Emergency Light
Emergency Light
LED Emergency Lights - what all emergency vehicles need
LED lights are not a recent invention, but you would be forgiven for thinking they are as they were not in any kind of common use until recently. LED stands for Light Emitting Diode, and they were invented in the 1920's in Russia by a radio technician called Oleg Vladimirovich Losey (although there is some controversy over this). An LED light is a semi-conductor device that converts electricity to light by using the movement of electrons. I don't know about you but that sounds very high tech to me. LED emergency lights are now the lights of choice for emergency vehicles.
LED emergency lights are popular now for several reasons. LED lights are cheap to run, they give relatively low drain on a vehicles battery, which is crucial to emergency vehicles. LED lights are very bright. New generations of lights are being produced all of the time, which gives very high visibility. LED emergency lights are virtually maintenance free and the units themselves can be made to be low profile, thereby reducing drag on a vehicle and making fuel go further. LED emergency lights are now the most common form of lighting on police, fire and medical vehicles.
LED lighting does not have any mercury or other toxins. They don't emit ultra violet light, which means they don't attract bugs. LED emergency lights don't generate heat, and this makes the units cool to touch. Another benefit of emergency LED lights is they don't generate radio frequency waves. So that means they don't interfere with radio or TV broadcasts. LED emergency lights are very resistant to shocks and vibration, making them ideal for emergency vehicles and construction vehicles. In other words, LED lighting is the lighting of the future in our world now.
The main thing emergency vehicles and the personnel in them need is high visibility. LED emergency lights are super bright, come in various colors and flash patterns, so they are ideally suited for any emergency vehicle. All emergency vehicles need an audible warning system and a visible warning system. The siren and the LED emergency lights fulfill these requirements and you will find at least one of each on any emergency vehicle. Emergency vehicles depending on what they are, need different types of lighting, for instance a police cruiser may need a takedown light, alley lights and traffic advisors.
Whatever the requirements for LED emergency lights there will be suppliers out there that can deliver what you need. Checking online is the perfect way to start your search for your LED emergency lights. It's always worth comparing prices for such items as they can vary widely in price. Cheap units are not always the bargain they seem, as some suppliers will have bought sub-standard imports, which will be unreliable and of poor build quality. Shop wisely and your emergency lighting needs will be met.
Extreme Tactical Dynamics is a one-stop shop for LED emergency lights and many other items like Flashlights, Dash Lights, Deck Lights, etc. Please visit the site for more details of various items available - http://www.extremetacticaldynamics.com/
About the Author
I am a Microsoft Certified Professional. I conduct Training and Certification Guidance for Microsoft .Net Certification Courses through my training institute-Sierra Infotech. I also own and manage a SEO Company and article Directory.
still more detailed explanation of how an emergency fan and light works?
i mean can u explain me in detail with the parts of emergency light,fan and with the basic and a simple ciruit, with which i can make as my project.
If by emergency light, you are referring to the light that comes on in an exit sign if the power goes out, here is what you do. This circuit is usually made with a transistor circuit but here is a way that uses simple parts. Obtain a relay(Radio Shack) that has a 120 volt coil (in the U.S.) run power from an outlet through the relay coil this will activate the relay. Determine which terminals on the relay are closed when the relay is on and open when it is off. You then connect a low voltage bulb to a battery and use the relay contacts as a switch to turn the light on and off. If this is done properly the bulb should stay off when the relay is energized and on when the relay is off. BE SURE TO KEEP THE 120 VOLT PARTS OF THIS CIRCUIT IN AN ENCLOSURE TO PREVENT ELECTRICAL SHOCKS. GET HELP FROM AN ADULT.
