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Cool Down Your Home with the Ultimate Guide to Central…

Cool Down Your Home with the Ultimate Guide to Central Air Conditioners

Too Long; Didn’t Read (TL;DR)

  • Central air conditioners provide efficient and effective home cooling.
  • Capacities are measured in British Thermal Units (BTUs), and sizing is crucial for optimal performance.
  • Split systems separate indoor and outdoor units for noise reduction.
  • Smart thermostats offer remote control and energy-saving features.
  • Refrigerant leaks require professional repair for safety and performance.
  • Regular maintenance extends the life of your AC system and ensures peak performance.

Central Air Conditioners: Your Home’s Cooling Solution

In the scorching Phoenix heat, a reliable central air conditioner (AC) is essential for comfort and well-being. These systems circulate cool air throughout your home, creating a refreshing oasis.

How Central Air Conditioners Work

AC systems use a refrigeration cycle to cool the air. The air is passed over a cold evaporator coil, which absorbs heat and moisture. The cooled air is then circulated through ducts to various rooms in the house.

Understanding Capacity and Sizing

The capacity of an AC system is measured in British Thermal Units (BTUs). Sizing is crucial for optimal performance. Undersized units will struggle to cool your home adequately, while oversized units will waste energy and may not dehumidify properly.

Split Systems for Reduced Noise

Split systems are a popular choice for homes. These systems separate the outdoor condenser unit from the indoor evaporator unit, reducing noise levels in the living space.

Smart Thermostats: Convenience and Control

Smart thermostats allow for remote control of your AC system using a smartphone or other connected device. They also offer programmable schedules and energy-saving features, such as automatic temperature adjustment based on your daily routine.

Detecting Refrigerant Leaks

Refrigerant is a critical component of an AC system. If a leak occurs, it can compromise the performance of the system. Signs of a leak include hissing sounds, reduced cooling capacity, and increased energy consumption. Contact a qualified technician immediately to repair refrigerant leaks safely and effectively.

Maintenance for Optimal Performance

Regular maintenance is essential for the longevity and performance of your AC unit. A qualified technician can perform a thorough inspection, clean the coils, and check the refrigerant levels. This proactive approach can prevent costly breakdowns and ensure your AC system operates at peak efficiency.

Extensive Summary

Central air conditioners provide efficient and reliable cooling solutions for homes in warm climates. Understanding capacity and sizing is crucial for optimal performance. Split systems reduce noise levels, and smart thermostats offer convenience and energy savings. Refrigerant leaks require prompt professional attention. Regular maintenance extends the life of your AC system and ensures a comfortable indoor environment. By following these tips, you can enjoy a cool and refreshing home all summer long.

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Unlock the Secrets to Spotless Windows and a Comfortable Home…

Unlock the Secrets to Spotless Windows and a Comfortable Home

TL;DR – Too Long; Didn’t Read

Master the art of keeping your windows sparkling clean and your home cool and comfortable with our comprehensive guide to window care and air conditioners.

Section 1: Window Cleaning Perfection

  • Preparing for Cleaning: Remove any dirt or debris from the surface of the windows.
  • Choosing the Right Cleanser: Opt for a non-abrasive glass cleaner or a mixture of vinegar and water.
  • Applying the Solution: Use a microfiber cloth or sponge to apply the cleaner to the window surface, avoiding harsh scrubbing.
  • Rinsing and Drying: Rinse thoroughly with clean water and dry with a clean, lint-free cloth to prevent streaks.

Section 2: Air Conditioner Maintenance

  • Regular Cleaning: Clean the air filter regularly to ensure efficient airflow and prevent clogging.
  • Condenser Cleaning: Once a month, remove the condenser cover and gently vacuum away any dirt or debris.
  • Coils and Fins: Use a soft brush to clean the coils and fins, removing any dust or buildup.
  • Lubrication: Lubricate moving parts as per the manufacturer’s instructions to ensure smooth operation.

Section 3: Energy-Efficient Options

  • Window Coatings: Consider tinted or reflective window coatings to minimize heat gain in summer and heat loss in winter.
  • Energy Star Appliances: Choose air conditioners with the Energy Star label to ensure maximum energy efficiency.
  • Insulation: Add insulation around windows and doors to reduce heat transfer and improve comfort.

