DIVISION 2: SITE CONSTRUCTION

PIPINGS – STORM DRAIN

by:

HP Storm

An addition to our proven line of pipe products, HP Storm

is a high-performance polypropylene pipe for gravity-flow storm

drainage applications. HP Storm is the perfect choice when

premium joint performance and/or greater pipe stiffness is required.

HP Storm couples advanced polypropylene resin technology with a

proven, dual-wall profile design for superior performance and

durability. The smooth interior wall offers additional strength as well as superior flow.

This innovative product meets or exceeds typical standards for pipe stiffness and joint integrity and

meets ASTM F2736, ASTM F2881 and AASHTO M330 for the respective diameters.

Minimum Cover in Traffic Applications

Pipe diameters from 12- through 48-inch (300-1200 mm) installed in traffic areas (AASHTO H-25 or HS-

25 loads) must have at least one foot (0.3m) of cover over the pipe crown, while 60-inch (1500 mm) pipes

must have at least 24 inches (0.6m) of cover. The backfill envelope must be constructed in accordance with

the Installation section (Section 5) of the Drainage Handbook and the requirements of ASTM D2321. The

backfill envelope must be of the type and compaction listed in Appendix A-5, Table A-5-2 of the Drainage

Handbook. In Table 1 below, this condition is represented by a Class III material compacted to 90%

standard Proctor density, although other material can provide similar strength at slightly lower levels of

compaction. Structural backfill material should extend to the crown of the pipe; the remaining cover should

be appropriate for the installation and as specified by the design engineer. If settlement or rutting is a

concern, it may be appropriate to extend the structural backfill to grade. Where pavement is involved, sub-

base material can be considered in the minimum burial depth. While rigid pavements can be included in

the minimum cover, the thickness of flexible pavements should not be included in the minimum cover.

Additional information that may affect the cover requirements is included in the Installation section (Section

5) of the Drainage Handbook. Some examples of what may need to be considered are temporary heavy

equipment, construction loading , paving equipment and similar loads that are less than the design load, the

potential of pipe flotation, and the type of surface treatment which will be installed over the pipe zone.

Maximum Cover

Wall thrust generally governs the maximum cover a pipe can withstand and conservative maximum cover

heights will result when using the information presented in the Structures section (Section 2) of the

Drainage Handbook. Table 2 below shows the material properties consistent with the expected

performance characteristics for HP Storm materials for a 50-year design life.

The maximum burial depth is highly influenced by the type of backfill and level of compaction around the

pipe. General maximum cover limits for ADS HP Storm use in storm drainage applications are shown in

Tables 3 and 4 for a variety of backfill conditions. Please note Table 3 is based on the installation of HP

Storm under pavement using a uniform backfill type and compaction level, as depicted in Figure 1; fill

heights in Table 4 are based on the installation of HP Storm outside of pavement using differing backfill

materials in the backfill zone, as depicted in Figure 2.

Table 3 was developed assuming pipe is installed in accordance with ASTM D2321 and the Installation

section (Section 5) of the Drainage Handbook. Additionally, the calculations assume a hydrostatic load

around the pipe and extending 12 inches above the crown of the pipe, incorporate the maximum safety

factors represented in structures section of the Drainage Handbook, use material properties consistent with

the expected performance characteristics for HP Storm materials as shown in Table 4 below, and assume

the native (in-situ) soil is of adequate strength and is suitable for installation. For applications requiring fill

heights greater than those shown in Table 4, contact an ADS Engineer.

It should be noted that while an installation condition as depicted in Figure 3 can be modeled in

structural evaluations, there are constructability and practical installation considerations that should

be taken into account when a designer is determining the best backfill plan for a project.

1. Changing material types at the springline of the pipe requires accounting for the different soil

confining strengths of the two materials. This variation in soil strengths can result in a reduced

cover height when compared to an installation where a single material type is used for the

entire pipe embedment. This reduction can be seen in Tables 3 and 4 below. Where materials

of differing strengths are used in the pipe embedment, susceptibility to pipe deflection can

increase if the materials are not properly placed and compacted.

2. The fill heights shown in Table 4 are based upon a minimum compaction density of 85% being

achieved for the native material above the pipe springline. When considering moisture content

and compaction effort, adequate compaction of Class 3 and 4 materials can be more difficult

to achieve compared to the effort of a Class 1 material used in the haunch zone of the pipe.

