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| HIGH VOLUME AIR COMPRESSORS |
At H&K, we deliver, install and register your compressor with FSCURTIS providing you with peace of mind. We do NOT sell maintenance contracts or force anyone to purchase a maintenance agreement. These compressors are smart. They will tell you when they have an issue and when service is due.
| BRAND | Model | HP | VOLT | PSI | CFM | Part Number |
| CURTIS | NxB30 | 40 | 230 | 100 | 196 | FNB30DXX3HXXX |
| CURTIS | NxB30 | 40 | 460 | FNB30DXX4HXXX | ||
| CURTIS | NxB30 | 40 | 230 | 125 | 173 | FNB30DXX3JXXX |
| CURTIS | NxB30 | 40 | 460 | FNB30DXX4JXXX | ||
| CURTIS | NxB30 | 40 | 230 | 150 | 163 | FNB30DXX3KXXX |
| CURTIS | NxB30 | 40 | 460 | FNB30DXX4KXXX | ||
| CURTIS | NxB30 | 40 | 230 | 175 | 149 | FNB30DXX3LXXX |
| CURTIS | NxB30 | 40 | 460 | FNB30DXX4LXXX | ||
| CURTIS | NxB37 | 50 | 230 | 100 | 234 | FNB37DXX3HXXX |
| CURTIS | NxB37 | 50 | 460 | FNB37DXX4HXXX | ||
| CURTIS | NxB37 | 50 | 230 | 125 | 203 | FNB37DXX3JXXX |
| CURTIS | NxB37 | 50 | 460 | FNB37DXX4JXXX | ||
| CURTIS | NxB37 | 50 | 230 | 150 | 193 | FNB37DXX3KXXX |
| CURTIS | NxB37 | 50 | 460 | FNB37DXX4KXXX | ||
| CURTIS | NxB37 | 50 | 230 | 175 | 180 | FNB37DXX3LXXX |
| CURTIS | NxB37 | 50 | 460 | FNB37DXX4LXXX | ||
| CURTIS | NxB30 | 40 | 230 | 100 | 196 | FNB30DXD3HXXX |
| CURTIS | NxB30 | 40 | 460 | FNB30DXD4HXXX | ||
| CURTIS | NxB30 | 40 | 230 | 125 | 173 | FNB30DXD3JXXX |
| CURTIS | NxB30 | 40 | 460 | FNB30DXD4JXXX | ||
| CURTIS | NxB30 | 40 | 230 | 150 | 163 | FNB30DXD3KXXX |
| CURTIS | NxB30 | 40 | 460 | FNB30DXD4KXXX | ||
| CURTIS | NxB30 | 40 | 230 | 175 | 149 | FNB30DXD3LXXX |
| CURTIS | NxB30 | 40 | 460 | FNB30EXD4LXXX | ||
| CURTIS | NxB37 | 50 | 230 | 100 | 234 | FNB37DXD3HXXX |
| CURTIS | NxB37 | 50 | 460 | FNB37DXD4HXXX | ||
| CURTIS | NxB37 | 50 | 230 | 125 | 203 | FNB37DXD3JXXX |
| CURTIS | NxB37 | 50 | 460 | FNB37DXD4JXXX | ||
| CURTIS | NxB37 | 50 | 230 | 150 | 193 | FNB37DXD3KXXX |
| CURTIS | NxB37 | 50 | 460 | FNB37DXD4KXXX | ||
| CURTIS | NxB37 | 50 | 230 | 175 | 180 | FNB37DXD3LXXX |
| CURTIS | NxB37 | 50 | 460 | FNB37DXD4LXXX |
| BRAND | MODEL | HP | VOLT | PSI | CFM | PART NUMBER | |
| CURTIS | NxD45 | 60 | 230 | FND45EXX3HXPC | |||
| CURTIS | NxD45 | 60 | 460 | 100 | 288 | FND45EXX4HXPC | |
| CURTIS | NxD45 | 60 | 575 | FND45EXX8HXPC | |||
| CURTIS | NxD45 | 60 | 230 | FND45EXX3JXPC | |||
| CURTIS | NxD45 | 60 | 460 | 125 | 263 | FND45EXX4JXPC | |
| CURTIS | NxD45 | 60 | 575 | FND45EXX8JXPC | |||
| CURTIS | NxD45 | 60 | 230 | FND45EXX3KXPC | |||
| CURTIS | NxD45 | 60 | 460 | 150 | 246 | FND45EXX4KXPC | |
| CURTIS | NxD45 | 60 | 575 | FND45EXX8KXPC | |||
| CURTIS | NxD45 | 60 | 230 | FND45EXX3LXPC | |||
| CURTIS | NxD45 | 60 | 460 | 175 | 223 | FND45EXX4LXPC | |
| CURTIS | NxD45 | 60 | 575 | FND45EXX8LXPC | |||
| CURTIS | NxD55 | 75 | 230 | FND55EXX3HXPC | |||
| CURTIS | NxD55 | 75 | 460 | 100 | 356 | FND55EXX4HXPC | |
| CURTIS | NxD55 | 75 | 575 | FND55EXX8HXPC | |||
| CURTIS | NxD55 | 75 | 230 | FND55EXX3JXPC | |||
