1. Swamp Cooler Repairman In Albuquerque
2. Swamp Cooler Repair Manual Parts
3. Swamp Cooler Repair Manual Briggs And Stratton
4. Swamp Cooler Repair Man

So in this case, the 12,000 cubic foot house will require a 6000 cfm evaporative cooler. Benefits of Evaporative Cooling. There are a number of economic and environmental benefits to using an evaporative cooler. For one thing, evaporative coolers use substantially less electricity than an air conditioner for the same sized house (some estimates. Find local contractors to Repair or Service a Swamp Cooler. HomeAdvisor will connect you with prescreened and customer-rated contractors in your area.

Parts for 49 models of CHAMPION Evaporative Coolers. Parts Lists and photos available to help find your replacement parts. We have 5 Champion ESSICK RWC50 manuals available for free PDF download: User Manual, Instruction Manual, Owner's Manual, Specification, Specifications Champion ESSICK RWC50 User Manual (13 pages) Window Evaporative Cooler. We carry many parts and supplies for evaporative coolers. For parts breakdowns by model # click here. If you need help finding the parts you need call us at 602-997-1256 or email at indoorsupply@yahoo.com.

MasterCool® MCP44 Evaporative Window Cooler

Operating and Installation Instructions

Congratulations on your purchase of the MasterCool® MCP44 plastic evaporative cooler. This unit is manufactured with the intent of offering you years of reliable, efficient cooling.

NOTE: READ THESE INSTRUCTIONS BEFORE INSTALLING THE COOLER. Follow the installation instructions in this manual carefully. Varying from them may create safety concerns and will void the warranty.

Safety Instructions

1.Use only with 110V 60 Hz single phase grounded outlet.

2.Ensure cooler is turned OFF and UNPLUGGED before installing, servicing or cleaning the unit.

3.Do not operate unit with damaged cord or plug, or with any other damaged or missing parts.

4.Do not run cord under carpeting. Do not cover cord with throw rugs, runners, or similar coverings. Do not route cord under furniture or appliances. Arrange cord away from traffic area and where it will not be tripped over.

5.Do not operate cooler with the rear media guard removed.

6.Do not use an extension cord to operate cooler.

7.Do not use an adapter to convert the three pin connector for use in an ungrounded 2 prong outlet.

8.DO NOT use with a solid state speed control device. Violation of this could cause fire or electrical shock.

9.Do not alter or modify this cooler.

10.Repairs or replacement of electrical components should only be carried out by qualified electricians.

11.Do not allow children to install, service, or operate the cooler.

Español Manual………………………………………………..……………………….……………………….. 15 Maintenance Log …………………………………………………………………….……..………………….. 28

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Note About Evaporative Coolers:

Ventilation:

Unlike traditional air conditioners, evaporative coolers require an open ventilation system, not a closed system. Both a fresh air source and an exhaust opening are required to provide correct air flow. Typically, a partially opened window or door in each room where cooling is desired will create correct airflow for optimum effectiveness of an evaporative cooler.

NOTE: For best results, open windows/doors should not be on the windward side on the house.

Water bleed or purge:

Evaporative Coolers require a continuous supply of water to keep the media saturated for maximum cooling. Water pumped into the cooler must be removed from the unit to ensure mineral and bacteria build-up do not occur. This can occur with a gravity-fed steady bleed off stream or a timed purge system via a pump.

CAUTION: Water expelled from the cooler must be routed away from any areas that could do damage to foundations or other vulnerable areas.

NOTE: Drawings in this manual are for illustrative purposes only and may reflect slight differences depending on design level and configuration.

Features of the MasterCool® MCP44 Window Cooler

This cooler’s housing and frame are made of heavy-duty U-V resistant plastic to provide a light weight, easily installable cooler. The unit is constructed in two basic sections to facilitate quick installation into traditional sash windows or slider windows.

The high-efficiency rigid media offers superior cooling over other types of evaporative coolers.

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NOTE: BEFORE INSTALLING UNIT, TAKE A MOMENT TO RECORD THE SERIAL NUMBER AND WRITE IT ON THE MANUAL COVER IN THE SPACE PROVIDED.

INSTALLATION PROCEDURES

WARNING: Do not connect electrical power to the unit until the installation is completed.

