Attachment_L6_-_C104415_-_Statement_of_Work.pdf

Statement of Work Task Order C104415

Building 105 Conference Room VAV Addition National Institute of Environmental Health Sciences

Research Triangle Park, NC COR: Kyle Hawkins

Date: October 12, 2016

This Scope of Work details requirements for a construction only project to provide and install a new variable air volume (VAV) terminal unit including all controls, piping and ductwork modifications. The Contractor is to provide all services for review of existing conditions; preparation of required submittals; and construction in accordance with this Statement of Work and contract requirements.

I. GENERAL:

A. The Contractor shall provide all services necessary to complete the project as stated in Section III, Scope of Work (SOW). The Contractor is responsible for providing demolition/construction, temporary contractor access, and maintaining functionality of the existing facility as required.

B. Period of performance: Final construction must be complete within 120 calendar days from task order Notice to Proceed (NTP).

C. The Contractor shall provide a Collateral Duty Safety Officer for execution of the work required in this task order.

D. The Contractor shall provide all project management personnel necessary per their approved task order specific quality control and safety plans to properly oversee the construction of this project. Project Manager, Quality Control Manager, and Superintendent roles may be performed by the same individual as deemed appropriate by the Contractor for this task order provided the designated personnel are qualified and meet the requirements set forth in the Contractor’s approved Site Specific Safety Plan and Site Specific Quality Control Plan. The Contractor shall provide for review and acceptance the resume and qualifications of any key personnel performing the tasks identified above that have not been previously approved by the Government.

E. The Contractor designated Quality Control Manager’s sole responsibility shall be the day-to-day on-site management and direction of the Quality Control Program. The Quality Control Manager shall not engage in the production of any work related project.

F. The attached submittal register (Attachment A) details the minimum number of items to be submitted for Government review and acceptance. The updated submittal register shall include submission dates coordinated with the construction schedule.

OCTOBER 12, 2016 2 of 4 7TTask Order C104415

The construction schedule shall provide a minimum of 10 business days for Government review of each submittal package.

G. Within 10 calendar days of task order NTP the Contractor shall provide an updated submittal register and preliminary schedule for approval.

H. Within 20 calendar days of task order NTP the Contractor shall provide a detailed construction schedule identifying all major and minor features of work including all closeout documentation required in Section IV of this SOW. The schedule shall be updated and submitted with each pay request.

I. The Contractor shall schedule ALL construction activities with a continuous flow of work without any significant periods of inactivity once construction has begun.

Planned periods of inactivity should be limited to a maximum of 5 consecutive working days. To avoid unexpected material delivery delays ALL material shall be on the job site or stored locally and readily available. A preparatory inspection may not be scheduled until the material is made available for inspection. No work shall be performed without a preparatory inspection.

II. CONSTRUCTION:

A. The Contractor shall construct the project in accordance with the 2008 NIH Design Requirements Manual for Biomedical Laboratories and Animal Research Facilities and in accordance with the FMB-RTP Engineering Standards and Material Requirements (Revision F).

B. The Contractor shall comply with the quality control requirements for construction in accordance with the Contractor’s Quality Control Plan and approved task order specific supplements.

C. The Contractor shall comply with the safety requirements for construction in accordance with the Contractor’s Accident Prevention Plan and approved task order specific supplements.

D. Work Restrictions: All work will need to be coordinated with the building operations contractor. Access will need to be maintained to employee lockers located in the breakroom during construction. Dust barriers shall be provided to keep any construction dust/debris from collecting on employee lockers during construction.

III. SCOPE OF WORK

OCTOBER 12, 2016 3 of 4 7TTask Order C104415

A. The Contractor shall provide and install one new variable air volume (VAV) terminal box with hot water re-heat to supply air to the Building 105 conference room. Refer to Attachment B for location and installation details. The Contractor shall appropriately size the VAV box for the airflow shown in Attachment B.

a. VAV terminal box shall be Enviro-Tec model SDR-WC to match existing VAV boxes. Boxes shall be selected with elastomeric closed-cell-foam insulation instead of standard fiberglass insulation.

B. The Contractor shall provide and install all hot water piping necessary to install the new VAV box according to attachment C.

C. The Contractor shall perform all ductwork modifications necessary to install the new VAV box as shown in attachment B. The Contractor shall provide new flex ductwork from the point of connection to new ductwork to the terminal devices above the breakroom.

D. The Contractor shall revise the existing building automation system (BAS) controls as necessary to install the new VAV box. The existing BAS is the Johnson Controls (JCI) Metasys platform. All install control devices and graphics modifications shall be compatible with this system and shall be installed by a technician qualified to perform work on the JCI Metasys platform. The existing BAS as-built drawings are provided as attachment D.

E. The Contractor shall provide and install all necessary cabling, conduit, and pneumatic tubing necessary to tie the new VAV box into the existing BAS.

F. The Contractor shall remove and replace the existing fiberglass pipe insulation on the chilled water line feeding the air handling unit above the breakroom. The new insulation shall be 1 ½” elastomeric closed cell foam insulation. Insulation shall be replaced from the interior wall of the breakroom to the ceiling decking above the breakroom.

