CLIMATE CATALOGUE
ASIA PACIFIC
DOMETIC APAC MARINE CATALOGUE 2023
2 — DOMETIC.COM
DOMETIC MARINE CLIMATE SOLUTIONS With a rich history in marine climate solutions, Dometic has a mission to provide innovative air conditioning solutions to vessels of all kinds, all over the world. We have a team of talented engineers and product developers who work hard to ensure that our products remain competitive and set new standards for marine climate technology. We recognize the diverse challenges that life and work on the water present and rise to the challenge of offering a wide range of climate systems suitable for various applications, including OEM installation, aftermarket, and retrofit. With an extensive network of dealers and service partners spanning over 100 countries, our team and trusted experts are ready to assist you wherever your next on the water adventure takes you.
MOBILE LIVING MADE EASY — 3
CLIMATE SELF-CONTAINED HVAC
PLANNING AN AIR CONDITIONING SYSTEM FOR YOUR BOAT In order to find the ideal air conditioning solution for your boat or yacht, you should consider the following six factors * :
1. Calculating the required system capacity To calculate the required A/C capacity, divide your boat into three areas:
3. The seawater cooling system This system consists of a through-hull fitting, a seacock (water valve), a seawater filter, a pump, a seawater discharge fitting, and a hose or pipe. Dometic recommends centrifugal seawater pumps because of their maximum efficiency and long service life. The ideal solution calls for all onboard air conditioning systems to use a single pump, which must of course have sufficient capacity. The basic rule for calculating the required capacity assumes a flow rate of 3 gal/min (11.3 L/min) per ton of air conditioning (1 ton = 12,000 BTU/h). See the table below for examples.
Below deck: Cabins where the hull slopes inward toward the keel with minimal port lights and hatches.
Mid-deck: Areas on the main deck with small or shaded windows.
Above deck: Areas with large glass surfaces and direct sunlight. Calculate the area of each space to be air-conditioned.
System Capacity
Seawater Flow Rate Through-Hull Inlet Size
12,000 BTU/h (3,517 W)
3 gal/min (11 L/min)
1/2 in (13 mm)
It is assumed that your boat has an average headroom of about 6.5 feet (2 metres). Next, multiply the area by its load factor to determine the required capacity in BTU/h. Use the table below to find the appropriate load factor for each space and for different locations.
24,000 BTU/h (7,034 W)
6 gal/min (23 L/min)
3/4 in (19 mm)
48,000 BTU/h (14,067 W)
12 gal/min (45 L/min)
1 in (25 mm)
4. Duct and grille sizes Cross-section and size are based on the air conditioning system’s capacity in BTU/h. (1 ton = 12,000 BTU/h). See the table below for examples.
Climate
Below Deck
Mid Deck
Above Deck
Load factor, BTU/h per ft 2
Temperate 1
60
90
120
System Capacity Duct Diameter
Supply-Air Grille Return-Air Grille
Tropical 2
90
120
150
6,000 BTU/h (1,758 W) 8,000 BTU/h (2,344 W) 10,000 BTU/h (2,931 W) 12,000 BTU/h (3,517 W) 16,000 BTU/h (4,689 W) 18,000 BTU/h (5,275 W) 27,000 BTU/h (7,913 W) 30,000 BTU/h (8,792 W)
Arabic Gulf 3
120
150
180
4 in (10.16 cm)
32 in 2 (206 cm 2 )
64 in 2 (413 cm 2 )
Load factor, BTU/h per m 2
5 in (12.7 cm)
48 in 2 (310 cm 2 )
80 in 2 (516 cm 2 )
Temperate 1
646
969
1,292
Tropical 2
969
1,292
1,615
6 in (15.2 cm)
60 in 2 (387 cm 2 )
100 in 2 (645 cm 2 )
Arabic Gulf 3
1,292
1,615
1,938
6 in (15.2 cm)
70 in 2 (452 cm 2 )
130 in 2 (839 cm 2 )
1. 95 °F (35 °C) air, 95 °F (35 °C) seawater, moderate humidity. 2. 105 °F (41 °C) air, 95 °F (35 °C) seawater, high humidity. 3. 122 °F (50 °C) air, 104 °F/40 °C seawater, 95% humidity.
7 in (17.8 cm)
80 in 2 (516 cm 2 )
160 in 2 (1,032 cm 2 )
7 in (17.8 cm)
100 in 2 (646 cm 2 )
200 in 2 (1,291 cm 2 )
2. The number of units needed and their location(s) Both are determined by the size and layout of the boat and space limitations for the installation of ducting and plumbing. Consider which areas require their own cabin control and which cabins will be supplied by ducting or a secondary air handler. Temperature control is then only possible by reducing the airflow with an adjustable grille or by controlling the fan speed. Please ensure that there is enough space around the unit for servicing and the installation of an air outlet duct to a high point in the cabin. When designing air distribution ductwork, it is important to keep note of air return and supply. Air must have a way to return to the air handler. Taking air from one room and ducting to another may cause negative and positive pressure issues. Negative spaces may become dangerous as make-up air may come from bilges or engine rooms.
8 in (20.4 cm)
140 in 2 (904 cm 2 )
240 in 2 (1,549 cm 2 )
2 × 6 in (2 × 15.2 cm)
150 in 2 (968 cm 2 )
250 in 2 (1,613 cm 2 )
5. Cabin Controls Dometic offers a complete line of cabin controls that can be found in the catalogue. 6. Electrical requirements All Dometic air conditioning systems are available in 50 Hz or 60 Hz versions and in all standard voltages. All electrical information is listed in the product data sheets. When at port, the power connection must also be dimensioned accordingly. For easy start-up with less current, see the SmartStart product later in the catalogue.
* These methods are for estimation only. Detailed heat load analysis is required for exact BTU/h requirements.
