Approximate Packing Measurement
• Built-in condensate pump
R410A (Nitrogen-Charged for Corrosion-Resistance)
Refrigerant
Capacities: 2.2 to 4.5 kW
• Bottom access for easy service and troubleshooting
JOHNSON CONTROLS | YORK® VRF SYSTEMS
2. The sound pressure level is based on following conditions: 1.5 Meter Beneath the Unit. With Discharge Duct (2.0m) and Return Duct (1.0m). Voltage of the power source for the indoor fan motor is 220V. In case of the power source of 240V, the sound pressure level increases by about 1 dB. The above data was measured in an anechoic chamber so that reflected should be taken into consideration in the field. 3. The data for external pressure indicates” Standard Pressure Setting values when a filter is not used.
27
YORK® VRF INDOOR UNITS
Ducted Slim Indoor Unit
Ducted Slim Indoor Unit (continued)
Features
Indoor Unit Type
• High-efficiency DC fan motor
Model
• Multiple fan speed settings Capacities: 2.2 to 7.1 kW
• Bottom access for easy service and troubleshooting
Nominal Cooling Capacity
• Built-in condensate pump
Nominal Heating Capacity Sound Pressure Level
Indoor Unit Type JTDS022H0PN-0AQ1
JTDS028H0PN-0AQ1
(High/Medium/Low) Height Outer Dimension
Width Depth
Net Weight
JTDS036H0PN-0AQ1
Outer Dimension
3.6
2.2
2.8
kcal/h
1,900
2,400
3,100
3,700
Btu/h
7,500
9,500
12,300
14,700
kW
2.8
3.3
4.2
4.9
2,400
2,800
3,600
4,200
Refrigerant
Btu/h
9,600
11,100
14,300
16,700
Indoor Fan Air Flow Rate
dB(A)
27-24-21
27-24-21
31-29-26
31-29-26
mm
192
192
192
192
(in.)
(7-9/16)
(7-9/16)
(7-9/16)
(7-9/16)
mm
900
900
900
900
(in.)
(35-7/16)
(35-7/16)
(35-7/16)
(35-7/16)
mm
447
447
447
447
(in.)
(17-19/32)
(17-19/32)
(17-19/32)
(17-19/32)
21
21
22
22
(46)
(46)
(48)
(48)
kg (Ibs.)
8/7/6
8/7/6
10/8/7
10/8/7
(283/247/212)
(283/247/212)
(353/283/247)
(353/283/247)
External Pressure (Option)
pa
10(30)
10(30)
10(30)
10(30)
Motor
W
16
16
25
25
Connections
Flare-Nut Connection (with Flare Nuts)
Refrigerant Piping
Gas Line
mm
Φ6.35
Φ6.35
Φ6.35
(in.)
(1/4)
(1/4)
(1/4)
(1/4)
mm
Φ12.7
Φ12.7
Φ12.7
Φ12.7
(in.)
(1/2)
(1/2)
(1/2)
(1/2)
VP25
VP25
VP25
VP25
0.15
0.15
0.15
0.15
Condensate Drain Approximate Packing Measurement
28
JTDS056H0PN-0AQ1
m3
Φ6.35
JOHNSON CONTROLS | YORK® VRF SYSTEMS
JTDS063H0PN-0AQ1
JTDS071H0PN-0AQ1
AC 1Φ,220-240V/50Hz kW
5.0
5.6
6.3
7.1
kcal/h
4,300
4,800
5,400
6,100
Btu/h
17,100
19,100
21,500
24,200
kW
5.6
6.5
7.5
8.5
kcal/h
4,800
5,600
6,500
7,300
Btu/h
19,100
22,200
25,600
29,000
dB(A)
34-30-28
34-30-28
35-33-30
35-33-30
mm
192
192
192
192
(in.)
(7-9/16)
(7-9/16)
(7-9/16)
(7-9/16)
mm
1,170
1,170
1,170
1,060
(in.)
(46-1/16)
(46-1/16)
(46-1/16)
(41-3/4)
mm
447
447
447
447
(in.)
(17-19/32)
(17-19/32)
(17-19/32)
(17-19/32)
kg (Ibs.)
27
27
27
27
(59)
(59)
(59)
(59)
R410A (Nitrogen-Charged for Corrosion-Resistance) m3/min.
14.5/12.5/10.5
14.5/12.5/10.5
16/14/12
16/14/12
(cfm)
(512/442/371)
(512/442/371)
(565/494/424)
(565/494/424)
External Pressure (Option)
pa
10(30)
10(30)
10(30)
10(30)
Motor
W
40
40
50
50
(Hi/Me/Lo)
Flare-Nut Connection (with Flare Nuts)
Connections Refrigerant Piping Liquid Line Gas Line
mm
Φ6.35
Φ6.35
Φ9.53
(in.)
(1/4)
(1/4)
(3/8)
(3/8)
mm
Φ15.88
Φ15.88
Φ15.88
Φ15.88
(in.)
(5/8)
(5/8)
(5/8)
(5/8)
VP25
VP25
VP25
VP25
0.18
0.18
0.18
0.18
Condensate Drain
R410A (Nitrogen-Charged for Corrosion-Resistance)
(cfm)
Liquid Line
Net Weight
kcal/h
m3/min.
(Hi/Me/Lo)
Width Depth
4.3
kW
Refrigerant Indoor Fan Air Flow Rate
Height
JTDS045H0PN-0AQ1
AC 1Φ,220-240V/50Hz
Indoor Unit Power Supply
Sound Pressure Level
(High/Medium/Low)
In-the-Ceiling Type (Low Static Pressure)
Model
Nominal Heating Capacity
JTDS050H0PN-0AQ1
Indoor Unit Power Supply
• Up to 30 pa static pressure
Nominal Cooling Capacity
In-the-Ceiling Type (Low Static Pressure)
Approximate Packing Measurement
m3
Φ9.53
NOTES: 1. The nominal cooling capacity is the combined capacity of Johnson Controls’ standard split system, and is based on the JIS standard B8616. Cooling Operation Conditions Indoor Air Inlet Temperature: 27°C DB (80°F DB) 19.0°C WB (66.2°F WB) Outdoor Air Inlet Temperature: 35°C DB (95°F DB) Heating Operation Conditions Indoor Air Inlet Temperature: 20°C DB (68°F DB) Outdoor Air Inlet Temperature: 7°C DB (45°F DB) 6°C WB (43°F WB) Piping Length: 7.5 Meters Piping Lift: 0 Meter 2. The sound pressure level is based on following conditions: 1.5 Meter Beneath the Unit. With Discharge Duct (2.0m) and Return Duct (1.0m). Voltage of the power source for the indoor fan motor is 220V. In case of the power source of 240V, the sound pressure level increases by about 1 dB. The above data was measured in an anechoic chamber so that reflected should be taken into consideration in the field. 3. The data for external pressure indicates” Standard Pressure Setting values when a filter is not used.
