The Nomadic Cooling 3000 Watt 12V 11,830 BTU Camper Van Air Conditioner installs onto your camper van roof the same way that old-fashioned RV air conditioners do, but is vastly more energy-efficient and can be powered by your lithium battery bank alone, rather than with fossil fuels! The Nomadic Cooling 3000 Watt 12V 11,830 BTU Camper Van Air Conditioner uses less than half of the electricity of a traditional rooftop electric AC. Most rooftop air conditioners require 120 volt AC power to operate which requires your van to be permanently connected to shore power or a fossil-fuel generator, but Nomadic Cooling 3000 Watt 12V 11,830 BTU Camper Van Air Conditioner uses only 12 volt DC power so it can run directly off your 12-volt battery bank without an inverter!
Eco Mode should be the default operating mode on the Nomadic Cooling 3000 Watt 12V Camper Van Air Conditioner. Powerful mode should only be used for short periods of time for maximum cooling, as powerful mode has a higher consumption of energy.
As the outside air temperature increases, so do the demand for energy from the air conditioning unit. Nomadic Cooling tests our air conditioning units above 100F to determine maximum power consumption. Power consumption will be stated as follows: 12V @ 5/75 Amps
Example: This unit will consume up to 75 Amps when the outside temperature is over 100F. However, when the external temperature decreases, so will the demand for energy. When designing your battery bank size energy consumption will fluctuate based on ambient temperature.
Nomadic Supply Company recommends Sika Sikaflex 715 10oz. Polymer Self-Leveling Sealant for installation of Maxxair Roof Vent Fans and all camper van air conditioners.
Nomadic Cooling 3000 Watt 12V Camper Van Air Conditioner Features:
- The Nomadic Cooling 3000 Watt 12V Camper Van Air Conditioner is specifically designed for off-grid vans, not old fashioned RV’s.
- Nomadic Cooling 3000 Watt 12V Camper Van Air Conditioners should be powered by DC 12V lithium batteries.
- Nomadic Cooling 3000 Watt 12V Camper Van Air Conditioner is a stand alone air-conditioner. You do not run to the engine to operate the air-conditioner.
- Nomadic Cooling 3000 Watt 12V Camper Van Air Conditioners are non-polluting, and highly efficient.
- Nomadic Cooling 3000 Watt 12V Camper Van Air Conditioners operates at or below 60dBA and are vibration free.
- An intelligent microprocessor control system allows you to set the temperature based on a desired temperature.
- Nomadic Cooling 3000 Watt 12V Camper Van Air Conditioner includes multiple built in protection functions such as, pressure alarm, power high/low voltage, motor over-current, and motor temperature protection.
Nomadic Cooling 3000 Watt 12V 11,830 BTU Camper Van Air Conditioner Specifications:
- Voltage: 12V (Max power consumption tested over 100 Fahrenheit)
- Power Usage: 12V @ 3 / 100A
- Fan Mode
- 3A-5A
- Eco Mode
- 35A-55A @ 85 Fahrenheit
- Powerful Mode
- 65A Max Cool @ 85 Fahrenheit
- 105A Max Cool @ 120 Fahrenheit
- Cooling Capacity: 11,830 BTU
- Net Weight: 27.69 kg 61.05 lbs
- Size: 37.75″x31″x7″ (Please see here for full dimensions)
- Opening Size: 14″x14″
- Noise Volume: 60dBa
- Refrigerant: R-134a @ 600g *gas is pre-filled before delivery.
- Wind Volume: Max wind volume 1050 ft 6 speed
- Battery Powered: 100% stand-alone Battery-powered unit
- Battery not included
- Easy Installation: Easily fits any new or existing 14″x14″ rooftop opening.
- Interior Vent: Use a Nomadic Cooling Vent or Design/incorporate your own.
- Standard Vent: 15 3/4″ L x 15 3/4″ W
- Revel Plate (Special Request only): 20 3/4″ L x 22 1/2″ W
- Other/Old Style Plates (Special Request Only): 19 3/4″ L x 15 3/4″ W
TECHNICAL PARAMETERS
Model: 2000 and 3000
Cooling capacity (Standard mode): 2800W
Driven mode: Battery driven unit
Installing type: Mono-block and rooftop mounted
Compressor Voltage: DC12V/24V/48V
Evaporator blower air volume: 650m3/h
Condenser fan air volume: 1050m3/h
Compressor: 15cc/r, 18cc/r or 27cc/r
Dimensions (mm): 900×804×160
Dimensions (in): 35.5x32x7
Weight (kg): 27.69
Weight (lb): 61.05
Refrigerant: R134a, 550g
Optional parts: Wireless controller
FIRE OR ELECTRICAL SHOCK HAZARD:
Make sure there are no obstacles (wires, pipes, etc.) inside RV’s [roof / floor / walls].