4 — DOMETIC.COM
THE THREE TYPES OF MARINE AIR CONDITIONING THE THREE TYPES OF MARINE AIR CONDITIONING THE THREE TYPES OF MARINE AIR CONDITIONING Self-Contained Systems THE THREE TYPES OF MARINE AIR CONDITIONING Digital Control
Figure 1: Self-Contained Air Conditioning
Figure 1: Self-Contained Air Conditioning
Self-Contained Systems All major components (compressor, condenser, evaporator, and blower) are mounted on a single chassis, which is installed under a bunk, settee, or in a locker. All major components (compressor, condenser, evaporator, and blower) are mounted on a single chassis, which is installed under a bunk, settee, or in a locker. Self-Contained Systems All major components (compressor, condenser, evaporator, and blower) are mounted on a single chassis, which is installed under a bunk, settee, or in a locker. An air-conditioning unit of this type can either cool a single cabin or can be connected to two or more cabins by ductwork. The ideal solution for boats up to 40 ft (12 m) due to lower cost of units and installation. An air-conditioning unit of this type can either cool a single cabin or can be connected to two or more cabins by ductwork. An air-conditioning unit of this type can either cool a single cabin or can be connected to two or more cabins by ductwork. The ideal solution for boats up to 40 ft (12 m) due to lower cost of units and installation. The ideal solution for boats up to 40 ft (12 m) due to lower cost of units and installation. Split-Gas Systems (also called Centralized A/C) Split-Gas Systems (also called Centralized A/C) In these systems, the condenser and evaporator units are installed separately at different locations. The two components are then connected via insulated copper refrigerant tubing connects. Note: the maximum length of refrigerant tubing is 50 ft (15 m). In these systems, the condenser and evaporator units are installed separately at different locations. The two components are then connected via insulated copper refrigerant tubing connects. Note: the maximum length of refrigerant tubing is 50 ft (15 m). • The condensing unit (compressor, seawater condenser, and electrical components) mounts in engine room or other mechanical space. • The evaporator unit installs in the living area. • The condensing unit (compressor, seawater condenser, and electrical components) mounts in engine room or other mechanical space. • The evaporator unit installs in the living area. Two air handlers can be connected to one condensing unit to cool multiple cabins or a single large area, providing a space-saving, quiet A/C solution. Two air handlers can be connected to one condensing unit to cool multiple cabins or a single large area, providing a space-saving, quiet A/C solution. Ideal for boats up to 80 ft (24 m). Note: the system must be charged with refrigerant by a certified technician. Ideal for boats up to 80 ft (24 m). Note: the system must be charged with refrigerant by a certified technician. Ideal for boats up to 80 ft (24 m). Note: the system must be charged with refrigerant by a certified technician. Two air handlers can be connected to one condensing unit to cool multiple cabins or a single large area, providing a space-saving, quiet A/C solution. In these systems, the condenser and evaporator units are installed separately at different locations. The two components are then connected via insulated copper refrigerant tubing connects. Note: the maximum length of refrigerant tubing is 50 ft (15 m). • The condensing unit (compressor, seawater condenser, and electrical components) mounts in engine room or other mechanical space. • The evaporator unit installs in the living area. • The condensing unit (compressor, seawater condenser, and electrical components) mounts in engine room or other mechanical space. • The evaporator unit installs in the living area. Two air handlers can be connected to one condensing unit to cool multiple cabins or a single large area, providing a space-saving, quiet A/C solution. Ideal for boats up to 80 ft (24 m). Note: the system must be charged with refrigerant by a certified technician. Split-Gas Systems (also called Centralized A/C) In these systems, the condenser and evaporator units are installed separately at different locations. The two components are then connected via insulated copper refrigerant tubing connects. Note: the maximum length of refrigerant tubing is 50 ft (15 m). Self-Contained Systems All major components (compressor, condenser, evaporator, and blower) are mounted on a single chassis, which is installed under a bunk, settee, or in a locker. An air-conditioning unit of this type can either cool a single cabin or can be connected to two or more cabins by ductwork. The ideal solution for boats up to 40 ft (12 m) due to lower cost of units and installation. Split-Gas Systems (also called Centralized A/C)
Supply Air Grille
Supply Air Grilles
Digital Control
Figure 1: Self-Contained Air Conditioning
Digital Control
Duct
Digital Control
Supply Air Grille
Supply Air Grilles
Return Air Grille
Supply Air Grille
Duct
Digital Control
Supply Air Grilles
Return Air Grille
Duct
Digital Control
Pump
Self-Contained Air Conditioner
Pump Return Air Grille
Return Air Grilles
Self-Contained Air Conditioner
Return Air Grilles
Self-Contained Air Conditioner
Pump
Self-Contained Air Conditioner
Self-Contained Air Conditioner
Return Air Grilles
Self-Contained Air Conditioner
Figure 2: Split-Gas Air Conditioning Figure 2: Split-Gas Air Conditioning
Digital Control
Digital Control
Figure 2: Split-Gas Air Conditioning
Supply Air Grilles Supply Air Grilles
Digital Control
Return Air Grille Ducting
Return Air Grille Ducting
Supply Air Grilles
Electrical Box
Electrical Box
Return Air Grille Ducting Evaporating Units
Condensing Unit Electrical Box Condensing Unit
Evaporating Units
Condensing Unit
Evaporating Units
Return Air Grilles
Return Air Grilles
Evaporating Unit
Pump
Evaporating Unit
Pump
Return Air Grilles
Evaporating Unit
Pump
Figure 3: Chilled Water Air Conditioning
Chilled (circulated) Water Systems
Digital Control
