Dragonfly Exterior Parts

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Protection Plate
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Fiber optic splice closure is the equipment used to offer room for fusion splicing optical fibers. It also provides protection for fused fiber joint point and fiber cables. There are mainly two types of closures: vertical type and horizontal type. A large variety of fiber splice closures are designed for different applications, such as aerial, duct fiber cables and direct burial. Generally speaking, they are usually used in outdoor environment, even underwater.

:: Fiber Optic Splice Closure Types

For outside plant splice closure, there are two major types: horizontal type and vertical type.

1) Horizontal type

Horizontal type splice closures look like flat or cylindrical case. They provide space and protection for optical cable splicing and joint. They can be mounted aerial, buried, or for underground applications. Horizontal types are used more often than vertical type (dome type) closures.

Most horizontal fiber closure can accommodate hundreds of fiber connections. They are designed to be waterproof and dust proof. They can be used in temperature ranging from -40°C to 85°C and can accommodate up to 106 kpa pressure. The cases are usually made of high tensile construction plastic.

2) Vertical Type

Vertical type of fiber optic splice closures looks like a dome, thus they are also called dome types. They meet the same specification as the horizontal types. They are designed for buried applications.

:: Applications

Splice closures provide room for splicing outdoor fiber cables together. Fiber splice trays are needed too. They provide the perfect protection for outside plant fiber cable joints.

Fiber splice closures accept both ribbon and round fiber cables. Each type (ribbon or round cable) fits respective requirement of different fiber splicing counts. They are widely used in optic telecommunication systems.

:: Fiber Optic Splice Closure Installation Steps

Here I will outline the main steps involved in fiber closure installation.

1. Components in the closure

Fiber optic splice closure kit usually includes: end plate, splice tray organizer, fiber splice tray, cover, cable grommets, grommet retainer, mounting bracket and misc. hardware.

2. Fiber Cable Sheath Preparation

2.1 Expose the rip cord. This step involves marking the location with a tape marker, ring-cutting the outer jacket with a sharp knife, removing the corrugated armor if applicable, and shaving off the outer jacket to expose the rip cord.

2.2 Remove the outer sheath. This step involves making a longitudinal slit down the outer sheath, peeling off the outer jacket and corrugated metal, and cutting the rip cord flush with the end of the corrugated metal.

2.3 Remove the inner jacket. This step involves using the rip cord under the inner jacket to slit it, cutting aramid yarns, cutting central strength member, and cleaning the filling compound.

3. Bonding and Grounding Hardware Installation

Bond clamp installation. This step involves sliding the cable clamp over sheath, sliding the bond shoe under the corrugated metal, placing the bond plate over the bond shoe and securing the sheath grip.

4. Assembly of Cables to Closure

The preferable location for the two main cables is in the lower end plate port. If a third or fourth cable is required, it is easier to install it in the upper end plate port as a branch cable. This fiber optic splice closure is designed for two cables in each of its two ports. If only one cable will be installed in a port, the provided rubber grommet plug is used to substitute for the second cable.

4.1 Install Cables to End Plate. This step involves unscrewing knob and removing grommet retainer, positioning the end plate assembly, attaching the sheath grip to dielectric cables, sliding cables and sheath grip through, and securing sheath grip to backbone.

4.2 Grommet Installation and External Grounding. This step involves applying B-sealant, pushing the grommets into the end plate port, and applying more B-Sealant.

4.3 Fiber Unit Preparation and Distribution Organizer Installation. This step involves removing more loose tubes, separating each cable's loose tube into two groups, positioning the distribution organizer, securing the loose tubes to the distribution organizer, and securing the loose tubes.

4.4 Splice Tray Installation. This step involves placing the splice tray, fastening the end of the splice tray to the organizer, and installing cables, grommets and external ground.

4.5 Optical Fiber Splicing. This step involves splicing holder placing, fiber splicing and fastening the splice holder lid.

5. Fiber Optic Splice Closure Cover Installation

6. Closure Mounting

7. Reentry

This is just a brief introduction. The following link has very detailed instruction including pictures and illustration. Click here: Fiber Optic Splice Closure and Fiber Splice Closure Installation Instruction. Colin Yao is an expert on fiber optic communication technologies and products. Got to Fiber Optics For Sale Co.'s web site for more fiber optic tutorials and trainings.