 |
 Sentry E. Labs Lighted Emergency Fire Exit Sign (red)  US $25.95
|
 LITHONIA Emergency Lighting Unit, 10 W. ELSQ Series US $75.00
|
 Sure-lites Exit/Emergency Lighting AEL-1SD Cooper US $150.00
|
 Emergency Light Ez 2R Circuit Board (2) US $75.00
|
 Emergency Light (light Bulbs) 4 Boxes Of 10 US $33.00
|
 Round Red Cover Emergency Indicator Light Signal Lamp DC 24V US $3.88
|
 Exitronics LD1 Emergency lighting head, 6V US $5.00
|
 Sentry E. Labs Lighted Emergency Fire Exit Sign (red) US $25.95
|
 DC 24V 16mm Mounting Thread Emergency Indicator Light Signal Lamp Green US $3.99
|
 -NEW Grabber Emergency Strobe Light-Dark Red US $15.99
|
 -NEW Grabber Emergency Strobe Light-Dark Red US $15.99
|
 Industrial Quick Mount Emergency 12v 36w Lithonia Lighting New IND1236 2011 US $69.99
|
 AC 220V Red Cap Emergency Signal Indicator Light Lamp US $3.83
|
 Hubbell PE2-Q Pathfinder Series Emergency Light - NIB US $20.00
|
 P3 International emergency light- 3 Function design- LE US $17.82
|
 Combination LED Exit and Emergency Light US $45.00
|
 Emergency Strope Light US $20.00
|
 Exitronix emergency lighting unit US $14.99
|
 Dual Lite Emergency Lights Ext P5 N4X T 6V 12W SB 4pc US $19.99
|
 LED Emergency Exit Lighting Fixture US $10.00
|
 Rechargeable Hallway Emergency Light Home/Office Safe Dual 5 Watt Lamp Bright US $30.25
|
 LED Emergency Exit Lighting Fixture US $10.00
|
 Emergency Lights(2) US $44.00
|
 Emergency exit sign/ light combo Battery back up LED 120/277vt Nema 4 x US $45.00
|
 COOPER SURE-LITES CC-2 EMERGENCY LIGHT LIGHTING FIXTURE US $17.83
|
 Lithonia ELM618 Emergency Light, High Capacity Unit, 6v, 18w US $49.99
|
 Lithonia Light, Emergency, 54w, Model: ELM1254 US $89.99
|
 New 3 bulb Emergency Troffer Lighting System 2' X 4' Parabolic Metalux fixture US $65.00
|
| Powered by phpBay Pro |
Light Bulb Dashboard
Light Bulb Dashboard
The LED light bulb replacement for an incandescent bulb
The LED light bulb replacement for a regular 70 Watt incandescent bulb is a 9W LED bulb. The frosted version of this LED light bulb outputs about 594 lumens.
One thing to be noted here is that the light from the LED light bulb replacement is probably a bit different in character from incandescent bulbs. LED light is sharper and more direct. You have to pay much more for LED light bulb replacement but it makes sense if you are interested in long-term savings.
LED refers to a light emitting semiconductor diode that tends to emit light in forward direction or in the direction towards which it is pointed. LEDs are typically used in the form of an indicator light in electronic devices, or in traffic signal lights, musical instruments as well as in dashboards of cars and in houses etc. The color of the light that is produced by LED light bulb replacement depends on the composition of the semiconductor material that is used. Producing a blue color light in LED light bulb replacement is the most difficult process. The nature of the light emitted by LED light bulb replacement can be visible, infrared or ultraviolet.
LED light bulbs are constructed by arranging identical light emitting diodes closely in order to form the shape of a light bulb. The visible light that is produced by LED light bulb replacement closely resembles day light. LED light bulb replacement is used to replace the traditional light bulbs like incandescent light bulbs and compact fluorescent lamps.
Most of the modern LEDs undergo superior design and manufacturing process. This gives LED light bulb replacement a lifespan of up to 100,000 hours, compared with 10,000 for a compact fluorescent and 1,000 for an incandescent bulb. Lifespan of a LED bulb could dramatically come down because of the amount of heat produced by a LED light bulb replacement. This depends on die temperature as well as the ambient temperature of the LED bulb. Some LED light bulb replacement show sign of age after a couple of years of use and may start to produce only 50% of the light output as compared to what it was producing when it was new.
