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Plant Products-Pull Box-Underground Vaults-Pull Boxes-OSP Pedestals- HDPE Boxes-Handhole-OSP Closures-Primary Cabinets-Above Grade Enclosures
American
Tech Supply, a registered CCR contracting
supply company
has teamed up with Alcoa, Highline Products, Carlon,
Commscope, and several other leading osp fiber
optic equipment manufacturers. Just click on any of the OSP fiber
optic enclosures below.ATS
carries several models of OSP enclosures from several manufacturers
including the CMPH is a versatile OSP closure designed for
both new provisioning installations as well as rehabilitation
of existing access points housed in metallic enclosures.
The CMPH’s superior structural strength, outstanding
environmental protection.
Pull boxes can be used next to the Control Buildings.
for extra cable training room.
Pull Boxes can stand alone and be used by themselves with conduit for pulling cables.These are just a few examples of Pull Boxes with different cut outs, hole sizes, and configurations.
Highline can manufacture custom Pull Box layouts with customers request.
Are used in the underground distribution of power and signals. They
provide access to the buried lines and allow an area for splicing and
pulling of cable or housing of in-line equipmen
PRODUCT FEATURES
Pull Boxes 
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10K and 20K load ratings available.
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Loading characteristics conform to the Western Underground Committee recommended guide WUC 3.6.
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Non-conductive.
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Constructed of fire-retardant materials.
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Cable entrances available or are easily cut in field.
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Skid resistant covers.
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Logo as required.
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Penta or hex head bolts.
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Other sizes available upon request.
Polymer
Materials: Ring & Cover
The pull/splice box ring and cover shall be constructed of polymer concrete consisting of sand and aggregate bound together with a polymer resin. Internal reinforcement may be provided by means of steel, fiberglass, or a combination of the two. The polymer concrete material is to have the following minimum allowable properties to be accepted for use:
| Ultraviolet Exposure: |
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Tested in accordance with ASTM G-53 using an U.V.A. 340 bulb. |
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| Flammability Test: |
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Tested in accordance with ASTM D-635. |
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| Accelerated Service: |
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Tested in accordance with Procedure E, ASTM D-756. |
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| Water Absorption: |
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Tested in accordance with Procedure E, ASTM D-570, Section 5,6,1, and 6.5. |
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| Impact Resistance: |
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72 foot-pounds in accordance with ASTM D-2444 using a “C” Tup. |
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| Compressive Strength: |
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11,000 psi tested in accordance with ASTM C-109 loaded at a rate between 28,000 lbs. to 41,000 lbs. per minute. |
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| Flexural Strength: |
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7,500 psi tested in accordance with ASTM D-790. |
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| Tensile Strength: |
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1,700 psi tested in accordance with ASTM C-496. |
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| Skid Resistance: |
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0.50 coefficient of friction in accordance with ASTM C-1028. |
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| Chemical Resistance: |
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Tested according to ASTM D-543, Section 7, Procedure 1 using the following chemicals:
| Sodium Chloride |
5% |
| Sulfuric Acid |
0.1N |
| Hydrochloric Acid |
0.2N |
| Sodium Sulfate |
0.1N |
| Sodium Carbonate |
0.1N |
| Sodium Hydroxide |
0.1N |
| Transformer Oil Per ASTM |
D-543 |
| Kerosene Per ASTM |
D-543 |
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Fiberglass |
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| Materials: |
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Base Thickness Tolerance ± 1/16” to 1/8” |
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| Flexural Strength |
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17,000 – 18,000 psi |
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| Flex Modulus |
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.59 – .65 psi x106 |
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| Tensile Strength |
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9,100 – 10,500 psi |
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| Impact Strength (notched Izod) |
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15 – 17 ft lbs/inch |
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| Glass Length |
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1” random orientation |
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| Glass Fiber Orientation |
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Non Random |
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| Resin Type |
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Non-Isophthalic |
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| Filler |
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Gypsum |
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| Water Absorption |
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≤ 1% |
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Design Load Requirements
The standard product line is designed and manufactured to perform under the following load rating designations:
10,400 # W.U.C. – 10,400 pound load applied over a 10” x 10” (100 square inch) area. This is in accordance with W.U.C. (Western Underground Committee recommended guide # 3.6 Non-Concrete Enclosures).
20,800 # W.U.C. – 20,800 pound load applied over a 10” x 10” (100 square inch) area. This is in accordance with most Department of Transportation specifications for products installed in their right-of-way behind the curb line.
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Product Test Procedures
The following test methods have been used in evaluating the physical and chemical properties of the hybrid fiberglass/polymer concrete product line. |
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| Impact Properties (Izod) |
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ASTM D 256 ASTM D 2444 |
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| Compressive Strength |
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ASTM C 109 |
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| Tensile Strength |
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ASTM C 190 |
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| Flexural Strength |
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ASTM C 293 |
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| Chemical Resistance |
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ASTM D 543 |
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| Simulated Sunlight |
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ASTM D 1501 |
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| Vicat Softening Temperature |
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ASTM D 1525 |
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| Water Absorption |
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ASTM D 570 |
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| Ultra Violet Resistance |
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ASTM G 53 |
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| Brittleness Temperature |
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ASTM D 746 |
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| Flammability |
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ASTM D 635 |
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| Static Coefficient of Friction |
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ASTM C 1028 |
Fiberglass Products
Compresson Molded- Spray Up Series- Transformer Pads
Fiberglass /Polymer Concrete
Pullboxes-Underground Vaults-Flat Pad- Barrel For Fiber Cable
Primary Cabinets
Single Phase Cabinets- Teo Phase Cabinet- Three Phase Cabinet
Pole Top Extensions
Plastic HDPE Boxes
Round Body- Rectangular Body
We’re
here to help you solve your business challenges and increase your ability to meet
your own customers’ growing expectations from their telecommunications service
providers.