The MasterCool MCP44 cooler can be installed in a sash-style or a sliderstyle window. Alternatively, this unit is approved for in-wall installations.

In all installations, the following clearances are required:

NOTE: Ensure the location selected for installing the unit is strong enough to support the unit and will accept the mounting hardware. The operating weight of the cooler is 93 pounds.

NOTE: A minimum of two people is required for installation.

Parts Included:

Cooler Unit

Mounting brackets (4)

Accordion spacers (2) Hardware kit

Tools & Materials Required:

Drill (power or cordless)

Assorted drill bits (for drilling pilot holes for mounting hardware)

Adjustable Wrench

Phillips Head Screwdriver

Silicone or all-weather caulk for sealing infill panel to window frame

Length of ¼” copper or plastic tubing

Sillcock valve

Bubble level

spacer material (as required)

Cooler Assembly

Remove unit from box. Verify that all parts are included. 1. Remove all packing materials.

CALL 1-800-643-8341 IF YOU FIND PARTS MISSING OR HAVE ANY QUESTIONS

2.With the unit in an upright position, remove 4 screws holding the back media guard, separate front and back sections. Pull the fan assembly forward (about 6”) until it is fully engaged with the mating part and secure in place using the 12 supplied screws. Verify that assembly is secure to prevent vibration between the two sections.

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Installation in Window

1. Remove screen and make sure window is opened to its maximum height. From the exterior of the window, slide the fan assembly section into the window. Have the person on the interior adjust the exact placement of the unit for aesthetics and correct lengths of the two accordion spacers (included).

Note: After identifying the position for installation, place a bubble level on top of the unit and make adjustments to ensure the unit will be level when installation is complete. It is recommended to verify unit is level at various points during installation.

2.Closing the window may help hold the unit in place during the following steps – Push the unit into the window until the bottom is flush with the outside wall or spacer (not supplied) as shown in the illustration.

3.Make sure unit is level. From the interior, locate the two tracks on the bottom of the fan assembly. Drill pilot holes as necessary and install the two window sill brackets as shown in illustration.

4.Secure the top of the fan housing to the window frame with two additional brackets and screws.

5.From the outside, secure the unit to the exterior wall (or spacer) with two screws at the base of the back cover (as shown in illustration.) Complete the installation of the exterior portion with two screws at the top of the back media guard.

6.With the unit now installed in the window, attach one accordion spacer to each side of the fan assembly using the adhesive backed edges. Short screws(not included) can be used for a more secure installation. (Make sure screws do not interfere with fan blade)

7.Once accordion spacers are installed, seal any gaps around the units with silicone or all weather caulk.

Installation in Wall

This cooler is approved for in-wall installation. Contact a licensed contractor for having the cooler installed in an outside wall.

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Water Connection

NOTE: A standard sillcock with water valve attached (locally available) will be required to connect the water supply to the cooler.

1.Steady water supply is required for operation of the cooler. If taking water from an external water faucet, install a sillcock and shutoff valve.

2.Install plastic or copper line to sillcock and connect it to the float valve.

Water Pump and Lines

A self-contained water pump continuously circulates water through the water distribution system and over the media.

The pump and water lines are shipped unconnected.

Connect the Water Lines

1. Locate the black water line snapped into plastic keepers inside the unit.

2. Attach the bottom end of the main water line to the pump inlet.

3. Remove the nipple inserted into the end of the overflow line. Push overflow hose into one of the slots in the sides of the overflow drain fitting.

4. Reinsert the nipple into the overflow line.

5. Attach the top of the hose to the water distribution tray.

6.Ensure there are no kinks in the water lines after completion.

Overflow Drain

1.Slide the rubber washer over the overflow fitting and push through the hole in the bottom of the cooler from the top side.

2.Secure the drain from beneath the pan with the Lock Nut. Make sure the rubber washer does not twist while tightening, which could cause it to leak. DO NOT OVERTIGHTEN.

3.If leakage occurs after reservoir is full, retighten the overflow fitting until leaking stops. A small amount of silicone caulk may be used if necessary.

4.Attach a drain hose to the bottom of the fitting if necessary.

Water Level

Two inches of water should be maintained

in the bottom of the cooler to ensure sufficient water for correct operation of the cooler.