| CURTIS | NxD55 | 75 | 460 | 125 | 324 | FND55EXX4JXPC | |
| CURTIS | NxD55 | 75 | 575 | FND55EXX8JXPC | |||
| CURTIS | NxD55 | 75 | 230 | FND55EXX3KXPC | |||
| CURTIS | NxD55 | 75 | 460 | 150 | 293 | FND55EXX4KXPC | |
| CURTIS | NxD55 | 75 | 575 | FND55EXX8KXPC | |||
| CURTIS | NxD55 | 75 | 230 | FND55EXX3LXPC | |||
| CURTIS | NxD55 | 75 | 460 | 175 | 270 | FND55EXX4LXPC | |
| CURTIS | NxD55 | 75 | 575 | FND55EXX8LXPC | |||
| CURTIS | NxD75 | 100 | 460 | 100 | 495 | FND75FXX4HXPC | |
| CURTIS | NxD75 | 100 | 575 | FND75FXX8HXPC | |||
| CURTIS | NxD75 | 100 | 460 | 125 | 437 | FND75FXX4JXPC | |
| CURTIS | NxD75 | 100 | 575 | FND75FXX8JXPC | |||
| CURTIS | NxD75 | 100 | 460 | 150 | 416 | FND75FXX4KXPC | |
| CURTIS | NxD75 | 100 | 575 | FND75FXX8KXPC | |||
| CURTIS | NxD75 | 100 | 460 | 175 | 382 | FND75FXX4LXPC | |
| CURTIS | NxD75 | 100 | 575 | FND75FXX8LXPC | |||
| CURTIS | NxD90 | 125 | 460 | 100 | 553 | FND90FXX4HXPC | |
| CURTIS | NxD90 | 125 | 575 | FND90FXX8HXPC | |||
| CURTIS | NxD90 | 125 | 460 | 125 | 492 | FND90FXX4JXPC | |
| CURTIS | NxD90 | 125 | 575 | FND90FXX8JXPC | |||
| CURTIS | NxD90 | 125 | 460 | 150 | 448 | FND90FXX4KXPC | |
| CURTIS | NxD90 | 125 | 575 | FND90FXX8KXPC | |||
| CURTIS | NxD90 | 125 | 460 | 175 | 424 | FND90FXX4LXPC | |
| CURTIS | NxD90 | 125 | 575 | FND90FXX8LXPC | |||
| CURTIS | NxHE90 | 125 | 460 | 125 | 632 | FHE90GXX4JXPC | |
| CURTIS | NxHE110 | 150 | 460 | 125 | 755 | FHE110GXX4JXPC | |
| CURTIS | NxHE132 | 175 | 460 | 125 | 904 | FHE132GXX4JXPC | |
| CURTIS | NxHE160 | 200 | 460 | 125 | 1119 | FHE160HXX4JXPC | |
| CURTIS | NxHE185 | 250 | 460 | 125 | 1267 | FHE185HXX4JXPC | |
| CURTIS | NxHE200 | 275 | 460 | 125 | 1373 | FHE200IXX4JXPC | |
| CURTIS | NxHE220 | 300 | 460 | 125 | 1507 | FHE220IXX4JXPC | |
| CURTIS | NxHE260 | 350 | 460 | 125 | 1748 | FHE260IXX4JXPC | |
| CURTIS | NxV30 | 40 | 460 | 100 | 183-52 | FNV30DXX4HXPC | |
| CURTIS | NxV30 | 40 | 460 | 125 | 169-51 | FNV30DXX4JXPC | |
| CURTIS | NxV30 | 40 | 460 | 150 | 153-50 | FNV30DXX4KXPC | |
| CURTIS | NxV30 | 40 | 460 | 175 | 135-48 | FNV30DXX4LXPC | |
| CURTIS | NxV37 | 50 | 460 | 100 | 227-52 | FNV37DXX4HXPC | |
| CURTIS | NxV37 | 50 | 460 | 125 | 210-51 | FNV37DXX4JXPC | |
| CURTIS | NxV37 | 50 | 460 | 150 | 189-50 | FNV37DXX4KXPC | |
| CURTIS | NxV37 | 50 | 460 | 175 | 168-48 | FNV37DXX4LXPC | |
| CURTIS | NxV45 | 60 | 460 | 100 | 288.3-63.5 | FNV45EXX4HXPC | |
| CURTIS | NxV45 | 60 | 460 | 125 | 262.7-70.5 | FNV45EXX4JXPC | |
| CURTIS | NxV45 | 60 | 460 | 150 | 244.7-64.2 | FNV45EXX4KXPC | |
| CURTIS | NxV55 | 75 | 460 | 100 | 345.4-71.3 | FNV55EXX4HXPC | |
| CURTIS | NxV55 | 75 | 460 | 125 | 314.2-94.0 | FNV55EXX4JXPC | |
| CURTIS | NxV55 | 75 | 460 | 150 | 277.4-122.3 | FNV55EXX4KXPC | |
| CURTIS | NxV75 | 100 | 460 | 100 | 498.8-120.7 | FNV75FXX4HXPC | |
| CURTIS | NxV75 | 100 | 460 | 125 | 450.8-119.7 | FNV75FXX4JXPC | |
| CURTIS | NxV75 | 100 | 460 | 150 | 411.3-117.4 | FNV75FXX4KXPC | |
| CURTIS | NxV90 | 125 | 460 | 100 | 567.3-120.7 | FNV90FXX4HXPC | |
| CURTIS | NxV90 | 125 | 460 | 125 | 505.5-119.7 | FNV90FXX4JXPC | |
