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Facility Improvements Boron LRR

Boron, CA

Product Data

Work Release ANM-1631

October 4, 2018

PARSONS T4

Northwest Mountain Region 19717 62nd Ave, Suite F106

Kent, Washington 98032

8/28/2018 Vertical Lift Gates - Security Gate Systems by Tymetal https://www.tymetal.com/industrial-commercial/vertical-lift-gate/ 1/4

888-978-GATE (4283) Search

VERTICAL LIFT GATE

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VERTICAL LIFT GATE

Clear Openings up to 60'

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The Fortress Vertical Lift Gate has been produced by Tymetal Corp. for over 25 years and is in constant use throughout North America. As leading designers and vertical lift gate manufacturers, we’re your single, convenient source for durable and dependable perimeter security solutions.

Whether you’re an architect, facility owner, engineer or fence contractor, we’re fully equipped to deliver aluminum vertical lift gates that provide the perfect fit.

ADVANTAGES OF VERTICAL LIFT GATES

While Vertical Lift Gates can be used in any setting, they are especially valuable on sites where there is insufficient space outside of the gate opening for a swing or slide gate to retract without hitting an obstacle. The Tymetal Vertical Lift Gate is designed as a complete system to operate flawlessly: the heavy W12x53 superstructure, a solidly engineered #60 chain drive mechanism, complete with counter weights, engineered footings (including rebar cages and anchor bolts) assure a smooth and precise up-and-down movement. To minimize stress, steel counterweights running inside the vertical support columns are fabricated to balance the weight of the gate, reducing the power demand on the motor. The gate panel hangs on four truck assemblies, each with four sealed and permanently lubricated roller bearings, traveling inside smooth aluminum track. A continuous loop drive system, directly connected to the counterweight in each support column, assures precision operation.

VERTICAL LIFT GATE OPTIONS

The Vertical Lift Gate is available in a wide range of openings. Ideal for any setting with space constraints, it is also suited for high-security applications like detention facilities and heavy-use sites such as airports, ports, transportation terminals and delivery docks.

As experienced vertical lift gate manufacturers, we specialize in offering a variety of solutions suitable for virtually any application or environment. Click here to view specs and drawings or get in touch to talk about designing custom vertical lift gates for your specific project.

CONTACT TYMETAL ABOUT ALUMINUM VERTICAL LIFT GATES

Whether you need a security solution for a transportation hub, commercial or industrial complex, military base or any other location that requires a vertical lift gate, we offer the service, selection and value you desire. Learn more about our secure, robust and reliable custom vertical lift gates today.

When it comes to engineered solutions to closing openings, Tymetal Corp. leads the way!

Industrial/Commercial Security Gates

Cantilever Gates Double Clear Openings up to 120' http://www.tymetal.com/contact-us/ http://www.tymetal.com/industrial-commercial/ https://www.tymetal.com/industrial-commercial/cantilever-gates/ https://www.tymetal.com/industrial-commercial/vertical-lift-gate/ 3/4

Gate/Operator Systems

Huge Gates Double Clear Openings up to 500'

Overhead Gates Clear Openings up to 40'

Pedestrian Swing Gates Clear Openings up to 6'

Pedestrian Portals

Heavy Duty Swing Gate Double Clear Openings up to 48 feet

Vertical Lift Gate Clear Openings up to 60'

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Sikalastic® RoofPro SYSTEMS

REINFORCED LIQUID-APPLIED ROOFING

AND WATERPROOFING SOLUTIONS

ADVANCED TECHNOLOGY SEAMLESS

ROOFING AND WATERPROOFING

Sikalastic® RoofPro Systems

Sikalastic RoofPro SYSTEMS WITH MTC Sikalastic RoofPro systems with MTC (Moisture-Triggered Chemistry) incorporate a unique technology that allows the material to use atmospheric moisture to trigger the curing process.

This means the waterproofing membranes are capable of curing in a wide range of conditions including extreme temperature ranges and humidity variations.

Moisture-triggered chemistry provides Sikalastic RoofPro systems with increased tolerance to substrate and incidental moisture at time of application.

Sikalastic RoofPro systems are waterproof shortly after application, providing protection against sudden rainstorms and adverse weather conditions.

Due to its unique moisture-triggered chemistry, Sikalastic RoofPro systems offer installation advantages that other liquid-applied systems cannot match:

• Unlike typical polyurethane systems, Sikalastic RoofPro systems do not release CO2 during the curing process, which can cause outgassing and bubbling.

• Unlike typical polymethyl methacrylate and other multi-component systems, Sikalastic RoofPro systems are more applicator-friendly in temperature extremes, particularly hot weather.

SINGLE COMPONENT TECHNOLOGY

Sikalastic RoofPro membranes are single-component resins, which eliminates the labor costs, inconvenience and potential error involved in mixing multiple components. Single-component technology eliminates incomplete curing and variations in membrane performance that can occur if proper mixing ratios of multiple components are not maintained.

In addition, working time is greatly extended, minimizing material waste due to cured, but not applied, material.

REFLECTIVE, FIRE-RATED, WIND-RATED, AND

ALKALINE-RESISTANT

Sikalastic RoofPro systems are available with Energy Star reflectivity, ASTM E-108 Class A fire resistance, wind uplift ratings to 1-990, and alkalinity resistance incorporated into the waterproofing membrane. An additional surfacing is not required to achieve these performance requirements.

SIKA – A HISTORY OF INNOVATION

The history of Sika began in 1910 when the Gotthard rail tunnel running though the Swiss Alps was to be electrified and needed a secure waterproofing system. A completely new solution for chemically waterproofing cement mortars and concrete was developed to address this need, and so the company and brand of Sika was founded. Today Sika is the global technology and market leader in specialty chemicals for construction and industry, providing complete systems and problem solutions worldwide.

Sika continues to pioneer innovative solutions to today’s construction requirements through its twelve Research & Development facilities located worldwide. Product development is typically initiated in Sika’s corporate R & D laboratories, and then further developed locally to meet climatic, regulatory, and industry demands. Sika is truly a global company with a local focus.