JOHNSON CONTROLS | YORK® VRF SYSTEMS
29
YORK® VRF INDOOR UNITS
Floor Concealed
Floor Ceiling
Indoor Unit Type
Floor Concealed Type
Model
JTFC028H0NN-0AQ1
JTFC045H0NN-0AQ1
Nominal Heating Capacity
Sound Pressure Level (High/Medium/Low) Height
Outer Dimension
Width
Depth
Net Weight
Motor
4.3
5.6
7.1
kcal/h
2,400
3,700
4,800
6,100
Btu/h
9,500
14,700
19,100
24,200
kw
3.3
4.9
6.5
8.5
kcal/h
2,800
4,200
5,600
7,300
Btu/h
11,100
16,700
22,200
29,000
dB(A)
35-32-29
38-35-31
39-36-32
42-38-34
mm
620
620
620
620
(in.)
24.41
24.41
24.41
24.41
Motor Power input
mm
900
900
1,170
1,170
(in.)
35.43
35.43
46.06
46.06
mm
202
202
202
202
(in.)
7.95
7.95
7.95
7.95
kg
25
26
31
31
(lbs)
55
57
68
68
R410A/R407C/R22 (Nitrogen-Charged for Corrosion-Resistance) m3/min.
8/7/6
10/8/7
14.5/12.5/10.5
16/14/12
W
16
25
40
50
Liquid Line Gas Line
mm
Φ6.35
Φ6.35
Approximate Packing Measurement
Φ6.35
Φ6.35
(in.)
1/4
1/4
1/4
3/8
mm
Φ12.7
Φ12.7
Φ15.88
Φ15.88
(in.)
(1/2)
(1/2)
(5/8)
(5/8)
VP25
Condensate Drain m3
0.19
0.19
Nominal Cooling Capacity
Nominal Heating Capacity
0.23
0.23
JOHNSON CONTROLS | YORK® VRF SYSTEMS
JTFE063H0NN-0AQ1
JTFE071H0NN-0AQ1
kW
5.0
5.6
6.3
7.1
kcal/h
4,300
4,800
5,400
6,100
Btu/h
17,100
19,100
21,500
24,200
kW
5.6
6.5
7.5
8.5
kcal/h
4,800
5,600
6,500
7,300
Btu/h
19,100
22,200
25,600
29,000
DC Fan motor / three speeds
Fan motor W
40
40
70
70
Air Flow Rate Hi/Me/Lo
m³/min
13/11/9
13/11/9
16.1/14//11.3
16.1/14//11.3
Sound Pressure (Ceiling)
dB(A)
39/35/30
39/35/30
45/41/37
45/41/37
Sound Pressure (Floor)
dB(A)
43/38/35
43/38/35
48/44/40
48/44/40
Outer Dimension of Package
mm
1,110/830/340
1,110/830/340
1,110/830/340
1,110/830/340
Outer Dimension of Unit
mm
990/680/230
990/680/230
990/680/230
990/680/230
Net Weight
kg
31
31
32
32
Gross Weight
kg
38
38
39
39
R410A
Refrigerant
Flare-nut Connection (with Flare Nuts)
Liquid Line
mm
Φ6.35
Φ6.35
Φ9.53
Φ9.53
Gas Line
mm
Φ15.88
Φ15.88
Φ15.88
Φ15.88
No
Drain Pump
VP25 (Outer Diameter Φ32)
Condensate Drain
NOTES: 1. The nominal cooling capacity is the combined capacity of Johnson Controls’ standard split system, and is based on the JIS standard B8616. Cooling Operation Conditions Indoor Air Inlet Temperature: 27°C DB (80°F DB) 19.0°C WB (66.2°F WB) Outdoor Air Inlet Temperature: 35°C DB (95°F DB) Heating Operation Conditions Indoor Air Inlet Temperature: 20°C DB (68°F DB) Outdoor Air Inlet Temperature: 7°C DB (45°F DB) 6°C WB (43°F WB) Piping Length: 7.5 Meters Piping Lift: 0 Meter 2. The sound pressure level is based on following conditions: 1 meter beneath the Unit 1 meter from inlet grille The above data was measured in an anechoic chamber so that reflected should be taken into consideration in the field.