Chilled (circulated) Water Systems Installed in the engine room, the chiller circulates cold or hot fresh water in a closed circuit to all of the rooms to be air-conditioned. Air handlers then cool or heat the living spaces. These systems require two pumps; one for the sea water and another for the chilled water. Installed in the engine room, the chiller circulates cold or hot fresh water in a closed circuit to all of the rooms to be air-conditioned. Air handlers then cool or heat the living spaces. These systems require two pumps; one for the sea water and another for the chilled water. Installed in the engine room, the chiller circulates cold or hot fresh water in a closed circuit to all of the rooms to be air-conditioned. Air handlers then cool or heat the living spaces. These systems require two pumps; one for the sea water and another for the chilled water. Installed in the engine room, the chiller circulates cold or hot fresh water in a closed circuit to all of the rooms to be air-conditioned. Air handlers then cool or heat the living spaces. These systems require two pumps; one for the sea water and another for the chilled water. Chillers offer flexible load management and a reduced peak electrical load. Chillers offer flexible load management and a reduced peak electrical load. Chillers offer flexible load management and a reduced peak electrical load. Chiller systems are well suited for boats over 80 ft (24 m). This is because there is no limitation on the number of air handlers in a system, or on the distance from the chiller to the air handlers. Chiller systems are well suited for boats over 80 ft (24 m). This is because there is no limitation on the number of air handlers in a system, or on the distance from the chiller to the air handlers. Chiller systems are well suited for boats over 80 ft (24 m). This is because there is no limitation on the number of air handlers in a system, or on the distance from the chiller to the air handlers. Chillers offer flexible load management and a reduced peak electrical load. Chiller systems are well suited for boats over 80 ft (24 m). This is because there is no limitation on the number of air handlers in a system, or on the distance from the chiller to the air handlers. Chilled (circulated) Water Systems Chilled (circulated) Water Systems
Figure 3: Chilled Water Air Conditioning
Supply Air Grilles
Digital Control Digital Control
Figure 3: Chilled Water Air Conditioning
Supply Air Grilles
Ducting Return Air Grille
Supply Air Grilles
Multi-Stage Chiller
Ducting Return Air Grille
Manifold
Ducting Return Air Grille
Air Handler
Multi-Stage Chiller
Multi-Stage Chiller
Air Handler
Manifold
Air Handler
Pumps Manifold
Return Air Grilles
Air Handler
Air Handler
Return Air Grilles Return Air Grilles
Pumps
Pumps
MOBILE LIVING MADE EASY — 11
MOBILE LIVING MADE EASY — 5
MOBILE LIVING MADE EASY — 11
MOBILE LIVING MADE EASY — 11
CLIMATE
CLIMATE SELF-CONTAINED HVAC
Designed from the inside out with multiple patented innovations, the Turbo continues to evolve with even more enhanced design features and options. Utilizing robust titanium condenser rated for harsh conditions and long life. TURBO TITANIUM SELF-CONTAINED A/C
TITANIUM CONDENSER ROBUST CONSTRUCTION
INCREASED EFFICIENCY SAVES POWER
DUAL FREQUENCY ACCEPTS 50 or 60 Hz
115V/50/60Hz 230V/50/60Hz
6,000 - 16,000 BTU
6 — DOMETIC.COM
REVOLUTIONARY INNOVATION
The Turbo series completely revolutionized self-contained boat air conditioning with patented innovations in system design. Energy efficient, high capacity, and compact, the Turbo is a tough but elegant solution that keeps getting better. Technicians often encounter a tight squeeze when installing a new A/C unit on a boat, but the Turbo was designed to make installation fast and simple.
Benefits Of A Turbo Titanium System
• Operates at 50 or 60Hz; lower voltage units will run 100-120 volts 50/60Hz and higher voltage units will run 200-240 volts 50/60Hz
• Special coating on the evaporator coil helps shed water more quickly which minimizes corrosion
• Channels in drain pan guide water directly to multiple drain locations, regardless of boat’s heeling angle
• Rotate the blower up to 270° to find the perfect ducting angle using a single adjustment screw
• Critical components are easily accessible for simplified servicing
QUIET OPERATION Multiple cushioned vibration mounts inserted into the bottom of the molded drain pan, and specially designed mounting clips isolate the unit’s vibration from the mounting surface. This minimizes operating noise. For an even quieter system, add the optional compressor sound shield.
RAPID DRAINAGE The rust-free molded composite drain pan has three drains for rapid removal of condensate water. Channels built into the pan guide water directly to the drain locations, regardless of which way the boat is heeling.
COMPACT SIZE At the same time the Turbo was designed to be more powerful, it was also designed to be smaller in height and depth so it can easily fit into more spaces. There is no blower-motor overhang, and the drain pan has a small footprint.
dometic.com
MOBILE LIVING MADE EASY — 7
SPECIFICATIONS FOR TURBO TITANIUM SERIES SELF-CONTAINED A/C
Model 1
DTGX6
DTGX8
DTGX10
DTGX12
DTGX16
Capacity (BTU/h)
6000
8000
10000
12000
16000
Voltage (VAC)
115
230
230
115
230
230
115
230
230
115
230
230
115
230
230
Cycle (Hz)
60/1
60/1
50/1
60/1
60/1
50/1
60/1
60/1
50/1
60/1
60/1
50/1
60/1
60/1
50/1
/Phase (Ph) Full Load Amps (FLA) Cool (A) Full Load Amps (FLA) Heat (A) Full Load Amps (FLA)
4.4
2.0
1.9
5.5
2.9
3.2
6.3
3.2
3.1
7.7
3.8
4.4
10.3
5.5
4.7
5.8
2.6
2.4
6.9
3.7
3.8
8.1
4.1
3.9
10.2
5.0
5.2
13.4
7.0
6.0
0.8
0.4
0.4
1.3
0.7
0.8
1.1
0.6
0.5
1.1
0.6
0.5
1.6
0.8
0.6
Blower (A) Locked Rotor Amps (LRA) Max. Circuit Breaker (A) Min. Circuit
25.5
10.0
10.9
28
15.0
16.8
41.5
21.0
24.4
50.5
26.7
28.4
61.0
26.9
29.4
8
21
12
12
29
15
15
35
19
18
44
23
21
18
9
10
5
4
12
7
7
17
9
8
20
11
10
25
13
12
Ampacity (A) Refrigerant Type Max Height (in/cm)
410A
410A
410A
410A
410A
11.4/29.0
11.6/29.5
12.2/31.0
12.2/31.0
13.3/33.8
17.8/45.2
17.8/45.2
20.4/51.8
20.4/51.8
21.5/54.6
Max Width
10.7/27.2
10.7/27.2
12.4/31.5
12.4/31.5
13.3/33.8
Max Depth
Min. Duct Size Dia. (in/cm)
4/10.16
5/12.7
6/15.2
6/15.2
7/17.8
32/206
48/310
60/387
70/452
80/516
Min. Supply Air Grille (sq in/cm) Min. Return Air Grille (sq in/cm) Net Weight (lbs/kg)
64/413
80/516
100/645
130/839
160/1032
58.0/26.3
38.0/17.2
38.0/17.2
41.0/18.6
43.0/19.5
53.0/24.0
52.0/23.6
53.0/24.0
53.0/24.0
57.0/25.9
Gross Weight (lbs/kg)
44.0/20.0
44.0/20.0
48.0/21.8
50.0/22.7
62.0/28.1
61.0/27.7
62.0/28.1
62.0/28.1
66.0/29.9
67.0/30.4
1) BTU and electrical data are based on a 45 degreeF/7.2degreeC evaporator and 100 degree F/37.8 degree C condenser in cool mode, and a 45 F/7.2 C evaporator and 130 degree F/54.4 degree C condenser in heat. 2) Electric box is remote mounted up to 34” (86cm) away from compressor. E-box dimensions are 2.7” (6.9cm) x 6.5” (16.5cm) x 8.8” (22.4cm).
