Attachment 2b - Specifications and Drawings - 2.pdf

L r _____ A ____ _. _____ s _____ ....... _____ c _____ ._ _________ _._ _________ _. __________ .,__ _____ G _____ L._ ____ _;H ____ __J-::====� mm

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HANGAR CONTROLS FLOOR PLAN - BLDG 1164

1. CONNECT O::ISTING DOC CONTROL PANEL TO

EXISTING McCHOOD BASE EMS CONTROL SYSTEM

THROUGH EXISTING ROOTER.

2. ENTIRE SYSTEM TO BE COMPATIBLE WITH BASE

WONOERWARE SYSTEM AND EXISTING ASI DOC

CONTROL EQUIPMENT.

3. UH-1, UH-2, AND ff-1 ARE SHOWN K5

EXISTING EQUIPMENT INSTALLED UNDER MILCON

PROJECT NO. POwY 99-3051

MffiR INPUTS:

STEAM FLOW

MAIN PANEL

PANELLA

PANEL H

FlRE PUMPS

DOC CONTROL SYSTEM MATRIX

SPECIFICATION

(15951M1)

'1 "!<C!��"":�"'! -:"'"'

AHU-1 AHU-2 XXX XX xx X X

AHU-3 XXXX X X XX XX X X 1

CCU-1 / CC1.l-2 xxxx xx X X EF-1 xxxx xx X X

UH-1 /._ UH-2 XXX X XX

STEAM HEAT EXCHANGER X X XX X

HEATING I-IOT WATER PUMP xxxx

EliCTRIC MCT(R

STEAM FLOWMIT£R

NOTES:

1. RESET SET POINT BASED ON SPACE TEMPERATI.JRE AND VALVE POSITION

2. PROVIDE TOT.6JJZATlON fOR ALL METtRS

3. RELOCATE EXISTING DOOR SWITCHES TO NEW DOORS

NEW MAINTENANCE

COMPUTER

-EXISTINGRS-485CIRCUIT

NEW CONNECTION TO EXISTING 8Ast DATA COMl.4UNICATION SYSTD,t OBTAIN TCPIP

ADDRESS FOR BUILDING 1164 FROM BAS£

NETWORK OPERATIONS MANAGER.

MULTIPLE EXISTl�G OPERATOR WORK __/ SOFTWARE IN EXISIINC NfJWOBK WORK SIATIONfr STATIONS IN MS WINDOWS NT (TYP) PROVlD£ CHANGES TO DATA, SOFTWARE, ANO LICENSING IN

SERVERS ANO WORK STATION ON TH£ SYSTEM SUCH THAT THE

DOC SYSTEM IN THIS PROJECT IS ACCESSIBLE FROM AfN

DDC SYSTEM

WORK STATION ON TH£ SYSTEM AND TH£ SASE DOC SYSTEM IS

ACCESSIBLE FROM THIS WORKSTATION. ALL WORK SHALL BE

COMPATIBLE WITT-I TH£ EXISTING SYSTEM ASI CONTROLS AND

WONOERWARE GRAPHICS.

THE SYSTEM INCLUDES A MINIMUM OF 25 WORK STATIONS IN

LOCATIONS AROUND McCHORD AIR FORCE BA.SE. CONTACT THE

BASE EMS MANAGER TO DETERMINE WORK STATION LOCATIONS

AJ.0 EQUIPMENT CHARACTERISTICS.

BLOCK DIAGRAM

IL___JI

0 8' 16' 32' 1/16""' 1'-o·

2 2 X

�i t,�rn�� s.otff•Dl.trtct eric.c.coday Callout New CCU's relocated to floor eric.c.coday Line eric.c.coday Rectangle eric.c.coday Rectangle eric.c.coday Rectangle eric.c.coday Rectangle eric.c.coday Line eric.c.coday Line eric.c.coday Pencil eric.c.coday Callout Existing fall protection rail eric.c.coday Rectangle eric.c.coday Rectangle eric.c.coday Callout Transition to flex where drop down; approx. 30' of 8" flex for discharge/purge air eric.c.coday Line eric.c.coday Callout Replace existing 19" x 42" supply air duct with new duct. New duct shall be the same dimensions. Alternatively, the new duct can be of slightly different dimensions if the appropriate fittings are installed and the new duct has approximately the same pressure drop as the existing.

eric.c.coday Line eric.c.coday Callout New discharge duct from CCU up to horizontal run eric.c.coday Line eric.c.coday Callout 14" Round spiral duct eric.c.coday Line eric.c.coday Text Box Layout for new purge air system eric.c.coday Polygon eric.c.coday Polygon r _____ A ____ ___. __________ .._ _____ c ____ ___. _____ o _____ .._ _________ �---------�-----G----��----H _____ "';:===� Im

DEMO EXISTING RETURN DUCT. RELOCATE

EXISTING RETURN AIR OPENING.