30
JTFE056H0NN-0AQ1
220-240V ~ 50HZ
Pipe Connections
Flare-Nut Connection with Flare Nuts
Refrigerant piping
JTFE050H0NN-0AQ1
Indoor Unit Power Supply
2.8
Connections
Floor Ceiling Type
Model
kw
Refrigerant Indoor Fan Air Flow Rate (Hi/Me/Lo)
JTFC071H0NN-0AQ1
AC 1Φ,220V/50Hz
Indoor Unit Power Supply
Nominal Cooling Capacity
JTFC056H0NN-0AQ1
Indoor Unit Type
Option
Wired Remote Controller Fresh air intake hole
No
Fan Motor Speed-up Setting
Yes
Speed-up Setting HH1
m³/min
14.2
14.2
17.8
17.8
Speed-up Setting HH2
m³/min
16
16
20
20
JOHNSON CONTROLS | YORK® VRF SYSTEMS
31
Floor Ceiling (continued)
AHU-KIT
Indoor Unit Type Model
JTFE084H0NN-0AQ1
JTFE090H0NN-0AQ1
Nominal Heating Capacity
JTFE112H0NN-0AQ1
JTFE142H0NN-0AQ1
220-240V ~ 50HZ
Indoor Unit Power Supply
Nominal Cooling Capacity
AHU-KIT for Air Handling Applications
Floor Ceiling Type
kW
8.4
9.0
11.2
14.2
kcal/h
7,200
7,700
9,600
12,200
Btu/h
28,700
30,700
38,200
48,500
kW
9.6
10.0
13.0
16.3
kcal/h Btu/h
8,300
8,600
32,800
11,200
34,100
44,400
14,000 55,600
The AHU-KIT can integrate external heat exchangers of Air Handling Units (AHU) in a VRF system to be used for air-conditioning, which can provide more flexible air-conditioning solutions and reduce renovation costs. Type
-
Model Capacity(HP) Power Source
DC Fan motor / three speeds
Fan motor Motor Power input
W
70
80
130
160
Control Box
AHU CONNECTION KIT JDXF-2.0A
JDXF-4.0A
JDXF-6.0A
2HP
4HP
6HP
-
220-240V~50/60Hz
Height(H)
mm
341
Width(W)
mm
291
Depth(D)
mm
127
kg
Net Weight
m³/min
18.2/15.2/12.2
19.4/16.3/13.3
24.8/20.5/16.3
33/28/23
Sound Pressure (Ceiling)
dB(A)
43/39/34
45/40/36
51/46/40
50/46/42
Height(H)
mm
200
Sound Pressure (Floor)
dB(A)
46/41/37
48/43/39
54/49/43
55/50/46
Width(W)
mm
165
mm
1,400/830/340
1,400/830/340
1,400/830/340
1,690/830/340
Depth(D)
mm
62
kg
1.7
Outer Dimension of Package
mm
1,285/680/230
1,285/680/230
1,285/680/230
1,580/680/230
Net Weight
kg
39
40
41
47
Gross Weight
kg
46
47
48
56
Outer Dimension of Unit
Net Weight
Compatibility
mm
Φ9.53
Φ9.53
Φ9.53
Φ9.53
Gas Line
mm
Φ15.88
Φ15.88
Φ15.88
Φ15.88
No
Fresh air intake hole Fan Motor Speed-up Setting Speed-up Setting HH1
m³/min
Speed-up Setting HH2
m³/min
19.8 22.3
21.2 23.5
2-6HP
Single Combination
-
8-10HP ø9.53
ø9.53 5
m
2
Installation for Exp. Valve
-
Vertical/Horizontal Indoor/Outdoor Electrical Expansion Valve
Outlet Air Thermistor
2.5m
Inlet Air Thermistor
2.5m
Liquid Pipe Thermistor
2.5m
Yes
Gas Pipe Thermistor
2.5m
27 29.2
36 37.4
ø9.53
Height Difference of the Valve Box and AHU
2.5m
Exp. Valve wire Cooling Temperature Range DB
°C
17~35
Heating Temperature Range DB
°C
10~27
* Cooling capacity data based on the following indoor and outdoor temperature conditions:
Operation conditions
Piping Lift: 0 Meter
Indoor air inlet temperature
2. The sound pressure level is based on following conditions: 1 meter beneath the Unit 1 meter from inlet grille. The above data was measured in an anechoic chamber so that reflected should be taken into consideration in the field.
Outdoor air inlet temperature
ø6.35
m
No
NOTES: 1 The nominal cooling capacity is the combined capacity of Johnson Controls’ standard split system, and is based on the JIS standard B8616. Cooling Operation Conditions Indoor Air Inlet Temperature: 27°C DB (80°F DB) 19.0°C WB (66.2°F WB) Outdoor Air Inlet Temperature: 35°C DB (95°F DB) Piping Length: 5.0 Meters
mm
Distance of the Valve Box and AHU
Refrigerant Flow Control Installation
Option
Wired Remote Controller
-
Installation
VP25 (Outer Diameter Φ32)
Condensate Drain
Control/Duty Signal control
Multi Combination
Pipe Size
Liquid Line
Drain Pump
Outlet Air Temperature Control/Inlet air(room air) Temperature
Capacity Control Mode
Flare-nut Connection (with Flare Nuts)
Pipe Connections
Steel Plate+White Grey Coating
Material
R410A
Refrigerant
Steel Plate with White Grey Coating (anti-corrosion)
Casing Material
Box
10HP
5.2
Air Flow Rate Hi/Me/Lo
Expansion Valve
JDXF-10.0A 8HP
Cooling DB
27.0° C
WB
19.0° C
DB
35.0° C
WB
-
DB: dry bulb; WB: wet bulb Pipe length: 7.5m; pipe height: 0m
32
JOHNSON CONTROLS | YORK® VRF SYSTEMS
JOHNSON CONTROLS | YORK® VRF SYSTEMS
33
Summary Table of Outdoor Units Cooling Only VRF
4 to 54 HP
Capacity
64
Maximum connectable indoor unit quantity
50% to 130%
Combination capacity ratio between OD and ID Total piping length
ft (m)
3280 (1000)
Maximum piping length between OD and ID
ft (m)
541 (165)
Maximum equivalent piping length between OD and ID
ft (m)
623 (190)
Maximum piping length between 1st branch and ID
ft (m)
295 (90)
Maximum height difference between OD and ID (when OD is higher than ID)
ft (m)
164 (50)
Maximum height difference between OD and ID (when ID is higher than OD)
ft (m)
131 (40)
Maximum height difference between ID and ID
ft (m)
98 (30)
Cooling Operation Range
F (C)
14 to 118 (-10 to 48)
Heating Operation Range
F (C)
–4 to 60 (-20 to 16)
Outdoor Units Reliable, quiet YORK® VRF outdoor units are available in capacities to fit multiple applications and operate multiple indoor units. Heat pump units provide flexibility to design for a variety of building spaces and ambient conditions. Units operate quietly with sound ratings as low as 50 dBA.
34
JOHNSON CONTROLS | YORK® VRF SYSTEMS
JOHNSON CONTROLS | YORK® VRF SYSTEMS
35
YORK® VRF OUTDOOR UNITS
Outdoor Units Overview
YORK® VRF Outdoor Units
YORK® VRF outdoor units provide maximum flexibility for modular design.