The Sikalastic RoofPro family of polyurethane-based roofing and waterproofing membrane systems has a 25 year track record of successful applications worldwide. These systems combine a uniquely-formulated liquid resin with a high-strength fiberglass or polyester-based fabric reinforcement to form a tough, resilient membrane that conforms and bonds tightly to the substrate surface.

Sikalastic RoofPro moisture-triggered liquid resins, primers, and reinforcements represent the innovative, intelligent product design that is fundamental to Sika.

• Unlike typical hot-applied rubberized systems, Sikalastic RoofPro systems do not require a separate UV-resistant protection layer, and do not utilize separate sheet rubber flashing materials.

REFURBISHMENT

Sikalastic RoofPro Systems

KEY SYSTEM BENEFITS

Sikalastic RoofPro systems utilize liquid-applied technology to eliminate traditional roofing and waterproofing weaknesses and enhance system performance:

• Seamless application eliminates lap seams - a primary cause of system failure.

• Integrated self-adhering, self-terminating flashings eliminates termination bars and caulking - another primary cause of system failure.

• Liquid applied membrane and flashings conform to virtually any shape and profile, effectively eliminating pitch pans, metal sleeves, etc.

• 100% membrane and flashing reinforcement provides enhanced strength and durability throughout.

• Direct bonding to the substrate prevents lateral water migration.

• Exceptional adhesion to most common substrate materials including: concrete, brick, terra-cotta, limestone, wood, glass, copper, steel, aluminum, existing bituminous roofing, and even many single-ply membranes.

• Same-day primer and membrane installation is possible for many applications.

RANGE OF APPLICATIONS

Sikalastic RoofPro systems are excellent solutions for a wide range of roofing and waterproofing applications:

•Roofing

• Built-Up Insulated Roofing – Reflective, energy-efficient application over cover board and polyisocyanurate foam insulation.

• Direct-to-Substrate Roofing – Heavy-duty application to structural concrete and wood decks.

• Protected Membrane Roofing – Seamless, self-flashing installation under extruded polystyrene insulation with stone or concrete paver ballast.

• Recover Roofing – Direct application to existing asphaltic, modified bitumen, and single-ply membranes, potentially eliminating the need for costly replacement of existing roofing, as well as adding minimal additional weight – less than 1 psf.

•Waterproofing

• Plaza Deck Waterproofing – Seamless, self-flashing waterproofing under tile, concrete pavers, brick or asphalt, paving stones, concrete, and asphalt pavement

• Balcony and Terrace Waterproofing – Alkaline-resistant waterproofing under tile, pavers, and wood decking.

Alternatively, waterproofing membrane applied with integral decorative aggregate or terrazzo-flaked surfacing.

• Vegetated Roofing – Root and rot-resistant waterproofing under growing media and plantings, and associated hardscape.

•Restoration

• Decorative Elements – Preserve and protect water tables, ledges, eyebrows, cornices, built-in gutters, dormers, domes, etc.

• Metal Roofing – Retain profile of standing seam, batten, and flat seam roofing; seal overlap joints, penetrations, valleys, and other problematic areas.

•Repair

• Existing Flashings – Replace deteriorated wall flashings, base flashings, penetration flashings, pitch pans, expansion joints, etc.

• Unique Conditions – Through-wall flashings, lintel protection, stairs and walkways, planters and tree pits.

REINFORCEMENT OPTIONS

Sikalastic RoofPro systems are available with two different reinforcement options, allowing exceptional versatility in application, even on the same project:

• Reemat Fiberglass Mat – High tensile-strength reinforcement, eliminates visible reinforcement overlaps, conforms to many flashing conditions without special cutting and fitting.

• Non-Woven Polyester Fleece – Defined-thickness reinforcement, allows single-pass wet-on-wet application, ideal for many flashing conditions with sharp bends and angles.

RESIN OPTIONS

Sikalastic RoofPro systems are available with a number of liquid resin options to provide cost-effective, high performance solutions to various roofing and waterproofing applications:

• Sikalastic-601 BC - Economical base coat resin for use with Reemat reinforcement

• Sikalastic-621 TC - Enhanced base and top coat resin for use with Reemat and fleece reinforcements

• Sikalastic-641- Low odor version of Sikalastic 621 TC, utilizing patented i-cure technology n Sikalastic-641 Lo-VOC - Low VOC version of Sikalastic 641, meets California SCAQMD requirements

• Sikalastic-624 WP - Alkaline-resistant resin for use with Re-emat and fleece reinforcements under tile and concrete

• Sikalastic-644 - Low odor version of Sikalastic 624 WP, utiliz-ing patented i-cure technology (late 2016 introduction)

ROOFING AND WATERPROOFING WARRANTIES

Depending on system configuration, Sikalastic RoofPro systems are available for 10, 15, 20, and 25 year durations. Warranted systems require project registration approval by the Sika technical department, and field inspection of the installation by Sika technical field representatives.

SINGLE SOURCE WARRANTIES

As an extension of the Sika warranty program, Sikalastic RoofPro systems are available to provide building owners with single source warranty coverage, ensuring component compatibility throughout the roofing/waterproofing assembly and simplifying warranty responsibility.

• RoofPro Built-Up System Assembly:

Includes vapor barrier, insulation, cover board, insulation adhesive, insulation screws & plates, edge metal

• RoofPro Plaza Deck/Protected Membrane System Assembly:

Includes drainage mat, extruded polystyrene insulation, concrete pavers & pedestals, edge metal

• RoofPro Vegetative/Hardscape System Assembly:

Includes drainage mat, extruded polystyrene insulation, water retention mat, filter fabric, growing media & sedum, concrete pavers & pedestals, edge metal

FULL TECHNICAL SUPPORT

Sikalastic RoofPro systems are supported nationwide by Sika Refurbishment, Sealing and Bonding professional representa-tives, who are experienced in developing cost-effective solutions for a wide range of application conditions.

CSI-format editable guide specifications and CAD-based assem-bly and flashing details are available.

Technical field services are provided by a dedicated team of hands-on experts in liquid-applied technology.