The float is factory-installed to maintain a 2 inch level of water, but may require adjustment if shipping or installation has caused the setting to shift.

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Electrical System

The electrical system does not require general maintenance. The following wiring diagram is supplied for reference only.

ELECTRICAL SPECIFICATIONS OF MCP44 COOLERS

Plug-In Thermostat Usage

The MCP44 can be controlled by a plug-in programmable thermostat. These thermostats are locally available, and enable precise timing and temperature control via an electronic thermostat that plugs into a 110 volt outlet. To use such a device with the MCP44, follow the instructions for the specific thermostat and plug the cooler into the outlet on the thermostat.

Optional Purge Pump

In addition to the standard water pump to recirculate water from the reservoir, a purge pump can be installed to evacuate the contents of the reservoir every 6 hours. This helps retard bacterial growth and mineral buildup on the media, extending its life. It also maintains fresher air in the home. The use of the purge pump is actually more economical to use than a continual bleed line. The purge pump kit (P/N MCP44-PPK) for this unit may be purchased locally or online.

Purge Pump Discharge

NOTE: The water ejected at the time of purging will be expelled at a high rate of speed, and must be routed away from the foundation of the home or other areas where rushing water could do damage.

1. Attach a standard water hose to the overflow drain to direct the water away from the house.

NOTE: This water is not potable, but can be used for watering vegetable or flower gardens.

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OPERATING INSTRUCTIONS

The MCP44 has an electronic touch control panel in the upper right hand corner.

Before turning unit on, ensure unit is plugged in, water supply to pump is on, and there is correct ventilation, as shown on page 3 of this manual.

Note: These units may be controlled using the 3 buttons on the front panel of the cooler or with the remote control.

On/Off

This button initiates power to the unit. When first plugged, pressing ON/OFF will start the unit in the default setting (pump ON and Fan on HIGH). After its initial use, the last operating settings (for fan and pump) will be reinstated when the unit is turned on again.

Pressing this button when the unit is already running will turn both fan and pump off.

After A Power Failure: Once power is restored, the unit will restart in the same settings as before power was lost.

Pump

This button toggles the pump on and off. When the LED is lit, the pump is running.

The pump must be on while operating the fan for the unit to operate as an evaporative cooler, though the unit can be used in fan mode without the pump, if desired.

Note: For best results turn on the pump for a few minutes to wet the pads before operating the fan.

Fan

Pressing the fan button cycles the unit from HIGH, to MEDIUM to LOW speeds and then OFF.

Please Note: There is a two second delay from the pressing of the button for the fan to engage or change speeds. This applies to the front control panel and the remote control.

Remote Control

The remote control supplied with this cooler allows you to turn the unit on or off, control fan speed and initiate the pump. The buttons operate in the same manner as those on the front control panel.

The remote control’s range is approximately 20 feet within sight of the cooler. It uses two AA alkaline batteries (included). A wall mountable holder is also supplied with the cooler.

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USER SERVICING INSTRUCTIONS

Maintenance on evaporative coolers is minimal, but very important to the proper operation and effectiveness of your cooler. Periodic inspection of the cooler’s interior will reduce the potential for substandard cooling due to insufficient or uneven water distribution.

NOTE: For general maintenance purposes, the unit may be rapidly drained of water by removing the overflow fitting from the bottom of the unit. This is not adequate draining for winterization (see procedures under Winterization section.)

Annual Maintenance (May be Needed More Often in Areas with Hard Water)

Cleaning

WARNING: Disconnect from electrical power and turn unit off during all maintenance. Turn water supply off before removing back for cleaning or maintenance.

1.Remove the back media guard (as shown below).

2.Inspect pads in place. Remove media pads from back guard by unscrewing the media peg clips. Be careful not to chip or damage the media while removing. Visually inspect both sides of media pads. Look for blockage, mineral build-up or mildew growth, breakage

or other anomalies.

NOTE:

Whenever removing the back from the cooler, always verify the water supply tube is reconnected to the water distribution tray before operating the cooler.

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Air conditioners require a chemical refrigerant and an energy-consuming compressor to transform hot air into cool air. The hot air must be released outside the room, making them less environmentally friendly. The more complex composition of air conditioners also make them more expensive to purchase and they consume significantly more electricity during use.