HP 4 5 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 44 46 48 50 52 54
380V Heat Pump
380V HP MODELS 8-18 HP Systems
20-36 HP Systems
38-54 HP Systems
JTOH080VPEM-0AQ1 JTOH100VPEM-0AQ1 JTOH120VPEM-0AQ1 JTOH140VPEM-0AQ1 JTOH160VPEM-0AQ1 JTOH180VPEM-0AQ1
JTOH200VPEM-0AQ1 JTOH220VPEM-0AQ1 JTOH240VPEM-0AQ1 JTOH260VPEM-0AQ1 JTOH280VPEM-0AQ1 JTOH300VPEM-0AQ1 JTOH320VPEM-0AQ1 JTOH340VPEM-0AQ1 JTOH360VPEM-0AQ1
JTOH380VPEM-0AQ1 JTOH400VPEM-0AQ1 JTOH420VPEM-0AQ1 JTOH440VPEM-0AQ1 JTOH460VPEM-0AQ1 JTOH480VPEM-0AQ1 JTOH500VPEM-0AQ1 JTOH520VPEM-0AQ1 JTOH540VPEM-0AQ1
Heat Pump 220V Single Phase
Heat Pump 380V 3 Phase
Front Flow HP MODELS YORK® VRF Outdoor Units Single Phase 220-240V/50Hz 220V/60Hz
3 Phase 380-415V/50Hz 380V/60Hz
4-5 HP Unit
5&6 HP Unit
JDOH040HSEN-0AQ1 JDOH050HSEN-0AQ1 JDOH060HSEN-0AQ1
JDOH050HSEM-0AQ1 JDOH060HSEM-0AQ1
YORK® VRF outdoor units, in capacities from 4 to 54 HP with modular system combinations. Heat pump units can either heat or cool spaces. YORK® VRF heat pump units offer an extended operating temperature range: outdoor ambient temperature as low as 14° F (-10° C) in the cooling mode and as low as -4° F (-20° C) in the heating mode.
All outdoor units feature: · Long refrigerant piping lengths – up to 1000m total pipe run · A dvanced defrost cycle operation in the heating mode · A ble to operate up to 64 indoor units on a single piping network · P ower-saving demand control for reduced peak load and energy savings · A utomatic delivery of required refrigerant charge · D iagnostics and malfunction codes available at push of a control panel button
36
JOHNSON CONTROLS | YORK® VRF SYSTEMS
JOHNSON CONTROLS | YORK® VRF SYSTEMS
37
YORK® VRF OUTDOOR UNITS
Outdoor Unit 380V HP
| 8-12 HP Systems
HP
8HP
10HP
12HP
Model
JTOH080VPEM-0AQ1
JTOH100VPEM-0AQ1
JTOH120VPEM-0AQ1
Combination of Base Unit
JTOH080VPEM-0AQ1
JTOH100VPEM-0AQ1
JTOH120VPEM-0AQ1
AC 3 Φ 380-415V/50Hz
Power Supply Nominal Cooling Capacity
kW
22.4
28
33.5
Nominal Heating Capacity
kW
25
31.5
37.5
Ivory White
Cabinet Color dB(A)
56
57
59
mm
1,720 x 950 x 750
1,720 x 950 x 750
1,720 x 950 x 750
Net Weight
kg
224
225
227
Gross Weight
kg
237
238
240
Sound Pressure Level Outer Dimension Height x Width x Depth
R410A
Refrigerant
Micro-Computer Control Expansion Valve
Flow Control
Hermetic (Scroll) Compressor Quantity 1
1
1
Multi-Pass Cross-Finned Tube
Heat Exchanger
Propeller Fan Condenser Fan Quantity
Air Flow Rate Main Refrigerant Piping Liquid Line Gas Line Refrigerant Charge
Outdoor Unit
Packing Dimension Height x Width x Depth
380V HP (Heat PUMP)
Approximate Packing Measurement
Heat pump units can either heat or cool spaces. YORK VRF heat pump units offer an extended operating temperature range: outdoor ambient temperature as low as 14° F (-10° C) in the cooling mode and as low as -4° F (-20° C) in the heating mode. ®
1
1
m3/h
9,300
10,200
10,500
mm
Φ9.53
Φ9.53
Φ12.7
mm
Φ19.05
Φ22.2
Φ25.4
kg
8
8.5
9.9
mm
1,882 x 1,018 x 828
1,882 x 1,018 x 828
1,882 x 1,018 x 828
m3
1.58
1.58
1.58
NOTES: 1. The cooling and heating performances are the values when combined with our specified indoor units. Cooling Operation Conditions Heating Operation Conditions Indoor Air Inlet Temperature: 27°C DB (80°F DB) Indoor Air Inlet Temperature: 20°C DB (68°F DB) 19°C WB (66.2°F WB) Outdoor Air Inlet Temperature: 7°C DB (45°F DB) Outdoor Air Inlet Temperature: 35°C DB (95°F DB) 6°C WB (43°F WB) Piping Length: 7.5 Meters Piping Lift: 0 Meter
8-18 HP Systems
38
1
JOHNSON CONTROLS | YORK® VRF SYSTEMS
2. The sound pressure is based on the following conditions: 1 Meter from the unit service cover surface, and 1.5 Meters from floor level. The above data is based on the cooling mode. In case of heating mode, the sound pressure level increases by approximately 1~2 dB. The above data was measured in an anechoic chamber so that reflected sound should be taken into consideration in the field.
