B7 Bid Amendment 2.pdf

09-944

BID AMENDMENT NO. 2,

RML Building 7 Renovation P.1

FROM THE OFFICE OF: ARCHITECTS DESIGN GROUP, PC

NO. 1 SUNSET PLAZA

KALISPELL, MONTANA 59901

PROJECT: RML Building 7 Renovation ADG 09-944

BID AMENDMENT NO. 2 08-13-09

GENERAL:

CONTRACTOR QUESTIONS

1. Question: Please clarify the material to be used for the fabrication of the plumbing chases #20.

(metal, plam)

Response: Refer to Detail 2/A1.1. GWB shall be painted per the Room Finish Schedule.

2. Elevation 3/A7.0 shows a tall metal cabinet at the south wall; however this cabinet is not shown on the floor plan. Please clarify if this cabinet is in the contract.

Response: Refer to A1.4 Cabinet Type “TC”

3. Specification section 06402 is calling out detached bases, hinges, pulls, and drawer slides;

however the plans are only indicated open wall cabinets that relate to this section. Please clarify what applies.

Response: Provide casework as detailed. References in the specification to hardware etc. are for convenience and for general casework that may be added to the work scope.

4. Specifications are calling out particle board substrates for casework. Please clarify if plywood substrates are required for the above mentioned reagent shelving cabinets as detailed on 1/A8.3.

Response: Provide plywood as detailed on 1/A8.3. The specific detail is more restrictive.

SPECIFICATIONS:

Section 03300

Delete existing paragraph 2.11.C and replace with the following paragraph:

2.11.C. Cementitious Materials: Limit percentage, by weight, of cementitious materials other than portland cement in concrete as follows:

1. Fly Ash: 20 percent.

2. Combined Fly Ash and Pozzolan: 20 percent.

3. Ground Granulated Blast-Furnace Slag: 40 percent.

4. Combined Fly Ash or Pozzolan and Ground Granulated Blast-Furnace Slag: 50 percent portland cement minimum, with fly ash or pozzolan not exceeding 20 percent.

RML Building 7 Renovation P.2

Section 05500

Delete the existing paragraph 1.5.A as and replace as follows:

1.5.A. Installer Qualifications: Installers/Fabricators shall participate in a quality control program

Section 08800

Replace the specified Glazing type GL-2 with the following:

GL 2 – 20 MINUTE

Safety Glazing System: Overall thickness ¼” Impact & Safety Rating: [ANSI Z97.1 and CPSC 16CFR1201 Cat II]

Basis of Design

"FireGlass 20" As Supplied by Anemostat Products, Carson, CA.

Single Lite 1/4" Single Layer Clear Fire-Safety Glass Door-Glazing Rating 20-Minutes Vision Frame LoPro

GL 2 – 45 MINUTE

Fire-Safety Glass Laminated Intumescent Impact & Safety Rating: [ANSI Z97.1 and CPSC 16CFR1201 Cat II]

Basis of Design “Pyrostop” Pilkington. As Supplied by Anemostat Products, Carson, CA.

Single Lite 3/4” Multi layer Clear Fire-Safety Glass Door-Glazing Rating 45-Minutes Vision Frame LoPro-IS

Refer to the Door Schedule for location of 20 minute and 45 minute glazing.

SECTION 15075, paragraph 1.4-C.1

Add the word “Engineer” following the word “Professional” at the end of the sentence.

SECTION 15350, paragraph 2.1-A

Change the piping ASTM designation from A-120 to A-53.

SECTION 15405, paragraph 2.1-B-1.2

Add the following at the end of the paragraph:

“Hubless pipe and fittings shall conform to ASTM A 888 and CISPI 301. Couplings for all hubless pipe shall be shielded type, heavy duty 304 stainless steel shield with not less than 4 stainless steel band clamps and shall conform to ASTM C 1277-04, ASTM-1540 and CISPI 310-04. Provide Husky model SD4000 or approved equal.”

SECTION 15704, paragraph 2.11 B

RML Building 7 Renovation P.3

Change the glycol type from “Dowfrost” to “Dowfrost HD”.