HANGAR SECTION - BLDG 1164

SCAU:,1/16" •1'-o" r DEMO EXISTINGSUPPlYDUCT REPLACE EXISTINGSMOKE DEfECTOR

AHU-1 DEMO SECTION - BLDG 1164 (AHU-2 SIMILAR)

so.u:,1;a· -1·-o·

RELOC1HE EXISTING RETURN AIR

OPENING TO APPROXIMATELY

15 FIET Aff TO TOP OF GRILL£.

\ RELOCATE EXISTING SMOKE DETECTOR IN

SUPPLY DUCT WITHIN ,f-0" OF AIR

HANDLING UNIT

CONNECT TO EXISTING

SUPPLY OPENING ON

TOP OF AIR HANDLER

AHU-1 SECTION - BLDG 1164 (AHU-2 SIMILAR)

sou, 1;s· • r-o·

1. EXISTING AIR HANDLING UNITS TO REMAIN

REPLACE EXISTING MOTORS WITH NEW HIGli

EFFICIENCY 7.5 HP MOTORS. PROVIDE NEW

BEARINGS,SHIVE,ANDBELTS

2. ALL MECHANICAL DUCTWORK ANO DIFFUSERS

ARE TO REMAIN AT MINIMUM J2'-0' fJJ'f IN THE

HANGAR AREA.

IL.__Ji 0 8' 16' J2' 1/16". 1'-o·

AS-BUILT

US Army Corps of Engineers

PLATE

NUW8ER:

T1M-3

Shoot_L of:J eric.c.coday Highlight eric.c.coday Rectangle eric.c.coday Rectangle eric.c.coday Callout Highlighted components are existing AHU and ductwork eric.c.coday Rectangle eric.c.coday Rectangle eric.c.coday Rectangle eric.c.coday Polygon eric.c.coday Callout New CCU eric.c.coday Callout New rectangular ductwork eric.c.coday Callout New spiral round ductwork (14") eric.c.coday Callout New 8" flex hose. Note: New 13" flex hose for exhaust will be installed adjacent to 8" eric.c.coday Text Box These components are typical of each CCU system eric.c.coday Text Box Purge air side-view r _____ A ____ _. _____ s _____ ....... _____ c _____ ._ _________ _._ _________ _. __________ .,__ _____ G _____ L._ ____ _;H ____ __J-::====� mm

.i

HANGAR CONTROLS FLOOR PLAN - BLDG 1164

1. CONNECT O::ISTING DOC CONTROL PANEL TO

EXISTING McCHOOD BASE EMS CONTROL SYSTEM

THROUGH EXISTING ROOTER.

2. ENTIRE SYSTEM TO BE COMPATIBLE WITH BASE

WONOERWARE SYSTEM AND EXISTING ASI DOC

CONTROL EQUIPMENT.

3. UH-1, UH-2, AND ff-1 ARE SHOWN K5

EXISTING EQUIPMENT INSTALLED UNDER MILCON

PROJECT NO. POwY 99-3051

MffiR INPUTS:

STEAM FLOW

MAIN PANEL

PANELLA

PANEL H

FlRE PUMPS

DOC CONTROL SYSTEM MATRIX

SPECIFICATION

(15951M1)

'1 "!<C!��"":�"'! -:"'"'

AHU-1 AHU-2 XXX XX xx X X

AHU-3 XXXX X X XX XX X X 1

CCU-1 / CC1.l-2 xxxx xx X X EF-1 xxxx xx X X

UH-1 /._ UH-2 XXX X XX

STEAM HEAT EXCHANGER X X XX X

HEATING I-IOT WATER PUMP xxxx

EliCTRIC MCT(R

STEAM FLOWMIT£R

NOTES:

1. RESET SET POINT BASED ON SPACE TEMPERATI.JRE AND VALVE POSITION

2. PROVIDE TOT.6JJZATlON fOR ALL METtRS

3. RELOCATE EXISTING DOOR SWITCHES TO NEW DOORS

NEW MAINTENANCE

COMPUTER

-EXISTINGRS-485CIRCUIT

NEW CONNECTION TO EXISTING 8Ast DATA COMl.4UNICATION SYSTD,t OBTAIN TCPIP

ADDRESS FOR BUILDING 1164 FROM BAS£

NETWORK OPERATIONS MANAGER.

MULTIPLE EXISTl�G OPERATOR WORK __/ SOFTWARE IN EXISIINC NfJWOBK WORK SIATIONfr STATIONS IN MS WINDOWS NT (TYP) PROVlD£ CHANGES TO DATA, SOFTWARE, ANO LICENSING IN

SERVERS ANO WORK STATION ON TH£ SYSTEM SUCH THAT THE

DOC SYSTEM IN THIS PROJECT IS ACCESSIBLE FROM AfN

DDC SYSTEM

WORK STATION ON TH£ SYSTEM AND TH£ SASE DOC SYSTEM IS

ACCESSIBLE FROM THIS WORKSTATION. ALL WORK SHALL BE

COMPATIBLE WITT-I TH£ EXISTING SYSTEM ASI CONTROLS AND

WONOERWARE GRAPHICS.

