FAA BCT A90 - DDC DESIGN DRAWINGS - COMPLETE BID SET 0228 2017.pdf

ENGINEER

Basis of Design:

FAA BCT HVAC EQUIPMENT

REPLACEMENT

16-0125

Direct Digital Control (DDC) for HVAC Project:

16-0125

FAA BCT HVAC EQUIPMENT REPLACEMENT

MERRIMACK, NH

Controls Designer:

Future Controls, Inc.

5719 Zip Drive, Suite-1

Fort Myers, FL 33905

Submittal / Dated:

As-Built / Dated:

Reference only

DESIGN ONLY

TSSC 4

Drawing Index:

SYMBOL PAGE Page 1 AHU 284 - 284A FLOW DIAGRAM Page 28

REQUIREMENTS / CLARIFICATIONS Page 2 AHU 284 - 284A BILL OF MATERIAL Page 29

Minimum Graphic Properties Page 3 AHU 284 - 284A CONTROLLERS Page 30

WIRING GUIDES Page 4 AHU 284-A CONTROLLERS Page 31

COMPUTERS & SOFTWARE Page 5 SEQUENCE OF OPS - AHU 284 & 284A Page 32

NETWORK ROUTING SCHEDULE Page 6 AHU 284B FLOW DIAGRAM Page 33

NETWORK CONNECTED DEVICE SUMMARY Page 7 AHU 284-B CONTROLLERS Page 34

CONTROLLER DETAILS - CENTRAL PLANT Page 8 SEQUENCE OF OPS - AHU 284 B Page 35

CONTROLLER DETAILS - CRAC UNITS Page 9 AHU P02 FLOW DIAGRAM Page 36

CONTROLLER DETAILS - AHU PG. 2 Page 10 AHU P02 CONTROLLERS Page 37

CONTROLLER DETAILS - AHU PG. 1 Page 11 SEQUENCE OF OPS - P02 & P02A Page 38

CONTROLLER DETAILS - GENERATOR ROOM Page 12 AHU P02A FLOW DIAGRAM Page 39

CHILLED WATER - DRY COOLERS Page 13 AHU P02A CONTROLLERS Page 40

CHILLED WATER -CHILLERS Page 14 SEQUENCE OF OPS - P02A Page 41

CHILLED WATER - PUMPS Page 15 BASE-VAV CONTROLLER Page 42

CHILLED WATER SYSTEM CONTROLLERS PG.1 Page 16 BASE BUILDING VAV SCHEDULE PG. 1 Page 43

CHILLED WATER SYSTEM CONTROLLERS PG.2 Page 17 BASE BUILDING VAV SCHEDULE PG. 2 Page 44

SEQUENCE OF OPS - CHILLERS Page 18 VAV SEQUENCE OF OPERATIONS Page 45

HOT WATER SYSTEM FLOW Page 19 AHU HNV-192 FLOW DIAGRAM Page 46

HOT WATER SYSTEM CONTROLLERS Page 20 GENERATOR 2 & EF 190B Page 47

SEQUENCE OF OPS - HOT WATER SYSTEM Page 21 GENERATOR 1 & EF 190A Page 48

CRAC UNITS - OPERATIONS RM 152 Page 22 GENERATOR & HNV-192 CONTROLLERS Page 49

CRAC UNITS - OPERATIONS RM 252 Page 23 TYPICAL EXISTING PANEL RETROFIT Page 50

AHU 01 - 02 FLOW DIAGRAM Page 24 CHW and HWS - PANEL LAYOUT Page 51

AHU 01 CONTROLLERS Page 25 AHU ENERGY CONTROL VALVE SCHEDULE Page 52

AHU 02 CONTROLLERS Page 26 CHILLER PLANT VALVE SCHEDULE Page 53

SEQUENCE OF OPS - AHU 1 & 2 Page 27 VAV & RADIATOR VALVE SCHEDULE Page 54

FAA BCT HVAC EQUIPMENT REPLACEMENT

TSSC4

A rc h it e c t:

B K S

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P A R S O N S

F A A B C T H V A C E Q U

IP

M E N T

R E P L A C E M E N T

S Y M B O L P A G E

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D e s ig n e d b y

S o ft w a re b y

C h e c k e d b y

S tr e e t A d d re s s Z ip D ri v e S u it e -1

F o rt M y e rs F L

P o s t O ff ic e B o x

F o rt M y e rs F L

P H .6 .1 F a x .6 .5

DESCRIPTION

PANEL

PNT

GND

DESIGNATED

CONTROLLER

POINT

DESCRIPTION

TERMINAL

TYP. GROUND

POINT TYPE/

IO NUMBER

CURRENT SENSOR

TAG

ACTUATOR PART NUMBER

TYPICAL DAMPER MOTOR

TYPICAL FILTER SENSOR

DP

DIFFERENTIAL PRESS.

FILTER

TYPICAL HW COIL DETAIL

HWS

HWR

A AB

CV1

See Valve Schedule

N/C

TYPICAL CHW COIL

CHWR

CHWS

A AB

CV1 See Valve Schedule

N/O DaSp

PNL

PNT GND V+

OUT

PD1

COM POWER

GND

24H

XFMR

HIGH

EPP102-LCD

PANEL MOUNT DIFFERENTIAL PRESS

TYPICAL STATIC PRESSURE

HUMIDIFIER W/AIR FLOW SWITCH

RESET

L H

HSP-1

CLV-AFS-460-D-SS

Fan Interlock

TYPICAL HI STATIC CUT OUT

EBTRON

AFMS

GTx

AIR FLOW STATION

DUCT SEPARATER

EruEF-S

PNL

PNT PNT

CURRENT SENSOR

CURRENT SENSOR

CT1

STR200 NO SP SENSOR

ENERGY WHEEL

TYPICAL FAN SYMBOL

WATER DP SENSOR

120/ 277 VAC

POWER

TRANSFORMER

Line voltage (power) provided by others.

TRANSFORMER - CONTROLLER

TRANSFORMER – GENERAL DUTY

N L

G

N L

G

FUSE SWITCH

X F M R -2

G e n e ra l P u rp o s e T ra n s fo rm e r

M O D E L N U M B E R

V A C :2 V A C

G rn d v a c v a c

G rn d v a c v a c

AO EXPANDER CARD

ANALOG EXPANDER CARD – INET ONLY

Duct Detector

SD

By others

TRANSFORMER ID

XFR

24H

24G

Transformer ID

POLARITY ID

ZONE SENSOR

LOCATE AS DIRECTED

STR250 ROOM SENSOR WITH LCD

ZoneSensor

STR250

SMART WALL SENSOR (VAV)

0.76 x 0.12

PANEL PARTS

1.50 x 0.26

WW

WIRE WAY W/COVER

Size Varies

B L A C K

R E D

G R E E N

TYPICAL TERMAL

BLOCK

C02 WALL MTD.

TYPICAL FREEZE PROTECTION

Fan Interlock

FZ1

A/FS-6

POWER CONNECTION

TYPICAL TEMP/HUM SENSOR

TYPICAL POINT MARKER

TAG

PANEL

PNT/PINOUT GND

Yel

BOM

Yel

MODEL #

If energy valve, see valve schedule for further details

CO2

VER-CWLSXX

LCD DISPLAY

700 PPM

RM. 116

PLAIN WALL VAV SENSOR

WS

STR200

ZONE SENSOR - LOCATE PER PLANS

RELAY IN A BOX (RIB)

C02 DUCT MTD.

FLOW METER / IMMERSION SENSOR

RH WALL SENSOR

If energy valve, see valve schedule for further details

RH%

EHR110

ChwsT

BK

TS-I

BK

ETI100-2

PUMP

TYPICAL PUMP SYMBOL DUCT W/ DIRECTION ARROW

AVG.