SECTION 15841, paragraph 2.1 B.1

Add the following at the end of the paragraph:

“All round ductwork shall be spiral type and shall be constructed to 6” w.g. pressure class per SMACNA standards. All joints and seams shall be sealed per SMACNA seal class ‘A’ using a water based sealant as noted above for rectangular duct.”

SECTION 15903

Add the following paragraph:

1.6 SUBMITTALS

A. Submit complete manufacturer’s literature for all products. Submit wiring diagrams and controls description, including sequences of operation for all controllers. Submittal data and complete operations and maintenance data shall be included in the O&M manuals.

SECTION 16770

Add this section (attached) in its entirety.

DRAWINGS:

ARCHITECTURAL

Sheet A0.3:

FIRST LEVEL EXITING PLAN:

Change Stair – see CD5.

Sheet A0.4:

SECOND LEVEL EXITING PLAN:

Add Stair Enclosure – see CD4.

Change Stair – see CD4.

Sheet A1.0:

FIRST FLOOR PLAN

Change Stair – see CD5.

Sheet A1.1:

SECOND FLOOR PLAN

Add Stair Enclosure – see CD6.

Change Stair – see CD6.

Delete Grated Opening and Add floor opening for Mechanical Duct in Electrical

7105 – see CD7.

DETAIL 1

Delete Detail.

Sheet A1.3:

FIRST LEVEL CABINETRY AND EQUIPMENT PLAN

Change Stair – see CD5.

Sheet A1.4:

SECOND LEVEL CABINETRY AND EQUIPMENT PLAN

Change dashed countertop outline to solid lines. Countertops are the work of this contract.

RML Building 7 Renovation P.4

Add Stair Enclosure – see CD6.

Change Stair – see CD6.

Sheet A1.5:

FIRST FLOOR FINISH PATTERN PLAN

Change Floor Pattern at revised stair – see CD8.

Sheet A1.6:

SECOND FLOOR FINISH PATTERN PLAN

Change Floor Pattern at revised stair – see CD8.

Sheet A2.0:

FIRST FLOOR REFLECTED CEILING PLAN

Change ceiling at revised stair – see CD9.

Delete Grated opening and Add floor opening for Mechanical Duct in Electrical 7105 – see CD9.

Sheet A2.1:

SECOND FLOOR REFLECTED CEILING PLAN

Change Ceiling for addition of stair enclosure – see CD10.

Sheet A5.0:

BUILDING SECTION 1:

Add stair enclosure at Second Floor and Change stairs – see CD11.

BUILDING SECTION 2:

Change stairs – see CD11.

Sheet A5.1:

BUILDING SECTION 1:

Delete pipe chase.

BUILDING SECTION 2:

Add stair enclosure at Second Floor and Change stairs – see CD12.

Sheet A7.1:

Elevation 6 - VESTIBULE -7113:

EAST AND WEST - Change stairs – see CD13.

Sheet A8.2:

DETAILS 1, 4, 6, 10, 11, 14

Revise Details for added Stair Enclosure and revised stairs – see CD14-19.

Sheet A8.3:

Details 1 & 5

Change the detail notes to read “Chemical Resistant Plastic Laminate” and remove references to “plastic laminate”.

(The entire reagent shelving unit inclusive of supports is to be faced with

Chemical resistant laminate.)

Details 2, 3 & 4 We confirm that standard plastic laminate is acceptable for the counter tops in Rooms 7107 and 7204.

Sheet A8.4:

DETAILS 22 & 23:

Delete Pipe Chase in floor.

RML Building 7 Renovation P.5

Sheet A9.0:

DOOR SCHEDULE

Add Door 7210 – see CD 20.

Change Door 7209 FIRE RATING TO ‘45’.

DOOR TYPES

Add Door Type ‘E’ – see CD20.

STRUCTURAL

Sheet S2.0:

FOUNDATION PLAN

Change Stair – see F-1.

Sheet S2.1:

FOUNDATION PLAN

Change Stair – see F-2.

Sheet S2.1:

DETAIL 3

Add Detail 3/S2.1 – see F-3.

SECOND FLOOR PLAN

Delete Grated opening and relocate Mechanical Equipment. See Mechanical for new locations.

MECHANICAL

Sheet M0.1 Miscellaneous Equipment Schedule:

Change Glycol Solution for Heating and Chilled Water Systems from “Dowfrost” to “Dowfrost HD”.