dometic.com
8 — DOMETIC.COM
TURBO SELF-CONTAINED A/C OPTIONAL EQUIPMENT
BREATHE CLEANER AIR The In-Duct Breathe Easy™ Air Purifier eliminates odors and contaminants from the air you breathe. It reduces bacteria, fungi, pollen, and volatile organic compounds (VOCs) by up to 99.9%. Operating silently within the ducting, it purifies cabin air using Photocatalytic Nano-Mesh Technology with UV light. As the A/C’s blower circulates air through the cabin, the air is further purified with every pass.
ELIMINATE STARTUP SPIKES Buffer the compressor’s startup power demand by smoothing out the short, sudden amp drain on the generator. The Smart Start eases the strain on the generator and starts the compressor more gently, meaning lights and other electrical appliances won’t flicker and falter.
REDUCE OPERATING NOISE Surround the compressor with a cus- tom-molded sound shield to make a quiet system even quieter. Use when maximum noise mitigation is desired.
dometic.com
MOBILE LIVING MADE EASY — 9
CLIMATE SELF-CONTAINED HVAC
VOYAGER SERIES TX TURBO VARIABLE CAPACITY
The TX Series self-contained units provide variable capacity cooling and heating for maximum system efficiency.
QUIET OPERATION VARIABLE CAPACITY
ELECTRONIC EXPANSION VALVE PRECISE CONTROL
TITANIUM CONDENSER ROBUST CONSTRUCTION
3,000– 18,000 BTU/h
100–240 V / 50–60 Hz / 1-PH
ONLY AVAILABLE IN SELECT REGIONS. Contact your local distributor to discuss.
10 — DOMETIC.COM
HIGH EFFICIENCY COOLING IN A COMPACT PACKAGE
The Voyager system in typical applications can run at low speeds maintaining temperature in your vessel. At the lower speeds you will see a 40 % reduction in system noise, resulting in very quiet operation. The Voyager is also equipped with a sleep mode function that allows for a quiet and uninterrupted great night’s sleep. Longer cycles at lower speeds help to maintain even temperatures throughout the vessel, and hot spots and stale air pockets are eliminated. In many instances you will enjoy a better level of comfort at a higher thermostat setting.
Key benefits and features
• Available in 6–10k, 12–18k BTU (2 units – 2 SKUs) • Available in 115/230/1/50–60hz, World Premiere Optional • DC high-velocity rotatable blower • Reverse cycle heat • Composite positive flow condensate pan • No starting amperage • Built-in network hardware NEMA2000
DC Blower Includes a high static DC blower.
Variable Capacity TX variable capacity Turbo unit available in two size options that will provide cooling from 6,000 to 18,000 BTU/h.
Compact Size Retro-fittable for Turbo units.
Titanium Condenser Robust design.
Sound Cover Quiet operation.
Removable Electric Box Can be remote mounted.
Contents, specifications and availability are subject to change in the interests of technical improvement.
MOBILE LIVING MADE EASY — 11
CLIMATE SELF-CONTAINED HVAC
Dometic Voyager TX Marine Climate System
MODEL
TX10
TX18
SKU
9610002524
9610002526
Capacity (BTU/h)
3,500–10,000
6,000–18,000
Voltage (V)
100–240
100–240
Cycle (Hz)
50 or 60
50 or 60
140
200
Min. Capacity Input Power *
723
1256
Full Capacity Input Power *
Min. Circuit Breaker 115V (A)
12
22 A
Max. Circuit Breaker 115V (A)
14
25 A
Min. Circuit Breaker 230V (A)
6
10 A
Max. Circuit Breaker 230V (A)
6
11 A
410A
410A
Refrigerant Type
Height * (in/mm)
12.3 / 312.4
13.6 / 345.4
Width * (in/mm)
18.3 / 464.8
21.8 / 553.7
Depth-ebox on unit (in/mm)
12.6 / 320
13.2 / 337.8
Depth-ebox remote (in/mm)
10.8 / 274.1
13.2 / 335.3
Gross Weight (lb/kg)
49 / 22
61 / 28
Net Weight (lb/kg)
41 / 19
51 / 23
Height-Electrical Box (in/mm)
9.8 / 248.9
9.8 / 248.9
Width-Electrical Box (in/mm)
6.9 / 175.3
6.9 / 175.3
Depth-Electrical Box (in/mm)
6.3 / 160
6.3 / 160
Recommended Duct Size ** (in/mm)
6 / 152
7 / 178
* In cool mode at 85 °F water and seawater pump not included. ** Duct size may change based on BTU load requirements.