Section 4: A Case for Columbia, South Carolina

  • Mild Climate: Columbia’s moderate climate makes it an ideal location for air conditioning, requiring less frequent use than in more extreme climates.
  • Window Washing Services: Many professional window cleaning services are available in Columbia, offering convenient and expert cleaning solutions.
  • Local Experts: Consult with local HVAC professionals for customized recommendations and installation services for air conditioners.

Expansive Summary

Maintaining pristine windows and a comfortable home environment is essential for well-being. By following these simple yet effective window care and air conditioner maintenance tips, you can enjoy sparkling clean windows and a cool, refreshing home. Consider the energy-efficient options available to reduce your environmental footprint and save on energy bills. Columbia, South Carolina, offers a favorable climate and access to professional window cleaning and HVAC services, making it a great place to put these tips into practice.

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Upgrade Your Home’s Comfort: A Guide to Heating, Cooling, and…

Upgrade Your Home’s Comfort: A Guide to Heating, Cooling, and Air Quality Monitors

TL;DR

Enhance your indoor environment with the latest heating, cooling, and air quality monitors. Discover reliable brands like Nest, Ecobee, and Netatmo that provide real-time data and convenient control. Choose the right device for your specific needs and improve your home’s comfort and health.

Heating Systems

Central Heating

Central heating systems distribute warm air throughout your home using a furnace or boiler. For efficient operation, ensure your system is properly sized and regularly maintained.

Heat Pumps

Heat pumps work both ways, providing heating in winter and cooling in summer. They are an energy-efficient option for moderate climates.

Cooling Systems

Central Air Conditioning

Central air conditioners cool your home using a refrigerant that flows through an indoor coil and an outdoor unit. Proper insulation and regular maintenance are crucial for optimal performance.

Window Air Conditioners

Window air conditioners are a cost-effective option for cooling smaller areas. They are easy to install but may be less efficient than central units.

Air Quality Monitors

Indoor Air Quality Sensors

These monitors detect pollutants like dust, smoke, and volatile organic compounds (VOCs). They can help you identify areas with poor air quality and take steps to improve it.

Radon Detectors

Radon is a radioactive gas that can cause health problems. Radon detectors measure radon levels in your home, allowing you to take action if necessary.

Smart Home Compatibility

Nest Thermostat

The Nest thermostat learns from your daily routine and adjusts the temperature automatically for maximum comfort while saving energy. It also allows remote control and air quality monitoring.

Ecobee Thermostat

The Ecobee thermostat offers advanced features such as built-in Alexa voice control, room sensors, and air quality alerts.

Netatmo Smart Thermostat

The Netatmo smart thermostat combines sleek design with precise temperature control and air quality monitoring.

Rutland’s Role

Rutland, VT, is home to several leading air quality monitoring and sensor manufacturers. These companies are at the forefront of innovation, providing reliable and affordable solutions for improving indoor comfort and health.

Expansive Summary

Heating, cooling, and air quality monitors are essential tools for creating a comfortable and healthy home environment. Central heating systems provide efficient heat distribution, while heat pumps offer year-round climate control. Central air conditioners and window units provide cooling options tailored to your needs. Air quality monitors measure indoor pollutants and radon levels, allowing you to identify and address air quality concerns. Smart home-compatible thermostats enhance convenience and energy savings, while manufacturers in Rutland, VT, continue to push the boundaries of air quality monitoring technology. By choosing the right devices for your specific requirements, you can optimize your home’s comfort and air quality, creating a healthier and more enjoyable living space.

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Sleep Cooler in Arkansas: Beat the Heat and Sleep Soundly…

Sleep Cooler in Arkansas: Beat the Heat and Sleep Soundly

Summary:

Sleeping comfortably in the scorching Arkansas heat can be a challenge. This comprehensive guide explores cutting-edge sleep cooler technologies, emerging trends, and expert tips to help you achieve a restful night’s sleep, even in the warmest months.

The Current State of Sleep Cooler in Arkansas

With average summer temperatures reaching the 90s, Arkansas residents are increasingly turning to sleep cooler solutions. The demand for evaporative coolers, fans, and air conditioners has skyrocketed in recent years, driven by a desire for cool and comfortable sleeping environments.

Emerging Trends Shaping the Future of Sleep Cooler

Advancements in technology are revolutionizing the sleep cooler industry. Smart sleep cooling systems, which use sensors and algorithms to adjust temperature and airflow automatically, are gaining popularity. Additionally, hybrid systems that combine multiple technologies (e.g., evaporative coolers and fans) are emerging as energy-efficient and cost-effective solutions.