Most of the modern LED light bulb replacement operates in a range of 2 to 4 volts. These consume anywhere between 350mA and 1500mA. The power consumption tends to vary from manufacturer to manufacturer.
About the Author
How do you change dashboard lights? some of my dashboard lights went out and I don't know if it's a fuse.
I'm not sure if it's a fuse or actual light bulb.
it's a 97 ford explorer sport. Half of my lights went out. the fuel side. the other half is still on.
if some lights are on it's not a fuse I wouldn't think, I would say that the bulbs are burnt out and when you find out an easy way to get to them on these new cars let me know, usualy you end up tearing half the dash apart to change a bulb.
Mcgraw Edison
Mcgraw Edison
79130524 Employees In The Fashion Designers Industry
Fashion designers:
Introduction:
This paper analysis the income levels of employees in the fashion designers industry, this industry according to the bureau of labour in the United States it is estimated that this industry employs over 20,000 individuals according to the year 2006 statistics. This industry mainly focuses on dress making, clothing, shoes of different styles and making.
Data on the income levels of employees in the fashion industry was retrieved from the bureau of statistics in the US
The data:
Data was retrieved the data contains employment levels in these states, hourly wage rate and the mean annual income in terms of wage, the data below shows the data:
Area name
Employment
Hourly mean wage
Annual mean wage(2)
Los Angeles-Long Beach-Glendale, CA Metropolitan Division
2500
34.34
71430
Los Angeles-Long Beach-Santa Ana, CA
2920
33.66
70010
Riverside-San Bernardino-Ontario, CA
30
27.19
56560
San Francisco-Oakland-Fremont, CA
240
36.25
75400
San Francisco-San Mateo-Redwood City, CA Metropolitan Division
150
33.8
70310
Santa Ana-Anaheim-Irvine, CA Metropolitan Division
410
29.49
61350
Washington-Arlington-Alexandria, DC-VA-MD-WV
30
27.07
56300
Boston-Cambridge-Quincy, MA-NH
680
29.8
61990
Boston-Cambridge-Quincy, MA NECTA Division
450
29.61
61600
Brockton-Bridgewater-Easton, MA NECTA Division
60
27.33
56850
Providence-Fall River-Warwick, RI-MA
50
24.5
50970
Minneapolis-St. Paul-Bloomington, MN-WI
90
27.64
57490
Allentown-Bethlehem-Easton, PA-NJ
30
30.87
64200
Edison, NJ Metropolitan Division
50
31.12
64720
New York-White Plains-Wayne, NY-NJ Metropolitan Division
6920
37.7
78410
Nassau-Suffolk, NY Metropolitan Division
380
37.28
77540
New York-Northern New Jersey-Long Island, NY-NJ-PA
7390
37.71
78450
New York-White Plains-Wayne, NY-NJ Metropolitan Division
6920
37.7
78410
Portland-Vancouver-Beaverton, OR-WA
200
32.01
66590
Allentown-Bethlehem-Easton, PA-NJ
30
30.87
64200
Philadelphia, PA Metropolitan Division
120
25.47
52970
Philadelphia-Camden-Wilmington, PA-NJ-DE-MD
270
31
64480
Reading, PA
270
20.22
42050
Dallas-Plano-Irving, TX Metropolitan Division
550
37.22
77420
Fort Worth-Arlington, TX Metropolitan Division
40
14.42
29980
Portland-Vancouver-Beaverton, OR-WA
200
32.01
66590
Seattle-Bellevue-Everett, WA Metropolitan Division
160
27.03
56210
Seattle-Tacoma-Bellevue, WA
160
27.03
56210
Minneapolis-St. Paul-Bloomington, MN-WI
90
27.64
57490
Bridgeport-Stamford-Norwalk, CT
110
25.68
53410
Mean, standard deviation and median:
When we use ungrouped data to analyse the mean and the median of the data our results are as follows:
total
31500
903.66
1879590
mean
1050
30.122
62653
standard deviation
2147.812038
5.384997295
11203.3099
MIN
30
14.42
29980
MAX
7390
37.71
78450
RANGE
7360
23.29
48470
The mean hourly wage is 30.12 dollars, the range is 23.29 and our standard deviation is equal to 5.38, these are measures of central tendencies of data, the mean gives us an estimate of the hourly wage rate in the fashion industry and the standard deviation give us the measure of deviations from the mean of the different wages paid by different states.