• Ensure adequate cross ventilation
• Evaporative Air Coolers should not be used in enclosed spaces. Doors and windows should be opened to allow free air flow. An Air Cooler works best when placed near an open window, drawing outside air and circulating it in the room before exiting via a window or door. The maximum cooling effect is felt when a person is near the flow of air coming out of the Air Cooler.
• Check the humidity of your room
• Evaporative Air Coolers are more effective in environments with maximum relative humidity of 60% or less. If you live in a humid location, air coolers can still be a welcomed, energy saving cooling mechanism for your home by scheduling the air cooler to switch on at specific, drier times during the day. For example, during the hottest hours of the afternoon. Honeywell Air Coolers can also be paired with your air conditioner to extend air conditioner cooling so you can save energy by switching off the air conditioner and extending the cooling effect by switching on a Honeywell Air Cooler

Spot coolers are more compact air coolers that are designed to cool the immediate area around the cooler.
Room coolers are larger in size and provide more powerful air flow ideal for cooling larger spaces such as living or dining rooms.
Outdoor coolers are UV & weather resistant with large water tanks and ultra-powerful airflow, making them ideal for cooling outdoor areas such as your patio or backyard.

Find out the airflow of your air cooler
Look at the CFM (Cubic Feet per Minute) or m3/hour rating of the air cooler. These tell you the amount of air that passes through the air cooler per minute (or hour). The higher an air cooler’s CFM or m2/hour rating, the faster it moves the air, providing wider coverage for the space you want to cool.

The water tank capacity does not necessarily dictate the cooling performance of the air cooler however, it affects the time you need to refill the tank and the physical size of the cooler. Smaller water tanks may physically fit better in smaller rooms. Some room coolers and outdoor coolers have a built-in continuous-water supply connection that allows you to connect with your home’s water hose for continuous tank refills. You can find a simple guide below for choosing an air cooler based on tank size:

Honeywell Evaporative Air Coolers are an environmentally-friendly and cost-friendly cooling option for your home or office. Much like a breeze flowing across a lake or the refreshing cool air you feel near a waterfall, air coolers produce a comfortable, cool breeze with the natural process of water evaporation.

When warm air is drawn into a Honeywell Air Cooler, it passes through a wet Honeycomb Cooling Media. As it passes through it mixes with the water held in the Honeycomb, causing the water to evaporate and lose heat, resulting in cooler, moisturized air. A powerful fan then propels the cool air into the room (or outdoor area, if outdoors). The result is a constant flow of fresh, moisturized, cool air while old and stale air is circulated out of the room.

The temperature of dry air can drop significantly when liquid water transforms to water vapor (through evaporation).The process of evaporation happens all the time. Our bodies, for example, perspire in hot weather through evaporation – the sweat dries and drops our body temperature.

Normal fans use fan blades to circulate air around the room without offering any cooling. Air coolers use the natural process of water evaporation to cool incoming hot air and use a powerful fan to evenly distribute newly cooled air. The temperature of dry air can drop significantly when liquid water transforms to water vapor (through evaporation).

Mist fans simultaneously blow out air while spraying a fine mist of water droplets. In very hot and dry climates, these water droplets evaporate, but in most cases, the watery mist sinks to a puddle on the ground. Mist fans are mainly for outdoor use, unless you desire your fan giving you a surprise shower inside your living room.

Like mist fans, evaporative air coolers also employ the physical law of evaporation, except the process takes place internally, within the unit. The air exiting the unit contains water vapor and not water droplets. This makes air coolers suitable for indoor rooms as well as the outdoors.

Honeywell air coolers use a proprietary Honeycomb Cooling Media. This matrixed irrigation pad is the powerhouse behind the evaporative cooler. Its extensive surface area allows for ample water saturation, which in turn offers plenty of evaporation and evaporative cooling.

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Honeywell Air Coolers consume very little electricity. The average power consumption of a Honeywell air cooler is equivalent to running two100W light bulbs*. Running an air cooler requires significantly less electricity than running an air conditioning unit, making them an attractive cooling medium in cities where electricity cost is high.
*Honeywell Room Air Cooler average power consumption 193W.