JOHNSON CONTROLS | YORK® VRF SYSTEMS
39
Outdoor Unit 380V HP HP
| 14-18 HP Systems 14HP
16HP
18HP
Model
JTOH140VPEM-0AQ1
JTOH160VPEM-0AQ1
JTOH180VPEM-0AQ1
Combination of Base Unit
JTOH140VPEM-0AQ1
JTOH160VPEM-0AQ1
JTOH180VPEM-0AQ1
AC 3 Φ 380-415V/50Hz
Power Supply Nominal Cooling Capacity
kW
40
45
50
Nominal Heating Capacity
kW
45
50
56
Ivory White
Cabinet Color dB(A)
59
59
60
mm
1,720 x 1,210 x 750
1,720 x 1,210 x 750
1,720 x 1,210 x 750
Net Weight
kg
312
315
318
Gross Weight
kg
327
330
333
Sound Pressure Level Outer Dimension Height x Width x Depth
R410A
Refrigerant
Micro-Computer Control Expansion Valve
Flow Control
Hermetic (Scroll) Compressor Quantity 2
Propeller Fan
Condenser Fan Quantity
Main Refrigerant Piping Liquid Line Gas Line Refrigerant Charge Packing Dimension Height x Width x Depth Approximate Packing Measurement
2
Multi-Pass Cross-Finned Tube
Heat Exchanger
Air Flow Rate
2
1
1
1
m3/h
11,700
11,700
11,700
mm
Φ12.7
Φ12.7
Φ15.88
mm
Φ25.4
Φ28.6
Φ28.6
kg
10.5
10.5
10.5
mm
1,882 x 1,278 x 828
1,882 x 1,278 x 828
1,882 x 1,278 x 828
m3
1.98
1.98
1.98
NOTES: 1. The cooling and heating performances are the values when combined with our specified indoor units. Cooling Operation Conditions Heating Operation Conditions Indoor Air Inlet Temperature: 27°C DB (80°F DB) Indoor Air Inlet Temperature: 0°C DB (68°F DB) 19°C WB (66.2°F WB) Outdoor Air Inlet Temperature: 7°C DB (45°F DB) Outdoor Air Inlet Temperature: 35°C DB (95°F DB) 6°C WB (43°F WB) Piping Length: 7.5 Meters Piping Lift: 0 Meter
Outdoor Unit
380V HP (Heat PUMP) Heat pump units can either heat or cool spaces. YORK® VRF heat pump units offer an extended operating temperature range: outdoor ambient temperature as low as 14° F (-10° C) in the cooling mode and as low as -4° F (-20° C) in the heating mode.
2. The sound pressure is based on the following conditions: 1 Meter from the unit service cover surface, and 1.5 Meters from floor level. The above data is based on the cooling mode. In case of heating mode, the sound pressure level increases by approximately 1~2 dB. The above data was measured in an anechoic chamber so that reflected sound should be taken into consideration in the field.
40
JOHNSON CONTROLS | YORK® VRF SYSTEMS
20-36 HP Systems
JOHNSON CONTROLS | YORK® VRF SYSTEMS
41
YORK® VRF OUTDOOR UNITS
Outdoor Unit 380V HP HP Model Combination of Base Unit
Outdoor Unit 380V HP
| 20-24 HP Systems 20HP
22HP
24HP
JTOH200VPEM-0AQ1
JTOH220VPEM-0AQ1
JTOH240VPEM-0AQ1
JTOH080VPEM-0AQ1
JTOH080VPEM-0AQ1
JTOH100VPEM-0AQ1
JTOH120VPEM-0AQ1
JTOH140VPEM-0AQ1
JTOH140VPEM-0AQ1
AC 3Φ 380-415V/50Hz
Power Supply
| 26-30 HP Systems
HP Model Combination of Base Unit
26HP
28HP
30HP
JTOH260VPEM-0AQ1
JTOH280VPEM-0AQ1
JTOH300VPEM-0AQ1
JTOH120VPEM-0AQ1
JTOH140VPEM-0AQ1v
JTOH140VPEM-0AQ1
JTOH140VPEM-0AQ1
JTOH140VPEM-0AQ1
JTOH160VPEM-0AQ1
AC 3Φ 380-415V/50Hz
Power Supply
Nominal Cooling Capacity
kW
56
61.5
69
Nominal Cooling Capacity
kW
73
80
85
Nominal Heating Capacity
kW
63
69
77.5
Nominal Heating Capacity
kW
82.5
90
95
Ivory White
Cabinet Color dB(A)
61
61
61
mm
1,720 x (950+950) x 750
1,720 x (950+1,210) x 750
1,720 x (950+1,210) x 750
Net Weight
kg
224+227
224+312
225+312
Gross Weight
kg
237+240
237+327
238+327
Sound Pressure Level Outer Dimension Height x Width x Depth
Flow Control
Micro-Computer Control Expansion Valve
Compressor
Hermetic (Scroll)
Quantity
2
Quantity
Main Refrigerant Piping Liquid Line Gas Line Refrigerant Charge
62
62
mm
1,720 x (950+1,210) x 750
1,720 x (1,210+1,210) x 750
1,720 x (1,210+1,210) x 750
Net Weight
kg
227+312
312+312
312+315
Gross Weight
kg
240+327
327+327
327+330
Outer Dimension Height x Width x Depth
R410A Micro-Computer Control Expansion Valve Hermetic (Scroll)
Compressor 3
Quantity
3
2
2
3
m /h
19,800
21,000
21,900
mm
Φ15.88
Φ15.88
Φ15.88
mm
Φ28.6
Φ28.6
Φ28.6
kg
17.9
18.5
19
Quantity Air Flow Rate Main Refrigerant Piping Liquid Line Gas Line Refrigerant Charge
2
2
2
m3/h
22,200
23,400
23,400
mm
Φ19.05
Φ19.05
Φ19.05
mm
Φ31.75
Φ31.75
Φ31.75
kg
20.4
21
21
NOTES: 1. The cooling and heating performances are the values when combined with our specified indoor units. Cooling Operation Conditions Heating Operation Conditions Indoor Air Inlet Temperature: 27°C DB (80°F DB) Indoor Air Inlet Temperature: 20°C DB (68°F DB) 19°C WB (66.2°F WB) Outdoor Air Inlet Temperature: 7°C DB (45°F DB) Outdoor Air Inlet Temperature: 35°C DB (95°F DB) 6°C WB (43°F WB) Piping Length: 7.5 Meters Piping Lift: 0 Meter
NOTES: 1. The cooling and heating performances are the values when combined with our specified indoor units. Cooling Operation Conditions Heating Operation Conditions Indoor Air Inlet Temperature: 27°C DB (80°F DB) Indoor Air Inlet Temperature: 20°C DB (68°F DB) 19°C WB (66.2°F WB) Outdoor Air Inlet Temperature: 7°C DB (45°F DB) Outdoor Air Inlet Temperature: 35°C DB (95°F DB) 6°C WB (43°F WB) Piping Length: 7.5 Meters Piping Lift: 0 Meter
2. The sound pressure is based on the following conditions: 1 Meter from the unit service cover surface, and 1.5 Meters from floor level. The above data is based on the cooling mode. In case of heating mode, the sound pressure level increases by approximately 1~2 dB. The above data was measured in an anechoic chamber so that reflected sound should be taken into consideration in the field.
2. The sound pressure is based on the following conditions: 1 Meter from the unit service cover surface, and 1.5 Meters from floor level. The above data is based on the cooling mode. In case of heating mode, the sound pressure level increases by approximately 1~2 dB. The above data was measured in an anechoic chamber so that reflected sound should be taken into consideration in the field.