Heating and/or Cooling Coil Schedule:

Add stainless steel drain pan and drain connection to HRC-7.1.

Sheet M0.2 Louver & Damper Schedule:

Add smoke damper SD-7105. Damper shall be 24"x18".

Change note bubble 3 to read “½” solid steel axles”.

Air Valve Schedule:

Change the min/max design airflow volumes for SAV-7106 to 200/200 cfm and SAV- 7206 to 300/300. Change the min/max design airflow volumes for GEX-7209 to 120/730, HEV-7209 to 160/800 cfm, and SAV-7209 to 180/790 cfm. Change GEX-7209 to 12”, model number CVVA112M.

Steam Trap Schedule:

Change ST-1 and ST-4 model number to 75A3-VB. Change ST-2 and ST-3 model number to 75A8-VB, change their size to 2”, change their capacity to 1,200 pounds per hour, change their differential operating pressure to ½ psid. Change note 1 to indicate a maximum operating pressure rating up to 75 psig. Add trap ST-5 as an Armstrong model 75A3-VB in ¾” size with 500 pound per hour capacity at ½ psid.

Sheet M0.3 Plumbing Fixture Schedule:

RML Building 7 Renovation P.6

Add to note bubble 7: Low flow aerators shall be 0.5 gpm.

Heating Water Convertor Schedule:

Change HWC-7.1 and HWC-7.2 to Armstrong model WS-14-4-200-1-9, 14” diameter, 48” tube bundle length, 5 psig steam inlet and 5 feet water column water pressure drop.

Sheet M2.2 Second Floor Plumbing & Piping Plan:

Rearrange piping through floor, Glycol Makeup Unit location, and expansion tank locations as shown on the attached drawing CM-M2.2-1.

Sheet M3.1 First Floor HVAC Plan:

Extend ductwork from SAV-7106 and add diffuser to serve the entry.

Add 24"x18" duct and smoke damper SD-7105 in ceiling of electrical room 7105.

See attached drawing CM-M3.1-1.

Sheet M3.2 Second Floor HVAC Plan:

Change 8" round duct serving GEX-7209 to 12" round. ductwork from SAV-7106.

Terminate the 24"x18" duct 2" above the mechanical room.

See attached drawing CM-M3.2-1.

Sheet M3.3 Roof Mechanical Plan:

Add note to insulate exhaust duct between HRC-1 and fan isolation dampers D-3, D-4, D-5 and D-6. Add 1” condensate drain and trap for HRC-1 constructed of polybutylene or other approved freeze tolerant material. Route drain across roof to roof drain body.

Install trap leg and cleanout caps as detailed for cooling coil drains.

Sheet M4.1 Mechanical Details, Detail 1 – Steam Piping Diagram:

Change the size of the condensate lines from both heating water convertors (HWC-7.1 & HWC-7.2) from 1” to 2” including the common portion of the line downstream of traps ST-2 and ST-3 all the way to the point of connection to the existing 3” line above the flash tank. Add a pressure gauge to the common steam supply drop serving the heating water convertors. Delete unused condensate riser depicted to the left of heating water convertor HWC-7.1.

Mechanical Details, Detail 2 – Humidifier Installation:

Change the steam trap designation from ST-4 to ST-5.

Sheet M4.2 Mechanical Details, Detail 1 – Building 7 Chilled Water Piping Diagram:

RML Building 7 Renovation P.7

Change 3" 2-way and 3-way control valves to butterfly type control valves. This will include the control valve downstream of the heat exchanger on the building chilled water.

Sheet M4.3 Mechanical Details, Detail 1 – D-I Water Piping:

Change final connection to the DI water faucet from a flex type connector to a hard piped connection with a union with the provision that a flex connector will be allowed to be used if designed specifically for use with ultra-pure water systems and suitable for the use at the operating pressure of this system.

Sheet M4.3 Mechanical Details, Detail 4 – Emergency Shower/Eyewash Piping:

Add a note indicating that the trap primer piping may be PEX tubing or soft or hard copper with polyethylene sleeve wrap.