We are sorry that this has happened. Honeywell Air Comfort products are packaged with ISTA-6 or ISTA-3 certified packaging made to support typical delivery. Often units will get damaged during the delivery process which is out of the manufacturer’s control. Please first contact the retailer where you purchased the unit from and they should be able to help you with an exchange. If further issues persist, please contact our Customer Support center.

Evaporative air coolers include two motorized components: a pump and a fan. The pump circulates water around the unit and saturates a honeycomb-shaped irrigation pad. The fan blows air through the wet irrigation pad, causing the moisture to evaporate into vapor. The conversion of heat energy into evaporative energy results in a coolness in the outgoing air. An example of this is felt in a lakeside breeze: the air along a lake or waterfall feels cooler than the air inland. This is because heat has been converted into water vapor.

Honeywell evaporative air coolers are available in a wide range of models for different environments, with models available for indoors and/or outdoors. Outdoor coolers are constructed with weather-resistant materials, making them withstand rain, direct sunshine and UV rays. Many larger outdoor models are also equipped with a continuous water connection, allowing you to connect your garden hose for automatic tank refills and for extended operation. Indoor models could be used in all indoor living areas as well as enclosed outdoor areas, such as covered patios.

Yes. Air coolers do not contain complex machinery, so they consume very little energy. For example, Honeywell Air Cooler models consume from as low as 32 watts to 300 watts at their highest fan speed, depending on the size and CFM of the unit. At low speeds, some models consume as low as 7.4 watts.

Air coolers operate by fanning warm air through a wet irrigation pad and blowing out cooler, more moist air. Because it’s such a natural process, the efficacy of an air cooler is highly dependent on the heat and humidity of its environment. The drier the climate is – with a relative humidity of not more than 60% – and the hotter the climate is, the greater the cooling action. In ideal conditions, in highly hot and arid climates, evaporative cooling can drop temperatures by 15°F. In more typical conditions, you can expect a moderate drop in temperatures, enough to take off the edge of acute heat.

Evaporative air coolers fan out a cooler, moister breeze that will steadily increase the humidity of your space. However, air coolers also thrive on an intake of fresh, dry air. This means, for it to work correctly, you should ensure there is sufficient cross-ventilation, by keeping windows and/or doors open, to release excess humidity and allow for a circulation of fresh, dry air.

Not necessarily. Most Honeywell evaporative air cooler models are 3-in-1 appliances that adapt into humidifiers for the drier winter season. Used on a low-fan setting, they can add moisture to dryness caused by central heating or simply by a harsh winter climate.

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All evaporative air coolers require water and a power source to operate. Some evaporative air coolers are designed with removeable tanks that can be filled with water; others have fixed tanks; while others have a continuous water connection that can be connected directly to a garden hose or another water source. Once filled with water, plug the unit into an electric outlet, and play. Some coolers include an ice tank that can be loaded with ice cubes, which chills down the circulating water and creates a refreshingly crisp breeze. Many models will include other functional details, like oscillating louvers, remote control, LCD panel, varying fan speeds, timer and more.

The cooler’s CFM is the key indicator of its cooling capacity. A cooler with a CFM of 200 for example, is a spot cooler, and can affect a radius of about 50 sq. ft. A cooler with a CFM of 2000 can cool a space that is about 500 sq. ft. Bear in mind, though, that evaporative air cooling is also highly dependent on the heat and humidity of its environment for appreciable cooling.

Air coolers are relatively light, however that weight increases significantly once the unit is filled with water. All Honeywell air coolers are constructed with caster wheels and convenient handles to ease mobility.

Most Honeywell air coolers max at 60 dBA on their highest fan speed setting – which is the sound level of conversational speech in a quiet room. Smaller spot coolers operating on low speed offer almost whisper quiet sound for use during the night.

Evaporative air cooling works by drawing in hot, dry air, and fanning out cooler, more moist air. After a while, though, your room will need ventilation or a cross-breeze to circulate the more humid air out the room and restart the process with fresh dry air. It is recommended to keep a window and/or door open for adequate cross ventilation. In large rooms, it doesn’t necessarily need air from outdoors, but it does need some type of airflow to keep the cooling action moving, so keeping doors open to other areas will be needed

Understanding the mechanics of the cooler will help you improve its performance. Evaporative air cooling works by drawing in hot dry air, and fanning out cooler, more moist air. After a while, though, your room will need ventilation or a cross-breeze to circulate the more humid air out the room and restart the process with fresh dry air. In a very large room, it doesn’t necessarily need air from outdoors, but it does need some type of airflow to keep the cooling action moving. Therefore, confirm there is adequate cross-ventilation.