G. Prior to the start of construction, the Contractor shall submit at minimum the material indicated on the attached submittal register (Attachment A) and in accordance with Specification 01 33 00: SUBMITTAL PROCEDURES.

H. All equipment shall have a warranty period of at least 1 calendar year(s) from the beneficial occupancy date.

IV. CLOSE-OUT REQUIREMENTS

A. In addition to standard requirements provided in the contract base specifications additional services are required for close-out and completion of this task order.

OCTOBER 12, 2016 4 of 4 7TTask Order C104415

B. New Equipment Data Worksheets: The Contractor shall complete the ‘New

Equipment Submission Worksheet Template’ (included as an attachment in the base contract) whenever new equipment is installed. This data will be used to replace or add new equipment to real property equipment lists and schedule preventative maintenance tasks. In addition, the contractor shall return to the Project Officer any existing equipment identification tags found on existing equipment so the equipment can be revised on real property equipment lists. New equipment identification tags will be issued to the Contractor for placement on the new equipment. Equipment tag checks will become part of the Pre-Final Inspection.

C. Operation and Maintenance Manuals. The Contractor shall provide 5 copies in hard copy format of Operation and Maintenance manuals for all the new equipment.

The hard copies shall be bound in a three-ring binder or other approved format. The Contractor shall also provide the Operation and Maintenance manuals in electronic format.

D. Tags for Warranted Equipment: The tag for equipment shall be provided in accordance with the referenced ‘FMB-RTP Engineering Standards and Material Requirements’ document.

E. Field Red-lines: The Contractor shall maintain a record of the changes that have occurred during construction via red pen corrections on the drawings included as part of the SOW. This in no way allows construction changes to the SOW. Personnel performing the redlining shall review and verify the changes with the NIH/ORF Contracting Officer’s Representative. A copy of the red-line drawings is to be submitted to the Contracting Officer’s Representative at or before the prefinal inspection.

F. Metasys: The Contractor shall update the Metasys graphics/user views. The Contractor shall provide .pdf files of as-builts, along with hard copies to be inserted in hard bound as-built sets. The Contractor shall update the NIEHS master as-built set on the NIEHS ADX server.

V. ATTACHMENTS

A. Submittal Register B. C104415 – 1610M101 – Mechanical Work Plan C. C104415 – 1610P101 – Plumbing Work Plan D. BAS As-Built Drawings E. FMB-NC Engineering Standards and Material Requirements (Revision F)

Attachment [#]

SECTION

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DESCRIPTION OF ITEM SUBMITTED

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Schedule X X X

Task Order QC Plan X X X

Task Order APP Supplement X X X

Activity Hazard Analysis X X X X

Schedule of Values X X X

Safety Data Sheets X X X X

VAV Box Equipment X X X

Duct Materials X X X X

Insulation X X X

Electrical Materials X X X

BAS Controls Drawings and Materials X X X

New Equipment Data Worksheet X X X

O&M Manuals X X X

Equipment Warranty Tag X X X Field Red-lines X X X

TITLE AND LOCATION

SUBMITTAL REGISTER FORM C104415

CONTRACT NUMBER TASK ORDER NUMBER

Building 105 Conference Room VAV Addition, NIEHS, RTP, NC

CLASSIFICATION REVIEWING OFFICETYPE OF SUBMITTAL

D

IN

R ai l

DIN Rail

21280127

Drawing Title

Joel MarshRobert ToddRyan Staton

Johnson Controls, Inc.

633-104 Hutton St.

Raleigh, NC 27606 Phone: 919-743-3500 Fax: 919-743-3591

RTU-VAV-105/HX-HTHW-105 PD

001.05

Project Title

Sales Engineer Project Manager Application Engineer

BY DATE BY DATE

DRAWN APPROVED

Branch Information CONTRACT NUMBER

DRAWING NUMBER

Panel Details

NIEHS Building 105 Office AHU Replacement Research Triangle Park, NC

2 Minor corrections. 02/16/12 TO

C A U T I O N

R E C E P T A C L E

I S

A L W A Y S

H O T

P S

-1

D

IN

R ai l

30.00

42.00

DIN Rail

FIRE-SR

1- 1/

2" W

IR

E

D U

C T

(L O

W V

O

LT

AG

E

30.00

42.00

A

PS-2

FE

CIOM

PS-3

FC

BUS+-R

FHLD ES

24 VAC

C O M H O T

NCE

1- 1/

2" W

IR

E

D U

C T

(L O

W V

O

LT

AG

E

15V

IN 1

ICOM 1

IN 2

ICOM 2

15V

IN 3

ICOM 3

IN 4

ICOM 4

15V

IN 5

ICOM 5

IN 6

ICOM 6

IN 7

ICOM 8

OUT 1

OCOM 1

OUT 2

OCOM 2

OUT 3

OCOM 3

OUT 4

OCOM 4

OUT 5

OCOM 5

OUT 6

OCOM 6

OUT 7

OCOM 7

OUT 8

OCOM 8

OUT 9

OCOM 9

FC/SA -

FC/SA COM

FC SHD SA PWR

FC/SA +

FC/SA -

FC/SA COM

24 VAC

24 VAC

24VAC COM

24VAC COM

FC/SA +

ICOM 7

IN 8

TB-IOM-1 1-1/2" WIRE DUCT (MIXED)