• Shut OFF gas supply,
• Disconnect 120 Vac power from RV,
• Disconnect positive (+) DC terminal from supply battery BEFORE drilling or cutting into RV. Failure to obey these warnings could result in death or serious injury.
Opening Requirements – Before preparing the ceiling opening, the type of system options MUST be decided upon.
• Maintain structural integrity. Otherwise damage to product and/or RV could occur.
• NEVER create a low spot on RV roof. Otherwise, water will pool and could cause a leak.
• Check inside the RV for return air grille (hereinafter referred to as “RAG”) obstructions (i.e. door openings, room dividers, curtains, ceiling fixtures, etc).
• The opening created must be framed to provide adequate support and prevent air from being drawn from the roof cavity.
• DO NOT cut roof structure or rafters
• Good-Rafters Supported By Cross Beams
• Frame opening so it won’t collapse when bolting down unit • Leave access for power supply wiring
Nomadic Cooling 3000 Watt 12V 11,830 BTU Camper Van Air Conditioner Sizing:
The ability of an air conditioner to cool a vehicle or maintain a desired temperature is dependent on:
• The heat gain of the vehicle
• Physical size of vehicle, and Window area
• Quality and amount of insulation
• Exposure to sunlight
• Number of people inside the vehicle
• Outside temperature
As a general rule, discharge air will be 15 – 20°F or 8 – 12°C cooler than the air entering the unit. For example, if the air entering the air conditioner is 80° F or 27° C. (return air), the supply air (dis- charge air) into the vehicle will be 60 – 65° F or 15 – 19 °C. As long as this temperature difference is 15 – 20 °F, or 8-12 °C is being maintained, the unit is operating properly.
Again, give careful consideration to the vehicle heat gain variables. During extreme outdoor temperatures, the heat gain of the vehicle may be reduced by:
• Parking the vehicle in a shaded area
• Keeping windows and doors closed
• Avoiding the use of heat producing appliances • Using window shades (blinds and/or curtains)
For a more permanent solution to high heat gain situations, additional vehicle insulation, window awnings and/or window glass tinting should be considered.
Nomadic Cooling 3000 Watt 12V 11,830 BTU Camper Van Air Conditioner Placement:
This unit is specifically designed for installation on the roof of an RV. When determining your cooling requirements, the following should be considered:
• Size of RV
• Window area (increases heat gain).
• Amount of insulation in walls and roof.
• Personal comfort level required.
Maintain structural integrity, otherwise damage to product and/or RV could occur.
The roof must be designed to support 130 pounds when RV is in motion. Normally a 200 lb. static load design will meet this requirement.
Nomadic Cooling 3000 Watt 12V 11,830 BTU Camper Van Air Conditioner Documents:
Nomadic Cooling 3000 Watt 12V 6,824 BTU Camper Van Air Conditioner User Guide
Nomadic Cooling 3000 Watt 12V 6,824 BTU Camper Van Air Conditioner Warranty
Nomadic Cooling 3000 Watt 12V 11,830 BTU Camper Van Air Conditioner Dimensions
Nomadic Cooling 3000 Watt 12V 11,830 BTU Camper Van Air Conditioner Includes:
- 1: 12V Air Conditioning Unit
- 1: Interior Control Panel – Thermostat Included
- 1: Remote
- 4: Metal Washers Large
- 4: Metal Lock Washers
- 4: Mounting Bolts Large
- 4: Mounting Nuts
- 1: 600g R134A Refrigerant (pre filled)
- 1: 14x 14 Waterproof Gasket
- 1: Interior mounting brace 14×14 (Metal Powder coat)
- 1: Flush mount interior vent aluminum (aluminum or powder coated)
- 8: Small black finish screws for interior vent placement
Nomadic Cooling 3000 Watt 12V Camper Van Air Conditioner Does Not Include:
- Fuse Breakers (Blue Sea 7144 187 Series Thermal Circuit Breaker 150Amp)
- Batteries
- Sika Sikaflex 715 10oz. Polymer Self-Leveling Sealant
Nomadic Cooling 3000 Watt 12V Camper Van Air Conditioner Remote Control:
- On/Off: Turns the air conditioner on/off
- Light: Not Applicable
- Sleep: Turns off the LCD screen display light
- Cool: Not Applicable
- Dry: Not Applicable
- Fan: Each press will increase fan speed
- Powerful: A/C setting that will cool faster but will drain battery very quickly
- Eco: Default A/C setting that uses minimal energy
- -/+: Changes the temperature
Nomadic Cooling 3000 Watt 12V Camper Van Air Conditioner Installation:
Nomadic Cooling 3000 Watt 12V 11,830 BTU Camper Van Air Conditioner FAQ’s:
Shipping and logistics?