TAG

PANEL

PNT/PINOUT GND

Yel

BOM

Yel

MODEL #

XXX

XXX

“XXX” = XFMR ID

RESET

L

TWR-CHW_ChwsDp

CP_M03

UI8 RET

WTR-DP

KEL-M230-025PD-C

COPPER FOR

DP SENSOR BY

OTHERS

RELAY ENC SPDT 10-30VAC/DC 120

R1

KEL-RIBU1C

WHT/BLU

WHT/YEL

BLU (N/C)

YEL (C)

ORG (N/O)

RJ45

RJ 45 JACK REFERENCE

X

C02

VER-CDLSXX

C02

C02_RM116

MR88R-TYP

UI6GNDXFR2

Humidity

MR88R-TYP

UI6GNDXFR2

h it e c t:

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E M E N T S

C L A R

IF

IC

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C h e c k e d b y

S tr e e t A d d re s s Z ip D ri v e S u it e -1

F o rt M y e rs F L

P o s t O ff ic e B o x

F o rt M y e rs F L

P H .6 .1 F a x .6 .5

PROJECT INTENT: This project is a retrofit of the existing INET control system - to a Smart Struxure (SBO) solution, manufactured by Schneider Electric. This project consist, but not limited to, the following points of interest:

1. GENERAL CONDITIONS:

a. The project requires a100% INET Controls replacement, no INET hardware, software, etc.. shall remain present upon completion of project. All INET hardware is property of the FAA and shall be turned over to the FAA COR. Each controller shall be carefully removed and “Bubble wrapped” to help preserve the integrity of the hardware.

b. The newly installed Smart Struxure (SBO) system shall be consistent with the hardware shown on these drawings – any deviation must be pre-approved by the FAA COR.

c. The intent of this project is to replace all Controllers, Peripheral devices, Control valves (Isolation & modulation), Damper actuators, etc. EXCEPT, where indicated on drawings.

d. Each system within the drawing has a “Bill of Materials” associated with that system – The BOM represents hardware and devices that are known to be acceptable to the FAA – any deviations must be pre-approved by the FAA COR.

e. Control Transformers may be re-used as per drawings indicate, however, if additional transformers are required, it is the responsibility of this contract to provide a turn key solution, which means transformers, relays and other such control devices/hardware to make the system 100% operational is the responsibility of this contractor.

f. This project includes numerous equipment to be integrated via BacNet into the SBO control system. This wiring is not existing and shall be newly installed as directed by within these drawings.

2. AHU:

a. The control valves are currently 3-way with isolation valves. These valves will be replaced with 2-way ENERGY VALVES (Manufactured by Belimo, see valve schedule for approved valves and details)

b. Temperature sensors for supply and return shall come with ENERGY VALVE assembly

c. The currently installed isolation valves will be removed and not replaced.

d. Controls Contractor to provide complete valve assembly

e. The valves shall be INSTALLED BY MECHANICAL CONTRACTOR, as per detail on document set of drawings and detail on Valve Schedule page of this drawing set.

f. All Pneumatic controlled devices (Fan Vanes) are to remain

g. All Dampers shall be tested for proper operation –The new actuator shall control the damper to its fullest open & closed position - If a damper is found to be faulty, this contractor must report the issue, in writing, to the FAA COR for direction.

h. All existing enclosures shall be re-used and shall house the new Smart Struxure Hardware.

2A. VAV:

a. Each VAV shall have a new Xenta 102ax (Lon) controller installed with new approved LON wiring installed as indicated within this drawing set.

b. Each VAV shall have a new HW Floating control valve – provided by this contractor and INSTALLED BY THE MECHANICAL CONTRACTOR.

c. Each “Radiator” valve shall be replace with a two position control valve – provided by this contractor and INSTALLED BY THE MECHANICAL CONTRACTOR.

3. CRAC (Computer Room Air Conditioning):

a. The AS-B controller shall be mounted in a newly provided enclosure – 1 per room.

b. Each unit shall be integrated as shown on the drawings.

4. CENTRAL PLANT:

a. New Onicon flow meters are to be provided, as indicated on drawings, by this contractor – INSTALLED BY THE MECHANICAL CONTRACTOR

b. Existing Isolation Valves shall be replaced with new Isolation Valves – INSTALLED BY THE MECHANICAL CONTRACTOR

c. Provide new control By-Pass valve in place of the existing manual operated By-Pass valve – new by-pass valve provided by this contractor - INSTALLED BY THE MECHANICAL CONTRACTOR.

d. Self sensing pumps (Chilled water only) are to be integrated as shown on the drawings.

5. SOFTWARE and WORKSTATIONS:

a. There is an existing Enterprise software license for the fuel system that will be used to bring all the systems together – See network drawing for additional license requirements.

b. The 4 new workstations shall be of the latest technology available with a minimum of 24" wide monitors. Each workstation shall be capable of running Workstation Software without any processor or storage issues.

c. All TCP/IP backbone cabling shall be installed by this contractor and as per described within the documents. The drawings refer to this network as “BMS Network”

d. A secure Sonic Wall Router with an air card is required for this project. The air card shall come with 1 year of air time, min 6GB per month of allowable data. This connection will be used for first responder warranty and support for the 1 year period. There needs to be a written option for subsequent years of support via the air card provided to the FAA upon completion.

6. REDUNDANT SYSTEMS

a. Each redundant system shall have a mode to enable any unit to be placed in a “Maintenance” mode. When a unit is placed in this mode, it shall be clearly visible from the graphic pages (Home & system) that a unit has been disabled. In addition, a message shall also be recorded.

h it e c t:

B K S

L e g e n d P a g e .v s d

P A R S O N S

F A A B C T H V A C E Q U

IP

M E

P L A C E M E N T

M in im u m G ra p h ic P ro p e rt ie s

J O B N U M B E R

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2 4

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/2 /2

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IL

E N A M E

D a te

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C o n tr a c to r:

D e s ig n e d b y

S o ft w a re b y

C h e c k e d b y

S tr e e t A d d re s s Z ip D ri v e S u it e -1

F o rt M y e rs F L

P o s t O ff ic e B o x

F o rt M y e rs F L

P H .6 .1 F a x .6 .5

a) Pump Status

i) Graphic of all pumps arraigned by their Pri/Sec roles

ii) Quick status of

(1) Running

(2) Start/Stop status

(3) Fault

(4) VFD fault

(5) Hours of operation each motor, next lube time

(6) Hours of operation each pump, next lube time

(7) Indicator of Lubrication needed

iii) Controls to:

(1) Reset pumps

(2) Reset VFDs

(3) Switches/Buttons to “fail” any unit for maintenance

b) Chiller Dry /Cooler Status

i) Graphic of Chiller and Dry coolers

ii) Quick status of:

(1) Which Chiller is running

(2) Which Pump is running

(3) Water Supply temperature

(4) Water Return temperature

(5) Chiller KW

(6) Each Chiller’s compressor KW

(7) Chiller percent of Full load

(8) Each Chiller’s compressor percent of Full load

(9) Pump Frequency

(10) Pump percent Full load

iii) Controls to:

(1) Change Primary, Secondary and Standby of chillers

(2) Change Primary, Secondary of Pumps

(3) Change Primary, Secondary of Dry coolers

(4) Switches/Buttons to “fail” any unit for maintenance

c) VAV/CAVs

i) Spreadsheet style information from each VAV/CAV

(1) Box number

(2) Room number

(3) Each VAV Occupied or Unoccupied set from time schedule, with the ability to force by clicking on the displayed point.

(4) Room temperature Setpoint, with the ability to change within limits by clicking on the setpoint

(5) Room temperature

(6) Supply Temperature

(7) Reheat Valve Percent Open, with the ability to force percentage by clicking on the displayed point.

(8) Radiator Valve Percent Open/Closed, with the ability to force by clicking on the displayed point.

(9) CFM flow

(10) Minimum CFM

(11) Maximum CFM

(12) Percent Box Load

d) System Status (Quick View)

i) Each AHU

(1) Hours of Operation, next lube time

(2) Fan Status

(3) Select which is Pri/Sec

(4) Preheat valve percent open

(5) Chilled Water valve percent open

(6) Reheat valve percent open

(7) Economizer Damper percent open

(8) Humidifier percent on

(9) Humidifier hours of operation

(10) Return Relative humidity

ii) Chiller Status

(1) Which is Primary, Secondary and Standby

(2) Supply Temperature

(3) Return Temperature

(4) Dry Cooler Status

(5) Dry Cooler Stage/ Motor Frequency

(6) Hours of operation

iii) Boilers B179 & B179A

(1) Primary/Secondary, (indication and selector)

(2) On/Off Status

(3) Hours of operation

(4) Valve status

(5) Supply temperature

(6) Return temperature

iv) Miscellaneous

(1) Hot Water Pressure Alarm, (actual pressure?)

(2) Chilled Water Pressure Alarm, (actual pressure?)

(3) Exhaust Fans EF190 and EF190A

(a) Primary/Secondary, (indication and selector)

(b) Enabled/Disabled

(c) On/Off Status

(d) Hours of operation each, next lube time

e) Several Graphic Screens copied from Building drawings for component location information

PAGE NOTE:

GRAPHIC SUGGESTIONS – AS REQUESTED BY THE FAA ENVIROMENTAL GROUP – THESE “SUGGESTIONS” ARE A MINIMUM

AND ARE NOT LIMITED TO THE GRAPHIC PACKAGE AND CAPABILITIES WITHIN A SMART STRUXURE GRAPHICAL PACKAGE.