Sheet M4.4 Mechanical Details, Detail 1 – Laboratory Exhaust Fan Installation:

Add to note 1 to see guy wiring details on attached sheet CM-4.4-1. Add to note 6 the requirement to locate the fan isolation damper as far from the fan inlet connection as possible. Add to note 10 that the trap assembly shall be constructed of polybutylene or other approved freeze-tolerant material.

Mechanical Details, Detail 7 - Branch Duct Connections:

Add a volume damper in the rectangular duct takeoff. Add a general note that the takeoffs depicted are typical for all supply and exhaust duct systems and that all volume and balancing dampers shall meet the requirements of Section 15841 paragraph 2.2 G.

Mechanical Details:

Add Detail 11 as depicted on attached drawing CM-4-4-1.

Sheet M6.2 Heating Water System Controls:

Add a note indicating that the steam control valves for HWC-7.1 and HWC-7.2 shall be sized for a 20 psid pressure drop at the design flow.

ELECTRICAL

Sheet E2.0

Add additional light fixture type C3 in stair 7201 and adjust lighting and switching in corridor 7206 per attached details E2.0-1 and E2.0-2.

Add power connection to smoke damper in room 7105 per attached drawing E2.0-1.

RML Building 7 Renovation P.8

Sheet E2.2

Delete smoke duct detectors at air handler in room 7205.

Add smoke damper connection/monitoring to damper located in room 7105. See attached drawing CE 2.2.2.

Change speaker designation types per attached drawings CE 2.2-1 and CE2.2-2

Replace speaker installation Details 4 and 5 with attached drawings CE 2.2-4, and CE 2.2-5.

Add speaker installation Detail 6 per attached drawing CE 2.2-6.

END OF BID AMENDMENT NO. 2

09/98 02-243

PACKAGE S • BUILDING 7 RENOVATION • NIH-NIAID RML • HAMILTON, MT

SUPERVISED PAGING SYSTEM 16770-1

SECTION 16770 – SUPERVISED PAGING SYSTEM

PART 1 - GENERAL

1.1 RELATED DOCUMENTS

A. Drawings and general provisions of the contract, including General and Supplementary Conditions and Division 1-specification sections apply to this Section.

1.2 DESCRIPTION OF WORK

A. Provide and install speakers, wiring, and raceways complete to the extent shown on the plans for a functioning SUPERVISED Paging system. It will be the responsibility of the system vendor to coordinate their work with electrical contractor. Other trades may also be affected by this work. Coordinate with these trades as well.

B. The system shall communicate and integrate with a future system installed in the rest of the Building complex. The new systems is intended to be a Digital Voice Communication System by Honeywell to match that currently installed in Building 28.

1.3 SYSTEM DESCRIPTION

A. The system will consist of speakers, backboxes, raceways and wiring. System is to be extended as shown on plans and left for connection to future system.

The speaker system is designed to use 70 volt DC constant voltage for voice distribution.

All speaker pathways are to be continuously monitored for integrity. No single break in a single speaker line shall cause any speaker to not receive audio (voice) for distribution to the building(s), room(s), corridor(s) or space covered by the affected damage.

1.5 SUBMITTALS

A. Product Data: Include component data/cut sheets.

1.6 QUALITY ASSURANCE

A. Installer / Vendor Qualifications: A certified technician holding a valid National Institute for Certification in Engineering Technologies at the level “one” or higher in Low Voltage Electronic Communications Systems (Audio). This technician shall be factory trained prior to installation of the equipment provided in this contract. This project requires several different types of equipment to be integrated and tied together. The vendor will be responsible for complete and full operation of the entire system. The equipment vendor (shop) shall be direct authorized sales and service representative of central-control unit manufacturer and the various parts that are integrated into this system. In addition to the dealership requirements vendor shall maintain service and test equipment necessary for proper maintenance of the equipment installed. Response time for “Service Request” shall be a qualified technician at project site within eight hours of the request.

B. Manufacturer Qualifications: All equipment and devices shall be product(s) that are currently manufactured models that are normal standard production units. Custom made devices shall not be used. Central-control unit and other support equipment manufacturer(s) shall be capable of providing training, advanced replacement finish goods, 09/98 02-243

SUPERVISED PAGING SYSTEM 16770-2

or remanufactured finished goods, telephone emergency consultation and support including repair for their devices used in the system. Stocking levels and emergency support shall be a major consideration before awarding this contract. Companies providing components for this system shall be companies that have been active in this business for more than seven (7) years.