Sikalastic RoofPro System BU - Built-Up Insulated System

DS -

Direct to Substrate System

PD -

Plaza Deck/Protected Membrane System

VG -

Vegetated/Hardscape System

Reinforcement type Reemat Fleece Reemat Fleece Reemat Fleece Reemat Fleece

Same-day primer/membrane X X X X

No visible overlaps X X X X

New construction roof X1 X1 X X X X X X

Recover existing roof X X X X X2 X2 X2 X2

Replace existing roof X3 X3 X X X X X X

Class A fire rating X X X X X4 X4 X4 X4

Wind uplift/resistance rating X5 X5 X5 X5 X6 X6 X6 X6

Hail resistance rating X X X X X X X X

Maintenance foot traffic X X X X X X X X

Extensive foot traffic X10 X10 X10 X10 X X X7 X7

High reflectivity/SRI X X X X X8 X8

Removable overburden X X X X

Adhered overburden X9 X9 X9 X9

Notes:

1. Use Sarnavap SA vapor barrier under insulation if required by design.

2. Ensure existing roof system is stable and can carry the weight of the new Sikalastic roofing materials without compression/damage.

3. Option - Use Sika modified bitumen sheet as waterproofing layer over insulation/cover board as removal progresses. Install new Sikalastic membrane once removal is complete.

4. Sikalastic membrane system provides Class A fire rating. Verify fire rating of overburden materials.

5. Reference Factory Mutual RoofNav assemblies for specific wind uplift ratings. Use Sikalastic edge/coping metal for best performance.

6. Uplift resistance is a function of overburden materials. Higher parapets are beneficial. Use Sikalastic edge/coping metal for best performance.

7. Confine foot traffic to hardscape areas unless vegetation is intended for recreational use, i.e., turf.

8. Reflective white-colored pavers or stone aggregate required.

9. Aggregate surfacing provides enhanced adhesion of overburden to membrane. Cementitious overburden requires use of alkaline-resistant Sikalastic membrane.

10. A full broatcast of aggregate/flakes with seal coat is required.

APPLICATION OVERVIEW

Step 1 – SUBSTRATE PREPARATION Step 2 – INSULATION/COVER BOARD (As specified) Step 3 – PRIMER APPLICATION

Step 4 – DETAILING/FLASHING Step 5 – MEMBRANE APPLICATION Step 6 – SURFACING/OVERBURDEN (As specified)

SIKALASTIC ROOFPRO DIRECT-TO-SUBSTRATE ASSEMBLY

Suitable for direct application to structural concrete decks, plywood decks, and many existing smooth and granule-surfaced roofing systems. Reference Product/System Data Sheet for membrane/system requirements.

SIKALASTIC ROOFPRO BUILT-UP INSULATED ASSEMBLY

Suitable for applications requiring the installation of insulation, including new construction, roof replacement, and upgrading of existing roofing systems. Full System Warranty available. Reference Product/System Data Sheet for membrane/system require-ments.

SIKALASTIC ROOFPRO PLAZA DECK AND PROTECTED MEMBRANE ASSEMBLY

Suitable for applications where pavers, wood decking, or tile will be installed over the roofing/waterproofing membrane. An insula-tion layer may or may not be included. Full System Warranty available. Reference Product/System Data Sheet for membrane/ system requirements.

SIKALASTIC ROOFPRO VEGETATED AND HARDSCAPE ASSEMBLY

Suitable for both intensive and extensive vegetated roofing applications where growing media and plantings will be installed over the roofing/waterproofing membrane. Typical applications include hardscape such as concrete pavers or stone ballast. An insula-tion layer may or may not be included. Full System Warranty available. Reference Product/System Data Sheet for membrane/ system requirements.

All sales of Sika products are subject to Sika’s current Terms and Conditions of Sale available at www.sikausa.com or by calling 201-933-8800. Prior to each use of any Sika product, the user must always read and follow the warnings and instruc-tions on the product’s most current Product Data Sheet, product label and Material Safety Data Sheet, which are available at www.sikausa.com or by calling Technical Services at 1-800-933-7452. Nothing contained in any Sika materials relieves the user of the obligation to read and follow the warnings and instructions for each Sika product as set forth in the current Product Data Sheet, product label and Material Safety Data Sheet prior to product use.

The sale of all Sika products are subject to the following Limited Warranty:

LIMITED MATERIAL WARRANTY

SIKA warrants this product for one year from date of installation to be free from manufacturing defects and to meet the technical properties on the current Product Data Sheet if used as directed within shelf life. User determines suitability of product for intended use and assumes all risks. Buyer’s sole remedy shall be limited to the purchase price or replacement of product exclusive of labor or cost of labor.

NO OTHER WARRANTIES EXPRESS OR IMPLIED SHALL APPLY INCLUDING ANY WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. SIKA SHALL NOT BE LIABLE UNDER ANY LEGAL THEORY FOR SPECIAL OR CONSEQUENTIAL DAMAGES. SIKA SHALL NOT BE RESPONSIBLE FOR THE USE OF THIS PRODUCT IN A MANNER TO INFRINGE ON ANY PATENT OR ANY OTHER INTELLECTUAL PROPERTY RIGHTS HELD BY OTHERS.

Our most current General Sales Conditions shall apply. Please consult the Product Data Sheets prior to any use and processing.

Sika Corporation 201 Polito Avenue Lyndhurst, NJ 07071 Phone: 201-933-8800 Fax: 201-933-6225

Contact Sika:

Phone: 1-800-933-SIKA (Nationwide) Website: www.sikausa.com

Sika Canada Inc.

601 Delmar Avenue Pointe Claire Quebec H9R 4A9 Phone: 514-697-2610 Fax: 514-694-2792

Sika Mexicana S.A. de C.V.

Carretera Libre Celaya Km. 8.5 Fracc. Industrial Balvanera Corregidora, Queretaro C.P. 76920 Phone: 52 442 2385800 Fax: 52 442 2250537

SELECTED SIKA PRODUCTS FOR USE

WITH Sikalastic® RoofPro Systems:

FAST SET REPAIR MORTARS

S ik a

Co rp or at io n

Ta rg et

M ar ke t

R ef ur bi sh m en t

6.

7.