Grouped data:
When we group the data into 6 classes and considering the class interval to be two then we will be in a position to obtain our frequency and therefore construct a histogram, after grouping our data the results are as follows:
class
frequency
cummulative frequency
percentage
10.50 TO 15.50
1
1
3%
15.51 TO 20.50
2
3
7%
20.51 TO 25.50
4
7
13%
25.51 TO 30.50
8
15
27%
30.51 TO 35.50
9
24
30%
35.51 TO 40.50
6
30
20%
30
100%
Our histogram will be as follows:
This histogram shows that there is a high possibility that the wage rate will be between 30.51 to 35.50, to be precise the probability that the wage rage will be at this level is 0.5 or 50% probability.
Also our or give will be as follows:
The orgive represents the cumulative frequency data and shows the trend of the cumulative frequency to the 100% level.
The stem and leaf:
A stem and leaf diagram displays the trends in data and also gives us an overview of the nature of the data, whether skewed or normal distribution. Below is the stem and leaf diagram:
Stem and leaf
14
42
20
22
24
50
25
47
68
27
19
07
33
64
03
03
29
49
80
61
30
87
88
31
12
0
32
01
07
33
66
80
34
34
36
25
37
70
28
71
70
22
The above is the stem and leaf representation of the data, it is clear that most of the observation are in the wage rate 27, this data therefore is skewed to the left and does not assume a normal distribution.
Binomial probability distribution:
The binomial probability distribution is applied to find the probability that an outcome will occur in a given number of trials. The variable in this case however must be a discrete dichotomous random variable, in this distribution we consider n identical trials, each trial has two possible outcomes where we refer to a success and the other as a failure, a success in our case will be denoted as P and a failure will be denoted as Q. finally the outcome of one trial does not affect the outcome of the other trial,
In our case we will construct the binomial probability distribution using the statement that the employment level in the fashion and design industry is expected to grow by 5%, assuming that our level of employment in our selected states is 12,000 then we expect that in 2016 the employment level will be 70,000.
According to this statistics the employment level is based on a 2006 report and therefore the time period is 10 years, which also means 120 months, so employment level is expected to increase by 5 individual each month. This statistics were retrieved . if now we assume that the probability of this happening is 70% then our binomial probability distribution will be as follows:
The binomial probability function is given by:
P (x) = n ∏ x ( 1-∏ ) n-x
X
Where in our case n = 5 which is the number of employment per month, x = 0,1,2,3,4,5) which are the number of outcomes per month, ∏ = 0.7 which is the probability that the employment level will increase by 5% from 2006 to 2016.
Our binomial distribution is as follows after calculations:
x
P(x)
0
0.00243
1
0.02835
2
0.1323
3
0.3087
4
0.36015
5
0.16807
If we are to draw a chart regarding the binomial probability distribution then our chart will be as follows:
The binomial probability distribution helps us estimate the probability of an outcome, in this case we can be in a position to estimate the probability for example what is the probability that the persons who are likely to be employed will be greater than 2 individuals, more than 3 individuals or even less than one individuals, for this reason therefore the probabilities can be calculated by adding the probabilities of each outcome to come up with the desired answer in question.