Another performance booster is running cooler water through the air cooler. You can boost the coolness by adding ice into a dedicated ice compartment (if the model is equipped with this) or directly into the water tank – but only if the ice does not hinder the pump or its circulation.

Run through this troubleshooting checklist:

• My climate’s humidity is less than 60%.
• The cooler’s CFM is appropriate for the space it is in.
• The water flowing through the unit is cold.
• There is adequate cross-ventilation.

Yes. We suggest regular maintenance, draining and refilling the water tank with fresh water each week, as well as cleaning your unit and honeycomb media to avoid calcium deposits (see the User Manual for instructions on how to clean the Honeycomb media). To help clean the system, you can add a small amount of vinegar to the water tank and run the air cooler in evaporative cooling mode for 15 to 30 minutes, then, drain the tank of the vinegar water and refill with fresh, clean water and run the evaporative cooling mode for another 30 to 15 minutes. This will help to break down the calcium deposits.

Using a freezer pack in the ice compartment should work well – only if it’s not impairing the water circulation.

A garage is very suitable for evaporative cooling. Its open ventilation can assist with the airflow the air cooler needs. Additionally, if your floor plan allows for it, you could roll in a large capacity Honeywell outdoor air cooler model, equipped with hose connection, for continuous, hassle-free cooling.

Evaporative air coolers do not require significant electric usage and can hook up to a standard 115V outlet. However, evaporative air coolers should not be used in your vehicle while it is in motion, in case the water inside the unit destabilizes and causes electrical shock or injury. You could attach the air cooler to the vehicle’s electric supply while the car is stationary. Ensure the windows are open for cross-ventilation and to avoid dangerous over-heating.

You can hook up your air cooler to a 15V, 1.3A, 50W power supply in your RV or tent. We suggest choosing an outdoor model that is constructed to withstand rain, direct sunlight and other adverse weather conditions.

An evaporative air cooler can reduce the need to solely rely on costly central air to cool down your home. The air cooler can assist in circulating central air throughout the room, as well as boosting the air conditioner’s cooling action. Less air conditioning translates into more cost-savings. The air cooler will also help by adding moisture to air that is over-dried by air conditioning. During the winter, air coolers can also be set to a low fan speed to act as a humidifier, alleviating the drying effects of central heat by adding humidity to the air.

For best routine maintenance, after each use of the cooler in evaporative cooling mode, switch to fan mode for 15 minutes before switching the unit off. This will ensure the honeycomb cooling media dries quickly and does not become a breeding ground for mold or mildew.

To prevent mineral deposits, drain and replace the water in the water tank weekly. Wipe down the water tank with a clean cloth. Remove any debris from the water filter sponge (if included), rinse and replace. Every two months or sooner (depending on your weather, water and usage conditions), visually check the carbon dust filter (if included) and the honeycomb cooling media. Rinse in running water and remove any debris with a soft toothbrush. WARNING: Disconnect the power outlet before cleaning the unit.

The honeycomb media is chemically treated to ensure longevity but may have some odor when first used. The odor will reduce after a couple uses and dissipate with time.

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Every 3-6 months, depending on your usage and maintenance. Check the honeycomb visually, clean it with water and a soft toothbrush. If dirt cannot be removed, or if the fibers are starting to deteriorate, then it’s time for a new pad. Honeywell honeycomb cooling media replacements are available for purchase by various online retailers including Sylvane.com and Amazon.com. Remember to purchase the right sized honeycomb for your unit by searching for the model number of your evaporative cooler. If you need assistance or cannot find your model’s replacement accessory, please contact our customer support at usinfo@jmatek.com or call 1-800-474-2147.

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To avoid mildew or bacteria, you can add a small amount of vinegar to the water tank. Alternatively, you can purchase a specialized bacteriostatic water treatment – easily available online. Also, be sure to follow best maintenance practices, by letting the cooler run on fan-only mode for 15 minutes after using evaporative cooling, to dry out the honeycomb pad and prevent mildew.