Flat Iron Protection 101

What do you use to protect your hair from a flat iron that goes up to 400 plus degrees? Flat iron protection is essential when you apply temperatures that high on your hair; and most flat irons easily reach up to 400 degrees.

Heat protection starts with the type of flat iron you purchase for your hair. Ceramic plate flat irons are the Rolls Royce of flat irons. They create a bone straight, smooth, silky look and feel to the hair. That’s because Ceramic plate flat irons apply an even heat pattern which provides a more uniform finish. Ceramic plate flat irons also move through the hair more smoothly so you will experience no snagging or sticking to the hair shaft. With these benefits alone Ceramic plate flat irons have the more traditional gold-plated irons beat hands down.

Regardless of whether your flat iron is ceramic, metal, ionic, or thermal, they all can be used incorrectly, doing damage to your hair over a period in time. And while we all know no one wants that, damage is still one of the biggest complaints of flat irons.

So we’re going to give you some essential tips for using a flat iron to avoid damage and to achieve luxuriously straight and smooth hair.

Flat iron protection starts with the purchase of your flat iron. Make sure it has a temperature gauge setting on it. Rule # 1: not everyone’s hair can stand the same amount of heat, and you will cause dryness as well as breakage in the long run if you don’t get an adjustable setting with your ceramic flat iron.

Be sure to apply a heat protectant to your hair. A pure silicone like Simply Stylin’ Silk or Simply Stylin’ Light Silk Spray will protect the hair shaft with a silk coating that will not allow heat to penetrate and damage the hair. One of the really great benefits of the Simply Stylin’ products is that you can put them in your hair while wet and then reapply while dry for extra protection; and they are so light that they still will not weigh your hair down!

For maximum flat iron protection, section your hair off in four parts so you have more control over your hair. Start with one section at a time and make smaller sections within each section. Spray Simply Stylin’ Light Silk Spray on the smaller sections you are going to flat iron, going from close to the root to the ends of the hair (avoid getting it on your scalp.) Continue the process until you complete all four sections.

Run your flat iron down each section of your hair smoothly, and avoid overlapping. Flat iron each section of your hair once or, if you must, no more the twice. That’s because overuse of your flat iron on your hair can make your hair very dry and brittle, leading to breakage over a period of time. When you’re done flat ironing your hair, style as usual.

About the Author

Donn Monroe has been an expert developer of new hair products for many years, having worked for several Fortune 500 companies. He is on a mission to deliver the most effective hair styling products and tips available. And he has helped 1000’s of women with his hair styling products and advice. For samples of Simply Stylin’ products and more hair care tips, go to www.simplystylinhair.com.

Paladin leveling from 42-70 Protection Help!!?

hello i was around the 30s when i heard a WOTlk was coming out so before the expansion i want to ding lvl 70

Details

A lvl 42 Protection spec paladin
A Causal player
WILL NOT CHANGE SPEC
Speced for Prot AoE
Riding on 350g
All in 40 green plate (some blues)
(ignore the sheild i was wearing that for looks i really have the sheild from SM)
http://www.wowarmory.com/character-sheet.xml?r=Darrowmere&n=Fordun (armory link)

Goals

Ding Lvl 70
Getting geared for heriocs
Epic flying

i need advice plz help me

PS:the reason why i dident put this on WOW forums
is i need to update my subcription to wow

Hmm. since you don't want to re-spec, I'd work toward getting the following talents (not in this order):

Protection:

Toughness - 2 more ranks
Anticipation - 2 ranks
One Handed Specialization - 3 more ranks
Ardent Defender - all 5 ranks
Combat Expertise - all 5 ranks
Avengers Shield -1 rank

Holy:

Divine Intellect - all 5 ranks
Improved Seal of Righteousness - all 5 ranks

As for your gear, I'd look to upgrade your legs and hands first. Maybe get Golem Shard Leggings and Cragfists if possible. Leveling to 70 shouldn't be hard at all. Just quest, quest, quest. Same with epic mount. You can make the money for that quite quickly by farming when you get bored of questing.

Share the Road Bicycle Law
Governor Pat Quinn signed a law giving bicyclists more protection on Illinois roads. He says the "Share the Road" law makes it illegal for drivers to crowd bikers.

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