5/

FAST CURE ADHESIVES FAST CURE SEALANTS

• SikaQuick® 1000

• SikaQuick® 2500

• SikaQuick® VOH

• Sika® AnchorFix-2

• Sika® AnchorFix-2 Artic

• Sikaflex® 11FC

• Sikaflex® 2cNS

• Sikaflex® 2cSL

ISO 9001

Certificate # FM 69711

RC 14001

Certificate # RC 510999

X-Tred™ Walkway Pad

Firestone Building Products | Sales: (800) 428-4442 | Technical (800) 428-4511 | www.firestonebpco.com

TIS # 1526 07/21/2015

Description:

The Firestone X-Tred Walkway Pad is a highly specialized UV Resistant pad made from 100% TPO and designed to provide protection from essential rooftop services and traffic and maintain the integrity of the existing roof surface.

X-Tred Walkway pads can be installed loose-laid on top of the existing fully adhered roof assembly, making installation simple. Where Design Wind Speed exceeds 90 mph (145 km/h) or a wind speed warranty coverage greater than 55 mph (88 km/h) is required, X-Tred Walkway Pads must be secured to the existing membrane system.

The X-Tred Walkway Pad can be applied on fully adhered low-slope roofing projects (less than 2:12 slope) including Firestone’s UltraPly™ TPO, RubberGard™ EPDM, EcoWhite™ EPDM and Modified Bitumen roofing systems. There are two distinct sides of the X-Tred Walkway Pad: Side A with longer bars running parallel to the roll direction and Side B with shorter length bars running perpendicular to the roll length.

The X-Tred Walkway Pad is impact resistant in extremely cold climates. The top ribs have an embossed surface to provide slip-resistance and ensure a good grip while walking. The effective combination of an open grid format and 9/16" (14 mm) height enables self-draining and makes the X-Tred Walkway Pad an effective walking surface even in areas where standing water may occur. X-Tred Walkway Pads are acceptable for use on low-slope Firestone fully adhered systems as well as on Firestone mechanically att ached roofing systems, providing they are secured to the roof to prevent blow off.

Method of Application for Fully Adhered:

UltraPly™ TPO RubberGard™ EPDM RubberGard™ EcoWhite™ EPDM Modified Bitumen roofing systems In field areas of roof and for projects with a maximum wind speed warranty of up to

55 mph (88 km/h) or a Design Wind Speed of 90 mph or less

1. The design of the X-Tred Walkway Pad makes installation quick, easy and maintenance free.

2. The X-Tred Walkway Pad is loose laid, in the appropriate areas, over the roof surface. X-Tred Walkway Pad is not recommended for installation in the roof perimeter and corner areas. If required in these areas, the X-Tred walkway pad must be secured to the roof.

3. Install with Side A as top surface on Firestone’s UltraPly™ TPO, RubberGard™ EPDM, RubberGard™ EcoWhite™ EPDM systems. Install with Side B as top surface on Firestone’s Modified Bitumen roof systems.

Item Description Item Number X-Tred™ Walkway Pad W56TPO301X

Product Information

Firestone Building Products | Sales: (800) 428-4442 | Technical (800) 428-4511 | www.firestonebpco.com

Method of Securement for:

Mechanically attached UltraPly TPO Roofs Where Design Wind Speeds exceed 90 mph ( 145 km/h) or when a warranty includes increased wind speed coverage of up to 72 mph (116 km/h) For added security and as required for speci al wind uplift resistan ce in high wind prone areas, TPO attachment strips may be looped through the X-Tred Walkway Pad as follows:

1. In all roof perimeter and corner areas

2. Cut strips of UltraPly TPO membrane to ¾" (19 mm) wide x 10" (254 mm) long.

3. Thread the TPO strips through the X-Tred pad at the first loop using two 90-degree folds. Note: Avoid attaching strips over heat welded TPO seams.

4. Using a hot air welding tool, weld the ends of the UltraPly TPO strip (weathering side up) down onto the field membrane

5. Space the strips approximately 36" (914 mm) apart on both sides of the walkway pad and at the roll ends.

6. For a full 30" (762 mm) x 30' (9 m) roll, there should be 20 attachment strips installed, i.e. 10 strips per side. (Refer to Detail Drawing UT-M-7)

Storage:

Store material in original unopened packaging, in a dry area, away from sources of physical damage or chemical contamination.

Precautions:

1. Refer to Safety Data Sheet (SDS) for additional information.

2. Do not expose walkway material to any open flames or ignition sources.

LEED® Information:

Post Consumer Recycled Content: 0% Post Industrial Recycled Content: 0% Manufacturing Location: Valley Head, AL *NOTE: LEED® is a registered trademark of the U.S. Green Building Council.

Firestone Building Products | Sales: (800) 428-4442 | Technical (800) 428-4511 | www.firestonebpco.com

Roll Width: 30" (762 mm)

Roll Length: 30' (9.1 m)

Roll Weight: 88 lb (40 kg)

Rolls Per Pallet: 6

Property English Unit

ASTM-Test Method Value Metric

Unit ASTM Test

Method Value

Overall Thickness inches ASTM D 751 0.55" ± 0.02" mm ASTM D 751 14 ± 0.5

Weight lb/ft2 1.3 kg/m2 6.3

Width inches ASTM D 751 30 ± 0.5 mm ASTM D 751 762 ± 13

Roll Length feet 30 +0.5, -0 m 9.1 +0.15, -0

Please contact Quality Building Services Technical Department at 1-800-428-4511 for further information.

This sheet is meant to highlight Firestone products and specifications and is subject to change without notice. Firestone takes responsibility for furnishing quality materials which meet published Firestone product specifications or other technical documents, subject to normal roof manufacturing tolerances. Neither Firestone nor its representatives practice architecture. Firestone offers no opinion on and expressly disclaims any responsibility for the soundness of any structure. Firestone accepts no liability for structural failure or resultant damages. Consult a competent structural engineer prior to installation if the structural soundness or structural ability to properly support a planned installation is in question. No Firestone representative is authorized to vary this disclaimer.

Packaging

Typical Properties

23575 Morreim Drive Belvidere, Illinois 61008 www.corrugated-metals.com 1-800-621-5617 6550 Revlon Drive Belvidere, IL 61008 www.corrugated-metals.com 1-800-621-5617

Product Data Sheet: 4” Box Rib

DESCRIPTION/SPECIFICATIONS

4” Box Rib industrial roofing and siding are commonly used for industrial warehouses and buildings requiring cryogenic/ temperature control.