3. When materials of different gradation are placed adjacent to each other, filter fabric separation or properly graded material, under the guidance of a geotechnical engineer, is recommended in order to prevent the migration of fines into the open-graded material.

These considerations are not intended to explicitly allow or discourage the use of native

materials above the pipe springline, but simply to state that such embedment can be successful

when implemented correctly. While ADS supports that the product can perform well within

these installation parameters, overall successful execution is dependent not only on the product,

but on coordination, input and agreement between the owner, engineer and contractor, based on

each party’s needs.

DIVISION 3: CONCRETE

WALL PANELS

Acrovyn Wall Panels: CHAMELEON

SIMULATED METAL WALL PANELS

For the look of real metal with the superior

performance qualities of Acrovyn.

Available with beveled or square edges.

Installation

Starting Procedure

If The Installation Is Full Height, Establish A Plumb Line At The Edge Of The First Panel. This

Will Serve As A Starting Point For Material To Be Installed On That Wall And Ensure That All

Remaining Panels Will Be Plumb. A Plumb Line Should Be Established At The Beginning Of

Each New Run Of Material.

If The Wall Panel Is To Be Installed At Wainscot Height, Determine What The Finished Height

Is To Be And Establish A Level Line The Entire Length Of The Run. Install All Wall Paneling

By Aligning The Top Edge With This Line. Establish A Level Line At The Beginning Of Each

New Run Of Material.

If Ledge Trim Is Required It Should Be Installed Prior To Panel Installation. Ledge Trims

Should Be Fastened By Small Drywall Screws (By Others) And Securely Fastened To Studding

16" [406.4mm] O.C.

Determining Where The First Plumb Line Is Located Will Be The Responsibility Of The

Installer. Project Drawings, If Available, Should Be Reviewed In Case Joint Locations Have

Already Been Predetermined.

It Is Suggested That The Center Of The Wall Be The Starting Point For Panel Installation.

Panels Can Be Installed From The Center; Working Outward Providing For End Panels That

Are Of An Equal Dimension.

At The End Of A Run, Cut End Panel(S) To Size And Make Necessary Cutouts. Dry Fit The

Panels Prior To Applying The Adhesive. Place The Panel Face Down On A Worktable, While

Protecting The Finished Surface, And Wipe The Back With A Clean Damp Cloth To Remove

Any Dust And Dirt.

Apply A 1/4" Bead Of Construction Adhesive To The Panel. Apply The Adhesive On 18"

[457.2mm] To 20" [508mm] Centers And Around The Entire Perimeter Maintaining Maximum

1” [25.4mm] Space From The Edge. One 28-Oz Tube Will Cover 80 Ft2 [7.4m2] Of Panels The

Bead Size Should Be Increased On Uneven Substrates To Insure Adhesion.

Panel Installation

Align The Panel With The Level Or Plumb Line Established Earlier. Once Positioned Install

The Panel To Substrate By Pushing It Against The Wall With Even Pressure, Ensuring Full

Adhesive Transfer.

Immediately Remove Any Adhesive From The Panel That May Have Accidentally Gotten On

The Acrovyn Using Isopropyl Alcohol, Mineral Spirits Or Diluted Acetone. Trim Screws Or

Finishing Nails Must Be Used To Secure The Panel In Place Until The Adhesive Cures.

Placements Of Trim Screws Or Finishing Nails Must Be Concealed With Cove Base, Wainscot

Molding Or Filled With Color Match Caulk.

Trim Installation

If Ledge Trim Is Required Please Refer To The Section Entitled Installation Starting Procedure.

For Multi-Panel Runs, Install Applicable Vertical Joint, Edge Trim And Inside And Outside

Corner Pieces. If Color Matched Caulk Is Used At Vertical Joints, Allow A Minimum 1/16"

Space Between Panels. Notch The Back Of Wainscot Moldings Where It Intersects Vertical Or

Edge Trim. Apply A Small Bead Of Silicone Adhesive To The Inside Of The Wainscot Trim

And Snap Over The Top Of The Previously Installed Panels.