42
JOHNSON CONTROLS | YORK® VRF SYSTEMS
JOHNSON CONTROLS | YORK® VRF SYSTEMS
4
Propeller Fan
Condenser Fan
2
4 Multi-Pass Cross-Finned Tube
Heat Exchanger
Propeller Fan
Condenser Fan
62
Flow Control
Multi-Pass Cross-Finned Tube
Heat Exchanger
Air Flow Rate
3
dB(A)
Sound Pressure Level
Refrigerant
R410A
Refrigerant
Ivory White
Cabinet Color
43
Outdoor Unit 380V HP HP Model Combination of Base Unit
| 32-36 HP Systems 32HP
34HP
36HP
JTOH320VPEM-0AQ1
JTOH340VPEM-0AQ1
JTOH360VPEM-0AQ1
JTOH160VPEM-0AQ1
JTOH160VPEM-0AQ1
JTOH180VPEM-0AQ1
JTOH160VPEM-0AQ1
JTOH180VPEM-0AQ1
JTOH180VPEM-0AQ1
AC 3Φ 380-415V/50Hz
Power Supply Nominal Cooling Capacity
kW
90
95
100
Nominal Heating Capacity
kW
100
106
112
Ivory White
Cabinet Color dB(A)
62
63
63
mm
1,720 x (1,210+1,210) x 750
1,720 x (1,210+1,210) x 750
1,720 x (1,210+1,210) x 750
Net Weight
kg
315+315
315+318
318+318
Gross Weight
kg
330+330
330+333
333+333
Sound Pressure Level Outer Dimension Height x Width x Depth
R410A
Refrigerant Flow Control
Micro-Computer Control Expansion Valve
Compressor
Hermetic (Scroll)
Quantity
4
4
4
Heat Exchanger
Multi-Pass Cross-Finned Tube
Condenser Fan
Propeller Fan
Quantity Air Flow Rate Main Refrigerant Piping Liquid Line Gas Line Refrigerant Charge
2
2
2
m3/h
23,400
23,400
23,400
mm
Φ19.05
Φ19.05
Φ19.05
mm
Φ31.75
Φ31.75
Φ38.1
kg
21
21
21
NOTES: 1. The cooling and heating performances are the values when combined with our specified indoor units. Cooling Operation Conditions Heating Operation Conditions Indoor Air Inlet Temperature: 27°C DB (80°F DB) Indoor Air Inlet Temperature: 20°C DB (68°F DB) 19°C WB (66.2°F WB) Outdoor Air Inlet Temperature: 7°C DB (45°F DB) Outdoor Air Inlet Temperature: 35°C DB (95°F DB) 6°C WB (43°F WB) Piping Length: 7.5 Meters Piping Lift: 0 Meter 2. The sound pressure is based on the following conditions: 1 Meter from the unit service cover surface, and 1.5 Meters from floor level. The above data is based on the cooling mode. In case of heating mode, the sound pressure level increases by approximately 1~2 dB. The above data was measured in an anechoic chamber so that reflected sound should be taken into consideration in the field.
44
JOHNSON CONTROLS | YORK® VRF SYSTEMS
Outdoor Unit
380V HP (Heat PUMP) Heat pump units can either heat or cool spaces. YORK ® VRF heat pump units offer an extended operating temperature range: outdoor ambient temperature as low as 14° F (-10° C) in the cooling mode and as low as -4° F (-20° C) in the heating mode.
JOHNSON CONTROLS | YORK® VRF SYSTEMS
38-54 HP Systems
45
YORK® VRF OUTDOOR UNITS
Outdoor Unit 380V HP HP Model
Combination of Base Unit
Outdoor Unit 380V HP
| 38-42 HP Systems 38HP
40HP
42HP
JTOH380VPEM-0AQ1
JTOH400VPEM-0AQ1
JTOH420VPEM-0AQ1
JTOH120VPEM-0AQ1
JTOH120VPEM-0AQ1
JTOH120VPEM-0AQ1
JTOH120VPEM-0AQ1
JTOH120VPEM-0AQ1
JTOH120VPEM-0AQ1
JTOH140VPEM-0AQ1
JTOH160VPEM-0AQ1
JTOH180VPEM-0AQ1
Nominal Cooling Capacity
kW
109
112
118
Nominal Heating Capacity
kW
118
125
132
Sound Pressure Level Outer Dimension Height x Width x Depth
44HP
46HP
48HP
Model
JTOH440VPEM-0AQ1
JTOH460VPEM-0AQ1
JTOH480VPEM-0AQ1
JTOH120VPEM-0AQ1
JTOH120VPEM-0AQ1
JTOH120VPEM-0AQ1
Combination of Base Unit
JTOH140VPEM-0AQ1
JTOH160VPEM-0AQ1
JTOH180VPEM-0AQ1
JTOH180VPEM-0AQ1
JTOH180VPEM-0AQ1
JTOH180VPEM-0AQ1
AC 3Φ 380-415V/50Hz
Nominal Cooling Capacity
kW
125
132
136
Nominal Heating Capacity
kW
140
145
150
Ivory White
Cabinet Color
Ivory White
Cabinet Color
HP
Power Supply
AC 3Φ 380-415V/50Hz
Power Supply
| 44-48 HP Systems
dB(A)
64
64
64
mm
1,720 x (950+950+1,210) x 750
1,720 x (950+950+1,210) x 750
1,720 x (950+950+1,210) x 750
dB(A)
64
64
65
mm
1,720 x (950+1,210+1,210) x 750
1,720 x (950+1,210+1,210) x 750
1,720 x (950+1,210+1,210) x 750
Net Weight
kg
227+312+318
227+315+318
227+318+318
Gross Weight
kg
240+327+333
240+330+333
240+333+333
Sound Pressure Level Outer Dimension Height x Width x Depth
Net Weight
kg
227+227+312
227+227+315
227+227+318
Gross Weight
kg
240+240+327
240+240+330
240+240+333
R410A
Refrigerant
Hermetic (Scroll) 4
Micro-Computer Control Expansion Valve
Flow Control
Compressor Quantity 4
R410A
Refrigerant
Micro-Computer Control Expansion Valve
Flow Control
4
Hermetic (Scroll)
Compressor Quantity
5
Liquid Line Gas Line Refrigerant Charge
3
3
3
m3/h
32,700
32,700
32,700
Air Flow Rate
mm
Φ19.05
Φ19.05
Φ19.05
Main Refrigerant Piping
mm
Φ38.1
Φ38.1
Φ38.1
Gas Line
kg
30.3
30.3
30.3
NOTES: 1. The cooling and heating performances are the values when combined with our specified indoor units. Cooling Operation Conditions Heating Operation Conditions Indoor Air Inlet Temperature: 27°C DB (80°F DB) Indoor Air Inlet Temperature: 20°C DB (68°F DB) 19°C WB (66.2°F WB) Outdoor Air Inlet Temperature: 7°C DB (45°F DB) Outdoor Air Inlet Temperature: 35°C DB (95°F DB) 6°C WB (43°F WB) Piping Length: 7.5 Meters Piping Lift: 0 Meter 2. The sound pressure is based on the following conditions: 1 Meter from the unit service cover surface, and 1.5 Meters from floor level. The above data is based on the cooling mode. In case of heating mode, the sound pressure level increases by approximately 1~2 dB. The above data was measured in an anechoic chamber so that reflected sound should be taken into consideration in the field.