For example, 4” Box Rib wall panels are frequently used in power plant lagging, and 4” Box Rib roofing and siding are used in pulp and paper mills. Our 4” Box Rib product is 4” on center with a depth of 1”.

Aluminum Steel Stainless Steel ASTM A606 Weathering Steel

Alloys 3004, 3003, 3105, 5052, 5083, 3004/7072 Alclad

Hot-Dip Galvanized Steel, CRCQ (Cold-Rolled Commercial Quality)

Steel, Hot-Rolled Steel, Stainless Steel (most types), ASTM A606 Weathering

Steel, Aluminized Steel, T1 and T2 Steels

304, 3042B, 316, 409 Aluminized

A naturally oxidizing product to provide the appearance of rust

Thicknesses: .024” to .080” 24GA – 14GA 24GA – 14GA 22GA – 14GA

Lengths: 12 inches - 90 feet 12 inches - 90 feet 12 inches - 90 feet 12 inches - 90 feet

Finishes:

Bare (Mill Finish) Stucco Embossed, Painted (Any color subject to code)

Bare (Mill Finish) Painted (Any color subject to code)

Bare (Mill Finish) Stucco Embossed

Naturally oxidized

Paint System:

Kynar, Siliconized, Polyester, Plastisol

Kynar, Siliconized, Polyester, Plastisol

Not Applicable Not Applicable

4” Box Rib

Widths: 38 1/2” (Steel or Aluminum) 45 5/8” (Aluminum)

Coverage: 36” 44”

ROOF DRAIN

TECHNICAL DATA SECTION

CUSTOMER

DRIVEN

SMITH®

DEFINITION - ORIGIN - USAGE

The modern roof drain is designed to drain off rainwater in the most effec-tive manner possible while maintaining an aesthetic appeal because in many instances it is placed in full view of the public.

Through the years, Smith has attempted to satisfy both the artistic eye of the architect and the calculating mind of the engineer, concluding the properly designed roof drain must have the following features:

• Pleasing dome shape with a low profile and adequate free drainage area

• Corrosion-resisting dome material

• Effective debris protection

• Overflow drainage to allow drainage during debris build-up

• Gravel stop

• Positive Flashing Clamp

• Seepage control channels

• Sump designed to minimize air entrapment

• Flexibility to meet all construction requirements

Smith roof drains include all of these features.

TYPICAL SMITH ROOF DRAINS

NO. DESCRIPTION NO. DESCRIPTION

1 High Density Polyethylene Dome 7 Drain Body 2 Combined Cast Iron Flashing Clamp and Gravel Stop 8 Sump Receiver 3 Secured Square Hole Grate 9 Underdeck Clamp 4 Flashing Clamp for Square Grate 10 Adjustable Extension Sleeve 5 Fixed Extension 11 O-Ring Gasket 6 Fixed Extension Gasket 12 Reversible Collar

13 Neoprene Gasket

ROOF DRAIN PARTS LIST

Fig. 1010 Fig. 1010E Fig. 1015 Fig. 1410

Basic 1010 Drain Body

STEPS FOR CALCULATING DRAINAGE REQUIREMENTS

FOR ABOVE EXAMPLE

USING G.P.M.

1. Use the following formula to determine G.P.M.:

G.P.M. = .0104 x R x A G.P.M. = Gallons per minute R = Rainfall intensity - inches/hour A = Roof area - square feet .0104 = Conversion factor - G.P.M./sq. ft. for 1" (one) inch/hr. rainfall

2. Example:

A. 4" rainfall inches/hr.

B. 100,000 sq. ft. roof area C. G.P.M. = .0104 x 4" x 100,000 sq. ft. = 4,160 G.P.M.

3. Refer to table 2: a 4" leader [2] will handle 144 G.P.M.

4,160 G.P.M/ ÷ 144 = (28.8) 29 - 4" vertical leaders required.

Refer to Table 2: a 6" leader [2] will handle 424 G.P.M.

4, 160 G.P.M. ÷ 424 = (9.8) 10 - 6" vertical leaders required.

TABLE 2

ALLOWABLE FLOW FOR VERTICAL LEADERS

AND HORIZONTAL STORM DRAINS

ALLOWABLE FLOW IN G.P.M. [2] [3]

[2] [4] HORIZONTAL STORM DRAIN

PIPE VERTICAL SLOPE PER FOOT

SIZE LEADER 1/8"[3] 1/4"[3] 1/2"[3]

02 23 10 15 20 03 67 34 48 68 04 144 78 110 156 05 261 139 196 278 06 424 222 314 445 08 913 478 677 956 10 — 860 1214 1721 12 — 1384 1953 2768 15 — 2473 3491 4946

SELECTING A ROOF DRAIN

To select the proper roof drain, the following information must be deter-mined by the designer/specifier.

• Type of roof construction

• Roof pitch

• Maximum volume of expected rainfall and storm design criteria (This information must be obtained from your local weather bureau and/or local code authority)

• Desired rate of drainage

• Safety overflow requirements (Emergency/secondary overflow roof drains are recommended. Local codes vary but it is recommended to provide a 1 to 1 ratio)

• Roof load (The maximum possible rainwater [build-up] load should be determined and provided to the structural engineer for inclusion in the roof structure design)

• Location of drains (Consult your local code requirements)

• Size

• Vandal-proofing

• NOTE: ALWAYS CONSULTYOUR LOCAL CODE FOR SIZING AND

DESIGN CRITERIAWHEN DESIGNING THE ROOF DRAIN SYSTEM.

LOCAL CODE REQUIREMENTS TAKE PRECEDENCE OVER CATA-

LOG INFORMATION.

• DATA SHOWN IN TABLES 1 AND 2 BELOW ARE TAKEN FROMTHE

UNIFORM PLUMBING CODE (UPC) - 2006 EDITION.

SUGGESTED STEPS FOR SELECTING PROPER ROOF DRAIN LEADER

SIZES AND NUMBER REQUIRED FOR A GIVEN ROOF

1. Calculate the total roof area.

2. Determine the maximum hourly rainfall in inches. (The figure can be acquired from your local weather bureau and/or local code authority.)

