Ecotech® Booths Detail Specifications

PART 1 - GENERAL

1.01 DESCRIPTION OF WORK:
The work herein includes the provision and installation of a prefabricated shelter as shown on the drawings and includes all accessories, electrical components, and other appurtenances necessary for a complete installation.

Related Work Specified Elsewhere:
Concrete foundation pad
Electrical rough-ins

1.02 QUALITY ASSURANCE:
Manufacturer:
A. A firm with no less than seven years of successful experience in the production of units similar to the one required for this project.
B. Unit shall be completely assembled and pre-wired.

Performance Requirements:
A. Units to be manufactured with Class I Fire-Retardant Resin. Fire Resistance: Unit shall provide a Class I Fire resistant rating with flame spread of not over 25 for structural panels per ASTM E-84.
B. Wall panels shall be constructed using a nominal thickness of 1/8" chopped glass laminate having the following properties:

    TEST VALUE **
    Glass Components, % 28
    Barcol Hardness 45
    Tensile Strength, psi 15,000
    Tensile Modulus, psi x 10 1.0
    Tensile Elongation, % 1.1
    Flexural Strength, psi 27,000
    Flexural Modulus, psi x 10 9.7
    Compressive Strength. psi 20,000

    ** SOURCE DOCUMENT
     Per Owens-Corning
    “ Fiberglass Design Properties of Marine-Grade Fiberglass Laminate” Copyright 1978

Measurements:
A. Verify all dimensions by taking field measurements and from final accepted shop drawings; proper fit and attachment of all items is required.
B. Coordinate concrete flat work and electrical rough-in installations to properly conform to prefabricated unit.

1.03 SUBMITTALS:
A. Shop drawings: Manufacturer shall submit complete shop drawings indicating all component sizes, installation procedures, wiring diagrams (if required), sizes and types of all fastening devices, and all accessories requiring field installation.
B. Samples: Submit color samples of all materials having a choice of color for selection by the Owner.
C. Maintenance and Installation Instructions: Submit suggested procedures for installations, care, and maintenance of the materials comprising the unit, and the optional heater, if specified.

PART II - PRODUCTS

2.01 Materials and Components
Prefabricated Unit:
The prefabricated shelter meets or exceeds the values listed with a factor of safety of 2:1.
Wind pressure equal to 110 mph 27 psf
Live load on flooring 50 psf
Snow load 40 psf
Dead load 40 psf
Wind uplift load 27 psf

The manufacturer must be able to substantiate these claims through performance calculations and supporting test data, when requested. Said calculations shall be certified by a licensed P.E. in the state of manufacture.

 2.02 Shelter Unit:
Shall be equivalent to Modular Shelter System, Model SNE-R35 (3’x5’)  EcoTech Series, as manufactured by Stillman Northern Corporation, 6733 Myers Road, East Syracuse, New York 13057. Telephone (315) 463-1431, Fax (315) 463-1281, Toll free (888) 377-4321.

2.03 Structural Panels:
A. Panels comprising the structure shall be of fiberglass reinforced polyester having the properties required above. All wall panels shall be glazed to provide 360 degree visibility. All necessary hardware shall be of stainless steel or aluminum.
B. Exterior panel finish shall be smooth gel coat. Finish color shall be as selected by the Owner. Interior finish shall be manufacturer’s standard textured finish on interior walls and interior ceiling.

2.04 Glazing:
All wall and door panels shall be glazed with a 1/8 inch clear tempered glass set into black aluminum extruded frames.

2.05 Windows:
Units shall consist of screened sliding windows on 2 sides for easy access, and a large fixed window on the front for maximum visibility.

2.06 Counter:
A one-piece molded fiberglass counter.

2.07 Door:
Door shall be hinged and shall be equipped with locks for security. Door frame shall be of extruded aluminum , painted in silver finish. Door panel shall match the remaining exterior color of the prefabricated enclosure.

2.08 Flooring:
Flooring shall be 3/4 thick APA A-C Exterior Grade plywood with edges and bottom weather protected. Interior floor to be gray colored slip-resistant.

2.09 Electrical Mechanical Systems
Wiring and Lighting:
Unit shall be pre-wired with interior grade plastic coated wiring run through concealed conduit, except at ceiling where conduit may be exposed. Unit shall be supplied with a 100 amp, multi-circuit distribution box for connection to electrical rough-in. Manufacturer to supply kiosk breakers; electrical rough-in to be done in field by others.

A. Unit shall be equipped with a wall switch for light and with one duplex outlet. Outlet shall be located where shown on the drawings.
B. Unit shall be equipped with an overhead fluorescent light with wall switch, complete with rapid start ballasts.
C. Unit shall be wired in accordance with National Electrical Code (NEC).

2.08 Accessories:
Electrical Wall Heater (option):
A. Heater shall be forced air/electric wall-mounted down flow type. Heater shall have a 13,600 BTU/H delivery capacity and shall be rated 3000 watts at 208 volts. Heater shall be automatic control type with louvered front plate to channel air flow. Heater shall include thermal limit switch, matched fan and motor, fan delay switch, and automatic thermal switch.
B. Heater shall be forced air/electric wall-mounted down flow type. Heater shall have a 5119 BTU-H delivery capacity and shall be rated 1500 watts at 120 volts. Heater shall be automatic control type with louvered front plate to channel air flow. Heater shall include thermal limit switch, match fan and motor, fan delay switch, and automatic thermal switch.

III - EXECUTION:

3.01 Inspection:
Installer must examine sub-structure and conditions under which pre-fabricated unit work is to be installed and erected and shall not proceed with erection until unsatisfactory conditions have been corrected.

3.02 Installation:
Install system complete per final accepted shop and erection drawings and in full accordance with the manufacturer’s written specifications and instructions. Some minor adjustments to the booth may be needed at time of installation and are installer’s responsibility. This is necessary due to variances and irregularities in the prepared slab.

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