46
Propeller Fan
Condenser Fan
Condenser Fan Quantity
Main Refrigerant Piping
5
Multi-Pass Cross-Finned Tube
Heat Exchanger Propeller Fan
Air Flow Rate
5
Multi-Pass Cross-Finned Tube
Heat Exchanger
JOHNSON CONTROLS | YORK® VRF SYSTEMS
Quantity
Liquid Line
Refrigerant Charge
3
3
3
m3/h
33,900
33,900
33,900
mm
Φ19.05
Φ19.05
Φ19.05
mm
Φ38.1
Φ38.1
Φ38.1
kg
30.9
30.9
30.9
NOTES: 1. The cooling and heating performances are the values when combined with our specified indoor units. Cooling Operation Conditions Heating Operation Conditions Indoor Air Inlet Temperature: 27°C DB (80°F DB) Indoor Air Inlet Temperature: 20°C DB (68°F DB) 19.0°C WB (66.2°F WB) Outdoor Air Inlet Temperature: 7°C DB (45°F DB) Outdoor Air Inlet Temperature: 35°C DB (95°F DB) 6°C WB (43°F WB) Piping Length: 7.5 Meters Piping Lift: 0 Meter 2. The sound pressure is based on the following conditions: 1 Meter from the unit service cover surface, and 1.5 Meters from floor level. The above data is based on the cooling mode. In case of heating mode, the sound pressure level increases by approximately 1~2 dB. The above data was measured in an anechoic chamber so that reflected sound should be taken into consideration in the field.
JOHNSON CONTROLS | YORK® VRF SYSTEMS
47
Outdoor Unit 380V HP HP Model
Combination of Base Unit
| 50-54 HP Systems 50HP
52HP
54HP
JTOH500VPEM-0AQ1
JTOH520VPEM-0AQ1
JTOH540VPEM-0AQ1
JTOH140VPEM-0AQ1
JTOH160VPEM-0AQ1
JTOH180VPEM-0AQ1
JTOH180VPEM-0AQ1
JTOH180VPEM-0AQ1
JTOH180VPEM-0AQ1
JTOH180VPEM-0AQ1
JTOH180VPEM-0AQ1
JTOH180VPEM-0AQ1
AC 3Φ380-415V/50Hz
Power Supply Nominal Cooling Capacity
kW
140
145
150
Nominal Heating Capacity
kW
155
160
165
Ivory White
Cabinet Color dB
65
65
65
mm
1,720 x (1,201+1,210+1,210) x 750
1,720 x (1,201+1,210+1,210) x 750
1,720 x (1,201+1,210+1,210) x 750
Net Weight
kg
312+318+318
315+318+318
318+318+318
Gross Weight
kg
327+333+333
330+330+333
333+333+333
Sound Pressure Level Outer Dimension Height x Width x Depth
R410A
Refrigerant
Micro-Computer Control Expansion Valve
Flow Control
Hermetic (Scroll) Compressor Quantity
6
6
6
Multi-Pass Cross-Finned Tube
Heat Exchanger
Propeller Fan Condenser Fan Quantity
Air Flow Rate Main Refrigerant Piping Liquid Line Gas Line Refrigerant Charge
3
3
3
m3/h
35,100
35,100
35,100
mm
Φ19.05
Φ19.05
Φ19.05
mm
Φ38.1
Φ38.1
Φ38.1
kg
31.5
31.5
31.5
NOTES: 1. The cooling and heating performances are the values when combined with our specified indoor units. Cooling Operation Conditions Heating Operation Conditions Indoor Air Inlet Temperature: 27°C DB (80°F DB) Indoor Air Inlet Temperature: 20°C DB (68°F DB) 19.0°C WB (66.2°F WB) Outdoor Air Inlet Temperature: 7°C DB (45°F DB) Outdoor Air Inlet Temperature: 35°C DB (95°F DB) 6°C WB (43°F WB) Piping Length: 7.5 Meters Piping Lift: 0 Meter 2. The sound pressure is based on the following conditions: 1 Meter from the unit service cover surface, and 1.5 Meters from floor level. The above data is based on the cooling mode. In case of heating mode, the sound pressure level increases by approximately 1~2 dB. The above data was measured in an anechoic chamber so that reflected sound should be taken into consideration in the field.
48
JOHNSON CONTROLS | YORK® VRF SYSTEMS
Outdoor Unit
380V HP (Heat PUMP) Heat pump units can either heat or cool spaces. YORK® VRF heat pump units offer an extended operating temperature range: outdoor ambient temperature as low as 14° F (-10° C) in the cooling mode and as low as -4° F (-20° C) in the heating mode.