GRAPHIC PAGES SHALL BE CLOSELY COORDINATED WITH THE FAA AS TO INSURE THAT THE GRAPHIC PAGES / LAYOUT

ARE SATISFACTORY TO THE END USER.

h it e c t:

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F A A B C T H V A C E Q U

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ID

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D e s ig n e d b y

S o ft w a re b y

C h e c k e d b y

S tr e e t A d d re s s Z ip D ri v e S u it e -1

F o rt M y e rs F L

P o s t O ff ic e B o x

F o rt M y e rs F L

P H .6 .1 F a x .6 .5

ALL DATA IS 40% FILL BASED ON NEC

ALL CONDIT UNDER 24" MAY BE FILLED TO 60%

CONDUIT FILL CAPACITIES – LOW VOLTAGE WIRING

DESCRIPTION COLOR P/N

18/4 NON SHIELDED WHITE 002380

22/4 SHIELDED WHITE / BLUE STRIPE 004342

24/2 SHIELDED BLUE 042000

24/2 SHIELDED ORANGE 042002

22/2 SHIELDED PURPLE 0043250

22/2 NON SHIELDED YELLOW 105500

22/6 SHIELDED WHITE / YELLOW STRIPE 444351-03S

24/2 SHIELDED GRAY 042001-S BacNet Cable

FT/10 LON COMMUNICATION

Access Controls - Bulk inputs wiring (T-stat)

WINDY CITY PRODUCT NUMBERS

NOTES - Typical Cable Application

Outputs & 24 v Power Wiring

Inputs (signal wire and up to 10vdc)

RS485 INET BLDG. LAN ONLY! (Low Cap)

INET SUB LAN ONLY! (Low Cap)

RS232 COMMUNICATION (Typically used for ModBus)

18/4 NON SHIELDED (.184

INCHES cable o.d.)

22/4 SHIELDED

(.145 cable o.d.)

24/2 SHIELDED ORANGE,

BLUE & GRAY (.172 cable o.d.)

22/2 SHIELDED PURPLE

(.126 INCHES cable o.d.)

22/6 SHIELDED WHITE W/YELLOW STRIPE

(.163 cable OD)

AREA = .02688 AREA = .01651 AREA = .02329 AREA = .01327 AREA = .0211

1/2" 0.622 0.12154 4 7 5 9 6

3/4" 0.824 0.21331 8 13 9 17 10

1" 1.049 0.3457 13 21 15 27 0.16

1 1/4" 1.38 0.59828 22 36 25 48 28

1 1/2" 1.61 0.81433 30 49 35 65 39

2" 2.067 1.34224 50 81 57 107 64

EMT CONDUIT SIZE CALCULATED AREA @ 40%INNER DIAMETER

1. All controls conduit shall be “Blue” in color – Except where Rigid is required.

2. Wiring above accessible ceilings shall be run parallel and perpendicular to building lines and adequately supported with “J-Hooks” or “Bridal Rings”

(Plenum rated cable only)

3. Conduit attaching to cable tray, must be attached with the following approved attachment strap (or equal):B-LINE 9ZN-1150-¾ (¾” EMT/RIGID)

4. All voltage wiring above 77 volts are not included within this scope

5. Typical color coding for inputs & outputs

Red = power

Black = ground

White = Primary Signal

Green = Secondary Signal / Spare Wire

LON CARD

BY OTHERS

LON

P NLL

LON

IN

OUT

COM+

COM-

SHLD

TB xx

LAN

SHIELD PASSES THROUGH –

CONNECT TO CONTROLLER

AT ONE END ONLY!

Orange = SubLan

Blue = Controller Lan

TYPICAL NETWORK WIRING – DAISY CHAIN METHOD

18/2 NON SHIELDED CABLE

(YELLOW)

ModBus CARD BY OTHERS

P N

MB

Modbus

22/2 SHIELDED CABLE

(PURPLE)

MB

Modbus

BacNet CARD BY OTHERS

P N B

BacNet

22/2 SHIELDED CABLE (GRAY)

B

BacNet

INET / RS232

5 PORT INDUSTRIAL SWITCH

E-SWITCH

LNX-500AG

8 PORT INDUSTRIAL SWITCH

E-SWITCH

LNX-800AG

BMS NETWORK

A rc h it e c t:

B K S

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P A R S O N S

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IP

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C O M P U T E R

O F T W A R E

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C o n tr a c to r:

D e s ig n e d b y

S o ft w a re b y

C h e c k e d b y

S tr e e t A d d re ss

Z ip D ri v e S u it e -1

F o rt M ye rs

F

L

P o st O ff ic e B o x

F o rt M ye rs

F

L

P H

.6

.1

F a x

.6

.5

SECURE SONIC WALL

SONICWALLRTR

8 PORT INDUSTRIAL SWITCH

E-SWITCH

LNX-800AG

5 PORT INDUSTRIAL SWITCH

E-SWITCH

LNX-500AG

NETWORK SWITCHES – SEE “NETWORK ROUTING SCHEDULE” FOR

DETAILS OF SWITCH ROUTING

BMS NETWORK BMS NETWORK

To help eliminate network degradation - No single Cat 6e cable shall be more than 300'

DELL COMPUTER SYSTEM - TO BE DETERMINED

FECS1

DELL - TBD

RM 174

DELL COMPUTER SYSTEM - TO BE DETERMINED

FECS2

DELL - TBD

RM 284

DELL COMPUTER SYSTEM - TO BE DETERMINED

FECS3

DELL - TBD

RM P02

DELL COMPUTER SYSTEM - TO BE DETERMINED

FECS4

DELL - TBD

RM 160

DELL LAPTOP COMPUTER SYSTEM

LAPTOP1

DELL LPTP

AT&T WI-FI AIR CARD

AIRCARD

AT&T AIR CARD

SONIC WALL ROUTER W/ AIR CARD – INCLUDE 1 YEAR

SUBSCRIPTION SERVICE FOR MIN. 5GB PER MONTH AIR

TIME FOR REMOTE SUPPORT

SOFTWARE

ENTERPRISE SERVER MAINTENANCE

ES-1

SXWSWESXX00001

ENTERPRISE SERVER – EXISTING

(PART OF FUEL SYSTEM)

SOFTWARE

WORKSTATION PROFESSIONAL SOFT

SOFT-1

SXWSWWORK00002

SOFTWARE

WORKSTATION STD1 USER MAINTE

SOFT-2

SXWSWWORK00001

Device Qty Part Number Description Vendor

AIRCARD 1 AT&T AIR CARD AT&T WI-FI AIR CARD FUTURE CONTROLS

E-SWITCH 5 LNX-500AG 5 PORT INDUSTRIAL SWITCH ANTARIA

E-SWITCH 5 LNX-800AG 8 PORT INDUSTRIAL SWITCH ANTARIA

FECS1-4 4 DELL - TBD DELL COMPUTER SYSTEM - TO BE D DELL

LAPTOP1 1 DELL LPTP DELL LAPTOP COMPUTER SYSTEM DELL

PRNT1 1 PRINTER PRINTER - TO BE DETERMINED TBD

SOFT-1 2 SXWSWWORK00002 WORKSTATION PROFESSIONAL SOFT Schneider Electric

SOFT-2 3 SXWSWWORK00001 WORKSTATION STD1 USER MAINTE Schneider Electric

SONICWALLRTR 1 NETWORK-ROUTER SECURE SONIC WALL FUTURE CONTROLS, INC.

PRINTER - TO BE DETERMINED

PRNT1

PRINTER

8 PORT INDUSTRIAL SWITCH

E-SWITCH

LNX-800AG

BMS NETWORK BMS NETWORK

5 PORT INDUSTRIAL SWITCH

E-SWITCH

LNX-500AG

BMS NETWORK

RTR-01 RTR-04 RTR-05 RTR-06 RTR-08

RTR-HR

8 PORT INDUSTRIAL SWITCH

E-SWITCH

LNX-800AG

BMS NETWORK

RTR-02

8 PORT INDUSTRIAL SWITCH

E-SWITCH

LNX-800AG

BMS NETWORK

RTR-03

5 PORT INDUSTRIAL SWITCH

E-SWITCH

LNX-500AG

BMS NETWORK

RTR-07

5 PORT INDUSTRIAL SWITCH

E-SWITCH

LNX-500AG

BMS NETWORK

RTR-09

EXIST RM 174

FUEL SYSTEM

h it e c t:

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E n g in e e r:

C o n tr a c to r:

D e s ig n e d b y

S o ft w a re b y

C h e c k e d b y

S tr e e t A d d re ss

Z ip D ri v e S u it e -1

F o rt M ye rs

F

L

P o st O ff ic e B o x

F o rt M ye rs

F

L

P H

.6

.1

F a x

.6

.5

ROUTER NAME PORT 1 PORT 2 PORT 3 PORT 4 PORT 5 PORT 6 PORT 7 PORT 8 PORTS USED DEVICE REQUIRED

RTR-01 AS AHU01 AS AHU02 EV-AHU-1 HW EV-AHU-2 HW EV-AHU-1 CHW EV-AHU-2 CHW RTR-HR RTR-02 8 8 PORT

RTR-02 AS AHU284 AS AHU284A EV-AHU-284 CHW EV-AHU-284 HW EV-AHU-284A CHW EV-AHU-284A HW RTR-01 RTR-03 8 8 PORT

RTR-03 AS AHU284B EV-AS AHU-284B CHW EV-AHU-284B HWp EV-AHU-284B HWr RTR-03 FECS RM 284 6 8 PORT

RTR-04 AS CH01-02-DC01 AS CH03-DC02 AS HWS RTR-HR 4 5 PORT

RTR-05 AS GEN-HNV192 RTR-HR EXISTING FUEL SYS 3 5 PORT

RTR-06 AS AHUP02 EV-AHU-PO2 CHW EV-AHU-PO2 HWp EV-AHU-PO2 HWr RTR-HR RTR-07 6 8 PORT

RTR-07 AS AHUP02A EV-AHU-PO2A CHW EV-AHU-PO2A HW FECS - RM P02 RTR-06 5 5 PORT

RTR-08 AS CRU-RM152 RTR-08 RTR-HR 3 5 PORT

RTR-09 AS CRU-RM252 RTR-07 2 5 PORT

RTR-HR (RM 174) RTR-01 RTR-04 RTR-05 RTR-06A RTR-07 SPARE SPARE 7 8 PORT

SONICWALL (RM 174) FECS RM 174 FECS RM 160 RTR-HR 2 INCLUDED

TOTAL 5 PORT 5

TOTAL 8 PORT 5AS = AUTOMATION SERVER

EV = ENERGY VALVE

RTR-0x= ROUTER

FECS = FRONT END COMPUTER SYSTEM

RTR-HR = ROUTER @ SONICWALL

h it e c t:

B K S

B M S N E T W O R K .v s d

P A R S O N S

F A A B C T H V A C E Q U

IP

M E

P L A C E M E N T

N E T W O R K C O N N E C T

D

V

IC

E S U M M A R Y

J O B N U M B E R

-0

S H E E T N O

O F

R e v is io n s

2 4

C h a n g e

D a te

1 5 D a te

/2 /2

F

IL

E N A M E

D a te

D a te

E n g in e e r:

C o n tr a c to r:

D e s ig n e d b y

S o ft w a re b y

C h e c k e d b y

S tr e e t A d d re ss

Z ip D ri v e S u it e -1

F o rt M ye rs

F

L

P o st O ff ic e B o x

F o rt M ye rs

F

L

P H

.6

.1

F a x

.6

.5

RTR-04

AS CH01-02-DC01

Schneider

Electric

AS CH03-DC02

Schneider

Electric

AS HWS

Schneider

Electric

ASB CRU-RM152

SXW-AS-B-24

Schneider

Electric

ASB CRU-RM252

SXW-AS-B-24

Schneider

Electric

AS AHU01

Schneider

Electric

AS AHU02

Schneider

Electric

AS AHU284

Schneider

Electric

AS AHU284A

Schneider

Electric

AS AHU284B

Schneider

Electric

AS AHUP02

Schneider

Electric

AS AHUP02A

Schneider

Electric

AS GEN-HNV192

Schneider

Electric

EV-AHU-1 HW

BAC Inst #: 0

EV-AHU-2 HW

BAC Inst #: 0

EV-AHU-1 CHW

BAC Inst #: 0

EV-AHU-2 CHW

BAC Inst #: 0

EV-AHU-284 HW

BAC Inst #: 0

EV-AHU-284A HW

BAC Inst #: 0

EV-AHU-284 CHW

BAC Inst #: 0

EV-AHU-284A CHW

BAC Inst #: 0

EV-AHU-284B HWp

BAC Inst #: 0

EV-AHU-284B HWr

BAC Inst #: 0

EV-AHU-284B CHW

BAC Inst #: 0

EV-AHU-PO2 HWp

BAC Inst #: 0

EV-AHU-PO2 HWr

BAC Inst #: 0

EV-AHU-PO2 CHW

BAC Inst #: 0

EV-AHU-PO2A HW

BAC Inst #: 0

EV-AHU-PO2A CHW

BAC Inst #: 0

To help eliminate network degradation - No single Cat 6e cable shall be more than 300'

RTR-05

RTR-09

RTR-01 RTR-02

RTR-03

RTR-06 RTR-08RTR-07

EXISTING FUEL SYSTEM

Schneider

Electric

BACnet MS-TPBACnet MS-TP BACnet MS-TP (COM A)

SmartStruxure I/O ModulesSmartStruxure I/O Modules SmartStruxure IO Modules

BACnet MS-TPBACnet MS-TPBACnet MS-TP BACnet MS-TP (COM A)

SmartStruxure I/O ModulesSmartStruxure I/O ModulesSmartStruxure I/O Modules SmartStruxure IO Modules

AS CH01-02-DC01

Schneider

Electric

CH01-02-DC01_M01

SXW-DO-FA-12

Schneider

Electric

Slot #3

CH01-02-DC01_M02

SXW-UI8-AO-V-4

Schneider

Electric

Slot #4

CH01-02-DC01_M03

SXW-UI-16

Schneider

Electric

Slot #5

CH01-02-DC01_M04

SXW-UI-8-DO-FC-4

Schneider

Electric

Slot #6

C-PMP 178B

BAC Inst #: 0

C-PMP 17D

BAC Inst #: 0

CH01

BAC Inst #: 0

CH02

BAC Inst #: 0AS CH03-DC02

Schneider

Electric

CH03-DC02_M01

SXW-DO-FA-12

Schneider

Electric

Slot #3

CH03-DC02_M02

SXW-UI8-AO-V-4

Schneider

Electric

Slot #4

CH03-DC02_M03

SXW-UI-16

Schneider

Electric

Slot #5

C-PMP 178A

BAC Inst #: 0

C-PMP 178C

BAC Inst #: 0

CH03

BAC Inst #: 0

SmartStruxure I/O ModulesSmartStruxure I/O ModulesSmartStruxure I/O Modules SmartStruxure IO Modules

AS HWS

Schneider

Electric

HWS_M01

SXW-DO-FA-12

Schneider

Electric

Slot #3

HWS_M02

SXW-UI8-AO-V-4

Schneider

Electric

Slot #4

HWS_M03

SXW-UI8-AO-V-4

Schneider

Electric

Slot #5

HWS_M04

SXW-UI-16

Schneider

Electric

Slot #6

A rc h it e c t:

B K S

B M S N

E T W O R K .v s d

P A R S O N S

F A A B C T H

V A C E Q U

IP

M E

P L A C E M E N T

C O N T R O L L E R D

E T A

IL

S

C E N T R A L P L A N T

J O B N

U M B E R

-0

S H E E T N

O

O F

R e v is io n s

2 4

C h a n g e

D a te

1 5 D a te

/2 /2

F

IL

E N

A M E

D a te

D a te

E n g in e e r:

C o n tr a c to r:

D e s ig n e d b y

S o ft w a re b y

C h e c k e d b y

S tr e e t A d d re ss

Z ip D ri v e S u it e -1

F o rt M ye rs

F

L

P o st O ff ic e B o x

F o rt M ye rs

F

L

P H

.6

.1

F a x

.6

.5

BACnet MS-TP (RS-485)

BACnet MS-TPBACnet MS-TPBACnet MS-TP BACnet MS-TP (RS-485)

ASB CRU-RM152

SXW-AS-B-24

Schneider

Electric

CRU 152

BAC Inst #: 0

CRU 152A

BAC Inst #: 0

CRU 152B

BAC Inst #: 0

CRU 152C

BAC Inst #: 0ASB CRU-RM252

SXW-AS-B-24

Schneider

Electric

CRU 252

BAC Inst #: 0

CRU 252A

BAC Inst #: 0

CRU 252B

BAC Inst #: 0

A rc h it e c t:

B K S

B M S N

E T W O R K .v s d

P A R S O N S

F A A B C T H

V A C E Q U

IP

M E

P L A C E M E N T

C O N T R O L L E R D

E T A

IL

S

C R A C U

N

IT

S

J O B N

U M B E R

-0

S H E E T N

O

O F

R e v is io n s

2 4

C h a n g e

D a te

1 5 D a te

/2 /2

F

IL

E N

A M E

D a te

D a te

E n g in e e r:

C o n tr a c to r:

D e s ig n e d b y

S o ft w a re b y

C h e c k e d b y

S tr e e t A d d re ss

Z ip D ri v e S u it e -1

F o rt M ye rs

F

L

P o st O ff ic e B o x

F o rt M ye rs

F

L

P H

.6

.1

F a x

.6

.5

SmartStruxure I/O ModulesSmartStruxure I/O Modules SmartStruxure IO Modules

LonWorksLonWorksLonWorksLonWorksLonWorksLonWorks

LonWorks LonWorks LonWorks LonWorks LonWorks LonWorks LonWorks LonWorks LonWorks LonWorks LonWorks LonWorks

LonWorksLonWorksLonWorksLonWorksLonWorksLonWorksLonWorksLonWorksLonWorksLonWorksLonWorksLonWorks LonWorks