DIVISION 4: MASONRY

LIME MASONRY

MORTASEAL Mason's Lime

Description

MORTASEAL® Mason’s Lime is a fine-grind, white, high-purity dolomitic lime, fully

hydrated for immediate use. When properly combined with Portland cement and sand, it creates

a lime mortar having superior performance and ageless durability.

MORTASEAL® Mason’s Lime complies with ASTM C207, Type S. This product is available

in durable 3- ply, weather-resistant and poly-lined 50-lb. bags.

Uses

Recommended for all Type M, S, N and 0 cement- lime mortar (ASTM C270) applications in

interior and exterior masonry walls.

Advantages

High Plasticity

MORTASEAL® Mason's Lime develops exceptional plasticity and workability immediately

upon mixing with water by machine or hand. Carries more sand than most masonry cements or

mortar cements for better yield without sacrificing workability.

Excellent Water Retentivity

Increases workability and bonding characteristics, reduces segregation of materials, requires less

retempering of mortar during use. MORTASEAL® Mason’s Lime mortar resists suction, even

from dry masonry, leaves ample time to strike joints.

Balanced Strength

Permits optimum balance between workability and bond strength; provides adequate

compressive and tensile strength to accommodate structural move- ment, plus flexibility to

absorb normal stresses from winds and vibration.

Weather Resistance

Offers tight, uniform bond to resist water penetration, helps prevent efflorescence, leaky walls

and frost damage. Self-healing properties of MORTASEAL® Mason’s Lime repair fine cracks

for many years after construction.

Lower Costs

Easily mixed, makes a richer mortar that carries more sand, works easier, and can save on

cementitious material cost. Masonry units lay up faster with less waste and “shake-up” time for

greater on-site production.

Materials

a. Portland Cement—Conforming to ASTM C15O, Type I.

b. Hydrated Lime—MORTASEAL® Mason’s Lime, conforming to ASTM C207, Type S. c.

Aggregate—Sand conforming to ASTM C144.

d. Water-Clean and free of deleterious amounts of acids, alkalies and organic materials.

Mixes

a. Type M Mortar, shall be mixed in proportion of one bag Portland Cement, one-quarter bag

MORTASEAL® Mason’s Lime, to not more than 3 3/4 cu. ft. sand (1: 1/4 : 3 3/4). b. Type S

Mortar shall be mixed in proportion of one bag Portland Cement, one-half bag MORTASEAL®

Mason’s Lime, to not more than 4 1/2 cu. ft. sand (1: 1/2 : 4 1/2). c. Type N Mortar shall be

mixed in proportion of one bag Portland Cement, one bag MORTASEAL® Mason’s Lime, to

not more than 6 cu. ft. sand (1: 1: 6). d. Type 0 Mortar shall be mixed in proportion of one bag

Portland Cement, 2 bags MORTASEAL® Mason’s Lime, to not more than 9 cu. ft. sand (1: 2 :

9)

Execution

Proportion ingredients accurately and mix for at least 5 minutes in mechanical batch mixer with

enough water to produce a workable consistency.

Mortar Application

Lay mortar in a uniform bed and completely fill joints between masonry units.

DIVISION 5: METAL

METAL DECKING

ROOF DECK - 1.0RD, 1.0RDV Deck

Type 1.0RD provides an economical option when support spacing is small. Where rigid roofing

insulation is used with 1.0RD deck, a minimum 1” thickness is required.

Available with nested side laps only.

Available as a vented deck, type 1.0RDV is manufactured with slot vents in the bottom flutes. The

openings equal 0.5% of total surface. Type 1.0RDV is to be specified when venting is required for

cementitious insulation fill.

1.0RD deck can also be used as wall siding.

DIVISION 6: WOOD & PLASTIC

Plytanium® plywood sheathing provides outstanding performance

Applications

Weather protected roof and wall applications

Sizes

4’ x 8’ panels are available in 3/8, 15/32, 19/32 and 23/32 category thicknesses durability

Manufactured for reduced edge swell and less telegraphing

Stiff and strong

DIVISION 7: THERMAL & NOISTURE PROTECTION

ASPHALT SHINGLES

Asphalt roofing shingles are the most common roofing material used by homeowners in North America

today. At IKO Industries Ltd. we have been manufacturing asphalt roofing shingles since the 1950’s and

our 3,000 employees worldwide deliver various roofing and waterproofing materials for residential homes

as well as commercial buildings.