THE SYSTEM INCLUDES A MINIMUM OF 25 WORK STATIONS IN

LOCATIONS AROUND McCHORD AIR FORCE BA.SE. CONTACT THE

BASE EMS MANAGER TO DETERMINE WORK STATION LOCATIONS

AJ.0 EQUIPMENT CHARACTERISTICS.

BLOCK DIAGRAM

IL___JI

0 8' 16' 32' 1/16""' 1'-o·

2 2 X

�i t,�rn�� s.otff•Dl.trtct eric.c.coday Rectangle eric.c.coday Rectangle eric.c.coday Rectangle eric.c.coday Rectangle eric.c.coday Line eric.c.coday Line eric.c.coday Pencil eric.c.coday Callout Existing fall protection rail eric.c.coday Rectangle eric.c.coday Rectangle eric.c.coday Polygon eric.c.coday Rectangle eric.c.coday Rectangle eric.c.coday Rectangle eric.c.coday Rectangle eric.c.coday Polygon eric.c.coday Callout New 13" flex drops for exhaust (approx. 30' of flex) eric.c.coday Line eric.c.coday Callout New ductwork for new exhaust units. Exhaust ductwork running perpendicular to CCU round duct shall be 18" round spiral. Other ductwork for new exhaust units shall be appropriate for the system parameters; KTR to decide best size. New exhaust ductwork to be routed to existing EU wall penetrations (modified per SOW and attachment).

eric.c.coday Line eric.c.coday Text Box Layout for new exhaust air system eric.c.coday Polygon eric.c.coday Polygon

-100% OSA

-Hot water heating coil sized to be able to provide 120F air to the flex discharge.

-Electric heating coil/section sized for the temperature listed above.

-Supply fan rated for 3,000 CFM and the appropriate temperatures and pressures.

CCU Requirements (to include but not limited to):

Ductwork requirements (to include but not limited to):

-All ductwork shall be properly supported -All new ductwork and connections shall be sealed to seal class A except those seals that would void product listing or warranty.

-Ductwork adhesives/sealants shall be suitable for the range of air distribution (CFM/FPM/pressures) and temperatures to which is it exposed.

-Ductwork gauge shall be appropriate to the pressures and temperatures it is exposed to. Contractor shall indicate gauges of all ductwork and fittings on ductwork submittal.

-Bends in ductwork shall be gradual where possible. Contractor shall use low pressure drop elbows and fittings per SMACNA guidelines. Bends shall be equipped with turning vanes.

-All new ductwork for CCUs and AHUs shall be insulated with external blanket insulation having a R factor of R-6 or better. All duct insulation shall have a maximum flame spread index of 25 and a maximum smoke developed index of 50. Insulation shall be rated for indoor use, rated for the system temperatures and pressures, and have a vapor retarder barrier facing white in color (minimum 2 mils thick). Insulation shall meet the applicable ASTM (C552/C534) and NFPA 90 (A or B as required).

-Provide two round openings in CCU discharge air duct similar to existing. Openings shall have manual balancing dampers that are adjusted by locking-type quadrant operators. Dampers shall be two gauges heavier than the duct that they are installed in.

-Ductwork installed at the roof truss level (14" round, 18" round, etc.) shall be installed above the trusses where feasible to maximize space. Contractor to discuss ductwork layout with Government PM prior to installing. Ductwork submittal(s) shall be submitted and approved prior to the contractor submitting on the supply fans and motors (all equipment).

-New flex duct shall be static conductive flex air duct. Flex duct shall include attached air duct connector rings in order to be able to connect multiple sections of flex together. Flex duct shall be a non-collapsible diameter design throughout the length of each duct and be rated for fuel tank/confined space ventilation. Discharge flex from CCUs (purge) shall be 8" and exhaust shall be 13". For reference, the NSNs for the flex currently used for this type of maintenance in the primary fuels hangar are: 8"; 4720-01-324-0233 & 13"; 4720-00-930-5974.

-All new ductwork for CCUs and EF-2 and EF-3 shall be grounded. The flex hoses shall have grounding wires similar to the existing running inside the flex from the end of the flex to the connection to hard duct. The grounding wire shall transition from the inside of the flex to the outside of the hard duct at the transition elbow. The duct hole for the ground wire shall have a rubber grommet or similar installed to protect the ground wire from damage. The ground wire duct hole shall be sealed properly to prevent any air leakage or moisture entry. The ground wire running on the outside of the hard duct shall run the length of the duct to the existing grounding points at ground level. The grounding wire shall be properly supported/secured to the duct.