12 — DOMETIC.COM
MOBILE LIVING MADE EASY — 13
CLIMATE BOAT / MARINE AIR CONDITIONERS
Dometic DCU Self-contained High-capacity Compact A/C
Engineered to harness and maximize the impressive performance of environmentally safe R410A refrigerant. These units offer direct expansion operation in a compact, low-profile unit with a seawater-cooled condenser and choice of controls. Compact design • High-velocity fully insulated blowers are rotatable • Patented design increases cooling capacity and dehumidification • Condenser coil’s cupronickel-encased copper coil provides maximum heat transfer and high resistance to corrosion • Evaporator coil employs an enhanced fin design and rifled copper tubing to provide maximum capacity
18,000 – 27,000 BTU/h
115 V/60 Hz/1-PH 230 V/60 Hz/1-PH 220–240 V/50 Hz/1-PH 380 V/50 Hz/3-PH
MODEL 1
DCU18
DCU27
Capacity 2 (BTU/h)
18,000
27,000
Voltage (V)
115
230
220
230
220
Cycle 3 (Hz) /Phase (Ph)
60/1
60/1
50/1
60/1
50/1
Full Load Amps (FLA) Cool (A)
11.1
6.4
5.7
8
7.6
Full Load Amps (FLA) Heat (A)
15.1
8.3
7
11.2
11
Full Load Amps (FLA) Blower (A)
1.93
1.15
1.15
1.64
1.64
Locked Rotor Amps (LRA) (A)
66
32
26
58.3
60
Max. Circuit Breaker (A)
45
20
20
45
40
Min. Circuit Ampacity (A)
27
13
13
27
24
410A
410A
Refrigerant Type
Height-Coil 4 (in/mm)
14 / 356
18 / 458
Height-Blower 4 (in/mm)
15.5 / 394
19.25 / 489
Height-Compressor 4 (in/mm)
n / a
n / a
Width 4 (in/mm)
21 / 534
24.75 / 629
Depth (in/mm)
12 / 305
15.25 / 388
Min. Supply Duct Size (in/mm)
7 / 178
8 / 204
1
1
Quantity-Duct Connections
Min. Supply Air Grille Size (in 2 /cm 2 )
100 / 646
140 / 904
Min. Return Air Grille Size (in 2 /cm 2 )
200 / 1291
240 / 1549
Seawater Inlet Connection (in/mm)
0.625 / 16
0.625 / 16
Net Weight 5 (lbs/kg)
64 / 29.1
69.45 / 31.6
70 / 31.8
120 / 54.5
Gross Weight 5 (lbs/kg)
73 / 33.2
81 / 36.8
82 / 37.2
130 / 59
1. To complete the model numbers for a specific voltage/cycle/phase, add a ‘-1161’ for 115V/60Hz/1-Phase, or ‘-2361’ for 230V/60Hz/1-Phase, followed by ‘-410A’ (e.g. ‘DCU27-2361-410A’). 2. TU and electrical data are based on a 45°F/7.2°C evaporator and 100°F/37.8°C condenser in cool mode, and a 45°F/7.2°C evaporator and 130°F/54.4°C condenser in heat mode. 3. 60Hz units must not operate at 50 Hz and 50 Hz units must not operate at 60Hz unless data plate states otherwise 4. All dimensions ± 0.30 in/8 mm. 5. All weights ± 10%.
14 — DOMETIC.COM
Dometic EnviroComfort retrofit kits
Designed as a do-it-yourself drop-in replacement, value-priced EnviroComfort retrofit kits provide 3,500, 6,000, 10,000 or 16,000 BTUs of cooling and heating. Complete A/C system installation kits are available.
115V/50 - 60Hz 208V/50 - 60Hz 3,500, 6,000, 10,000, 16,000 BTU CLIMATE CONTROL AT THE TOUCH OF A BUTTON TE CONTROL AT TH H OF A BUTTON
Model
ECD6
ECD10
ECD16
ECD6
Capacity (BTU/h)
6000
6000
10000
16000
115
230
230
115
230 230
115
230
230
115
230
Voltage (VAC)
60/1
60/1
50/1
60/1
60/1
50/1
60/1 60/1
60/1
50/1
Cycle (Hz) /Phase (Ph)
e (Ph)
60/1
4.4
2.0
1.9
6.3
3.2
3.1
10.3
5.5
4.7
Full Load Amps (FLA) Cool
FLA) Cool
4.4
2.0
5.8
2.6
2.4
8.1
4.1
3.9
13.4
7.0
6.0
Full Load Amps (FLA) Heat
FLA) Heat
5.8
2.6
0.8
0.4
0.4
1.1
0.6
0.5
1.6
0.8
0.6
Full Load Amps (FLA) Blower
FLA) Blower
0.8
0.4
25.5
10.0
10.9
41.5 21.0 24.4
61.0 25.5
26.9 29.4
Locked Rotor Amps (LRA)
ps (LRA)
10.0
15.0
9.0
8.0
25.0 15.0 15.0
40.0
25.0
21.0
Max. Circuit Breaker (Amps)
ker (Amps)
15.0
9.0
10.0
5.0
4.0
17.0
9.0
8.0
25.0
13.0
12.0 5.0 410A
Min. Circuit Ampacity (Amps)
acity (Amps)
10.0
410A
410A
410A
Refrigerant Type
11.3/28.6
13.3/33.7
13.5/34.3
Max Height (in/cm)
m)
11.3/28.6 16/40.6 9/22.9
16/40.6
20.0/50.8
20/50.8
Max Width
9/22.9
9.6/24.5
11.3/28.6
Max Depth
4/10.2
6/15.3
6/15.3
Min. Duct Size Dia. (in/cm)
a. (in/cm)
4/10.2
0.625/1.6
0.625/1.6
0.625/1.6
Seawater Inlet Connection (in/cm) onnection (in/cm)
0.625/1.6
42.5/19.3
57/25.9
64.0/29.1
67.0/30.4 42.5/19.3
Net Weight (lbs/kg)
kg)
51.3/23.2
70/31.8
71.5/32.4
75.0/34.0 51.3/23.2
Gross Weight (lbs/kg)
s/kg)
Height-Electrical Box (in/cm)
8.8/22.3
Retrofit Kit Part Number Box (in/cm) Box (in/cm) Box (in/cm) umber
Width-Electrical Box (in/cm)
6.5/16.6
Depth-Electrical Box (in/cm)
2.8/7.1
207500310
207500316
207500017 207500307
207500307
218000106
218000110
218000116
218000117 218000106
Installation Kit Part Number
rt Number
226600094
226600092
226600092
Dual Duct Kit Part Number
Number
226600094
MOBILE LIVING MADE EASY — 15
1. INSTALLATION OPTIONS N OPTIONS
2. DUAL-DUCT KIT
3. DURABLE 2. DUAL-DUCT KIT
CLIMATE BOAT / MARINE AIR CONDITIONERS
INNOVATIVE CHASSIS CONQUERS INSTALLATION CHALLENGES
The Emerald design increases cooling and heating capacities while reducing amperage. The molded composite no-rust drain pan is shaped to provide positive drainage even when the boat heaves and rolls. The drain, seawater, and refrigerant connections are centrally located, reducing installation time by up to fifteen minutes.
Key benefits
• Split-gas system confines compressor noise to the engine room and places quiet evaporating units in living areas • Square chassis for easy installation in tight spaces • Rust-free composite drain pan • Reconfigurable chassis allows optimal drain connections • Compressor vibration-isolation mounts minimize noise and vibration • Built-in refrigerant line filter drier reduces installation time and protects the compressor from moisture and contaminants • Robust titanium condenser coil
Composite drain pan Durable and rust free.