Hypothesis testing:
We still consider our data from the fashion design industry to analyse the data, in hypothesis testing we will consider hypothesis test for the data and stating the null and alternative hypothesis, in this case therefore it is clear that we will have to use the T table, Z table or even the F table on the nature of the test and deepening on the hypothesis in question
Confidence interval:
90% confidence interval:
When we are constructing the confidence interval we consider the standard deviation, the mean and the value from the T tables at 90% level of measure: we lookup 10% at two tail from the T table and the figure is 2.015048:
Our confidence interval will take the following form:
P(x – st) ≤ (x + st) = 90%
Where X is the mean, S is the standard deviation and T is the value from the tables:
P(32.54 –(3.07 X 2.015) ≤ X ≤ (32.54 + (3.07 X 2.015) = 90%
P(26.35395) ≤ X ≤ (38.72605) = 90%
This confidence interval states that at 90% confidence interval the mean will range from 26.35 to 38.72 where they are the lower and upper bound respectively. This also means that we are 90% confident that the mean ranges from 26.35 to 38.72
95% confidence interval:
When we lookup 5% at two tail t test then the value is 0.726687, therefore our confidence interval will be as follows:
P(32.54 –(3.07 X 0.726687) ≤ (32.54 + (3.07 X 0.726687) = 95%
P(30.30907091) ≤ X ≤ (34.77093) = 95%
This confidence interval states that at 95% confidence interval the mean will range from 30.30 to 34.77 where they are the lower and upper bound respectively. This also means that we are 95% confident that the mean ranges from 30.30 to 34.77.
From the measure of confidence interval it is clear that when we consider a larger confidence interval then it is clear that the lower is the range of the interval as compared to when we use a lower confidence interval.
Linear regression:
We will perform the regression model on the employment level and the hourly wage rate, we will assume that the higher the level of employment then the higher is the wage rate, therefore we will assume that the wage rate dependent on the rate of employment, in this case therefore our dependent variable will be wage rate and the independent variable will be employment level:
After estimation our:
B = 0.0005673
α = 31.391809
Therefore our estimated model will take the following form below:
Y = 31.39 + 0.0005673 X
We can define this model as follows, if we hold all other factors constant and the level of employment is zero then the level of wage rate will be 31.39. if we hold all other factors constant and increase the level of employment by one unit then the wage rate level per hour will increase by 0.0005673 units.
For this reason therefore it is clear that our earlier stated objective has been achieved, this is in reference to the objective that an increase in employment will raise the wage rate level.
Correlation:
When we undertake the calculation of the Pearson correlation coefficient then our correlation after calculation is equal to 0.8366, from the figure of the coefficient it is clear that we have positive correlation between the two data, we also have a moderately strong relation and this is obtained by the fact that the correlation coefficient is close to 1, we therefore can conclude that there is a strong positive correlation between employment and wage rate per hour.
Summary:
From our statistical analysis that we have performed on the fashion and design industry it is clear that the industry provides employment to a large number of individuals in the United States, in our selected states which are 6 in number the industry employs over 12,000 individuals according to the 2006 statistics.
According to the bureau of labour in the United States the growth rate of this industry is expected to grow by 2016 where its employment rate will increase by 5%, when calculating using the percentage given then it is clear that by 2016 the employment level of the industry in our selected state will increase from 19,000.
When we perform a linear regression estimation of the data and consider that the wage rate is dependent on the employment level then it is clear that the employment level positively affect the wage rate, this is to say that the higher the employment level then the higher is the wage rate. Further we found a strong correlation coefficient between wage rate and employment.
Finally we conclude by saying that there is a need to use a larger sample size in order to get a clearer picture of the fashion and design industry, a large data sample will allow us to overcome biasness in statistical analysis, samples are expected to be a representative of the entire population, for this reason therefore there is need to select a larger sample size and compare the results.
References:
Burbidge (1993) Statistics: An Introduction to Quantitative Research,
McGraw Hill, New York
Kroenke (1997) Data Processing: Fundamental, Design and Implementation, Prentice Hall publishers, New York
United States bureau of statistics (2008) the fashion design industry, retrieved on 9th January
About the Author
Author is associated with SuperiorPapers.us which is a global Research Papers and Term Papers Writing Company. If you would like help in Research Papers and Term Paper Help you can visit Term Paper Help, Non-Plagiarized Essays and College Essays.