SmartStruxure I/O ModulesSmartStruxure I/O Modules SmartStruxure IO Modules

AS AHUP02

Schneider

Electric

AHUP02_M01

SXW-UI8-AO-V-4

Schneider

Electric

Slot #3

AHUP02_M02

SXW-UI8-AO-V-4

Schneider

Electric

Slot #4

AHUP02_M03

SXW-UI-8-DO-FC-4

Schneider

Electric

Slot #5

CAV 104

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

CAV 116

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

CAV 126

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

CAV 128

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

CAV 208

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

CAV 212

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

CAV 216

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

FMPB-PL7

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

FMPB-PL8

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

FPMB-PL5

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

FPMB-PL6

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 102

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 102A

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 104A

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 106

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 108

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 110

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 112

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 114

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 118

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 120

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 122

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 125

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 200

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 202

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 202A

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 206

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 206A

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 210

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 210A

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 211

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

AS AHUP02A

Schneider

Electric

AHUP02A_M01

SXW-UI8-AO-V-4

Schneider

Electric

Slot #3

AHUP02A_M02

SXW-UI8-AO-V-4

Schneider

Electric

Slot #4

AHUP02A_M03

SXW-UI-8-DO-FC-4

Schneider

Electric

Slot #5

SmartStruxure I/O Modules SmartStruxure IO Modules

SmartStruxure I/O Modules SmartStruxure IO Modules

AS AHU01

Schneider

Electric

AHU01_M01

SXW-UI8-AO-V-4

Schneider

Electric

Slot #3

AHU01_M02

SXW-UI-8-DO-FC-4

Schneider

Electric

Slot #4

AS AHU02

Schneider

Electric

AHU02_M01

SXW-UI8-AO-V-4

Schneider

Electric

Slot #3

AHU02_M02

SXW-UI-8-DO-FC-4

Schneider

Electric

Slot #4

A rc h it e c t:

B K

S B

M S

N E

T W

O R

K .v s d

P A

R S

O N

S

F A

A B

C T

H V

A C

E Q

U

IP

M E

P L

A C

E M

E N

T

C O

N T

R O

L L E

R D

E T

A

IL

S

A H

U P

G

J O

B N

U M

B E

R -0

S H

E E

T N

O

O F

R e v is io n s

2 4

C h a n g e

D a te

1 5

D a te

/2

/2

F

IL

E

N A

M E

D a te

D a te

E n g in e e r:

C o n tr a c to r:

D e s ig n e d b y

S o ft w a re b y

C h e c k e d b y

S tr e e t A d d re ss

Z ip D ri v e S u it e -1

F o rt M ye rs

F

L

P o st O ff ic e B o x

F o rt M ye rs

F

L

P H

.6

.1

F a x

.6

.5

LonWorksLonWorksLonWorksLonWorksLonWorksLonWorksLonWorks

LonWorks LonWorks LonWorks LonWorks LonWorks LonWorks LonWorks LonWorks LonWorks LonWorks LonWorks LonWorks

LonWorksLonWorksLonWorksLonWorksLonWorksLonWorksLonWorksLonWorksLonWorksLonWorksLonWorksLonWorks LonWorks

SmartStruxure I/O ModulesSmartStruxure I/O Modules SmartStruxure IO Modules

SmartStruxure I/O ModulesSmartStruxure I/O Modules SmartStruxure IO Modules

AS AHU284A

Schneider

Electric

AHU284A_M01

SXW-UI8-AO-V-4

Schneider

Electric

Slot #3

AHU284A_M02

SXW-UI8-AO-V-4

Schneider

Electric

Slot #4

AHU284A_M03

SXW-UI-8-DO-FC-4

Schneider

Electric

Slot #5AS AHU284B

Schneider

Electric

AHU284B_M01

SXW-UI8-AO-V-4

Schneider

Electric

Slot #3

AHU284B_M02

SXW-UI8-AO-V-4

Schneider

Electric

Slot #4

AHU284B_M03

SXW-UI-8-DO-FC-4

Schneider

Electric

Slot #5

CAV 162

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

CAV 164

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

CAV 166

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

CAV 169

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

CAV 250

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

CAV 250B

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

CAV 278

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

CAV 282

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

CAV 288

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

CAV 288A

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

FMPB-PL2

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

FMPB-PLI

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

FPMP-PL3

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

FPMP-PL4

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

FPMP-PL9

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 154

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 157

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 158

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 160

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 174

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 250A

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 250C

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 261

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 261A

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 261B

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 261C

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 261D

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 261E

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 261F

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 261G

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 265

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 276

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

LonWorksLonWorksLonWorksLonWorksLonWorksLonWorks LonWorks

SmartStruxure I/O ModulesSmartStruxure I/O Modules SmartStruxure IO Modules

AS AHU284

Schneider

Electric

AHU284_M01

SXW-UI8-AO-V-4

Schneider

Electric

Slot #3

AHU284_M02

SXW-UI8-AO-V-4

Schneider

Electric

Slot #4

AHU284_M03

SXW-UI-8-DO-FC-4

Schneider

Electric

Slot #5

CAV 150

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

CAV 251

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

CAV 251A

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

CAV 251B

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

CAV 251C

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 251A

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

VAV 290

Xenta 102-AX

Schneider

Electric

LON Subnet/Node: 0:0

A rc h it e c t:

B K

S B

M S

N E

T W

O R

K .v s d

P A

R S

O N

S

F A

A B

C T

H V

A C

E Q

U

IP

M E

P L

A C

E M

E N

T

C O

N T

R O

L L E

R D

E T

A

IL

S

A H

U P

G

J O

B N

U M

B E

R -0

S H

E E

T N

O

O F

R e v is io n s

2 4

C h a n g e

D a te

1 5

D a te

/2

/2

F

IL

E

N A

M E

D a te

D a te

E n g in e e r:

C o n tr a c to r:

D e s ig n e d b y

S o ft w a re b y

C h e c k e d b y

S tr e e t A d d re ss

Z ip D ri v e S u it e -1

F o rt M ye rs

F

L

P o st O ff ic e B o x

F o rt M ye rs

F

L

P H

.6

.1

F a x

.6

.5

SmartStruxure I/O ModulesSmartStruxure I/O Modules SmartStruxure IO Modules

LonWorks

AS GEN-HNV192

Schneider

Electric

EF 190A

STR350

Schneider

Electric

LON Subnet/Node: 0:0

GEN-HNV192_M01

SXW-UI8-AO-V-4

Schneider

Electric

Slot #3

GEN-HNV192_M02

SXW-UI-8-DO-FC-4

Schneider

Electric

Slot #4

GEN-HNV192_M03

SXW-UI-8-DO-FC-4

Schneider

Electric

Slot #5

A rc h it e c t:

B K S

B M S N

E T W O R K .v s d

P A R S O N S

F A A B C T H

V A C E Q U

IP

M E

P L A C E M E N T

C O N T R O L L E R D

E T A

IL

S

G E N E R A T O R R

O O M

J O B N

U M B E R

-0

S H E E T N

O

O F

R e v is io n s

2 4

C h a n g e

D a te

1 5 D a te

/2 /2

F

IL

E N

A M E

D a te

D a te

E n g in e e r:

C o n tr a c to r:

D e s ig n e d b y

S o ft w a re b y

C h e c k e d b y

S tr e e t A d d re ss

Z ip D ri v e S u it e -1

F o rt M ye rs

F

L

P o st O ff ic e B o x

F o rt M ye rs

F

L

P H

.6

.1

F a x

.6

.5 h it e c t:

B K S

C E N T R A L P L A N T .v s d

P A R S O N S

F A A B C T H V A C E Q U

IP

M E

P L A C E M E N T

C H

IL

L E D W A T E R D

Y

O L E R S

J O B N U M B E R

-0

S H E E T N O

O F

R e v is io n s

2 4

C h a n g e

D a te

1 5 D a te

/2 /2

F

IL

E N A M E

D a te

D a te

E n g in e e r:

C o n tr a c to r:

D e s ig n e d b y

S o ft w a re b y

C h e c k e d b y

S tr e e t A d d re s s Z ip D ri v e S u it e -1

F o rt M y e rs F L

P o s t O ff ic e B o x

F o rt M y e rs F L

P H .6 .1 F a x .6 .5

/4 " R

IG

ID

CHILLER

AB A

ISO

See Valve Schedule

CHILLER

AB A

ISO

See Valve Schedule

1 2

DC 01_ChwrFlo

CH01-02-DC01_M03

UI13 RET

FM

ONI-F-1210

FLOW METER, DUAL TURBINE

ROOF

MECH ROOM

DC 02_ChwrFlo

CH03-DC02_M02

UI7 RET

FM

ONI-F-1210

FLOW METER, DUAL TURBINE

3/4" RIGID3/4" RIGID

T-CONDULET

ANCHOR

¼” MIN THREADED ROD

Approved strap (Mineralac or

Unistrut)

CONTROL CONDUIT TO C-PMPS – INTENT ONLY

TYP.