3. Select leader size.

4. From Table 1, determine the number of square feet that can be drained by one roof leader at the local maximum rainfall rate.

5. Divide the total roof area by the area that one leader will handle. The above result is the number of roof drains required for the building. If the result is a fraction less, use the next higher number.

Example: Using a 4" Vertical Leader

1. Total roof area - 500' by 200' = 100,000 sq. ft.

2. Determine rate of rainfall - for this example use 4".

3. After studying building plan and physical arrangement, assume that 4" leaders are required for this project.

4. From Table 1 - one 4" leader at 4" rate of rainfall will take care of 3,460 sq. ft. of roof area.

5. Number of roof leaders required is 29 (100,000 sq. ft. divided by 3,460 sq. ft.), Therefore 29 roof drains would be required.

Example: Using a 6" Vertical Leader

1. Total roof area - 500' by 200' = 100,000 sq. ft.

2. Determine rate of rainfall - for this example use 4".

3. After studying building plan and physical arrangement, assume that 6" leaders are required for this project.

4. From Table 1 - one 6" leader at 4" rate of rainfall will take care of 10,200 sq. ft. of roof area.

5. Number of roof leaders required is 10 (100,000 sq. ft. divided by 10,200 sq. ft.), Therefore 10 roof drains would be required.

Leaders Size Maximum Allowable Horizontal Projected Roof Area [2] [4] Open Square Feet at Various Rainfall Rates [1]

Pipe Size Area Inches SQ. In. 1 IN./HR. 2 IN./HR. 3 IN./HR. 4 IN./HR. 5 IN./HR. 6 IN./HR.

02 3.14 2,176 1,088 725 544 435 363 03 7.06 6,440 3,220 2,147 1,610 1,288 1,073 04 12.56 13,840 6,920 4,613 3,460 2,768 2,307 05 19.60 25,120 12,560 8,373 6,280 5,024 4,187 06 28.30 40,800 20,400 13,600 10,200 8,160 6,800 08 50.25 88,000 44,000 29,333 22,000 17,600 14,667

TABLE 1

ROOF DRAIN VERTICAL LEADER REQUIREMENTS FOR HORIZONTAL

ROOF AREAS AT VARIOUS RAINFALL RATES

TABLE 1 IS BASED ON TABLE 11-1 FROMTHE UNIFORM PLUMBING CODE (UPC) - 2006 EDITION [1] For rainfall rates other than those listed, determine the allowable roof area by dividing the area given in the 1 in./hr. column by the desired rainfall rate.

TABLE 2 IS BASED ON TABLE 11-2 FROMTHE UNIFORM PLUMBING

CODE (UPC) - 2006 EDITION.

[2] The sizing data for vertical conductors, leaders, and drains are based on the pipes flowing 7/24 full. Head of water over drain will determine exact flow rates.

[3] The sizing for the horizontal piping is based on the pipes flowing full.

[4] To avoid severe hydraulic jump and/or backpressure, good engineering practice requires the vertical leader transition into a larger size horizontal storm drain per the GPM flow indicated in Table 2 for 1/8" and 1/4" sloped storm drains.

August 2008

OVERFLOW DRAINS

Discharge Line

Roof Surface

ROOF SLAB

2 1/2" High Solid Water Dam Prevents Entrance Of Normal Rainfall Flow

Fig. 3960 Pg. 3-22

VANDAL PROOFING

Illustrated is a typical waterproof traffic bearing deck covering installation and an example of the "dimpling" effect.

Overflow drains should be specified to prevent the overloading of roofs where the building code calls for a specific maximum water build-up depth.

This is where parapet scuppers are not used. Parapet scuppers have fall-en into some disfavor because they create unsightly streaks on the building face. Certain codes call for the overflow system to remain independent of the primary leader system to the exterior of the building. In those systems the overflow drains remain inactive until the water level reaches the overflow level.

The exterior water dam type overflow drain, Fig. 1080, is usually preferred to the interior standpipe overflow drain, Fig. 1070, because the dam keeps debris away from the dome and accommodates more overflow drainage with less head build-up than the standpipe.

NOTE: Fig. No. 1070 and 1080 drains are special purpose drains used in conjunction with the conventional roof drainage system. These drains should never be used unless special structural and architectural considera-tions have been provided.

RAINTROL® ROOF DRAIN

Metered flow rate roof drains should be specified to control rainwater run-off from roofs where uncontrolled run-off would overburden storm drainage systems. Such control, with temporary retention of rainwater on the roof until the storm abates, provides relief for the drainage system. Roofs for which metered flow drainage is planned must be structurally designed to support and retain the rainwater load during the prolonged drainage period.

Smith RAINTROL® metered flow rate roof drains are designed to provide this control. Sizing, quantity and location of RAINTROL® roof drains are separate and distinct procedures from those for regular roof drains.

All roof openings, whether they are at the roof drain or at the vent stack, should be protected from vandalism. It is recommended that all vent stacks be furnished with vandal proof vent caps. Vandal proof roof drain domes and vent caps protect the roof leaders and vent stacks from vandalism pro-hibiting foreign objects being either carelessly or maliciously placed in the pipes.

VANDAL PROOF VENT CAPS add to the finished look of any roof and are designed with a vent open area to pipe area ratio of 3 to 1.

ROOF DECK

INDIRECTWASTE RECEPTORS

ROOF-CEPTORS® are indirect waste receptors designed specifically for roofs. These units are recommended for use in roof areas to receive waste-water from air conditioning units, cooling towers and other mechanical equipment installed on the roof. The 2 1/2" high solid water dam prevents normal rainwater from entering the waste line. The large vandal proof dome bottom strainer provides ample drainage and prevents entry of debris. All accessories necessary to install roof drains are available with these recep-tors.

PREFIX DX

Designates a wide flange that can be added to certain Smith roof drains.