DIVISION 8: DOORS & WINDOWS

WOODEN DOOR

2014 OPPEIN Classic White Simple Wooden Door

Home Furniture-wooden Door-Interior Door

Model NO.: MSJD43

Surface Finishing: White matte lacquer

Special Function: Security

Product Material: MDF or Plywood

Position: Available in living room or

entrance room or bedroom etc.

Open Style: Swing

Wooden Door Feature:

This door is classic style, unique corner

flowers, full of art, suit to match fashion

furnish including new chinese style, simple

euro style etc

DIVISION 9: FINISHES

GOLD BOND GAUGING PLASTER

Description

Gold Bond® BRAND Gauging Plaster, quick set or slow set type, is designed for use with finish lime. It

is specially ground, calcined gypsum, which readily mixes with water and lime putty. Proper

proportioning is essential, since gauging adds strength and hardness to the finish surface by reinforcing

the plastic non-setting lime against shrinkage and cracking. A finish coat of gypsum gauging plaster and

finish lime, job mixed 2 parts hydrated lime to 1 part plaster by weight, is designed primarily for interior

smooth trowel application over a gypsum plaster basecoat. Smooth finish plasters should be applied at a

thickness of not more than 1/16". Texture finishes should be applied at a thickness of not more than 1/8".

Complies with ASTM Designation C 28.

Applications

Gauging Plaster is designed for use with finish lime. It is specially ground, calcined gypsum, which

readily mixes with water and lime putty. A finish coat of gypsum gauging plaster and finish lime is

designed primarily for interior smooth trowel application over a gypsum plaster basecoat.

Bag Weight

Quick Set - 50 lbs. (22.5 kg)

Slow Set - 50 lbs. (22.5 kg)

DIVISION 10: SPECIALTIES

FIRE EXTINGGUISHERS

HAND HELD EXTINGUISHERS

Our goal is to provide our customers with quality fire extinguishers at a great value. In pursuit of this, we

manufacture all our products in the U.S.A. We mill and blend our own dry chemical agents, machine the

component parts, assemble and then test our units to the highest quality standards.

FEATURES

- Manufactured to meet UL’s rigorous standards for commercial hazard protection and backed by our

manufacturer’s warranty.

- Rechargeable.

- Anodized metal & brass valve assemblies for superior strength and corrosion resistance.

- Industrial grade steel & aluminum cylinders with polyester powder coating designed to withstand harsh

environments & rough usage.

- Metal pull pins, vehicle brackets and wall hooks for extended unit service life

- Color-coded gauges show operating status at-a-glance..

- Extinguishers have model and serial number bar coding for easy and accurate maintenance history.

DIVISION 11: EQUIPMENTS

REFRIGIRATOR

GE Profile™ Series 23.3 Cu. Ft. Counter-Depth Side-by-Side Refrigerator

WEIGHTS & DIMENSIONS

Approximate Shipping Weight - 360 lb

Overall Height - 69 1/4 in

Height to Top of Case - 68 3/4 in

Overall Width - 35 3/4 in

Back Air Clearances - 2 in

Side Air Clearances - 0 1/8 in

POWER / RATINGS

Volts/Hertz/Amps - 120v;

60Hz; 15A

DIVISION 12: FURNISHINGS

BLINDS

SOMNER®

Features & Benefits

UV protection

SUNSCREEN FOR YOUR VALUABLES

Protect your furniture, flooring and artwork from fading with at least 75% protection from harmful UV

rays.

Absorb Sound

REDUCE OUTSIDE NOISE

Softex™ is a texturing process used on some of our Somner louvers that helps reduce noise levels. The

degree of sound control will depend on the fabric you choose, so if this is an important feature to you, be

sure to discuss it with your sales expert.

DIVISION 13: SPECIAL CONSTRUCTION

SPRINGKLER SYSTEM

Pre-action fire sprinkler systems employ the basic concept of a dry pipe system in that water is not

normally contained within the pipes. The difference, however, is that water is held from piping by an

electrically operated valve, known as a pre-action valve. Valve operation is controlled by independent

flame, heat, or smoke detection.