CONDUIT MUST MEET NEC

CODE REQUIREMENTS

DRY COOLER DRY COOLER

TYPICAL RELAY FOR ENABLE POINTS

RELAY ENC SPDT 10-30VAC/DC 120

R1

KEL-RIBU1C

WHT/BLU

WHT/YEL

BLU (N/C)

YEL (C)

ORG (N/O)

x x

Motor Starter or Equip enable contacts

Device Qty Part Number Description Vendor

FM 2 ONI-F-1210 FLOW METER, DUAL TURBINE INSER Schneider Electric

R1 4 KEL-RIBU1C RELAY ENC SPDT 10-30VAC/DC 120 Schneider Electric

ENABLE POINT

DC 02_Stg2Enable

CH03-DC02_M01

DO5

COM

DC 01_Stg2Enable

CH01-02-DC01_M01

DO8

COM

DC 02_IsoVlvSts

CH03-DC02_M02

UI15

RET

DC 02_IsoValve

CH03-DC02_M01

DO6

COM

DC 02_IsoVlvSts

CH01-02-DC01_M03

UI14

RET

DC 02_IsoValve

CH01-02-DC01_M01

DO9

COM

DEV

EXIST

DEV

EXIST

DC 01_Stg1Enable

CH01-02-DC01_M01

DO7

COM

DC 02_Stg1Enable

CH03-DC02_M01

DO4

COM

/4 " R

IG

ID

A rc h it e c t:

B K S

C E N T R A L P L A N T .v s d

P A R S O N S

F A A B C T H V A C E Q U

IP

M E

P L A C E M E N T

C H

IL

L E D W A T E R

C H

IL

L E R S

J O B N U M B E R

-0

S H E E T N O

O F

R e v is io n s

2 4

C h a n g e

D a te

1 5 D a te

/2 /2

F

IL

E N A M E

D a te

D a te

E n g in e e r:

C o n tr a c to r:

D e s ig n e d b y

S o ft w a re b y

C h e c k e d b y

S tr e e t A d d re s s Z ip D ri v e S u it e -1

F o rt M y e rs F L

P o s t O ff ic e B o x

F o rt M y e rs F L

P H .6 .1 F a x .6 .5

CHILLER

AB A

ISO

See Valve Schedule

CHILLER

AB A

ISO

See Valve Schedule

CHILLER

AB A

ISO

See Valve Schedule

1 2 3

NEXTTo AS-P CH01-02-DC01 PREVIOUS To AS-P CH03-DC02

MS/TP BACNET WIRING (TYP.)

CHILLER 01_ChwrFlo

CH01-02-DC01_M03

UI3 RET

FM

ONI-F-1210

FLOW METER, DUAL TURBINE

CHILLER 01_Amps

CH01-02-DC01_M03

UI1 RET

X

CH01

X

VER-H321

ROOF

MECH ROOM

CHILLER 01_IsoVlvSts

CH01-02-DC01_M03

UI4

RET

CHILLER 01_IsoValve

CH01-02-DC01_M01

DO2

COM

CHILLER 01_ChillerAlrm

CH01-02-DC01_M03

UI2

RET

CHILLER 01_ChillerEnable

CH01-02-DC01_M01

DO1

COM

CHILLER 02_ChwrFlo

CH01-02-DC01_M03

UI9 RET

FM

ONI-F-1210

FLOW METER, DUAL TURBINE

CHILLER 02_Amps

CH01-02-DC01_M03

UI7 RET

X

CH01

X

VER-H321

CHILLER 02_IsoVlvSts

CH01-02-DC01_M03

UI10

RET

CHILLER 02_IsoValve

CH01-02-DC01_M01

DO6

COM

CHILLER 02_ChillerAlrm

CH01-02-DC01_M03

UI8

RET

CHILLER 02_ChillerEnable

CH01-02-DC01_M01

DO5

COM

CHILLER 03_ChwrFlo

CH03-DC02_M02

UI3 RET

FM

ONI-F-1210

FLOW METER, DUAL TURBINE

CHILLER 03_Amps

CH03-DC02_M02

UI1 RET

X

CH01

X

VER-H321

CHILLER 03_IsoVlvSts

CH03-DC02_M02

UI4

RET

CHILLER 03_IsoValve

CH03-DC02_M01

DO2

COM

CHILLER 03_ChillerAlrm

CH03-DC02_M02

UI2

RET

CHILLER 03_ChillerEnable

CH03-DC02_M01

DO1

COM

3/4" RIGID3/4" RIGID

T-CONDULET

ANCHOR

¼” MIN THREADED ROD

Approved strap (Mineralac or

Unistrut)

CONTROL CONDUIT TO C-PMPS – INTENT ONLY

TYP.

CONDUIT MUST MEET NEC

CODE REQUIREMENTS

TYPICAL RELAY FOR ENABLE POINTS

RELAY ENC SPDT 10-30VAC/DC 120

R1

KEL-RIBU1C

WHT/BLU

WHT/YEL

BLU (N/C)

YEL (C)

ORG (N/O)

x x

Motor Starter or Equip enable contacts

Device Qty Part Number Description Vendor

CH01 3 VER-H321 CURRENT TRANSDUCER SPLIT CORE Schneider Electric

FM 3 ONI-F-1210 FLOW METER, DUAL TURBINE INSER Schneider Electric R1 9 KEL-RIBU1C RELAY ENC SPDT 10-30VAC/DC 120 Schneider Electric

ENABLE POINT

DEV

EXIST

DEV

EXIST

DEV

EXIST

h it e c t:

B K S

C E N T R A L P L A N T .v s d

P A R S O N S

F A A B C T H V A C E Q U

IP

M E

P L A C E M E N T

C H

IL

L E D W A T E R P U M P S

J O B N U M B E R

-0

S H E E T N O

O F

R e v is io n s

2 4

C h a n g e

D a te

1 5 D a te

/2 /2

F

IL

E N A M E

D a te

D a te

E n g in e e r:

C o n tr a c to r:

D e s ig n e d b y

S o ft w a re b y

C h e c k e d b y

S tr e e t A d d re s s Z ip D ri v e S u it e -1

F o rt M y e rs F L

P o s t O ff ic e B o x

F o rt M y e rs F L

P H .6 .1 F a x .6 .5

/4 " R

IG

ID

C-PMP 178BC-PMP 178A

C-Pump178A_PmpAlarm

CH01-02-DC01_M03

UI5

RET

C-Pump178A_PmpEnable

CH01-02-DC01_M01

DO11

COM

C-Pump178B_PmpAlarm

CH03-DC02_M02

UI5

RET

C-Pump178B_PmpEnable

CH03-DC02_M01

DO8

COM

3/4" RIGID3/4" RIGID

T-CONDULET

ANCHOR

¼” MIN THREADED ROD

Approved strap (Mineralac or

Unistrut)

CONTROL CONDUIT TO C-PMPS – INTENT ONLY

TYP.

CONDUIT MUST MEET NEC

CODE REQUIREMENTS

To AS-P CH03-DC02

TYPICAL RELAY FOR ENABLE POINTS

RELAY ENC SPDT 10-30VAC/DC 120

R1

KEL-RIBU1C

WHT/BLU

WHT/YEL

BLU (N/C)

YEL (C)

ORG (N/O)

x x

Motor Starter or Equip enable contacts

Device Qty Part Number Description Vendor

R1 4 KEL-RIBU1C RELAY ENC SPDT 10-30VAC/DC 120 Schneider Electric

TS-I 4 ETI100-4 TEMP SENSOR IMRSN 1.8K 4" Schneider Electric TS-I_1 4 ETI-WELL-4S 4" 2-PART STAINLESS WELL Schneider Electric

WTR-DP 2 KEL-M230-025PD-C DP XMTR 25 PSI Schneider ElectricENABLE POINT

C-PMP 178C

C-Pump178C_PmpAlarm

CH01-02-DC01_M03

UI6

RET

C-Pump178C_PmpEnable

CH01-02-DC01_M01

DO12

COM

TRACON

ADMIN

TRACON

ADMIN

A B

A

C V

S e e V a lv e S c h e d u le

TRACON-LOOP_ChwrT

CH03-DC02_M02

UI11 RET

RED

TS-I

YEL

ETI100-4

ADMIN-LOOP_ChwrT

CH03-DC02_M02

UI9 RET

RED

TS-I

YEL

ETI100-4

TRACON-LOOP_ChwsT

CH03-DC02_M02

UI12 RET

RED

TS-I

YEL

ETI100-4

ADMIN-LOOP_ChwsT

CH03-DC02_M02

UI10 RET

RED

TS-I

YEL

ETI100-4

CP_ByPassFdbck

CH01-02-DC01_M02

UI1

RET

CP_ByPassControl

CH01-02-DC01_M02

VO1

RET

A D M

IN

-L O O P C h w s D p

C H -D C M

U I1

R E T

W T R -D

P KEL-M230-025PD-C

ROOM P02

T R A C O N -L O O P C h w s D p

C H -D C M

U I1

R E T

W T R -D

P KEL-M230-025PD-C

ROOM 284

MECH. RM. BUILDING

DEV

EXIST

DEV

EXIST

DEV

EXIST

To AS-P CH01-02-DC01

T E M P C H W M A N V A L V E

T E M P C H W M A N V A L V E

During construction, there will be temporary chilled water serving the facility. The DDC contractor shall provide all necessary control wiring and programmable controller for the purpose to control temporary equipment during this time period.