1-1/2" WIRE DUCT (MIXED)

1-1/2" WIRE DUCT

1-1/2" WIRE DUCT (MIXED)

1-1/2" WIRE DUCT

DIN RailMA-EP CLG-EP RHT-EP HWS-EP

CIRCUIT BREAKER

N G

H

PS-4

TB-1

DIS

B C

D E

F G

HIJ

K

L

M

N O P Q

R

Y

X

Z

S20ISO-1

TB-NCE

IN 11

ICOM 11

IN 12

ICOM 12

IN 13

ICOM 13

IN 14

ICOM 14

IN 15

ICOM 15

IN 16

ICOM 16

IN 17

ICOM 18

ICOM 17

IN 18

15V

IN 1

ICOM 1

IN 2

ICOM 2

15V

IN 3

ICOM 3

IN 4

ICOM 4

15V

IN 5

ICOM 5

IN 6

ICOM 6

IN 7

ICOM 8

ICOM 7

IN 8

15V

IN 9

ICOM 10

ICOM 9

IN 10

15V

OUT 1

OCOM 1

OUT 2

OCOM 2

OUT 3

OCOM 3

OUT 4

OCOM 4

OUT 5

OCOM 5

OUT 6

OCOM 6

OUT 7

OCOM 7

OUT 8

OCOM 8

OUT 9

OCOM 9

OUT 10

OCOM 10

OUT 11

OCOM 11

OUT 12

OCOM 12

OUT 13

OCOM 13

OUT 14

OCOM 14

OUT 15

OCOM 15

FC +

FC -

FC COM

24 VAC

24 VAC

24VAC COM

24VAC COM

SHD

SA PWR

FC +

FC -

FC COM

SA -

SA COM

SA +

NETGEAR SF-CR

PFILT-DPT

UP

DA-SPT

UP

CLL-SR

R-3

SR-SR

2" W

IR

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D U

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1- 1/

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IR

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D U

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AG

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WRF-CR

CLG-CR

SF-CR

AA

BB

Designation # Part Number Description Panel Devices:

PANEL 1 PAN-ENC3042WDP 30X42X9.25 ENCLOSURE SOLID DOOR PERFORATED SUB-PAN

DIS 1 MS-DIS1710-0 REMOTE MOUNT DISPLAY FOR FIELD EQUIPMENT CONTROLLE

MA-EP, CLG-EP,

RHT-EP, HWS-EP

4 EPC2G E-P, OVR, GAGE, NO BLEED, 0-5/0-10 (ACT)

IOM 1 MS-IOM4711-0 17 PT IOM W/ 6 UI 2 BI 3 BO 2 AO 4 CO 24 VAC AND S

NCE 1 MS-NCE2560-0 33-POINT, NETWORK CONTROL ENGINE, 32 MS/TP DEVICE

SYS-RESET-LOCAL,

SYS-STOP-LOCAL,

SYS-START-LOCAL

3 MP130B10 PB, oi l tight, momentary, 1NO, black (ABB)

RF-STS-PL,

SF-STS-PL

2 CL502G PL, oi l tight, 24VAC, LED, green (ABB)

SYS-ALARM-PL 1 CL502R PL, oi l tight, 24VAC, LED, red (ABB)

PS-1 1 PAN-PWRSP PANEL POWER SUPPLY 96VA

PS-2, 3 2 PAN-96VAXFR-U PANEL TRANSFORMER KIT-UL

PS-4 1 PS5R-A24 Power supply, 24VDC, 7.5W, DIN (IDEC)

4 RH2B-UAC24-L DPDT,10A,HC=24 VAC,

4 SH2B-05 DPDT RELAY BASE FOR RH2B

G 1 G-2010-11 AIR GAGE"0-30#/0-200KPA

ISO 1 PV607-2 Isolation va lve, 1/8x1/8NPT, 200ps i (Kele)

2 BAM END STOP

1 FEM6 END PLATE

25 M4/6 TERMINAL BLOCKN, 6MM

2 BAM END STOP

1 FEM6 END PLATE

48 M4/6 TERMINAL BLOCKN, 6MM

2 BAM END STOP

1 FEM6 END PLATE

81 M4/6 TERMINAL BLOCKN, 6MM

Bill of Materials

FIRE-SR, CLL-SR,

R-3, SR-SR

TB-1

TB-IOM

TB-NCE

Tag ID Width Height Background

Color Letter Color

Line 1 Line 2

Tag ID Width Height Background

Color Letter Color

Line 1 Line 2

O 1 1/2 Black White CLG-EP P 1 1/2 Black White RHT-EP

B 3 1 Black White SYS-START Q 1 1/2 Black White HWS-EP C 3 1 Black White SYS-STOP R 1 1/2 Black White FIRE-SR D 3 1 Black White SF RUN STATUS S 1 1/2 Black White CLL-SR E 3 1 Black White RF RUN STATUS T 1 1/2 Black White R-3 F 3 1 Black White SYS-ALARM U 1 1/2 Black White SR-SR G 3 1 Black White SYS-RESET V 1 1/2 Black White SF-CR H 1 1/2 Black White PS-1 W 1 1/2 Black White RF-CR I 1 1/2 Black White PS-2 X 1 1/2 Black White TB-1 J 1 1/2 Black White PS-3 Y 1 1/2 Black White TB-NCE-1 K 1 1/2 Black White NCE Z 1 1/2 Black White TB-IOM-1 L 1 1/2 Black White IOM AA 1 1/2 Black White CLG-CR M 1 1/2 Black White PS-4 BB 1 1/2 Black White SF-CR N 1 1/2 Black White MA-EP