Once payment has been received, your order will be added to the build queue. Each Nomadic Cooling air conditioning unit is hand assembled by our highly skilled staff in Glendale, Arizona. All orders are processed within 7-20 business days depending on when the order is received. Orders are not shipped or delivered on weekends or holidays.
Energy usage explained
As the outside air temperature increases, so do the demand for energy from the air conditioning unit. Nomadic Cooling tests our air conditioning units above 100F to determine maximum power consumption.
Power consumption will be stated as follows: 12V @ 5/75 Amps
Example: This unit will consume up to 75 Amps when the outside temperature is over 100F. However, when the external temperature decreases, so will the demand for energy.
PLEASE REMEMBER: When designing your battery bank size energy consumption will fluctuate based on ambient temperature.
Are there any regular maintenance requirements?
Yes, it is advised to run your system a minimum of twice monthly, even during the winter months!
Type of refrigerant?
R134A automotive refrigerant is used in all Nomadic Cooling Air Conditioners. This makes it easy to repair, fill, or remove refrigerant anywhere in the world! Any traditional automotive air conditioner repair facility has the ability to fix, repair, and refill wherever you may be.
Where is the best location for a Nomadic Cooling air conditioner?
If you already have a 14×14 rooftop opening, please install the air conditioner in the corresponding space. If you are adding a new unit, feel free to place it in the desired location. We recommend placement above the bed!
Choosing the right wire size for your new air conditioner?
Using the correct wire for your new air conditioner is essential! Use the chart (linked below) to determine the proper wire size for your application. Always use stranded insulated copper wire rather than solid strand wire for positive and negative connections.
*If installing in a traditional recreational vehicle, you cannot connect to existing household wires.
*When in doubt, use the next largest wire size.
*Typically, 2AWG is standard or 2x 4AWG if space is limited.
Correct air conditioning sizing?
The ability of an air conditioner to cool a vehicle or maintain a desired temperature depends on the vehicle’s heat gain: Physical size of the vehicle window, area quality, amount of insulation exposure to sunlight, number of people inside the car, and outside temperature. Generally, discharge air will be 15-20 degrees F or 8-12 degrees C more excellent than the air entering the unit.
For example, suppose the air entering the air conditioner is 80 degrees F or 27 degrees C (return air). In that case, the supply air (discharge air) into the vehicle will be 60-65 degrees F. or 15-19 degrees C. As long as this temperature difference is 15-20 degrees F, or 8-12 degrees C is being maintained, the unit is operating properly.
Again, give careful consideration to the vehicle heat gain variables. During extreme outdoor temperatures, the heat gain of the vehicle may be reduced by: parking the car in a shaded area, keeping windows and doors closed, using window shades (blinds and/or curtains), and avoiding the use of heat-producing appliances. For a more permanent solution to high heat gain situations, additional vehicle insulation, window awnings, and/or window glass tinting should be considered.
Roof requirements?
A 14-1/4′′ x 14-1/4′′ (±1/2′′) square opening is required for installing this unit. Roof construction with rafters/joists supports frames on a minimum of 16-inch centers. Minimum of 2 inches and a maximum of 5 1/2 inches distance between roof to the RV ceiling.
Choosing proper location for unit?
When determining your cooling requirements, the following should be considered: Size of RV, window area (increases heat gain), amount of insulation in walls and roof, the geographical location where the RV will be used, and personal comfort level required. The unit should be mounted slightly forward of center (front to back) for one unit installation and centered from side to side. For two-unit installations, install one unit 1/3 and one unit 2/3’s from the front of RV and centered from side to side.
Frost on cooling coil?
Frost on a small portion of the cooling coil is not unusual. Under certain conditions, ice may form on the evaporator coil. This is indicated by very cold output at very low airspeed, and the icing can be seen through the air inlet hole with the filter removed. If this should occur, make sure air vents are open and not obstructed. AC units tend to frost when the outside temperature is relatively low. This may be prevented by adjusting the thermostat to a warmer setting. Should frosting continue, operate the unit on FAN ONLY setting until the cooling coil is free of frost; then resume regular operation.
Returns?
Returns are welcome. Customers are responsible for the return shipping of any product to Nomadic Cooling. A $250 restocking fee will be assessed. If any product arrives damaged due to shipping and/or customer-related activities, the cost of the damage will be reduced from the original sale price. Refunds will not be processed until the unit is received and tested at Nomadic Cooling HQ
Shipping for inspection and repairs?
At any time, the Customer may ship any Nomadic Cooling air conditioner to Nomadic Cooling for inspection/repair at the customers’ expense. If repair/service is needed, the customer will cover the cost if the unit is out of warranty.
WARNING: This product may expose you to chemicals which are known to the State of California to cause cancer, birth defects or other reproductive harm. For more information go to