This flange receives and serves as a bonding base for the membranes and coatings of waterproof roof deck covering systems. These coverings con-sist of thin elastomeric coatings which are applied in a series of trowel coats. The covering forms its own membrane, flashing and durable traffic surface. The DX flange is regularly furnished 4" in width. The usual cover-ing is approximately 3/16" thick and may be applied over many subsurfaces such as concrete, gypsum or wood decks. Such coverings are particularly adaptable to flat roofs, used for recreational purposes, balconies, area ways, plazas, sun decks, floors and corridors.

When the DX flange is required on drains other than those shown in this section, the prefix DX must be used with the figure number. The regular flange will have a minimum 4" width with a 3/16" lip at drain body. If water-proof deck covering thickness is greater (or less) than 3/16”, lip dimension must be specified. Roughing dimensions of the body must be adjusted accordingly. Drain body should be set low enough to permit "dimpling" of area surrounding drain.

Deck Covering

Slab

"Dimpling"

CONCRETE DECK INSTALLATIONS

Typical Deck Drain with Nickel Bronze Flat Grate

Typical Deck Drain with Bucket and Nickel Bronze Flat Grate

NOTE: For Wood Deck Installations, See pg. 1-05.

Fig. 1070-Standpipe Type Overflow Drain

Fig. 1080-Water Dam Type Overflow Drain

Series 1083-1089-Raintrol Roof Drain

DX1240

See Pg. 1-11

See Pg. 1-11

Fig. 1748 Vent Cap

See Pg. 1-18

SIPHONIC ROOF DRAIN

CUSTOMER

DRIVEN

SMITH®

Pipe

Speedi-Set Gasket

NO-HUB

Body

Caulk Body

Speedi-Seal Gasket

NO-HUB Clamp

NO-HUB Body

Pipe

Pipe

Oakum

Lead

Caulk Body

PIPE CONNECTIONS

INSIDE CAULK OUTLET -C Speedi-Seal Speedi-Set -L

GASKET OUTLET

NO-HUB CONNECTION -Y

A siphonic roof drain looks much like a traditional roof drain.

The distinguishing feature of a siphonic roof drain is the air baffle. This air baffle is engineered and tested to prevent air from entering the piping system at peak flows.

Other than the baffle, a siphonic roof drain has the same features as a traditional roof drain including a drain body, flashing ring, dome strainer, and fastening hardware.

In contrast to traditional roof drains, siphonic roof drains are not designed with a large diameter or deep sump bowl because their operation is by means of sub-atmospheric pressure generated at the under side of the baffle and out-let. The depth of water maintained on the roof is dependent only on the resistance value of the drain assembly while operating under siphonic conditions. Any viscous weir effect of the drain body becomes minor and the flow is deter-mined by simple inertial hydraulic effect of flow from a high pressure (atmospheric pressure at the roof surface) to low pressure (within the piping system).

Unlike a traditional roof drain system, a siphonic system is designed to operate with the piping completely filled with water during a rainstorm. Several drains tie into a horizontal collector that is routed to a convenient point where it transi-tions into a vertical stack, once it reaches the ground, is piped to a vented manhole or inspection-chamber where the water is discharged at atmospheric pressure and low velocity into the storm system.

COMPONENTS OF A SIPHONIC ROOF DRAIN

Dome Strainer

Flashing Ring

Air Baffle

Drain Body

Outlet

A poor installation occurs when a circular hole has been cut in the roof that ends up off center of the leader pipe. The result is usually a crooked or off-set leader. The Smith square sump receiver allows the hole to be cut oversize and square permitting the drain to be shifted and centered over the pipe. The illustration shows the probable result of not using a sump receiver. The drain body is improperly seated on the deck, causing roofing felts and other roofing materials to create a dam-like effect around the drain, resulting in a puddle in the vicinity of the drain. This problem can always be eliminated with a sump receiver.

SUMP RECEIVER should be specified on all but poured-in-place roof drain installations. The sump receiver is a square metal plate with recessed center opening to accept the drain body flange.This elim-inates the puddle of water surrounding many roof drain installations due to the flange resting on top of a circular hole cut in the roof.

UNDERDECK CLAMP should be specified on all but poured-in-place installations. Roof drains must be firmly secured to the roof with an underdeck clamp, otherwise, due to snow loads, rain loads and reg-ular expansion and contraction, the drain will work in and out of the roofing, causing roofing membranes to flex and fail. Brittle tar will crack and leaks will occur.

An "L" shaped underdeck clamp Suffix -CL is available for use when the regular underdeck clamp is not acceptable. Specify the "L" shaped under-deck clamp when the deck thickness is less than the minimum dimension shown for the regular underdeck clamp. This is particularly applicable for roof drain installations in metal roof decks.

EXTENSION HEIGHT SHOULD BE SPECIFIED 1/2"

LESS THAN INSULATION THICKNESS

FIXED EXTENSION is specified when insulation is used, it is available in any height from 3/4" (minimum). During construc-tion, prior to installation of insulation, the extension can be removed to eliminate water build-up. The extension is sealed by gasketing. Adjustable type extensions are available. (See Fig. 1015)

SECONDARY FLASHING CLAMP is specified when an extension is required with a flashing clamp at the bottom of the extension to clamp the flashing at that location in lieu of the upper flash-ing clamp or it may be used to clamp a secondary flashing.

OPTIONAL VARIATIONS

SPEEDI-SET connection consists of a push on outlet with a factory inserted neoprene gasket. This connection can be used with all piping materials, including service weight, extra heavy, "NO- HUB", steel and plastic. NOTE: Piping material must be specified.

SEPARATE EXPANSION JOINT with internal seal not exposed to the flow drainage passing; however, provisions must be made in installation for access to the outside packing gland adjustment nuts. These units should only be used in a vertical position and with a roof drain.

NOTE: Do not use with speedi-seal and plastic leaders.

SPEEDI-SET

Internal Stop

Speedi-Set Body

Speedi-Set Gasket

X.H., S.W. Or NO-HUB Plain End Spigot

SEAL

NOT EXPOSED

TO DRAINAGE

FLOW

EXPANSION JOINTS

DX DRAIN INWOOD DECK INSTALLATION

NOTE: For concrete deck installation see pg. 1-04.