C. Testing Firm Qualifications: Confirm and be responsible for the full and complete compliance of the Quality Assurance section of this specification. Verify that the installer(s) and vendor comply with requirements specified in Quality Assurance section of this specification. Experienced in performing tests of audio and data distribution systems.

D. Testing Supervisor: The “Vendor” will employee and have on permanent staff a “State of

Montana resident” person currently certified by NICET at level three in Low Voltage & Audio Communication systems.

E. Source Limitations: Obtain system components (finish goods) from manufacturer(s) who shall assume responsibility for their system finish goods. See the individual manufacturers’ stated warranty for the exact terms and conditions for warranty of all finish goods. The vendor/system integrator of the system shall verify suitability and compatibility of the manufacture(s) devices and be responsible for the completed operation of the entire system.

F. Comply with NFPA 70.

1.7 SYSTEM SERVICE CONDITIONS

A. Environmental Conditions: All outdoor components (Speakers & Junction Boxes) shall be capable of withstanding the following environmental conditions without mechanical or electrical damage or degradation of operational capability.

1.8 WARRANTY

A. General Warranty: Special warranty specified in this Article shall not deprive owner of other rights owner may have under other provisions of the Contract Documents and shall be in addition to, and run concurrent with, other warranties made by Contractor under requirements of the Contract Documents.

B. Special Warranty: Written warranty, signed by vendor, manufacture and installer agreeing to replace or repair equipment that fails because of workmanship or faulty material(s) within the specified warranty period.

C. Warranty Period for this Contract: Shall be One (1) year from date of beneficial occupancy. This initial system will be installed, programmed and tested as one contract.

Warranty will not be required to b e extended to cover this existing system installed under the first contract when major additional building(s), rack(s) are added to the system unless an extended warranty is purchased.

09/98 02-243

SUPERVISED PAGING SYSTEM 16770-3

PART 2 - PRODUCTS

2.1 SPEAKER DEVICES

A. Type R1: System Sensor SpectrAlert Advance SPCW series for indoor recessed ceiling mount and white trim. Devices to be 70-volt speaker with maximum 50 VDC supervisory voltage, 2-watt minimum power rating, with multiple tap transformer (taps at 2,1,1/2,1/4).

Devices to mount in 4” square by 2-1/2” deep backbox.

B. Type R2: Same as R1, but for mounting in gypboard ceiling.

C. Type C1, C2: System Sensor SpectrAlert Advance SPCW series for indoor ceiling mount and white trim. Devices to be 70-volt speaker with maximum 50 VDC supervisory voltage, 2-watt minimum power rating, with multiple tap transformer (taps at 2,1,1/2,1/4). Devices to mount in 4” square by 2-1/2” deep backbox. Provide with matching white Back Box Skirt

D. Type C3, C4: System Sensor SpectrAlert Advance SPCWK series for outdoor ceiling mount and white trim. Devices shall be NEMA 4X. Devices to be 70-volt speaker with maximum 50 VDC supervisory voltage, 2-watt minimum power rating, with multiple tap transformer (taps at 2,1,1/2,1/4). Devices to mount in 4” square by 2-1/2” deep backbox.

Provide with matching white, surface/ceiling, metal weatherproof surface backbox.

E. Type S1: System Sensor SpectrAlert Advance SPW series for indoor recessed wall mount and white trim. Devices to be 70-volt speaker with maximum 50 VDC supervisory voltage, 2-watt minimum power rating, with multiple tap transformer (taps at 2,1,1/2,1/4). Devices to mount in 4” square by 2-1/2” deep backbox.

A. Type S2: Sensor SpectrAlert Advance SPWK series for outdoor ceiling mount and white trim. Devices to be 70-volt speaker with maximum 50 VDC supervisory voltage, 2-watt minimum power rating, with multiple tap transformer (taps at 2,1,1/2,1/4). Devices to mount in 4” square by 2-1/2” deep backbox. Provide with matching white, surface/ceiling, metal weatherproof backbox.