|
 McGraw-Edison 25 Kva Pole Mount Transformer. US $425.00
|
 MCGRAW EDISON 200 AMP 15 KV ARC STRANGLER US $75.00
|
 McGraw Edison B/W Controls Level Status Alarm Box relay US $145.00
|
 MCGRAW EDISON LEVEL CONTROLLER CONTACTOR RH-1 RH1 8311 US $60.00
|
 MCGRAW EDISON FL11H NSFP FL11H US $25.00
|
 ONAN MC GRAW-EDISON GENERATOR MODEL K1400 US $489.00
|
 MCGRAW EDISON FA1H-65 USPP FA1H65 US $136.27
|
 MCGRAW EDISON PIV USPP PIV US $25.00
|
 McGraw-Edison 925-1407 9251407 Pressure Transducer Gemco US $472.98
|
 MCGRAW EDISON 1989M16R12SEX12BX MICRO COMPUTER PROGRAMMABLE LIMIT SWITCH US $100.00
|
 MCGRAW EDISON AVS101M003 USPP AVS101M003 US $106.37
|
 NEW MCGRAW-EDISON FUSE INSERT FA3A 8.3 KV 65 AMP US $69.99
|
 McGraw-Edison B/W 1100DZ liquid level control relay new US $99.99
|
 12 ct Cooper Power Systems McGraw-Edison Fuselink Type:T US $80.00
|
 MCGRAW-EDISON FUSE LINK 200A FL 11T 200 R US $20.00
|
 McGraw-Edison Sure-Lites UNH-1-SRW Exit Sign US $12.95
|
 MCGRAW EDISON FL11T25R NSFP FL11T25R US $25.00
|
 MCGRAW EDISON FL11K50 NSFP FL11K50 US $25.00
|
 MCGRAW EDISON FL11K25 NSFP FL11K25 US $25.00
|
 MCGRAW EDISON 80 AMP 15.5KV FUSE CAT# FA4H80 TYPE NX US $50.00
|
 MCGRAW EDISON 100 AMP 13.5KV FUSE CAT# FA4H100 TYPE NX US $50.00
|
 MCGRAW EDISON 65 AMP 15.5KV FUSE CAT# FA4H65 TYPE NX US $50.00
|
 MCGRAW EDISON 40 AMP 15.5KV FUSE CAT# FA4A40 TYPE NX US $100.00
|
 McGRAW-EDISON SF6 38KV 38 KV VACUUM CIRCUIT BREAKER US $15,000.00
|
 McGRAW-EDISON 15.5 KV VWE AUTOMATIC RECLOSER 5211 US $3,500.00
|
 MCGRAW-EDISON FA1H100 100 AMPS FUSE US $95.00
|
 MCGRAW EDISON 12 AMP 15.5 KV FUSE CAT# FA4H12 TYPE NX US $175.00
|
 MCGRAW EDISON CA000040BZ NSFP CA000040BZ US $65.55
|
 NOS! MCGRAW-EDISON VARISTAR MOV ARRESTER TYPE AZL MCOV 7.65 US $47.95
|
 McGRAW EDISON 30C AMP 38 KV FUSE TYPE NX FA10H30 US $700.00
|
 OIL SWITCH MCGRAW EDISON #2040 15.5 KV 400 AMP US $750.00
|
 COOPER LIGHTING MCGRAW-EDISON 14" ARMS FOR ROUND POLES US $84.99
|
 MCGRAW EDISON 30 AMP 15.5 KV FUSE CAT# FA4H30 TYPE NX US $80.00
|
 MCGRAW EDISON 25 AMP 15.5 KV FUSE CAT# FA4H25 TYPE NX US $150.00
|
 MCGRAW EDISON 25 AMP 15.5 KV FUSE CAT# FA4A25 TYPE NX US $150.00
|
 MCGRAW EDISON GEMCO 1989-0-115-A-S TRIAC MODULE US $60.00
|
 Lot of 2 McGraw Edison Current Limiting Fuse FA4H80 15.5 KW 80 Amp NEW SURPLUS US $79.98
|
 MCGRAW EDISON FA1H-25 NSFP FA1H25 US $97.75
|
 McGraw-Edison NB2A6 High Voltage Porcelain Insulator US $99.99
|
 McGraw-Edison 925-1407 9251407 Pressure Transducer US $437.98
|
 McGraw-Edison NX SWITCH 200 AMP LOADBREAK 15.5 KV MAX US $149.00