Easy access Easy maintenance access from any side.
Square chassis Compact base fits in more spaces.
16 — DOMETIC.COM
Dometic Titanium DEGX Condenser
This condenser has reversing valve, pressure switches, and service ports centrally located for easy maintenance access from any side. Vibration-isolating compressor mounting system reduces noise and vibration. Pair this with a Dometic Emerald TurboVap R410A evaporator. • DEGX units available in dual-frequency for global operation (115 V or 230 V, 50/60 Hz) • Split-gas system confines compressor noise to the engine room and places quiet evaporating units in living areas • Square chassis for easy installation in tight spaces • Reversing valve pressure switches and service ports centrally
located for easy maintenance from any side • Corrosion-resistant composite drain pan
• Reconfigurable chassis allows optimal drain connections • Rotary style compressor for quiet and efficient operation
115 V/60 Hz 208-230V / 50-60hz
6,000– 16,000 BTU/h
Dometic Titanium DEUX Condenser
This condenser has reversing valve, pressure switches, and service ports centrally located for easy maintenance access from any side. Vibration-isolating compressor mounting system reduces noise and vibration. Pair this with a Dometic Emerald TurboVap R410A evaporator. • Split-gas system confines compressor noise to the engine room and places quiet evaporating units in living areas • Square chassis for easy installation in tight spaces. Reversing valve, pressure switches, and service ports centrally located for easy maintenance access from any side • Rust-free composite drain pan • Reconfigurable chassis allows optimal drain connections • Compressor vibration-isolation mounts minimise noise and vibration • Built-in refrigerant line filter drier reduces installation time and protects the compressor from moisture and contaminants
115 V/60 Hz 230 V/60 Hz 220 V/50 Hz
30,000– 72,000 BTU/h
MOBILE LIVING MADE EASY — 17
CLIMATE BOAT / MARINE AIR CONDITIONERS
Dometic DEGX Marine Condenser
MODEL 1
DEGX6
DEGX8
DEGX10
DEGX12
DEGX16
Capacity 2 (BTU/h)
6,000
8,000
10,000
12,000
16,000
Voltage (V)
115
230
115
230
115
230
115
230
115
230
Cycle 3 /Phase (Hz/Ph)
60/1
50–60/1
60/1
50–60/1
60/1
60/1
50–60/1
60/1
50–60/1
50–60/1
Full Load (FLA) Cool (A)
3.6
1.6
4.2
2.2
5.2
2.6
6.6
3.2
8.7
4.7
Full Load (FLA) Heat (A)
4.8
2.2
5.6
3.0
7.0
3.5
9.1
4.4
11.8
6.2
Locked Rotor (LRA) (A)
25.5
10.0
28.0
15.0
42
21
50.5
26.7
61
26.9
Max. Circuit Breaker (A)
15
5
20
10
25
15
30
15
40
20
Min. Circuit Ampacity (A)
10
5
12
6
16
8
19
10
24
13
R410A
R410A
R410A
R410A
R410A
Refrigerant Type
Seawater Inlet Connection (in/mm)
0.625 / 16
0.625 / 16
0.625 / 16
0.625 / 16
0.625 / 16
cupronickel tube
cupronickel tube
cupronickel tube
cupronickel tube
cupronickel tube
Seawater Connection Type
Refrigerant Line Connection Discharge (in) Refrigerant Line Connection Suction (in)
1/4
1/4
1/4
1/4
1/4
3/8
3/8
3/8
3/8
1/2
Net Weight 4 (lbs/kg)
43/20
43/20
45/20
47/21
49/22
50/23
Gross Weight 4 (lbs/kg)
50/23
50/23
52/24
51/23
54/24
56/26
57/26
Max Height 5 (in/mm)
12 / 305
12 / 305
13 / 331
13 / 331
14.1 / 359
Width 5 (in/mm)
13.3 / 338
13.3 / 338
13.3 / 338
13.3 / 338
13.3 / 338
Depth Without Elec. Box (in/mm)
13.3 / 338
13.3 / 338
13.3 / 338
13.3 / 338
13.3 / 338
Depth With Elec. Box (in/mm)
15.1 / 384
15.1 / 384
15.1 / 384
15.1 / 384
15.1 / 384
Height-Electrical Box (in/mm)
8.75 / 223
8.75 / 223
8.75 / 223
8.75 / 223
8.75 / 223
Width-Electrical Box (in/mm)
6.5 / 166
6.5 / 166
6.5 / 166
6.5 / 166
6.5 / 166
Depth-Electrical Box (in/mm)
2.63 / 67
2.63 / 67
2.63 / 67
2.63 / 67
2.63 / 67
1. For dual frequency units 6K through 16K, to complete the model numbers for a specific voltage/cycle/phase, add a ‘-410’, then ‘1171’ for 115 V/50–60 Hz/1-Phase, or -2371’ for 230 V/50–60 Hz/1-Phase (e.g. ‘DEG12-410 2371’). For ranges 24K through 72K, add a ‘-410’, ‘-2251’ for 220–240 V/50 Hz/1-Phase, or ‘-2361’ for 230 V/60 Hz/1-Phase (e.g. ‘DEU24-410 2361’). 2. BTU and electrical data are based on a 45 °F/7.2 °C evaporator and 100 °F/37.8 °C condenser in cool mode, and a 45 °F/7.2 °C evaporator and 130 °F/54.4 °C condenser in heat mode. 3. For ranges 24K through 72K, 60 Hz units must not operate at 50 Hz and 50 Hz units must not operate at 60 Hz unless data plate says otherwise. 4. All weights ± 10%. 5 All dimensions ± 0.30 in/8 mm.