Two separate events must happen to initiate sprinkler discharge. First, the detection system must identify

a developing fire and then open the pre-action valve. This allows water to flow into system piping, which

effectively creates a wet pipe sprinkler system. Second, individual sprinkler heads must release to permit

water flow onto the fire.

In some instances, the pre-action system may be set up with a double interlock in which pressurized air or

nitrogen is added to system piping. The purpose of this feature is two-fold: first to monitor piping for

leaks and second to hold water from system piping in the event of inadvertent detector operation. The

most common application for this system type is in freezer warehouses.

DIVISION 14: CONVEYING SYSTEM

ELEVATORS

Machine-Roomless Elevators

This revolutionary elevator system is based on the first major breakthrough in

lifting technology in nearly 100 years. Designed for buildings between two

and 30 stories, this system employs a smaller sheave than conventional geared

and gearless elevators. The reduced sheave size, together with a redesigned

machine, allows the machine to be mounted within the hoistway itself—

eliminating the need for a bulky machine room on the roof.

Just as unique are the flat polyurethane-coated steel belts, an Otis invention

for the Gen2™ elevator system, that replace the heavy, woven steel cables

that have been the industry standard since the 1800s. The belts make the

smaller sheave possible. They are only 0.1 inch (3 mm) thick, yet they are as

strong as woven steel cables and far more durable, flexible and space-saving.

Machine-roomless elevators are ideal for a variety of applications—and the

most unusual, such as the Christ the Redeemer monument in Rio de Janeiro.

DIVISION 15: MECHANICAL

BOILERS

Heavy Commercial Steam

Helo Heavy Commercial Steam by Amerec

AI boilers are the steam generators of choice for large commercial steam rooms and

can help you create an inviting, relaxing environment that adds real value and

generates positive word of mouth and returns for your business. The AI Series is

specially designed for easy on-site maintenance and hands-off, automated operation.

From their corrosion-resistant exteriors to their multiple safety features, AI boilers

provide a welcome, genuine steam bath experience at less cost and with less hassle.

BUILT TO LAST

AI boilers feature all-steel construction with powder coat exterior, brass fittings, and

stainless steel feet to prevent corrosion. Designed to minimize downtime, AI boilers

are easy to access and service, with integrated diagnostic systems using LED indicator lights to alert you

to any problems.

IT1/IT2 CONTROLS

IT thermostats (1 for one room installations, 2 for two room installations) are boiler-mounted time and

temperature controls designed to be easy-to-understand and use. A separate thermostat is require for each

steam room.

ADI CoolFlush™

A drain and flush system that automatically performs recommended daily draining and flushing of the

boiler tank to reduce build-up of solids such as scale and sludge. Uses a computer controlled drain cycle

to add and drain water in steps, rinsing the tank and draining water at or below 140º F. Available with

optional Digital Run Clock.

Powerful dependable steam boiler for large commercial spaces

One or two room operation, each controlled individually by low voltage on/off switches for

maximum ease of use

Low service and maintenance requirements, saving time and other costs

ASME H-stamped Low-Pressure Vessel, National Board Registered

UL Listed

UPGRADE YOUR BOILER W/ T100 TOUCH SCREEN CONTROL

T100 TOUCH CONTROL FEATURES:

Touch screen operation for easy control of temperature and time settings

Large screen displays steam bath temperature and time of day

Displays temperature in Fahrenheit or Celsius

Sleep mode with integral sensor to activate screen when approached

Delayed start feature to pre-heat steam room at selected time up to 24 hours in advance

Multiple language settings include English and Spanish

Remote mounted sensor allows the Touch control to be mounted inside or outside the steam

shower or steam room

Flush-mount, low-profile installation

Installed dimensions 6-3/8"H x 4"W

DIVISION 16: ELECTRICAL

ROOF VENTILATIONS

Roof Vent - Aura™ Ventilator

A Roof Vent That Exhausts Air Like a Turbine, With No Moving Parts, Using Wind, a

Renewable Energy Source

Effectively draws out air from the attic without moving parts

Vent comes with a square base for easy roof installation

Remove the square base so the Aura Vent can be retro-

fitted onto turbine bases and vent pipes

Lower energy costs during winter & summer

Tested for Texas Insurance, at wind speeds exceeding

200 mph