Key Players and Influencers in Arkansas’s Sleep Cooler Market

Several leading manufacturers offer sleep cooler products in Arkansas. Some of the most prominent include:

  • Honeywell: Known for its evaporative coolers and air conditioners
  • Vornado: Specialized in high-velocity fans
  • Dyson: Innovative sleep solutions with advanced technology
  • LG: Energy-efficient air conditioners with smart features
  • Local HVAC contractors: Provide professional installation and maintenance services

A Step-by-Step Guide to Implementing Sleep Cooler

  1. Assess Your Needs: Determine the size and temperature of your bedroom to choose the appropriate sleep cooler.
  2. Consider Cooling Methods: Evaporative coolers, fans, and air conditioners offer different cooling mechanisms. Choose the one that best meets your needs and budget.
  3. Location: Place the sleep cooler strategically to maximize airflow and minimize discomfort.
  4. Maintenance: Regularly clean and maintain your sleep cooler to ensure optimal performance and longevity.

Common Mistakes to Avoid When Using Sleep Cooler

  • Overcooling: Avoid setting your sleep cooler to excessively low temperatures, as this can lead to shivering and discomfort.
  • Ignoring Humidity: Evaporative coolers are less effective in humid environments. Consider using a dehumidifier in conjunction with your cooler.
  • Poor Ventilation: Ensure adequate ventilation by opening windows or using a ventilation fan to prevent condensation and mold growth.
  • Neglecting Maintenance: Failing to clean and maintain your sleep cooler can reduce its efficiency and shorten its lifespan.

Case Studies: Successful Sleep Cooler Implementations in Arkansas

  • Little Rock Case Study: A family in Little Rock installed a smart sleep cooling system and experienced a significant improvement in their sleep quality and energy levels.
  • Fayetteville Case Study: A homeowner in Fayetteville used a combination of evaporative coolers and fans to cool their 2,000-square-foot house, resulting in a 10-degree drop in bedroom temperatures.
  • Jonesboro Case Study: A Jonesboro business installed a hybrid sleep cooler that integrated an evaporative cooler and a high-velocity fan, providing a comfortable and energy-efficient work environment.

Future Predictions and Opportunities for Sleep Cooler

The future of sleep cooler in Arkansas holds exciting possibilities. With continued advancements in technology and a growing emphasis on energy efficiency, consumers can expect innovative sleep cooling systems that provide unparalleled comfort and convenience.

TL;DR

  • Sleep cooler technologies can significantly improve sleep quality in hot climates like Arkansas.
  • Evaporative coolers, fans, and air conditioners offer different cooling mechanisms depending on needs and budget.
  • Proper implementation, maintenance, and avoiding common mistakes are essential for optimal sleep cooler performance.
  • Smart sleep cooling systems and hybrid technologies are emerging trends that offer convenience and energy efficiency.
  • Future advancements will focus on customizing cooling solutions and integrating with smart home ecosystems.

Narrative Summary

Creating a cool and comfortable sleeping environment in Arkansas during the summer months is no longer a distant dream. With a wide range of sleep cooler technologies available, residents can choose the solution that best meets their needs and budget. By carefully considering cooling methods, location, and maintenance, individuals can achieve a restful night’s sleep, even in the midst of the summer heat.

As technology continues to evolve, sleep cooler systems will become even more sophisticated and interconnected. Smart home integrations, customizable cooling profiles, and energy-efficient innovations will further enhance the sleep experience for Arkansas residents. Ultimately, the pursuit of a cool and comfortable sleep environment is not just a luxury but an essential step towards overall well-being and productivity.

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Mountain Driving Guide for Truckers, RV and Motorhome Drivers

Product Name: Mountain Driving Guide for Truckers, RV and Motorhome Drivers

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Description:

When customers find out that I’m from Kansas, they often say, “Kansas?  What can you tell me about mountain passes if you’re from Kansas?”  But after they hear my story, they cut me a little slack.  (By the way, did you know that there was once a researcher with too much government grant money who determined that Kansas actually is flatter than a pancake?)