4-6 HP Systems
JOHNSON CONTROLS | YORK® VRF SYSTEMS
49
Outdoor Unit 220V/380V HP Model
JDOH040HSEN-0AQ1
| 4-6 HP SYSTEMS JDOH050HSEN-0AQ1
JDOH060HSEN-0AQ1
AC1Φ, 220-240V/50Hz,220V/60Hz
Power Supply
AC3Φ, 380-415V/50Hz
kW
11.2
14.0
15.5
14.0
15.5
Btu/h
38,000
47,800
52,900
47,800
52,900
kw
12.5
16.0
18.0
16.0
18.0
Btu/h
42,700
54,600
61,400
54,600
61,400
(H)
mm
1,380
1,380
1,380
1,380
1,380
(W)
mm
950
950
950
950
950
(D)
mm
370
370
370
370
370
kg
103
103
103
103
103
2.5
2.8
Nominal Cooling Capacity
Nominal Heating Capacity
Dimension
JDOH060HSEM-0AQ1
R410A
Refrigerant
Outer
JDOH050HSEM-0AQ1
Net Weight
Hermetic DC inver
Type of Compressor Output Power of Compressor
kW
2.2
2.5
2.8 Multi-Pass Cross-Finned Tube
Heat Exchanger Condenser Fan Quantity
2
2
2
2
2
Air Flow Rate
m3/min
90
90
100
90
100
Motor Output
W
51x2
51x2
51x2
51x2
51x2
48/50
48/50
50/52
48/50
50/52
42
42
45
42
45
Cooilng/ Sound Pressure Level dB (A)
heating NightShift mode
Micro-Computer Control Expansion Velve
Refrigerant Flow Control
Flare-Nut Connection(With Flare Nuts)
Refrigerant Piping Liquid Connection
mm
Φ9.53
Gas Line
mm
Φ15.88
Pipe Connection
Multi-kit Connection
Model of Multi-Kit
JE-102SN
NOTES: 1. The nominal cooling capacity and heating capacity are based on following conditions: Cooling Operation Conditions Heating Operation Conditions Indoor Air Inlet Temperature: 27°C DB (80°F DB) Indoor Air Inlet Temperature: 20°C DB (68°F DB) 19°C WB (66.2°F WB) Outdoor Air Inlet Temperature: 7°C DB (45°F DB) 6°C WB (43°F WB) Outdoor Air Inlet Temperature: 35°C DB (95°F DB) Piping Length: 7.5 Meters Piping Lift: 0 Meter
Optional Parts & Accessories Selection software tool indicates which piping kits are needed for your design
2. The sound pressure level is based on following conditions: 1.5 meters from fIoor level, and 1 meter from fhe Unit service cover surface The above data was measured in an anechoic chamber so that reflected sound should be taken into consideration in the field
50
JOHNSON CONTROLS | YORK® VRF SYSTEMS
JOHNSON CONTROLS | YORK® VRF SYSTEMS
51
First Multi-kit Outdoor Unit HP
8 and 10
12 and 18
18 and 24
26 and 54
Multi
JE-102SNQE
JE-162SNQE
JE-242SNQE
JE-302SNQE
Piping Connection Kit (for combined system) Outdoor Unit
JTOH200~240VPEM-0AQ1
JTOH260~360VPEM-0AQ1
JTOH380~420VPEM-0AQ1 JM-30SNQE
JM-30SNQE
JM-20SNQE
JM-30SNQE
JM-20SNQE
JM-30SNQE
Multi-kit 1 Multi-kit 2
JTOH440~540VPEM-0AQ1
Controls First Multi-kit~Last Multi-kit
YORK® VRF systems offer a wide range
Total Indoor Unit HP
Lower than 6
6 to 8.99
9 to 11.99
12 to 15.99
16 to 17.99
18 to 25.99
26 to 35.99
Gas (Ømm)
Ø15.88
Ø19.05
Ø22.2
Ø25.4
Ø28.6
Ø28.6
Ø31.75
Liquid (Ømm)
Ø9.53
Ø9.53
Ø9.53
Ø12.07
Ø15.88
Ø19.05
Multi-kit
Ø12.07 JE-162SNQE
JE-102SNQE
JE-242SNQE
Over 36
of control systems to suit multiple applications.
Ø38.1 Ø19.05 JE-302SNQE
Control Systems
CWH-01QE
Last Multi-kit~Indoor Unit Indoor Unit
Pipe Size (Ømm)
Max. Liquid Pipe Length
Gas Pipe
Liquid Pipe
0.8HP~1.5HP
12.7
6.35
15
1.8HP~2.0HP
15.88
6.35*1
15
2.3HP~6.0HP
15.88
9.53
40
8HP
19.05
9.53
40
10HP
22.2
9.53
40
Notes: 1. When liquid pipe length of indoor unit (0.8~2.0HP) is more than 15m, please change the liquid pipe dimension from Ø6.35 into Ø9.53.
Remote Control Switch Compatible with the H-LINKⅡ
•T he CWH-01QE has a design that matches the interior. • The new large LCD display permits users to see the operating conditions and settings. • The timer can be set at half-hour intervals up to 72 hours. • All the functions can be selected by remote control switches.
52
JOHNSON CONTROLS | YORK® VRF SYSTEMS
JOHNSON CONTROLS | YORK® VRF SYSTEMS
• The CWH-01QE monitors the operating conditions in the system and an alarm is issued if a problem occurs. • A “self-diagnosis function” checks for problems on printed boards in indoor and outdoor units. • Equipped with energy-saving functions such as a preset temperature range limiting function for preventing excessive cooling/ heating and a preset temperature automatic reset function, as well as an operation locking mechanism and the capability to prevent users from forgetting to turn off the system. (Function selection setting is required)
CRH-01QE
Wireless Remote Control Switch Compatible with the H-LINKⅡ
•O ne-touch handy operation, no wiring work required.
• Two or more units can be operated simultaneously by remote control. * Receiver kit is required.
53
Head Office: YORK® (MALAYSIA) SALES & SERVICE SDN BHD (168496-T)
Bangunan THK, Suite 2.1, 2nd Floor, No.2A, Jalan 243, Section 51A, 46100 Petaling Jaya, Selangor Darul Ehsan, Malaysia Tel. 03-7628 4100 Fax: 03-7628 4101
Branches: Penang Branch Tel. 04-397 0213 Fax: 04-397 2045
Kota Kinabalu Branch Tel. 088-448 350 Fax: 088-448 352
Johor Bahru Branch Tel. 07-354 9878 Fax: 07-354 9871
Kuching Branch Tel. 082-553 100 Fax: 082-553 200
Authorized Dealer
Customer Care Centre: 1800 – 88 – YORK® (9675) Website: www.york.com/my
PUBL-7988 (0416)
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