B. Type H: Dukane model 5A30 re-entrant horn loud speaker, 70-volt, 15-watt minimum power rating minimum power rating, with multiple tap transformer (taps at 15, 7.5, 3.8, 2, 1) baked epoxy finish, metal construction.

2.1 CONDUCTORS, CABLES AND CONNECTORS

A. Cable shall be CMR type cable, in underground ducts and conduits. CMP where in stalled in plenum paces. Conductors shall be minimum 2 conductor 16 AWG stranded with overall shield. Contractor to increase Guage as required for longer runs between buildings.

B. Comply with Division 16 Section “Conductors,” unless otherwise indicated.

C. Provide connectors matched to manufacturer’s specification including use of high quality silver and/or gold plating on all electrical connections.

PART 3 – EXECUTION

09/98 02-243

SUPERVISED PAGING SYSTEM 16770-4

A. The system equipment shall be installed in strict accordance with applicable codes and all manufacturers’ guidelines. All workmen involved with the installation of this system shall have passed testing by NICET at level one for low voltage installers. Testing documents and copies will be provided for all installers prior to installation (during submittal process) of the system wire and components. The vendor shall provide a NICET level three person to be a direct employee of the system vendor. He will supervise the field installation staff and verify specification compliance to the engineer. Workmen will also have a minimum of two years experience with systems similar to the system provided on this project. Final connections between the equipment and the wiring system shall be made by factory trained vendor personnel.

3.1 REQUIREMENT

A. Install work in accordance with diagrams and other specification sections.

B. Run all wiring in conduit 3/4” (21 mm) minimum unless shown or specified otherwise.

Identify paging system conduits per section 16075 with color bands distinct from other systems.

C. Color code wiring and connections in strict accordance with manufacturer’s wiring diagrams.

D. Speaker circuits shall be Class A wiring with separate return paths. Supply and return paths shall be run in separate conduit systems. Return conduit route shall be separated from supply route by a minimum of 10 feet. Wiring shall be in accordance with manufacturer’s instructions and NEC, Article 725.

F. Cut ceiling material as required for installation of recessed speakers. Mount speakers with support members which span main rails of ceiling suspension system.

G. Provide suitable mounting brackets and hardware for surface-mounted speakers, and other equipment.

H. In finished areas, provide recessed boxes for equipment and conduit concealed in walls, extending up to ceiling cavity. All conduit shall be concealed in finished areas. In unfinished areas, surface-mount equipment, and run conduit exposed to level of ceiling cavity. Provide suitable outlet boxes and speakers connected with conduit. Provide pull wire in each empty conduit.

I. Run speaker circuit wiring leaving ample slack for extension to future equipment by others.

J. Install wall speakers 8 ft. AFF, unless otherwise noted or directed by project officer.

K. Adjust final volume controls (transformer taps) for speakers to appropriate audio level as directed by amplifier/monitor module installer.

L. Coordinate any required cutting and patching of existing ceiling and wall construction with

Project Officer.

3.2 INSTALLATION

09/98 02-243

SUPERVISED PAGING SYSTEM 16770-5

A. Install system according to NFPA 70, applicable codes, and manufacturer’s written instructions. No low voltage wire will be installed in any conduit containing conductors having more than 120 volt applied to them. All High Voltage 120VAC wiring shall be installed by State of Montana Licensed Electrician for use by the system integrator.

B. Wiring Method: Install wiring in individual raceways, or inner duct. Control wiring and audio distribution wiring shall install as shown or modified by the manufacturer’s shop drawing package. Placing of wire or fiber optics cables in raceway system for the SUPERVISED PAGING SYSTEM controls and audio shall be by NICET certified vendor personal.

C. Number of Conductors: As shown on the plans or minimum as recommended by manufacturer or required for proper operation.

D. Speakers installed on suspended ceilings and on gypsum board ceilings shall be supported to structure and not just to gypboard or ceiling tiles.

3.3 GROUNDING

A. Ground system components and conductor and cable shields to eliminate shock hazard to minimize ground loops, common-mode returns, noise pickup, cross talk, and other impairments.

3.4 FIELD QUALITY CONTROL

A. Inspection: Verify that units and controls are properly labeled and interconnecting wires and terminals are identified.