When I was a kid in the early 60’s my parents owned a 16 foot Mobil Scout travel trailer.  We pulled that trailer all over the western United States and Canada with a 1962 Chevy with a 283 cubic inch engine and a three speed on the column.  So I learned to love mountains and I learned to love traveling the wide open spaces of our great land.  With that small trailer and the reliable Chevy, we never had any problems climbing or descending grades.

VITAL INFORMATION FOR ANYONE DRIVING A LARGE OR HEAVY VEHICLE

In an attempt to make mountain driving a little safer for truckers
and RV’ers, R&R Publishing Inc. has been collecting and publishing
information about mountain passes and steep grades since 1993. The Mountain Directory Ebooks give the locations
and descriptions of over 700 mountain passes and steep grades in
22 states. The Mountain Directory ebooks tell you where the
steep grades are, how long they are, how steep (%) they are, whether
the road is two lane, three lane, or four lane, if there are escape
ramps, switchbacks, sharp curves, speed limits, etc. With this
information, one can know ahead of time what a pass is like and
make an informed decision about whether to go over or around. If
you decide to go over, perhaps the cool morning hours would ease
the strain on the engine and transmission during the climb. Unhooking
the towed vehicle would make the climb and the descent easier. Knowing
what lies ahead is half the battle.

The printed versions of the Mountain Directory books had almost 240 pages of text and color relief maps. All 240 pages are in the downloadable versions of the Mountain Directory ebooks. Nothing is missing. In the printed versions, mountain pass locations were marked with a yellow triangle on the color relief maps.  In the ebook versions, you can click on the yellow triangles and the text appears that describes that location.

4. US 33
(between Harrisonburg, VA and Judy Gap, WV.)

There are three summits along this stretch of US 33. The eastern summit is between Rawley Springs, VA and Brandywine, WV.  The east side is 4 miles of 8 to 9% grade. The west side is 4½ miles of 9% grade and both sides have continuous sharp curves and hairpin turns.  The highway is two lane on both sides.

The middle summit is between Oak Flat and Franklin, WV. The east side of this hill is 2½ miles of 8% with 25 mph curves.  The west side is about 3½ miles of much milder grade.  It is 4 to 5% over most of its length.  There are some sharp curves near the bottom.  The road is two lane on both sides of the hill.

The western summit is between Franklin and Judy Gap, WV.  It is 5 miles of steady 9% grade on both sides.  Both sides are two lane with sharp curves and hairpin turns.  Use caution on this road.

There is an old saying among over-the-road truckers. “There are two kinds of drivers — those who’ve been in trouble on a mountain grade, and those who will be.” Unfortunately, this also applies to many RVers. Trucks and RVs have similar problems regarding weight, engine power, and braking in mountainous terrain.

Imagine yourself descending a mountain grade in your RV. You didn’t know there was such a long, steep grade on this highway. What a surprise! And things are not going well. You have a white-knuckle grip on the steering wheel. The engine is not holding back all of this weight, the brakes are smelling hot or even smoking, you’re pushing harder on the brake pedal but your speed keeps increasing. All you can see ahead is more mountain. Your mind is racing through all of the available options and none of them are good. “I’ve got to do something,” you say “or I’m not going to make it.” The options include: run into the rock wall, go over the side, hit those trees, or see if you can make the next curve and ride it out. You choose the last option and, if you are lucky, you make it to the bottom in one piece. You pull over and while you are waiting for your heart to stop pounding, you wipe the sweat from your face and you notice your shirt is soaked, your mouth is dry, and your hands are shaking. You are thinking, “If I had known it was going to be like that………….”

Perhaps your rig has difficulty during the steep climbs. The temperature is in the 90’s and the grade is so steep that you can barely climb it in first gear. The engine and transmission temperatures are rising. How far to the top of this hill? You don’t know if it’s one mile or ten. Something smells hot. What to do? Pull over and cool off? But then all momentum is lost. Can you even get started again? You wish you had unhooked the car you’re dragging up this hill behind the motorhome. If you are lucky, you can do that next time. You are wondering how many thousand dollars a new engine and transmission will be.

During the last few years we have heard many stories about very expensive repairs to drive train components. Sometimes rigs are lost entirely. A highway patrol officer in Oregon told us that in the summer an average of one motorhome per week burns to the ground while trying to climb Cabbage Hill on I-84 east of Pendleton. If a fire starts, the nearest fire department is likely to be many miles away. By the time they arrive, there is nothing left to do but hose down the ashes.