Dimensions DEGX6–16
18 — DOMETIC.COM
Dometic DEUX Marine Condenser
MODEL 1
DEUX48
DEUX60
DEUX72
Capacity 2 (BTU/h)
48,000
60,000
72,000
Voltage (V)
230 240 230 460 380 230 240 230 380 460 230 220 230 380 460
Cycle 3 /Phase (Hz/Ph)
60/1 50/1 60/3 60/3 50/3 60/1 50/1 60/3 50/3 60/3 60/1 50/1 60/3 50/3 60/3
Full Load (FLA) Cool (A)
10.9 12.10 8.2 5.3 3.8 13.0 14.4 10.2 5.6 5.29 16.6 21.5 11.2 7.1 5.94
Full Load (FLA) Heat (A)
16.2 18.0 10.90 6.6 5.0 20.2 21.4 12.7 7.6 6.6 24.0 29.1 14.8 8.8 7.40
Locked Rotor (LRA) (A)
105 102.5 95 60 45 150 130 120 70 60 145 130 120 87 70
Max. Circuit Breaker (A)
70 70 45 30 20 80 80 55 30 30 100 100 60 40 30
Min. Circuit Ampacity (A)
43 42 28
17
13
48 48 33
19
17
57 57 34 24
19
R410A
R410A
R410A
Refrigerant Type
Seawater Inlet Connection (in/mm)
0.625/16
0.625/16
0.625/16
cupronickel tube
cupronickel tube
cupronickel tube
Seawater Connection Type
Refrigerant Line Connection Discharge (in) Refrigerant Line Connection Suction (in)
3/8
3/8
3/8
3/4
3/4
3/4
Net Weight 4 (lbs/kg)
115 / 52
147 / 67
147 / 67
Gross Weight 4 (lbs/kg)
150 / 68
176 / 80
183 / 83 187 / 84 183 / 83 180 / 82 181 / 82
Max Height 5 (in/mm)
18.5 / 470
20 / 508
20 / 508
Width 5 (in/mm)
16 / 407
16 / 407
16 / 407
Depth Without Elec. Box 5 (in/mm)
16 / 407
16 / 407
16 / 407
Depth With Elec. Box 5 (in/mm)
18.8 / 478
18.8 / 478
18.8 / 478
Height Electrical Box (in/mm)
13.25 / 337
13.25 / 337
13.25 / 337
Width Electrical Box (in/mm)
7.75 / 197
7.75 / 197
7.75 / 197
Depth Electrical Box (in/mm)
3.75 / 96
3.75 / 96
3.75 / 96
1. For dual frequency units 6K through 16K, to complete the model numbers for a specific voltage/cycle/phase, add a ‘-410’, then ‘1171’ for 115 V/50–60 Hz/1-Phase, or -2371’ for 230 V/50–60 Hz/1-Phase (e.g. ‘DEG12-410 2371’). For ranges 24K through 72K, add a ‘-410’, ‘-2251’ for 220–240 V/50 Hz/1-Phase, or ‘-2361’ for 230 V/60 Hz/1-Phase (e.g. ‘DEU24-410 2361’). 2. BTU and electrical data are based on a 45 °F/7.2 °C evaporator and 100 °F/37.8 °C condenser in cool mode, and a 45 °F/7.2 °C evaporator and 130 °F/54.4 °C condenser in heat mode. 3. For ranges 24K through 72K, 60 Hz units must not operate at 50 Hz and 50 Hz units must not operate at 60Hz unless data plate says otherwise. 4. All weights ± 10%. 5. All dimensions ± 0.30 in/8 mm.
MOBILE LIVING MADE EASY — 19
CLIMATE SPLIT-GAS SYSTEMS
Dometic TVE Evaporating Units
The Dometic Emerald TurboVap (TVE) direct expansion (DX) split-gas evaporator is based on the innovative engineering advancements of the award-winning Dometic Turbo self-contained air conditioning system. TVE units work with Dometic Emerald R410A condensing units. • Up to 15 minutes faster to install • Rust-free composite drain pan • Designed to be used with Emerald Series (R410A) condensers • Drain pan features anti-slosh, “positive flow” drain channels for rapid removal of condensate • Single adjustment screw for 270° of blower rotation • Vibration-isolation mounts reduce noise and vibration
115 V/50 or 60 Hz 230 V/50 or 60 Hz
4,000 – 16,000 BTU/h
Dometic EVAPS EBE Evaporating Units
Compact EBE evaporators are draw- through, ductable cooling units with reverse cycle heating. Featuring a rotatable, high-efficiency permanent split capacitor (PSC) blower in which the motor is concealed. • Compact cooling or heating units • High-velocity (HV) fully-insulated blowers are rotatable • Insulated condensate pan with anti-slosh, anti-fungal foam lining • Available with electric heat
• High-efficiency evaporator coil • Larger blower inlet for increased airflow across the coil • Blower support bracket with cushioned mounts reduce noise and vibration
230 V/50 or 60 Hz
18,000 – 24,000 BTU/h
20 — DOMETIC.COM
MOBILE LIVING MADE EASY — 21
CLIMATE SPLIT-GAS SYSTEMS
Dometic TVE Evaporating Units
MODEL 1
TVE4
TVE6
TVE8
TVE10
TVE12
TVE16
Capacity 2 (BTU/h)
4,000
6,000
8,000
10,000
12,000
16,000
Voltage @ 50/60 Hz 1-Ph (V)
115
230
115
230
115
230
115
230
115
230
115
230
Full Load Amps (FLA) Cool (A)
0.82
0.41
0.82
0.41
1.56
1.14
0.61
1.14
0.61
1.61
0.78
0.83
Max. Circuit Breaker (A)
5
5
5
5
5
5
Min. Circuit Ampacity (A)
2
1
2
1
2
1
2
1
2
1
3
1
Height-Coil 2 (in/mm)
10.8 / 275
10.8 / 275
10.8 / 275
12.6 / 321
12.6 / 321
13 / 331
Height-Blower 2 (in/mm)
10.8 / 275
10.8 / 275
11.4 / 290
12.6 / 321
12.6 / 321
13.6 / 346
Width 2 (in/mm)
12.3 / 313
12.3 / 313
12.3 / 313
14.3 / 364
14.3 / 364
14.3 / 364
Depth 2 (in/mm)
9.5 / 2 42
9.5 / 2 42
9.5 / 2 42
10.4 / 265
10.4 / 265
11.6 / 295
Min. Supply Duct Size (in/mm)
4 / 102
4 / 102
5 / 127
6 / 153
6 / 153
7 / 178
Min. Supply Air Grille Size (in 2 /cm 2 ) Min. Return Air Grille Size (in 2 /cm 2 )
32 / 207
32 / 207
48 / 310
60 / 388
70 / 452
81 / 523
64 / 413
64 / 413
80 / 517
110 / 710
130 / 839
160 / 1033
Net Weight 3 (lbs/kg)
10.5/4.8 11.25/5.2 12/5.5 12.25/5.6
14/6.4
17.5/8
17.5/8 17.75/8.1 20.5/9.3 21/9.6
Gross Weight 3 (lbs/kg)
18.5/8.4 18/8.2 19/8.7 20.25/9.2
22/10
25.5/11.6 25/11.4 25.5/11.6 24.75/11.3 28/12.8 28.5/13
1. Add ‘115 V’ or ‘230 V’ to the model number for 115 V and 230 V units, respectively. 2. All dimensions ± 0.30 in/8 mm. 3. All weights ± 10%.