C:\Project\2012\21280127\[Panel Labels.xlsx]

NCE-105-01, RTU-105-VAV, & 105-HWS

SERVING OFFICES & BREAKROOM

WhiteBlack25A

BLDG-SP

UP

21280127

Drawing Title

Joel MarshRobert ToddRyan Staton

Johnson Controls, Inc.

633-104 Hutton St.

Raleigh, NC 27606 Phone: 919-743-3500 Fax: 919-743-3591

REFERENCE DRAWING

RTU-VAV-105/HX-HTHW-105 PS

001.06

Project Title

NO. REVISION-LOCATION ECN DATE BY

Sales Engineer Project Manager Application Engineer

BY DATE BY DATE

DRAWN APPROVED

Branch Information CONTRACT NUMBER

DRAWING NUMBER

Point Schedule

NIEHS Building 105 Office AHU Replacement Research Triangle Park, NC

Connection Description Alarm Report Delay Low Limit High Limit Normal State Priority

RTU-105-VAV.AHU-OP-STATE --- AHU OPERATIONAL STATE --- --- --- --- ---

RTU-105-VAV.BLDG-SP-STPT --- BUILDING STATIC PRESSURE SETPOINT --- --- --- --- --- RTU-105-VAV.CLG-COIL-TMP-STPT --- COOLING COIL TEMPERATURE SETPOINT --- --- --- --- ---

RTU-105-VAV.CLG-CTRL-STS --- COOLING CONTROL STATUS --- --- --- --- ---

RTU-105-VAV.CLG-VLV-FLUSH-POS --- COOLING VALVE FLUSH POSITION --- --- --- --- --- RTU-105-VAV.DA-SP-STPT --- DISCHARGE AIR STATIC PRESSURE SETPOINT --- --- --- --- ---

RTU-105-VAV.ECON-DIS-TEMP --- ECONOMIZER DISABLE TEMP --- --- --- --- ---

RTU-105-VAV.ECON-ENA-TEMP --- ECONOMIZER ENABLE TEMP --- --- --- --- ---

RTU-105-VAV.ECON-MODE --- ECONOMIZER MODE --- --- --- --- ---

RTU-105-VAV.ECON-STS --- ECONOMIZER STATUS --- --- --- --- ---

RTU-105-VAV.MAD-OP-STATE --- MIXED AIR DAMPER OPERATIONAL STATE --- --- --- --- ---

RTU-105-VAV.MAD-RAMPRATE --- MIXED AIR DAMPER RAMP RATE --- --- --- --- ---

RTU-105-VAV.MA-TMP-STPT --- MIXED AIR TEMPERATURE SETPOINT --- --- --- --- ---

RTU-105-VAV.OA-DPR-MIN-POS --- OUTSIDE AIR DAMPER MINIMUM POSITION --- --- --- --- ---

RTU-105-VAV.OCC-OVERRIDE --- OCCUPANCY OVERRIDE --- --- --- --- ---

RTU-105-VAV.OCC-SCHEDULE --- OCCUPANCY SCHEDULE --- --- --- --- ---

RTU-105-VAV.RA-HUM-STPT --- RETURN AIR HUMIDITY SETPOINT --- --- --- --- ---

RTU-105-VAV.RF-ALARM --- RETURN FAN ALARM 10 --- --- Normal 70 RTU-105-VAV.RF-ALARM-REF-DEL --- RETURN FAN ALARM REFERENCE DELAY --- --- --- --- --- RTU-105-VAV.RHT-COIL-TMP-STPT --- REHEAT COIL TEMPERATURE SETPOINT --- --- --- --- ---

RTU-105-VAV.RHT-OP-STS --- REHEAT OPERATIONAL STATUS --- --- --- --- ---

RTU-105-VAV.RHT-VLV-FLUSH-POS --- REHEAT VALVE FLUSH POSITION --- --- --- --- --- RTU-105-VAV.RTU-HOA-ALARM --- ROOF TOP UNIT IS IN HAND ALARM 10 --- --- Normal 70 RTU-105-VAV.SF-ALARM --- SUPPLY FAN ALARM 10 --- --- Normal 70 RTU-105-VAV.SF-ALARM-REF-DEL --- SUPPLY FAN ALARM REFERENCE DELAY --- --- --- --- --- RTU-105-VAV.SYS-RESET --- SYSTEM ALARM, LOCAL START/STOP RESET --- --- --- --- ---