Many people are under the impression that the grades in the eastern mountains are not as serious as the grades in the western mountains. Apparently this is because the elevations are not as high in the eastern states. But elevation alone is not the problem–it is the change in elevation that makes a grade potentially hazardous. If all other factors are equal, a grade that descends from 4000′ to 1000′ over 10 miles is no different than a grade that descends from 10000′ to 7000′ over 10 miles. Either way you have a 3000′ change in elevation spread over 10 miles. (This example would result in an average grade of almost 6% for 10 miles.)

A large percentage of the grades in the western states are in the 6% range. A large percentage of the grades in the eastern states are 8, 9, or 10% and sometimes even more. The eastern grades are often shorter but this is not always so. A quick glance through the eastern book will reveal over 50 grades that are between 7 and 10% and from 4 to 7 miles long. There are others that are even more challenging. The road to the top of Whiteface Mountain in New York is 8 to 10% for 8 miles. There would be no need for truckers to use this road but RVs are allowed. Near Cumberland, Maryland there is a hill on I-68 that is posted as 6% for 13 miles. In North Carolina highway 181 crosses the Blue Ridge Parkway and the southbound descent is 11 miles of grade that varies from 6 to 10%. Much of it is 8 to 9%. These grades are just as hazardous as the grades in the western states.

From the
Colorado section of the Mountain Directory West:

VAIL PASS elev. 10603′ (on I-70 east of Vail, CO)

The descent on the westbound side of Vail Pass is about 10 miles in length and begins at milepost 189 on I-70. One half mile west of the summit there are warning signs for westbound traffic–“Speed limit 45 mph for vehicles over 30,000 lbs.” and “Steep grade next 8 miles–trucks stay in lower gear.”  The next mile is rolling hills.  Then there is a sign–“7% grade next 7 miles.”

The descent is steady at 7% and there are 3 advisory signs for the first runaway truck ramp which is about milepost 185 or 4 miles down from the summit.  The escape ramp is upsloping on the right.  The second runaway truck ramp is about milepost 182, which is 3¼ miles after the first escape ramp, or about 7¼ miles down from the summit.   There are several advisory signs before reaching it and it is an upsloping ramp on the right.  Don’t be fooled when the grade eases after the second escape ramp.  It soon goes back to 7% and doesn’t bottom out until 2½ miles after the second escape ramp or about milepost 179.

The eastbound descent from the summit of Vail Pass continues almost to the Frisco exit about 11 miles down the hill but the descent is not steady.  There are short steep sections followed by short sections of lesser grade.  The last half of the descent is 3-4% grade.  There are no escape ramps on the east side of the pass.

While every effort has been made to ensure the accuracy of the maps included in this book, it is nearly impossible to include all necessary detail on such small maps. We recommend that these maps be used in conjunction with larger, more detailed road maps.

In most cases the passes and hills are described as descents. In other words, a pass will be described from the summit down in one direction and then from the summit down in the other direction. This directory does not claim to include every steep grade. In fact, because of the enormous area we have tried to cover, we can guarantee that we have probably missed some. Sometimes the percentages quoted are estimates and many times they are based on road signs or information provided by highway departments. This book does not attempt to rate passes or grades according to difficulty. There is an enormous variety in vehicles and equipment. A hill that is very difficult for one vehicle may be no problem at all for a similar vehicle that is equipped differently. Driver judgment is critical in deciding which hills should be avoided.

The purpose of this book is not to discourage drivers from going where they please. It is only to inform them of the conditions they may encounter and to encourage them to make sure their equipment is in good repair. Brakes must be in good working order and properly adjusted and the engine and transmission should be used to slow the vehicle whenever possible, thus saving the brakes and keeping them cool enough to retain their stopping power. The engine’s cooling system should be in good repair to prevent overheating during the climbs. Turning off the air conditioner during climbs may help, and if necessary, turning on the heater will help dissipate heat from the engine.

From the
North Carolina section of the Mountain Directory East:

I-40 (between Black Mountain and Old Fort, NC)

By law, all trucks except pickups and vans are required to stop at the top of this hill and read the information posted about the eastbound descent ahead.  The top of the hill is near milepost 67 just east of Black Mountain.  The grade is posted as 5 miles of 6%.  It is a strong 6%.  There are three runaway truck ramps, all of which are short sand beds with sand piles at the end.  There is about a mile of grade left after the last escape ramp.   The westbound descent is about 1¼ mile of 6%.