22 — DOMETIC.COM
Dometic EVAPS EBE Evaporating Units
MODEL 1
EBE18
EBE24
EBE30
EBE36
EBHE8
EBHE10
EBHE12
EBHE16 EBHE24
Capacity 2 (BTU/h)
18,000
24,000
30,000
36,000
8,000
10,000
12,000
16,000
24,000
Voltage @ 50/60 Hz 1-Ph (V)
230
230
230
230
230
230
230
230
230
Full Load Amps (FLA) Cool (A)
1.15
1.64
1.64
7.3
0.98
0.66
0.56
0.88
1.64
Full Load Amps (FLA) Heat (A)
n/a
n/a
n/a
n/a
5.4
7.2
9.26
9.58
14.68
Full Load Amps (FLA) Blower (A)
1.15
1.64
4
4
0.98
0.66
0.56
1.15
1.64
Max. Circuit Breaker (A)
5
5
5
10
10
10
10
10
20
Min. Circuit Ampacity (A)
2
3
3
10
6
8
10
10
16
Electric Heat (kW/hp)
n/a
n/a
n/a
n/a
1/1.4
1.5 / 2.1
2 / 2.7
2 / 2.7
3 / 4.1
Heater Amps (A)
n/a
n/a
n/a
n/a
4.35
6.52
8.7
8.7
13.04
Air Flow (cfm/m 3 h)
540 / 918 800 / 1360 1000 / 1700 1200 / 2039 266 / 452 333 / 566 400 / 680 533 / 906 800 / 1360
Height-Coil 2 (in/mm)
13.63 / 347 16.5 / 420 20.5 / 521
20.5 / 521 11.25 / 286 12.5 / 318 12.5 / 318 13.5 / 343 16.5 / 420
Height-Blower 2 (in/mm)
15.13 / 385 17 / 432
22 / 559 22.25 / 566
12.5 / 318 13.5 / 343 13.5 / 343 15.5 / 394 17 / 432
Width 2 (in/mm)
16 / 407
20 / 508 20.75 / 528 20.75 / 528 13.75 / 350 14.25 / 362 14.25 / 362 16 / 407
20 / 508
14 / 356 14.5 / 369 15 / 381
17.75 / 451
12 / 305 13.75 / 350 14.5 / 369 14.75 / 375 15 / 381
Depth 2 (in/mm)
Min. Supply Duct Size (in/mm)
7 / 178
9 / 229
10 / 254
10 / 254
6 / 152
6 / 152
6 / 152
7 / 178
9 / 229
Min. Supply Air Grille Size (in 2 /cm 2 )
100 / 645 140 / 903 170 / 1097 196 / 1265 49 / 316
60 / 387 70 / 452
80 / 516 140 / 903
Net Weight 3 (lbs/kg)
27 / 12.3 37.65 / 17.1
36 / 16.4 41.75 / 19 21 / 9.6
23 / 10.5 23 / 10.5 28 / 12.8 44.75 / 20.3
Gross Weight 3 (lbs/kg)
35 / 15.9 49.5 / 22.5 42 / 19.1
56.5 / 25.7 29 / 13.2
31 / 14.1
31.5 / 14.3 36 / 16.4 56.25 / 25.6
1. ‘EBE’ indicates evaporator without electric heat; ‘EBHE’ indicates evaporator with electric heat. Dometic also offers an EBHE6-1KW and EBHE16-3KW. 2. All dimensions ± 0.30 in/8 mm. 3. All weights ± 10%.
MOBILE LIVING MADE EASY — 23
CLIMATE CHILLED WATER SYSTEMS
CHILLED WATER SYSTEMS
Dometic TWCX Modular Titanium Chillers
A fully enclosed, high-performance reverse-cycle chiller that cools and heats, and is available in a wide range of models.
• Titanium condenser dramatically increases product lifespan • Reverse-cycle unit cools and heats • Units can be multiplexed for larger capacity • Chilled water flow switch
• High- and low-refrigerant pressure switches • Inlet and outlet CW temperature sensors
230 V/60 Hz/1-PH or 3-PH 220–240 V/50 Hz/1-PH
24,000 – 72,000 BTU/h
460 V/60 Hz/3-PH 380 V/50 Hz/3-PH
Dometic MCGX Titanium Chillers
Featuring a compact base design, these modules can be staged to provide a larger system which is easily retrofitted and staged in the field. Unaffected by vibration, moisture or ambient temperatures up to 60 °C /140 °F, these condensing units can be installed in any convenient location. • Titanium condenser dramatically increases product lifespan • Up to six modules can be staged • Hermetically sealed and pre-charged with environmentally friendly R410A refrigerant • Features freeze controls, high-limit switches, high and low aquastats and timers • Unaffected by vibration, moisture or ambient temperatures up to 60 °C/140 °F • Monitored and protected by Dometic’s exclusive Digital Diagnostic Controller (DDC)
230 V/60 Hz/1-PH or 3-PH 220–240 V/50 Hz/1-PH
24,000 – 180,000 BTU/h
460 V/60 Hz/3-PH 380 V/50 Hz/3-PH
24 — DOMETIC.COM
Page 1 Page 2 Page 3 Page 4 Page 5 Page 6 Page 7 Page 8 Page 9 Page 10 Page 11 Page 12 Page 13 Page 14 Page 15 Page 16 Page 17 Page 18 Page 19 Page 20 Page 21 Page 22 Page 23 Page 24 Page 25 Page 26 Page 27 Page 28 Page 29 Page 30 Page 31 Page 32 Page 33 Page 34 Page 35 Page 36 Page 37 Page 38 Page 39 Page 40 Page 41 Page 42 Page 43 Page 44Made with FlippingBook Ebook Creator