RTU-105-VAV.TUNING-RESET --- APPLICATION TUNING RESET --- --- --- --- ---

RTU-105-VAV.UNIT-ENABLE --- UNIT ENABLE COMMAND --- --- --- --- ---

RTU-105-VAV.UNOCC-CLG-STPT --- UNOCCUPIED COOLING SETPOINT --- --- --- --- ---

RTU-105-VAV.UNOCC-HTG-STPT --- UNOCCUPIED HEATING SETPOINT --- --- --- --- ---

RTU-105-VAV.UNOCC-SAT-TIME --- UNOCCUPIED MINIMUM SATISFIED TIME --- --- --- --- ---

RTU-105-VAV.UNOCC-STS --- UNOCC STATUS --- --- --- --- ---

RTU-105-VAV.UNOCC-TMP-DIFF --- UNOCC TEMPERATURE DIFFERENTIAL --- --- --- --- ---

RTU-105-VAV.VAV-1-RM-TMP --- P114-116 ROOM TEMPERATURE --- --- --- --- ---

RTU-105-VAV.VAV-2-RM-TMP --- P101 ROOM TEMPERATURE --- --- --- --- ---

RTU-105-VAV.VAV-3-RM-TMP --- P103-104 ROOM TEMPERATURE --- --- --- --- ---

Connection Description Alarm Report Delay Low Limit High Limit Normal State Priority

RTU-105-VAV.VAV-4-RM-TMP --- P107-109 ROOM TEMPERATURE --- --- --- --- ---

RTU-105-VAV.VAV-5-RM-TMP --- P105 ROOM TEMPERATURE --- --- --- --- ---

RTU-105-VAV.VAV-6-RM-TMP --- P106-106A ROOM TEMPERATURE --- --- --- --- ---

RTU-105-VAV.VAV-7-RM-TMP --- P119 ROOM TEMPERATURE --- --- --- --- ---

RTU-105-VAV.VAV-OCC-BROADCAST --- VAV OCCUPANCY BROADCAST --- --- --- --- ---

RTU-105-VAV.MA-DPR AO OUT12 MIXED AIR DAMPER --- --- --- --- ---

RTU-105-VAV.SF-VFD-OUT AO OUT13 SUPPLY FAN OUTPUT --- --- --- --- ---

RTU-105-VAV.RF-VFD-OUT AO OUT14 RETURN FAN OUTPUT --- --- --- --- ---

RTU-105-VAV.CLG-VLV AO OUT15 COOLING VALVE --- --- --- --- ---

RTU-105-VAV.RHT-VLV AO OUT9 REHEAT VALVE --- --- --- --- ---

RTU-105-VAV.SF-STS BI IN11 SUPPLY FAN STATUS 0 --- --- On 70 RTU-105-VAV.RF-STS BI IN12 RETURN FAN STATUS 0 --- --- On 70 RTU-105-VAV.CLG-P-STS BI IN13 COOLING PUMP STATUS 10 --- --- On 70 RTU-105-VAV.SYS-RESET-LOCAL BI IN14 SYSTEM ALARM RESET FROM PANEL --- --- --- --- --- RTU-105-VAV.CLL-STS BI IN15 COIL LOW LIMIT STATUS 10 --- --- Normal 70 RTU-105-VAV.105-AREA-FIRE BI IN16 DISCHARGE AIR SMOKE ALARM 10 --- --- Normal 70