There are many aftermarket devices that can help heavy vehicles in the mountains. Some will help by increasing horsepower for the climbs. These include turbos and exhaust systems. Other devices, such as engine braking systems can help during the descents. Some products, like gear splitters and auxiliary transmissions can help during the climbs and the descents. Many of these products also improve fuel economy (while delivering more horsepower) and reduce wear and tear on the drive train.

The main ingredients involved in overheated brakes are the length of the grade, the steepness of the grade, and the speed and weight of the vehicle. Reducing any of these will improve the chances of getting down the mountain without overheating the brakes. Most of the time, the only one the driver can change is speed. Reducing speed may keep you alive. Remember the old phrase, “You can go down a mountain a thousand times too slowly, but only once too fast.”

Try before you buy! 
Check out this free demo and see how it works.

Try before you buy! 
Check out this free demo and see how it works.

“Miller designed his two directories for RV as well as truck drivers
because, he says, ‘RV drivers would face the same problems as truckers
because of the weight of their vehicles and braking systems that may
not be designed to deal with the extreme conditions encountered during
mountain descents.’ Since most road atlases do not include this specific
data, many motorhomers will find one or both of these books useful
in taking the surprises out of driving in the mountains.” Sherry McBride,
Senior Managing Editor, Motorhome

“RVers often have problems with mountain grades–both going up and
coming down. It’s helpful to be warned when a steep grade is coming
up, and that’s just what the two Mountain Directories do.” Coast to Coast

“Color relief maps and more than 150 new mountain pass and grade locations
have been added to R&R Publishing’s 1999 editions of Mountain
Directory West and Mountain Directory
East. Together, the books provide locations and descriptions
for more than 700 mountain passes and steep grade locations in 22
states, as well as other vital information for anyone driving a large
or heavy vehicle. In Mountain Directory East,
the introduction notes that elevation by itself does not indicate
a grade’s difficulty; the change in elevation, depicted in the book
as percentages, is the critical factor.”
Family Motor Coaching

12. TETON PASS elev. 8429′

(on Wyoming Highway 22 west of Jackson, WY)

Teton Pass has sustained 10% grades on both sides of the summit.  An unusual feature is that both runaway truck ramps on the east side of the pass can be used only if the runaway truck crosses the oncoming lane of traffic.  There is a posted weight limit of 60,000 lbs. on this pass.

The westbound descent from the summit of Teton Pass begins with a 25 mph speed limit and a truck warning sign–“Steep grade–10% next 3 miles–use lower gear.” This grade warning is repeated a mile later.  About 2½ miles down from the summit the grade eases to 6-7% and the speed limit increases.  This grade continues for about 3-4 miles and eases near the Idaho state line.

The eastbound descent from the summit of Teton Pass starts with a truck warning sign–“Steep grade–10% next 5 1/2 miles–use lower gear.”  There are 20 mph curves near the top.  About 1/3 mile down from the summit is a sign–“Runaway truck ramp–2½ miles LEFT side.”  This warning is repeated several times as you approach the ramp.  To use the ramp you must cross the oncoming lane of traffic.  The ramp slopes uphill.

The second runaway truck ramp is about 1 mile after the first.  It, too, is on the left side and is an upsloping ramp.  At this point the grade begins to ease to about 6-7% and the speed limit increases.  The hill continues to the town of Wilson, which is about 5½ miles from the summit.

“The worst part isn’t the white knuckles, the cold sweat, the unbelievable
adrenaline rush. It’s the emptiness in the very pit of the stomach,
the utter hopelessness of the situation. Anyone who has ever lived
through a runaway can relate…. a rig out of control on a long downgrade
has a mind of its own. And it doesn’t care what gets in the way. Miller’s
directories are full of good stuff that’ll help drivers make smart
routing decisions and prepare them for dangerous grades – like length
and severity of grades, sharpness of curves and location of escape
ramps. It’s invaluable info for rookie drivers or old hands traveling
into a mountainous area for the first time.” Andrew Ryder, Editor, Heavy Duty Trucking

“Many truckers have had the frightening experience of cresting a mountain
grade too fast and wondering if they’ll be able to stop at the bottom.
Richard Miller is one of them. After a thrilling descent into Camp
Verde Valley, AZ in 1993, he decided to do something about the lack
of information on many mountain grades. The results of his efforts
are two excellent resources: Mountain
Directory West and Mountain Directory
East.
Each contains maps showing the location of grades and detailed information
about them, including the height of the summit, length and steepness
of grades, severity of curves, location of escape ramps, and signage.” Truckers News