| CURTIS | NxV90 | 125 | 460 | 150 | 456.5-117.5 | FNV90FXX4KXPC | |
| CURTIS | NxV110 | 150 | 460 | 100 | FNV110GXX4HXPC | ||
| CURTIS | NxV110 | 150 | 460 | 125 | FNV110GXX4JXPC | ||
| CURTIS | NxV110 | 150 | 460 | 150 | FNV110GXX4KXPC | ||
| CURTIS | NxV160 | 200 | 460 | 115 | FNV160HXX4JXPC | ||
| CURTIS | NxV185 | 250 | 460 | 115 | FNV185HXX4JXPC |
NXD ROTARY SCREW AIR COMPRESSORS
NXB ROTARY SCREW AIR COMPRESSORS
NXHE ROTARY SCREW AIR COMPRESSORS
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| AIR COMPRESSORS NEAR ME |
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| AIR COMPRESSOR INSTALLATION NEAR ME |
AIR COMPRESSOR SALES AND SERVICE IN THE DALLAS, FORT WORTH AND
SURROUNDING AREAS.
ROTARY SCREW AIR COMPRESSORS
PISTON AIR COMPRESSORS
ROTARY SCREW COMPRESSOR REPAIR
ROTARY SCREW OIL
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| INDUSTRIAL AIR COMPRESSOR SERVICE NEAR ME |
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| AIR COMPRESSOR SERVICE |
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| AIR COMPRESSOR PARTS |
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| AIR COMPRESSOR OIL |
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| AIR COMPRESSOR SERVICE |
HOW MUCH DOES IT COST TO RUN AN AIR COMPRESSOR?
Although it may sound
hard to believe, operating a compressor is usually more expensive than
purchasing one. That's right, almost 76% of the lifetime cost of your air
compressor is electricity. In most automotive and collision repair
businesses, compressed air is one of the most expensive utilities!
Over 10 years of
operating, a typical industrial air compressor can run you well over a half
million dollars in electricity costs.
Many factors impact the
cost of compressed air. How long you run your air compressor and the cost of
electricity in your area both can drive up cost. Energy-efficient air
compressors cost less to operate than conventional compressors.
The true cost of your electricity bill depends on your use.
Determining this cost can help you to reduce expenses. Here are the 4
steps in determining the cost to operate your air compressor.
1. Determine How Long
the Compressor Is On. (Many of the rotary screw air compressors run 24/7)
Most air compressors
cycle on and off throughout the day. While the compressor is cycling on, it
draws power. The average heavy duty reciprocating air compressor has a
66% duty cycle. To figure out how long your run cycle is, get a stopwatch
and time it from when the compressor comes on to when it stops. Obviously
an air compressor’s use differs from day to day. You can get a
more accurate estimate by averaging the compressor’s use over a week. To do
this, track your usage for seven days and divide the sum by seven.
2. Calculate How Much
Power the Compressor Consumes
Your air compressor
should have a wattage rating stamped on its nameplate. Multiply this wattage by
the type of current needed to operate it. Many smaller compressors operate on a
standard household current, which is 110 volts. Larger air compressors may need
220-volt current.