RTU-105-VAV.SYS-START-LOCAL BI IN17 SYSTEM START FROM PANEL --- --- --- --- ---

RTU-105-VAV.SYS-STOP-LOCAL BI IN18 SYSTEM STOP FROM PANEL --- --- --- --- ---

RTU-105-VAV.SF-SS BO OUT1 SUPPLY FAN COMMAND --- --- --- --- ---

RTU-105-VAV.RF-SS BO OUT2 RETURN FAN COMMAND --- --- --- --- ---

RTU-105-VAV.CLG-P-SS BO OUT3 COOLING PUMP COMMAND (ALWAYS ON) --- --- --- --- ---

RTU-105-VAV.SYS-ALARM-PL BO OUT4 SYSTEM ALARM PILOT LIGHT --- --- --- --- ---

RTU-105-VAV.SF-STS-PL BO OUT5 SUPPLY FAN STATUS PILOT LIGHT --- --- --- --- ---

RTU-105-VAV.RF-STS-PL BO OUT6 RETURN FAN STATUS PILOT LIGHT --- --- --- --- ---

RTU-105-VAV.DA-TMP UI IN1 DISCHARGE AIR TEMPERATURE 300 72 --- 70

RTU-105-VAV.OA-TMP UI IN10 OUTSIDE AIR TEMPERATURE --- --- --- --- ---

RTU-105-VAV.RA-TMP UI IN2 RETURN AIR TEMPERATURE --- --- --- --- ---

RTU-105-VAV.MA-TMP UI IN3 MIXED AIR TEMPERATURE 30 45 --- 70

RTU-105-VAV.CLG-COIL-TMP UI IN4 COOLING COIL TEMPERATURE 600 40 70 --- 70

RTU-105-VAV.DA-SP UI IN5 DISCHARGE AIR STATIC PRESSURE 600 0.5 5 --- 70

TU-105-VFD.BLDG-SP UI IN5 BUILDING STATIC PRESSURE 0 1 --- 70

RTU-105-VAV.DA-HUM UI IN6 DISCHARGE AIR HUMIDITY --- --- --- --- ---

RTU-105-VAV.PRE-FILTER-DP UI IN7 PREFILTER DIFFERENTIAL PRESSURE 60 1.5 --- 70

RTU-105-VAV.RA-HUM UI IN8 RETURN AIR HUMIDITY 0 70 --- 70

RTU-105-VAV.RHT-COIL-TMP UI IN9 REHEAT COIL TEMPERATURE 0 40 70 --- 70

Item System Service Qty. Code Number Valve Family Configuration Fail Position

Inlet Pipe Size (in)

Valve Size

(in) Medium

Flow (gpm or lbs/hr)

Design Delta P

(psi)

Valve Delta P

(psi)

Design Coefficient

(Cv)

Valve Coefficient

(Cv)

Design Close Off

(psi)

Valve Close Off

(psi) Trim Material Connection Code Number Actuator Control 1 RTU-1 Cooling 1 VG7842RT+823E01 Globe Valve 3-Way Normal Position 2 1-1/2 Water 44.60 5.0 2.4 20.0 28.9 36.0 58.0 Brass Threaded MP823E001 (Pilot) 9-13psi (63-91kPa) PROP 2 RTU-1 Heating 1 VG7842LT+3008D Globe Valve 3-Way Normal Position 1-1/4 3/4 Water 10.60 5.0 2.1 4.7 7.3 30.0 41.0 Brass Threaded V-3000-8011 4-8psi (28-56kPa) PROP 3 HX-1 High Temp HW 1 MK78TP-100-CS/PTTSCNH5B5R500R0E Globe Valve 2-Way Valve Closed 1-1/4 1 Water 13.00 5.0 5.0 11.5 5.4 400.0 450.0 Stainless Steel Flanged M55 3-15psi PROP 4 VAV-1 Reheat 1 VG1841AE+923GGA Ball Valve 3-Way Normal Position 3/4 1/2 Water 3.90 5.0 4.2 1.7 1.9 30.0 200.0 Brass Threaded VA9203-GGA-2Z 0-10VDC PROP 5 VAV-2 Reheat 1 VG1841AE+923GGA Ball Valve 3-Way Normal Position 3/4 1/2 Water 1.80 5.0 0.9 0.8 1.9 30.0 200.0 Brass Threaded VA9203-GGA-2Z 0-10VDC PROP 6 VAV-3 Reheat 1 VG1841AE+923GGA Ball Valve 3-Way Normal Position 3/4 1/2 Water 1.00 5.0 0.3 0.4 1.9 30.0 200.0 Brass Threaded VA9203-GGA-2Z 0-10VDC PROP 7 VAV-4 Reheat 1 VG1841AE+923GGA Ball Valve 3-Way Normal Position 3/4 1/2 Water 2.70 5.0 2.0 1.2 1.9 30.0 200.0 Brass Threaded VA9203-GGA-2Z 0-10VDC PROP 8 VAV-5 Reheat 1 VG1841AE+923GGA Ball Valve 3-Way Normal Position 3/4 1/2 Water 1.00 5.0 0.3 0.4 1.9 30.0 200.0 Brass Threaded VA9203-GGA-2Z 0-10VDC PROP 9 VAV-6 Reheat 1 VG1841AE+923GGA Ball Valve 3-Way Normal Position 3/4 1/2 Water 2.60 5.0 1.8 1.1 1.9 30.0 200.0 Brass Threaded VA9203-GGA-2Z 0-10VDC PROP

10 VAV-7 Reheat 1 VG1841AE+923GGA Ball Valve 3-Way Normal Position 3/4 1/2 Water 1.30 5.0 0.5 0.6 1.9 30.0 200.0 Brass Threaded VA9203-GGA-2Z 0-10VDC PROP

Valve Information

Comments

Actuator InformationTag

Sele ct

21280127

Drawing Title

Joel MarshRobert ToddRyan Staton

Johnson Controls, Inc.

633-104 Hutton St.

Raleigh, NC 27606 Phone: 919-743-3500 Fax: 919-743-3591

REFERENCE DRAWING

RTU-VAV-105/HX-HTHW-105 VS

001.07

Project Title

NO. REVISION-LOCATION ECN DATE BY

Sales Engineer Project Manager Application Engineer

BY DATE BY DATE

DRAWN APPROVED

Branch Information CONTRACT NUMBER

DRAWING NUMBER

Schedule - Damper & Valves

NIEHS Building 105 Office AHU Replacement Research Triangle Park, NC

Code Number Diameter or

W (in) H (in) Diameter or

W (in.) H (in.) Area (ft²) 1 RTU-1 Outside Air 1 Furnished with unit Rectangular Opposed Normally Closed 48 15 48 15 5.00 1 D-4073-1 8-13psi (56-91kPa) PROP Yes 2 RTU-1 Relief Air 1 Existing damper Rectangular Opposed Normally Closed 34 16 34 16 3.78 1 D-4073-1 8-13psi (56-91kPa) PROP Yes 3 RTU-1 Return Air 1 Existing damper Rectangular Opposed Normally Open 34 16 34 16 3.78 1 D-4073-2 8-13psi (56-91kPa) PROP Yes

Field Mtd

ActuatorBlade/Frame Type Code No.