-Controller is temporary and will be returned to contractor upon completion. Used controller is acceptable.

-Wiring is temporary and shall be protected from physical damage. It is acceptable to run wiring without conduit as long it can be protected from reasonable damage.

Programming shall include:

1. Enable/disable & Status for temporary pumps.

2. Pump Lead/Standby control logic. Standby pump shall run in the case of the lead pump failure

*Chillers shall be enabled manually and are self controlling to temperature set point.

Temporary controls shall have GUI for facility use – Temporary use of a laptop is acceptable.

h it e c t:

B K S

C E N T R A L P L A N T .v s d

P A R S O N S

F A A B C T H V A C E Q U

IP

M E

P L A C E M E N T

C H

IL

L E D W A T E R S Y S T

M

N T R O L L E R S P G .1

J O B N U M B E R

-0

S H E E T N O

O F

R e v is io n s

2 4

C h a n g e

D a te

1 5 D a te

/2 /2

F

IL

E N A M E

D a te

D a te

E n g in e e r:

C o n tr a c to r:

D e s ig n e d b y

S o ft w a re b y

C h e c k e d b y

S tr e e t A d d re s s Z ip D ri v e S u it e -1

F o rt M y e rs F L

P o s t O ff ic e B o x

F o rt M y e rs F L

P H .6 .1 F a x .6 .5

1EXISTING POWER SUPPIES – FIELD VERIFY

1. POWER TRANSFORMERS ARE EXISTING AND SHALL BE RE-USED.

2. CONTROLLER POWER SHALL BE MINIMUM 40VA HALF WAVE (GROUNDED)

3. GENERAL PURPOSE TRANSFORMERS SHALL BE MINIMUM 96VA HALF WAVE (GROUNDED)

4. ALL TRANSFORMERS SHALL BE RELOCATED FROM WIREWAY (GUTTER) TO RESPECTIVE

CONTROLLER PANEL.

120 VAC

POWER

TRANSFORMER

Line voltage (power) provided by others.

VAC

X F R

N

H

GND

DEV

EXIST Power connections – field verify locations required.

PS-24V POWER SUPPLY 24 VAC/VDC

PS CH03-DC02

SXWPS24VX10001

L

L

G N D

24HEXIST

24NXFR

Schneider Electric

SXW PS-24V

T o :A S C H -D C

01:PS CH03-DC02 on AS CH03-DC02

SMARTX CONTROLLER AS-P

AS CH03-DC02

SXWASPXXX10001

T X /R X

T X /R X

R E T

B

IA

S

T X /R X

T X /R X

R E T

T X /R X

T X /R X

R E T

L O N -1

L O N -2

IP Address:

Subnet:

Gateway:

To: NEXT

From: PREV

Schneider Electric

SXW AS-P

F ro m :P S C H -D C o n A S C H -D C

T o :C H -D C M o n A S C H -D C

02:AS CH03-DC02

RS-485 LON

Com A Com B

Device

RS-485

Host

10/100

Ethernet 1

10/100

Ethernet 2

TP/FT

DO-FA-12-H 12 DO FORMA HAND

CH03-DC02_M01

SXWDOA12H10001

C O M

D O

C O M

D O

C O M

D O

C O M

D O

C O M

D O

C O M

D O

C O M

D O

C O M

D O

C O M

D O

C O M

D O

C O M

D O

C O M

D O

DO:CHILLER 03_ChillerEnable

24HEXIST

DO:CHILLER 03_IsoValve

24HEXIST

DO:DC 02_Stg1Enable

24H EXIST

DO:DC 02_Stg2Enable

24H EXIST

DO:DC 02_IsoValve

24H EXIST

DO:C-Pump178B_PmpEnable

24HEXIST

Schneider Electric

SXW DO-FA-12-H

F ro m :A S C H -D C

T o :C H -D C M o n A S C H -D C

03:CH03-DC02_M01 on AS CH03-DC02

Digital Outputs

Digital Outputs

1 2 3 4 5 6

7 8 9 10 11 12

UI-16 16 Universal In

CH03-DC02_M02

SXWUI16XX10001

U I1

R E T

U I2

U I3

R E T

U I4

U I5

R E T

U I6

U I7

R E T

U I8

U I9

R E T

U I1

U I1

R E T

U I1

U I1

R E T

U I1

U I1

R E T

U I1

CH01:CHILLER 03_Amps

DI:CHILLER 03_ChillerAlrm

FM:CHILLER 03_ChwrFlo

DI:CHILLER 03_IsoVlvSts DI:C-Pump178B_PmpAlarm

FM:DC 02_ChwrFlo

TS-I:ADMIN-LOOP_ChwrT

TS-I:ADMIN-LOOP_ChwsT

TS-I:TRACON-LOOP_ChwrT

TS-I:TRACON-LOOP_ChwsT WTR-DP:ADMIN-LOOP_ChwsDp

WTR-DP:TRACON-LOOP_ChwsDp

DI:DC 02_IsoVlvSts

Schneider Electric

SXW UI-16

F ro m :C H -D C M o n A S C H -D C

05:CH03-DC02_M03 on AS CH03-DC02

Universal Inputs

Universal Inputs

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16

Device Qty Part Number Description Vendor

AS CH03-DC02 1 SXWASPXXX10001 SMARTX CONTROLLER AS-P Schneider Electric

AS CH03-DC02_1 1 SXWTBASW110002 TB-ASP-W1 TERM BASE ASP W1 Schneider Electric

CH03-DC02_M01 1 SXWDOA12H10001 DO-FA-12-H 12 DO FORMA HAND Schneider Electric

CH03-DC02_M02 1 SXWUI16XX10001 UI-16 16 UNIVERSAL IN Schneider Electric

CH03-DC02_M01_1 1 SXWTBIOW110001 TB-IO-W1 TERM BASE I/O W1 Schneider Electric

CH03-DC02_M02_1 1 SXWTBIOW110001 TB-IO-W1 TERM BASE I/O W1 Schneider Electric

PS CH03-DC02 1 SXWPS24VX10001 PS-24V POWER SUPPLY 24 VAC/VDC Schneider Electric

PS CH03-DC02_1 1 SXWTBPSW110001 TB-PS-W1 TERM BASE PWR SUP W1 Schneider Electric h it e c t:

B K S

C E N T R A L P L A N T .v s d

P A R S O N S

F A A B C T H V A C E Q U

IP

M E

P L A C E M E N T

C H

IL

L E D W A T E R S Y S T

N T R O L L E R S P G .2

J O B N U M B E R

-0

S H E E T N O

O F

R e v is io n s

2 4

C h a n g e

D a te

1 5 D a te

/2 /2

F

IL

E N A M E

D a te

D a te

E n g in e e r:

C o n tr a c to r:

D e s ig n e d b y

S o ft w a re b y

C h e c k e d b y

S tr e e t A d d re s s Z ip D ri v e S u it e -1

F o rt M y e rs F L

P o s t O ff ic e B o x

F o rt M y e rs F L

P H .6 .1 F a x .6 .5

1EXISTING POWER SUPPIES – FIELD VERIFY

1. POWER TRANSFORMERS ARE EXISTING AND SHALL BE RE-USED.

2. CONTROLLER POWER SHALL BE MINIMUM 40VA HALF WAVE (GROUNDED)

3. GENERAL PURPOSE TRANSFORMERS SHALL BE MINIMUM 96VA HALF WAVE (GROUNDED)

4. ALL TRANSFORMERS SHALL BE RELOCATED FROM WIREWAY (GUTTER) TO RESPECTIVE

CONTROLLER PANEL.

120 VAC

POWER

TRANSFORMER

Line voltage (power) provided by others.

VAC

X F R

N

H

GND

DEV

EXIST Power connections – field verify locations required.