3/4" Plywood Laid Directly On Joists

3/4" Plywood

Joist

2 X 4 Framing

Annular Type Nails Or Lag Screws

14 1/4" Wood Deck Flange

7 3/4 DIA Top

2 X 4 Framing

Deck Joists on 16" Centers

Joist Annular Type Nails Or Lag Screws

1/2" Plywood

1/2" Plywood Over 1" Sheathing

1" Sheathing

SMITH

DX2568

Underdeck Clamp Suffix -C

Sump Receiver Suffix -R

Fixed Extension With Suffix -C2 Secondary Flashing Clamp

Seepage Holes Regularly Furnished

(4) Required 90° Apart

Fixed Extension Suffix -E

Gasket

Suffix -CL "L" Shaped Underdeck Clamp

SUFFIX -R

SUFFIX -C

SUFFIX -E

SUFFIX -C2

FIG. 1710

OUTLET TYPE L

CONSTRUCTION VARIATIONS

APPLICATIONS AND ACCESSORIES

Fig. 1410

Promenade deck drain set in fin-ished roof deck. The construc-tion provides for waterproof flashing at the roof slab and top-ping of tile or any finished roof deck material.

Flashing

Slab

. ... .. Underdeck Clamp -C Slab Or Deck

Insulation

Sump Receiver -R

Underdeck Clamp -C

Gasket

Slab Or Deck

Finished Deck

Slab

Flashing

Flashing

Fig. 1550 Downspout

Adaptor

Fig. 1520 Scupper

Drain

Typical Installation Through Parapet Wall Fig. 1750

Roof Coupling

Fig. 1740 Roof Coupling

Fig. 1620 Cornice Drain

Typical Canopy Or Cornice Drain Installation With Flat Low Dome Shown Or High Dome Strainer

Fig. 1748 Vent Cap

ANY INSULATED DECK PROMENADE FINISHED DECK

POURED CONCRETE PRECAST DECK

1/16" Thick Perforated Stainless Steel Gravel

Stop With 3/8 Openings Crushed Stone

INSULATION INSULATION

Built-Up Membrane

Poured Concrete Deck

POURED CONCRETE

OR GYPSUM DECK

INSULATION

Liquid Membrane Fiber Board

Steel Deck

Underdeck Clamp -C

Paver Blocks (Optional - 1/4 Topping)

IRMA SYSTEMS

(INSULATED ROOF MEMBRANE ASSEMBLY)

The "Insulated Roof Membrane Assembly" design turns conventional roofing upside down.

Conventional Roofing has the waterproof membrane (built-up felts and asphalt) as the top layer, exposed to all outside weather conditions. Insulation, when used, is installed under the membrane (directly on deck or structural slab). Thus, the membrane is continuously exposed to extremes of weather which severely test its performance and durability.

"Insulated Roof Membrane Assembly" (sometimes called "Inverted Membrane") places the waterproofing membrane directly on the structural deck. Rigid foam type insulation from 1" to 3" thick is placed over the membrane layer. A layer of crushed stone or a finished traffic deck is then installed over the insulation. The insulation, placed in this manner, insu-lates the building roof and also protects the membrane layer from weather and temperature extremes. Proponents state that the insulated roof membrane assembly prolongs roof life, practically eliminating membrane failures.

Some insulated membrane systems use a liquid membrane instead of the built-up felt and asphalt type membrane. Since either of these two membrane materials may be speci-fied, Smith offers a separate body design for each type.

Drain Figure Numbers and Application--For insulated membrane systems:

Built-Up Membrane Type Liquid Membrane Type

Uses conventional hot asphalt and felt layers which are clamped to the drain body with our conventional roof drain flashing clamp.

Smith figure numbers are:

Roof Drain - Fig. 1011 - This is similar to the regular Fig. 1010 drain and is reg-ularly furnished with a 4" high perforated stainless steel gravel stop.

(see also Fig. 1017)

Deck Drain - Fig. 1409 - This is similar to Fig. 1410 (-E) except a secondary clamping device and extension perforated with seepage holes, are regularly furnished.

A liquid membrane is a self-adhering liquid polymer which cures to a flexible rubber-like seamless blanket. This material is not clamped to the drain body, but is bonded to a wide flange drain body.

Smith figure numbers are:

Roof Drain - Fig. 1019 - Body has a 20" diameter integral bonding flange to bond the liquid membrane. Drain is regularly furnished with a 4" perforated stainless steel gravel stop. (see also Fig. 1018)

Deck Drain - Fig. 1419 - Body has a 20" diameter integral bonding flange and is regularly furnished with a perforated extension with rows of seepage holes.

TYPICAL ROOF COUPLING INSTALLATION WITH VANDAL PROOF VENT CAPS

Fig. 1015 (-R-C)

Drain with adjustable exten-sion sleeve, sump receiver -R and underdeck clamp -C.

Extension sleeve adjusts for any specified thickness of insulation required above the roof slab or deck. Removal of the extension sleeve permits roof drainage during construc-tion.

Fig. 1010

Drain set in poured roof deck slab. Flashing is secured by a non-puncturing flashing clamp.

Fig. 1011 Fig. 1017 Fig. 1419

Fig. 1010 (-C)

Drain with underdeck clamp -C used where roof drain openings are presleeved in the slab.

Underdeck clamp provides posi-tive anchoring of the drain body.

May be used in any slab or deck.

NOTE: Drain flange rests in a recessed portion of the deck, eliminating sump receiver.

RAINTROL®

ROOF DRAINS

CUSTOMER

DRIVEN

SMITH®

control flow to sewers reduce material and labor cost

Low Profile Dome

Locking Lugs

Tamper-Proof Locking Fastener

Combined Flashing Clamp And Gravel Stop

Bayonet Locking Device

Tapped Boss

Smooth Sump

Trapezoidal Weir Opening Cone Integral With Collar

Weir Opening

External Adjustable Flow Control Cone

Debris Guard

Overflow Drainage

Fig. 1085

The RAINTROL® roof drain was developed to offer certain advantageous features. Drains, leaders, storm sewers, etc., can be economically sized by controlling the flow of water. This will reflect in significant cost savings, both in material and labor. In addition, by controlling the drain rate, existing facilities can be utilized without overloading, thus, new construction can be undertaken and tied into the present storm drains.