B. Operational Tests: Contractor is responsible for providing method to test and demonstrate system is functioning properly. Perform operational system tests to verify compliance with specifications. Test all modes of system operation. Methodically test for audio distribution, loudness, and clarity in each speaker zone.

C. Re-testing: Correct deficiencies, when identified and retest until total system meets requirements of the specifications and complies with applicable standards. Provide minimum of fourteen (14) days of operating correctly before final testing is scheduled.

D. Schedule acceptance testing by providing at least seven working days advance notice to the contracting office. The representative of the vendor shall perform all tests in the presence of the contracting office or the owners’ representative.

END OF SECTION 16770

DATE:

SCALE:

No.1 SUNSET PLAZA • KALISPELL, MONTANA • 406−257−7125

ARCHITECTS A.I.A.

JOHN W. PETERSON

MICHAEL A. ABSALONSON

FRANK JOHN DI STEFANO

GLEN D. ANACKER

BLDG 7 RENOV.

NIH−NIAID−RML

NO SCALE

08−13−09

ADG 09−944

CE

E2.0−1

NORTHFIRST FLOOR POWER PLAN

SCALE: NONE

No.1 SUNSET PLAZA • KALISPELL, MONTANA • 406−257−7125

ARCHITECTS A.I.A.

JOHN W. PETERSON

MICHAEL A. ABSALONSON

FRANK JOHN DI STEFANO

GLEN D. ANACKER

BLDG 7 RENOV.

NIH−NIAID−RML

NO SCALE

08−13−09

ADG 09−944

CE

E2.0−3

FIRST FLOOR LIGHTING PLAN

NORTH

No.1 SUNSET PLAZA • KALISPELL, MONTANA • 406−257−7125

ARCHITECTS A.I.A.

JOHN W. PETERSON

MICHAEL A. ABSALONSON

FRANK JOHN DI STEFANO

GLEN D. ANACKER

BLDG 7 RENOV.

NIH−NIAID−RML

NO SCALE

08−13−09

ADG 09−944

CE

E2.0−4

SECOND FLOOR LIGHTING PLAN

NORTH

No.1 SUNSET PLAZA • KALISPELL, MONTANA • 406−257−7125

ARCHITECTS A.I.A.

JOHN W. PETERSON

MICHAEL A. ABSALONSON

FRANK JOHN DI STEFANO

GLEN D. ANACKER

BLDG 7 RENOV.

NIH−NIAID−RML

NO SCALE

08−13−09

ADG 09−944

CE

E2.2−1

NORTHFIRE ALARM/SECURITY PLAN

FIRST FLOOR

No.1 SUNSET PLAZA • KALISPELL, MONTANA • 406−257−7125

ARCHITECTS A.I.A.

JOHN W. PETERSON

MICHAEL A. ABSALONSON

FRANK JOHN DI STEFANO

GLEN D. ANACKER

BLDG 7 RENOV.

NIH−NIAID−RML

NO SCALE

08−13−09

ADG 09−944

CE

E2.2−2

NORTHFIRE ALARM/SECURITY PLAN

SECOND FLOOR

No.1 SUNSET PLAZA • KALISPELL, MONTANA • 406−257−7125

ARCHITECTS A.I.A.

JOHN W. PETERSON

MICHAEL A. ABSALONSON

FRANK JOHN DI STEFANO

GLEN D. ANACKER

BLDG 7 RENOV.

NIH−NIAID−RML

NO SCALE

08−13−09

ADG 09−944

CE

E2.2−4

No.1 SUNSET PLAZA • KALISPELL, MONTANA • 406−257−7125

ARCHITECTS A.I.A.

JOHN W. PETERSON

MICHAEL A. ABSALONSON

FRANK JOHN DI STEFANO

GLEN D. ANACKER

BLDG 7 RENOV.

NIH−NIAID−RML

NO SCALE

08−13−09

ADG 09−944

E2.2−5

No.1 SUNSET PLAZA • KALISPELL, MONTANA • 406−257−7125

ARCHITECTS A.I.A.

JOHN W. PETERSON

MICHAEL A. ABSALONSON

FRANK JOHN DI STEFANO

GLEN D. ANACKER

BLDG 7 RENOV.

NIH−NIAID−RML

NO SCALE

08−13−09

ADG 09−944

E2.2−6