Damper InformationTag

Service TypeSystem CommentsShape/Blade Fail Position

Duct Size

Actuator Information

Actuator ControlItem Qty.

Damper Size

Bearing/SealsQty.

Se lect

ZN-TMP

SA ADD(199)

Discharge Air from Air Handling Unit

N C

VMA

DA-TMP

DA-VP

NON-FAN POWERED VAV BOXES WITH REHEAT

24VAC

sourced from RTU-

VAV-105 control panel PS-2 and 3.

ON

Address:

See Room Schedule

+15

IN

ICOM

U N

IVE

R

S A

L

SA PWR

COM

FC EOL

SA

BU

S

IN

SHLD

COM

FC

BU

S

OUT1

OCOM1

OUT2

OCOM2

OUT3

OCOM3

B

IN

AR

Y

OUT4

OCOM4

OUT5

OCOM5

C O

N

FI

G U

R

AB

LE

HOT

COM

HI

(Red)

LO

SE

N

S O

R

MANUAL

OVERRIDE

THE END OF LINE SWITCHIS

SET ON VAV-1.

PNEUMATIC TUBING

(DIFFERENTIAL PRESSURE)

DA-VP FOR SUP-FLOW

21280127

Drawing Title

Joel MarshRobert ToddRyan Staton

Johnson Controls, Inc.

633-104 Hutton St.

Raleigh, NC 27606 Phone: 919-743-3500 Fax: 919-743-3591

REFERENCE DRAWING

Terminal Unit Flow Diagram

002.01

Project Title

NO. REVISION-LOCATION ECN DATE BY

Sales Engineer Project Manager Application Engineer

BY DATE BY DATE

DRAWN APPROVED

Branch Information CONTRACT NUMBER

DRAWING NUMBER

VAV with Reheat and Setpoint

[VAV RH SP]

NIEHS Building 105 Office AHU Replacement Research Triangle Park, NC

All sensors have local display and setpoint capability.

5 FT

Min.

TO NEXT

DEVICE

FROM LAST

DEVICE

MS/TP

MS/TP

DA-TMP

HWS

HWR

NO

CN C

H C

HTG-O

V+

V-

24V

C

HTG-VLV

10Vdc

ZN-Tmp Sensor

FC Bus FC Bus

SA Bus

Power sourced from RTU-VAV-105 control panel.

3 or 4 VAV boxes per 96VA transformer.

ZN-T #6/22,T

DA-TMP #2/18,T/S

HTG-O #4/22,T

PWR #2/16

B i l l o f M a t e r i a l

T a g Q u a n t i t y P a r t N o D e s c r i p t i o n

Fi el d Devi ces:

DA-T 7 T E-635GV-2 DUCT PROBE T EM PERAT URE SENSOR, 1K PLAT INUM SENS

HT G-O 7 HT G-O Val ve - See Val ve Schedul e

VM A 7 M S-VM A1620-0 VAV CT RL/ ACT / DP.HT G.FAN

ZN-T W/ SP 7 CBLNET WORKB100 Networ k sensor cabl e, Cat3, 100f t (Ani xter )

7 NS-BT B7001-0 T EM P, WALL, 3" X4.5" . SET PT , M OD JACK. DISPLAY

Sequence of Operation

VAV Flow Control: The unit shall maintain zone set-points by controlling the airflow through one of the following:

1. Occupied:

a. When the zone temperature is 1 deg F (adj.) greater than the set-point(T-STAT-STPT), the zone damper shall modulate between the minimum occupied airflow (OCC-MIN-FLOW- STPT adj.) and the maximum cooling airflow (OCC-MAX-FLOW-STPT adj.) until the zone is satisfied.

b. When the zone temperature is between the plus or minus 1 deg F (adj) from the set-point, the zone damper shall maintain the minimum required zone ventilation (adj.).

c. When the zone temperature is 1 deg F (adj.) less than the set-point, the controller shall modulate open the reheat control valve to maintain a leaving air temperature of 95 deg F (adj.). On a continued fall in zone temperature, the zone damper shall modulate between the minimum airflow (adj.) and the maximum airflow while maintaining a leaving air temperature of (DA-TMP) 95 deg F (adj.) until the zone is satisfied.

2. Unoccupied:

a. When the zone is unoccupied the zone damper shall control to its minimum unoccupied airflow (adj.).

b. When the zone temperature is 1 deg F (adj.) greater than the setpoint, the zone damper shall modulate between the minimum unoccupied airflow (UNOCC-MIN-FLOW-STPT adj.)

and the maximum cooling airflow (UNOCC-MAX-FLOW-STPT adj.) until the zone is satisfied.

c. When the zone temperature is 1 deg F (adj.) less than the set-point, the controller shall modulate open the reheat control valve to maintain a leaving air temperature of 95 deg F (adj.). On a continued fall in zone temperature, the zone damper shall modulate between the minimum airflow (adj.) and the maximum airflow while maintaining a leaving air temperature of 95 deg F (adj.) until the zone is satisfied.