PS-24V POWER SUPPLY 24 VAC/VDC

PS CH01-02-DC01

SXWPS24VX10001

L

L

G N D

24HEXIST

24NXFR

Schneider Electric

SXW PS-24V

T o :A S C H -0 -D C

01:PS CH01-02-DC01 on AS CH01-02-

DC01

SMARTX CONTROLLER AS-P

AS CH01-02-DC01

SXWASPXXX10001

T X /R X

T X /R X

R E T

B

IA

S

T X /R X

T X /R X

R E T

T X /R X

T X /R X

R E T

L O N -1

L O N -2

To: NEXT

From: PREV

Schneider Electric

SXW AS-P

F ro m :P S C H -0 -D C o n A S C H -0 -D C

T o :C H -0 -D C M o n A S C H -0 -D C

02:AS CH01-02-DC01

RS-485 LON

Com A Com B

Device

RS-485

Host

10/100

Ethernet 1

10/100

Ethernet 2

TP/FT

DO-FA-12-H 12 DO FORMA HAND

CH01-02-DC01_M01

SXWDOA12H10001

C O M

D O

C O M

D O

C O M

D O

C O M

D O

C O M

D O

C O M

D O

C O M

D O

C O M

D O

C O M

D O

C O M

D O

C O M

D O

C O M

D O

DO:CHILLER 01_ChillerEnable

24HEXIST

DO:CHILLER 01_IsoValve

24HEXIST DO:CHILLER 02_ChillerEnable

24H EXIST

DO:CHILLER 02_IsoValve

24H EXIST

DO:DC 01_Stg1Enable

24HEXIST

DO:DC 01_Stg2Enable

24HEXIST

DO:DC 02_IsoValve

24HEXIST

DO:C-Pump178A_PmpEnable

24H EXIST

DO:C-Pump178C_PmpEnable

24H EXIST

Schneider Electric

SXW DO-FA-12-H

F ro m :A S C H -0 -D C

T o :C H -0 -D C M o n A S C H -0 -D C

03:CH01-02-DC01_M01 on AS CH01-02-

DC01

Digital Outputs

Digital Outputs

1 2 3 4 5 6

7 8 9 10 11 12

UI-16 16 Universal In

CH01-02-DC01_M03

SXWUI16XX10001

U I1

R E T

U I2

U I3

R E T

U I4

U I5

R E T

U I6

U I7

R E T

U I8

U I9

R E T

U I1

U I1

R E T

U I1

U I1

R E T

U I1

U I1

R E T

U I1

CH01:CHILLER 01_Amps

DI:CHILLER 01_ChillerAlrm

FM:CHILLER 01_ChwrFlo

DI:CHILLER 01_IsoVlvSts DI:C-Pump178A_PmpAlarm

DI:C-Pump178C_PmpAlarm

CH01:CHILLER 02_Amps

DI:CHILLER 02_ChillerAlrm

FM:CHILLER 02_ChwrFlo

DI:CHILLER 02_IsoVlvSts

FM:DC 01_ChwrFlo

DI:DC 02_IsoVlvSts

Schneider Electric

SXW UI-16

F ro m :C H -0 -D C M o n A S C H -0 -D C

T o :C H -0 -D C M o n A S C H -0 -D C

05:CH01-02-DC01_M03 on AS CH01-02-

DC01

Universal Inputs

Universal Inputs

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16

UI-8/AO-V-4-H UI/AO(V) HAND

CH01-02-DC01_M02

SXWUI8V4H10001

V O

R E T

V O

R E T

V O

R E T

V O

R E T

U I1

R E T

U I2

U I3

R E T

U I4

U I5

R E T

U I6

U I7

R E T

U I8

AI:CP_ByPassFdbck

AO:CP_ByPassControl

Schneider Electric

SXW UI-8/AO-V-4-H

F ro m :C H -0 -D C M o n A S C H -0 -D C

T o :C H -0 -D C M o n A S C H -0 -D C

04:CH01-02-DC01_M02 on AS CH01-02-

DC01

Analog Outputs

Universal Inputs

1 2 3 4

1 2 3 4 5 6 7 8

Device Qty Part Number Description Vendor AS CH01-02-DC01 1 SXWASPXXX10001 SMARTX CONTROLLER AS-P Schneider Electric AS CH01-02- 1 SXWTBASW110002 TB-ASP-W1 TERM BASE ASP W1 Schneider Electric

DC01_1

CH01-02-DC01_M01 1 SXWDOA12H10001 DO-FA-12-H 12 DO FORMA HAND Schneider Electric CH01-02-DC01_M02 1 SXWUI8V4H10001 UI-8/AO-V-4-H UI/AO(V) HAND Schneider Electric CH01-02-DC01_M03 1 SXWUI16XX10001 UI-16 16 UNIVERSAL IN Schneider Electric CH01-02- 1 SXWTBIOW110001 TB-IO-W1 TERM BASE I/O W1 Schneider Electric

DC01_M01_1

CH01-02- 1 SXWTBIOW110001 TB-IO-W1 TERM BASE I/O W1 Schneider Electric

DC01_M02_1

CH01-02- 1 SXWTBIOW110001 TB-IO-W1 TERM BASE I/O W1 Schneider Electric

DC01_M03_1

PS CH01-02-DC01 1 SXWPS24VX10001 PS-24V POWER SUPPLY 24 VAC/VDC Schneider Electric PS CH01-02- 1 SXWTBPSW110001 TB-PS-W1 TERM BASE PWR SUP W1 Schneider Electric

DC01_1

h it e c t:

B K

S S E

Q U

E N

C E

F

P E

R A T

IO

N S .v s d

P A

R S

O N

S

F A

A B

C T H

V A

C E

Q U

IP

M

E

P L A

C E

M E

N T

S E

Q U

E N

C E O

F O

P S

C H

IL

L E

R S

J O

B N

U M

B E

R -0

S H

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1General:

The chilled water control system shall operate three chillers (CH-1 thru CH-3), and two Dry coolers (DC-1 and DC-2) and 3 Primary pumps (C-Pmp278A-C) as a “Variable-Flow” control sequence. All systems are redundant and shall operate as such. Programming shall permit any combination of chillers, dry coolers (Unit and staging) and loop pumps to be selected and utilized.

Chillers and Pumps operate as Lead/Lag/Standby system: The operator shall have the ability to select lead-lag-standby by placing the equipment in numerical order of operation (Staging).

1 = Lead

2 = Lag

3 = Standby

Redundant equipment shall alternate weekly on Tuesdays @09:30am to help ensure equal runtime on all equipment.

In normal mode, at least one Chiller or one Dry Cooler shall be in operation at all times. Chillers only, each chiller is equipped with onboard controls that will control to a given set point provided by the BMS. Dry coolers are staged as described later in this sequence.

Sequence to start any chiller / Dry cooler:

Open the respective isolation valve;

Upon verification that the valve is in open position (Via end switch);

Start the Lead Primary chilled water pump;

Upon verification of water flow for a minimum of 2 minutes (Adj.);

Enable lead chiller / Dry cooler.

Rotation: All routine rotations shall be programmed in a manner as to not interrupt operation. The rotated chiller, dry cooler or pump shall remain in operation until the new lead system is fully operational. Chillers and pumps shall be delayed by a minimum of 15 minutes.

Chiller staging - ADD

Lead chiller shall run until the control system senses the demand can no longer be satisfied by a single chiller. Lag chiller enables when:

Demand > 95% (adj.) for a time period of no less than 20 minutes (Adj.)

Chiller staging – DEDUCT

Lag chiller shall run until the control system senses the demand no longer requires the lag chiller. Lag chiller disables when:

Demand < 40% (adj.) for a time period of no less than 20 minutes (Adj.)

Demand: The chiller integration shall provide the actual chiller demand - If this data point is not available, demand shall be determined by: Measured amps / Full load rating (amps) * 100 = Demand %

Dry coolers:

When switching the system to Dry Cooler operation, the lead dry cooler shall be enabled and started before the Chiller is disabled. The following conditions are to be sensed by the control system before enabling any dry cooler:

a.Outdoor air temperature (OAT) drops below 38 o F (adj.) for more than 30 minutes (adj.)

b.Return water temperature is below 52 o F (adj.)

Staging: 2 stages of fans shall enable/disable on supply water temperature to maintain 45 o F (Adj.).

Stage 1 – ON = 1 o > set point / OFF = 3 o < set point

Stage 2 – ON = 3 o > set point / OFF = 1 o < set point

Dry cooler to chilled water: The system shall switch back to the chilled water system when the control system senses the following conditions:

a.Outdoor air temperature (OAT) rises above 40 o F (adj.) for more than 30 minutes (adj.)

b.Return water temperature rises above 50 o F (adj.) for more than 15 minutes (adj.)

Chiller / Dry cooler minimum flow control (By pass valve operation)

The chillers require a minimum flow of water, the flow rates are determined by the chiller / Dry cooler manufacture. The by-pass valve shall modulate open/close to maintain the minimum flow rate, as sensed by the flow meters at each active chiller / Dry cooler.

The minimum flow rate is determined by the number of active chillers / dry coolers and their respective minimum flow requirements.

Chilled water pumps: The building control system shall enable/disable as required – see chilled water sequence above. These pumps are self-sensing pumps and have onboard controls where the VFD’s maintain system differential pressure as sensed by the onboard controller.