|
 Cooper McGraw-Edison AZL19B15R Surge Arrestor, NEW US $45.00
|
 McGraw-Edison 1986-1501 Housing USED US $49.00
|
 MCGRAW EDISON T 100 A AMP FUSE LINKS FL3T100 100Amp US $12.50
|
 MCGRAW EDISON TYPE T 80 A AMP FUSE LINKS FL3T80 80Amp US $12.50
|
 McGRAW-EDISON MODEL 1418M00001 VINTAGE US $199.99
|
 MCGRAW EDISON RSK-827 OIL PUMP KIT 3" BORE MODEL "V" COMPRESSOR BEARING 44597 US $299.99
|
 McGraw Edison FA2A 6 NX Fuse US $50.00
|
 GEMCO MCGRAW EDISON 1988-S10X-FH USPP 1988S10XFH US $603.75
|
 MCGRAW EDISON FUSE CUT-OUT, TYPE: PIV "NEW" US $31.50
|
 MCGRAW EDISON NEW IN PLASTIC FL11K200R FUSE LINK (ES11) US $24.50
|
 McGRAW-EDISON FUSE LINK LOT 13 US $35.00
|
 MCGRAW EDISON GEMCO SD-2836-D INTERFACE MODULE US $35.00
|
 McGraw Edison Capacitor fuse 8.3kV CLC & NXC FA5J45 US $90.40
|
 McGraw - Edison 80 Amp FA4H80 Fuse (FUS1299) US $45.00
|
 Cooper/McGraw Edison FA4H100 100A Fuse US $299.00
|
 NEW! McGraw- Edison/Cooper Indoor Low/High Bay Lighting US $100.00
|
 McGraw Edison B/W Controls Type 2-LH Ser 8411 NEW US $119.99
|
| Powered by phpBay Pro |
Plasticchrome Plated Led
Plasticchrome Plated Led
|
No items matching your keywords were found.
Holder Chrome
Holder Chrome
|
 50pcs 5mm Chrome Metal LED Bezel Holder Panel Display US $7.80
|
 5 x 5mm Bezel LED Holder Chrome Metal - FREE SHIPPING US $.99
|
 Chrome Brass Wall Mount Kitchen Faucet with Soap holder US $19.99
|
 Vintage Kitchen Diner Napkin Holder Chrome & Black TidyNap US $9.99
|
 100 pcs 3mm Chrome Metal LED Bezel Holder Panel Display US $14.99
|
 100 pcs 5mm Chrome Metal LED Bezel Holder Panel Display US $14.99
|
 20 pcs 5mm Chrome Metal LED holder Panel Display US $3.99
|
 200 pcs 3mm Chrome Metal LED Bezel Holder Panel Display US $26.99
|
 200 pcs 5mm Chrome Metal LED Bezel Holder Panel Display US $26.99
|
 100 x 5mm Chrome Metal LED Holder Bezel Cases holders US $9.00
|
 100pcs 5mm Chrome plated LED Bezel Holder Panel Display US $11.99
|
 5mm Led Holder, Plastic and Chrome Plated 50pcs US $7.99
|
 50pcs of 10mm Led Holder Plastic and Chrome Plated US $3.99
|
 200pcs 5mm Chrome plated LED Bezel Holder Panel Display US $18.99
|
 250 x 5mm Plastic & Chrome Plated led holder PANEL F/S US $29.99
|
 5 x 3mm Chrome Metal LED Holders - Bezels Case Holder US $2.51
|
 13" CHROME MAGNET BAR TOOL HOLDER SNAP-ON MAGNETIC US $24.95
|
 100 pcs 3mm Chrome Metal LED Bezel Holder Panel Display US $14.99
|
 (2) ALUMINUM BLUEPRINT PLAN HOLDERS HANGING CLAMPS, CHROME KNOBS, 30" US $14.95
|
| Powered by phpBay Pro |