3. Discharge Air Temperature: The controller shall monitor the discharge air temperature.

21280127

Drawing Title

Joel MarshRobert ToddRyan Staton

Johnson Controls, Inc.

633-104 Hutton St.

Raleigh, NC 27606 Phone: 919-743-3500 Fax: 919-743-3591

REFERENCE DRAWING

Terminal Unit Point Schedule

002.02

Project Title

NO. REVISION-LOCATION ECN DATE BY

Sales Engineer Project Manager Application Engineer

BY DATE BY DATE

DRAWN APPROVED

Branch Information CONTRACT NUMBER

DRAWING NUMBER

[VAV RH SP]

NIEHS Building 105 Office AHU Replacement Research Triangle Park, NC

DETAIL NS101 NET STAT WITH PHONE JACK

FIXED ADDRESS=199

CONTROLLER

SENSOR PLUG

SENSOR 6-Pin

PHONE PLUG

(JACK J1)

CABLE WITH AN RJ-12 CONNECTOR

ON EACH END

61 61

Terminal 1 is to the extreme left as you face the Jack opening, Tab Notch down.

J1

J2

J1

JACK J2 IS FOR

COMMISIONING TOOLS.

THERMOSTAT CIRCUIT BOARD

DETAIL V131 TEMPERATURE SENSOR INPUT

RTD

Temperature Element

IN#

ICOM#

VMA16xx

DETAIL V250 0 (2)-10VDC OUTPUT to M9104-

GGA-2S AND VA9104-GGA-2S

24VAC Com

Add Jumper from 24VAC Com to only one OCOM# per Transformer

24VAC Hot

VMA16xx

OUT#

OCOM#

2 Red

1 Black

3 Gray

Factory Set

DA, 0-10V

Mode

In DA mode, a minimum control signal drives the actuator to the full Counterclockwise (CCW) position, and a maximum control signal drives the actuator to the full Clockwise (CW) position. For Reverse Acting (RA) operation, a minimum control signal drives the actuator to the full CW position and a maximum signal drives the actuator to the full CCW position.

To change the factory settings (DA, 0-10 V), remove the actuator cover and adjust the switches on the circuit board

DC 2-10V+ RA

DC 0-10VDA +

Y

Connection Description Alarm Report Delay Low Limit High Limit Normal State Priority

EICM-SUP-BOX-RHT-ENA --- REHEAT IS AVAILABLE --- --- --- --- ---

EICM-SUP-BOX-RHT-FLUSH-POS --- REHEAT FLUSH POSITION --- --- --- --- ---

EICM-T-STAT-OCC-MODE --- OCCUPANCY STATUS DISPLAY --- --- --- --- ---

OCC-CLG MAX FLOW --- OCCUPIED COOLING MAXIMUM FLOW --- --- --- --- ---

OCC-CLG MIN FLOW --- OCCUPIED COOLING MINIMUM FLOW --- --- --- --- ---

OCC-OVERRIDE --- OCCUPANCY OVERRIDE --- --- --- --- ---

OCC-SCHEDULE --- OCCUPANCY SCHEDULE --- --- --- --- ---

SUP-BOX-AUTOCAL-SS --- SUPPLY BOX AUTOCALIBRATE START STOP --- --- --- --- ---

SUP-BOX-AUTOCAL-STS --- SUPPLY BOX AUTOCAL STATUS --- --- --- --- ---

SUP-BOX-DA-TMP-STPT --- SUPPLY BOX DISCHARGE AIR TEMP SETPOINT --- --- --- --- ---

SUP-BOX-FLOW --- SUPPLY BOX FLOW --- --- --- --- ---

SUP-BOX-FLOW-STPT --- SUPPLY BOX FLOW SETPOINT --- --- --- --- ---

SUP-BOX-MODE --- SUPPLY BOX SYSTEM MODE --- --- --- --- ---

SUP-BOX-OCC-STS --- SUPPLY BOX OCCUPANCY STATUS --- --- --- --- ---

SUP-BOX-STATE --- SUPPLY BOX OPERATIONAL STATE --- --- --- --- ---

SUP-BOX-TUNING-RESET --- SUPPLY BOX TUNING RESET --- --- --- --- ---

T-STAT-STPT --- ZONE TEMP SETPOINT --- --- --- --- ---

SUP-BOX-DPR-OUT BO1-Int,BO2-Int SUPPLY BOX DAMPER --- --- --- --- ---

SUP-BOX-RHT-VLV CO OUT4 SUPPLY BOX REHEAT VALVE --- --- --- --- ---

T-STAT NetSensor ZONE TEMPERATURE 10 67 77 --- 70

SUP-BOX-DA-TMP UI IN1 SUPPLY BOX DISCHARGE AIR TEMPERATURE --- --- --- --- ---