For example: 15 amp air compressor X 110 volts = 1,650 watts per
hour. (if you were to run that compressor for 8 hours a day; 5 days per
week then you would calculate:
1,650 X 8 hours (13,200 watts) X 5 days =66,000 watts per
week) Now to determine the energy cost and to find Kilowatt hours you
would divide the total number by 1,000. The end result would be a grand
total of 66 kilowatts per hour
3. Find the Total
Kilowatt Hours Used
Another example: 1,650 watts per hour X 4 hours = 6,600
watt hours. 6,600 / 1000 = 6.6kw.
So a 15-amp air
compressor that runs for 4 hours will use 6.6 kilowatt hours of
electricity.
4. Multiply the Kilowatt
Hours Used by Cost of Electricity
Most utilities charge by the kilowatt hour. This means that you will need to
multiply the total kilowatt hours used by the electricity rate per kilowatt
hours.
Example: 6.6 kilowatt hours X 12 cents per kilowatt hour = 79.2
cents for 4 hours of use
Fortunately there are
many ways to reduce the costs of compressed air. Choosing the right air compressor can
reduce your costs by approximately 45%. Also, having a qualified expert
install your equipment can and will reduce the overall cost and future
maintenance on your air compressor.
. Purchase an
Energy-Efficient Air Compressor
Many modern air
compressors offer better controls and storage than previous generations. If
you’re in the market for a new compressor, look for energy-efficient flow
control and storage systems.
Storage: Higher storage capacity means a compressor
will need to run less often. If you use a lot of compressed air, you may want
to consider increasing the storage capacity. (higher pressure = lower volume
while lower pressure = higher volume)In laymen's terms; get a larger tank!!!!!
2. (this one is a no brainer) Turn Off Your
Air Compressor!
Air compressors
regularly cycle on and off to maintain the chosen pressure. Even minimal air
leaks can cause your compressor to cycle on regularly. Compressors that are on
constantly can use a significant amount of electricity. By simply turning off
your air compressor over the weekends, you will reduce your electric bill by as
much as 20%
3. Use Only the Required
Air Pressure
Just because your air
compressor says that it can go up to 175 PSI doesn't mean that you should
always set your pressure switch to that level. Most automotive shops can
significantly reduce their electric bills and increase the life of the
compressor by setting the pressure switch to come on at 110 PSI and turn off at
150 PSI. Each additional 10 sig requires approximately 5% more energy to
produce. If you don’t need the additional pressure, don’t use it.
4. (just like your car) Change Filters
Regularly
Changing your filter
regularly can help reduce the electricity your air compressor uses. (similar
to your car air filter or the vacuum bag in your vacuum cleaner) Clogged
or dirty filters cause an air compressor’s motor to work harder to provide the
appropriate psi, which results in a higher electric bill.
Regular filter cleaning
can also reduce the cost of maintenance and the likelihood of air leaks. As
with your vehicle, the filters are responsible for removing dust and particles
from the air.
5. Check for Air Leaks
on a regular basis.
Regularly surveying for
leaks can reduce energy use This can equate to 5-10k a day in big
companies. A successful leak audit requires:
· Knowledge: Ensure technicians understand the
compressor’s technical specifications and how to inspect the equipment.
· Planning: Plan a regular time to inspect air
compressors for leaks. If necessary, break up the inspection so it doesn’t
interfere with regular work. (perhaps over the weekends?)
· Follow through: Survey equipment again to make
sure all tagged leaks have been repaired.
6. The largest leak gets
priority!!!!
Prioritize any air leaks
you find by size. Larger holes mean your equipment will need more power to
maintain air pressure. These should be repaired first. Add a note that includes
the priority level of any repairs to be made when you find new leaks.
7. Prevent Large Repairs
Check pipes, seals and
bearings regularly for corrosion and particulates.
Make sure compressor
components are operating within their optimum range. Periodically clean the
water jackets and pipes that help to maintain the temperature of the air
compressor. If a compressor gets too hot, costly repairs and breakdowns are
more likely. If the compressor is air cooled, check to make sure fins are not
clogged with dirt.
8. Review Piping
Infrastructure
You can reduce the
amount of energy your compressor needs by optimizing the pipes that deliver
air. For instance, you can increase air pressure by reducing the pipe size.
This often means you can operate your compressor at a lower psi. Make
sense?
Choosing smaller pipes
is one of the most effective ways to increase air pressure. Replacing a 3-inch
diameter pipe with a 2-inch diameter pipe will increase air pressure by
approximately 50%. You may also want to consider whether you can shorten the
distance between the compressor and the air end.
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| AIR COMPRESSORS NEAR ME |
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