From the
Southern California section of the Mountain Directory West:

CAJON PASS elev. 4190′
(on I-15 south of Victorville, CA)

There is very little descent on the north side of Cajon Pass.  The southbound descent begins with warning signs–“Downgrade next 12 miles–trucks check brakes” and “Truck speed limit 45 mph” and “Truck scales 5 miles” and “6% grade next 4 miles” and “Runaway truck ramp 2½ miles.”

The grade may be a bit more than 6% down to the escape ramp where it eases for a very short distance and then goes back to 6% until reaching the truck scales.  After the scales the grade eases to about 2-3% for 3 miles, then goes to about 5% for another 4½ miles.

This road has four lanes downhill and a great deal of traffic.  Use caution on this hill.

“Rvers traveling to new locations often meet unforeseen and possibly
dangerous challenges in mountainous terrain because they could not
know what type of road lay ahead. Atlases may mark elevation, but
not how steep and how many miles a grade is, whether or not there
are turnouts, and the condition of the road. Mountain
Directory West and Mountain Directory
East give locations and detailed descriptions of almost 700
mountain passes and steep grades in 22 states. This enables drivers
to plan safer and easier routes, or to be prepared to face the grade.” Highways

“A useful book for those planning to travel in the Western states
is Mountain Directory…. It tells you
the percentage of grade, alignment, width and length of significant
mountain passes in 11 Western states. (In fact, there is now Mountain Directory East as well, which covers almost 300 mountain passes
and steep grades in 11 Eastern states.)” Joe and Vickie Kieva Collins, Highways

“As RVers and travelers in the west, we recommend this book as a good
reference and we plan to keep it in the cab of our truck. Of course,
if we get an opportunity to travel in the east, we are prepared with
that book as well.”Chronicle

“From time to time, humorists writing in RV literature will gleefully
make hay out of the concept of an RV hurtling down a mountainside
using G forces to describe the speed rather than miles per hour. However,
the reality of brake failure in the mountains, as those who have experienced
it will attest, is not the least bit funny. For the RVer tackling
the Rockies and other western ranges, this directory would be an invaluable
reference.” RV Times

“Mountain Directory is well put together,
easy to use, and prepares the user for driving in the mountains. When
it comes to personal safety and protecting the investments made in
RVs and motorhomes, drivers would be well served to keep this book
handy.” National Motorists Association News

“Mountain Directory for Truckers, RV, and Motorhome
Drivers… Wow! With a name that long, this book better provide
a service to RVers—and it does.” Jim Brightly, Managing Editor, Motorhome

“It’s bound to provide the traveler with knowledge and peace of mind…..
Here’s a book that should be located next to every rig’s navigator…
Keep this book handy during your travels.” Bob Carter, RV Today

“…. should definitely be included in your RV library… chock full
of information… our traveling columnists have already made excellent
use of this directory.” Camping Canada

“Mountain Directory …. was specifically
written for drivers of RVs and other heavy vehicles. The text, accompanied
by maps pinpointing locations, describes how steep and long each grade
is, plus other pertinent details.” Trailer Life

“… let me tell you straight: this book applies to you.” Bill Farlow, Woodall’s Southern RV

“Fear Heights No More” “While the publishers are the fist to admit
that it would be nearly impossible to list every steep hill in the
western United States, Mountain Directory covers most grades that are long enough and steep enough to pose a
problem to RVs.” Coast to Coast

“Motorhome drivers and truckers have very similar problems involving
steep grades, weight, brakes, etc., and part of the solution is knowledge
about the hills before you get there.”Family Motor Coaching

From the
Pennsylvania East section of the Mountain Directory East:

Pennsylvania highway 125
(between Shamokin and Good Spring, PA.)

Large vehicles may want to avoid this 18 mile section of road. It crosses four mountains and includes numerous 15 mph hairpin turns and many more 20 and 25 mph curves. Regardless of your direction of travel you will have to climb and descend some very steep hills.  Much of the grade is 7 to 9% but there are numerous sections that must be 12% or more, some lasting almost a mile.  Brake shoes don’t have enough time to cool much between descents.

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