XHZG162001 Type B-3 Controls Shop Drawings-EP.pdf

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DRAWING NAME:

Network Layout

Drawing

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Network Layout Drawing

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DRAWING NO.:

1.1

Bldg. 20 BACnet

Gateway

Bldg. 25 BACnet

Gateway

Bldg. 222 BACnet

Gateway

Bldg. 230 BACnet

Gateway

Bldg. 240 BACnet

Gateway

Bldg. 301 BACnet

Gateway

Bldg. 304 BACnet

Gateway

Bldg. 313 BACnet

Gateway

Bldg. 314 BACnet

Gateway

Bldg. 318 BACnet

Gateway

Bldg. 320 BACnet

Gateway

Bldg. 326 BACnet

Gateway

Bldg. 328 BACnet

Gateway

Bldg. 330 BACnet

Gateway

Bldg. 401 BACnet

Gateway

Bldg. 402 BACnet

Gateway

Bldg. 403 BACnet

Gateway

Bldg. 408 BACnet

Gateway

Bldg. 420 BACnet

Gateway

Bldg. 501 BACnet

Gateway

Bldg. 502 BACnet

Gateway

NIC #1

NIC #2

Firewall

BMS Server

NOTE : AF DOMAIN, Firewall, BMS Server & BACnet IP, and Base Infra VLAN to be provided by Owner

Tulsa Air National Guard

As Prepared By:

PROJECT TEAM

ES2 Design Engineer:

Project Number:

Drawing Designation:

ES2 Project Manager:

Drawing Date:

Michael Halcomb

02-99999 Submittal

Michael Halcomb

3/11/2019

ES2-Tulsa 10404 E 55th Place Suite E Tulsa, OK 74146 T: (918) 279-6450 F: (918) 994-1300

ES2-OKC

13401 N Santa Fe Ave.

Oklahoma City, OK 73114 T: (405) 528-4500 F: (405) 528-2100

ES2-Arkansas 2213 N. Reynolds Rd. Suite 27 Bryant, AR 72022 T: (501) 847-8610 F: (501) 847-8702

Engineered Systems & Energy Solutions, Inc.

DRAWING NO.: SYM.1

TAG DESCRIPTIONS

AA Remote Annunciator Module & Auto Dialer P Pressure Probe ALC Automated Logic Controller PDS Pressure Differential Switch ASA Smoke Detector PDT Pressure Differential Transmitter CR Control Relay PS Pressure Switch

ENC Enclosure PT Pressure Transmitter ES Direct Current Power Supply QT Gas Transmitter

FCV Flow Control Valve / Damper Actuator ST Speed Transmitter FE Flow Element SUB Subpanel FS Flow Switch TE Temperature Element FT Flow Transmitter TS Temperature Switch G Generic Device TSH Temperature Switch High IP Electro-Pneumatic Transducer TSL Temperature Switch Low IS Current Switch TT Temperature Transmitter

ISE Circuit Breaker TY Dew Pt./Enthaply/Wet Bulb Transducer IT Current Transducer V Valve JT BTU Meter VT Vibration Transmitter / Switch JY Power Meter X Unclassified KS Electronic Timeclock XF Transformer LS Level Switch YKS Position Transmitter LT Level Transmitter YL Position Transmitter MS Humidistat YS Leak Detector MT Humidity Transmitter YSE Emergency Stop

MTE Humidity Transmitter w/ Temperature Element YY Transducer MTT Humidity Transmitter w/ Temperature Transmitter ZS Position Indicating Switch

N Accessories ZT Position Transmitter NY Network Device

TE-# Field Mounted Instrument

LEGEND

Pneumatic Tubing

Line Voltage Wire

Miscellaneous Notations

FLP = Fails At Last Position FC = Fails Closed FO = Fails Open

L High Voltage Terminal

T1 Low Voltage Terminal

Wire Color

Shield Pigtail

Cable Master to Controller

Cable Number and Location of Other End

Shield

Cable Slave to Field Device

Low Voltage ConnectionX1

Modbus

120 Ohm End of Line Resistor, 1/4 Watt, +/- 1%

BACNet MS/TP

Plug-In EOL Terminator & Bias Amplifier for ARC156 Network

Ethernet (Cat 6 RJ45 Cable)

ARC156

Fiber Optic Cable

120 Ώ

BT485

LEGEND

W H

T

BL

K

(1.0,B1)C-2

WHT

BLK

(1.0,C1)C-2

DRAWING NO.: WIRE.1

2 PAIR - 2 CONDUCTOR SHIELDED - RNET

Windy City Wire Part Number 160100-S 160100-30S

Cable Specifications Jacket Color: White Yellow Description: 18 AWG 2 Pair Bare Copper, Individually Shielded Plenum, UL Subject 444, Type CMP, C(UL) or FPLP UL Conductor Description: 18 (7/26 Bare Copper) Insulation: Low-Smoke PVC .008" Color Code: Black/Red & White/Green Shield: Each Pair Aluminum Polyester Foil - 100% Coverage Drain Wire: 24 AWG 7 Strand Tinned Copper Jacket: Low-Smoke PVC .018" Marking: Temperature Control System, 22 AWG CMP (UL) C(UL).

Overall Diameter: .195" Nom Capacitance: 68 pF/ft.

Temperature and Voltage Rating: 75 C / 300Volt Cable Weight: 35 Lbs/Mft.

Agency Approvals:

NEC Article 800; 725, UL CMP, C(UL) or FPLP UL Approved For Plenum Use Without Conduit Per NFPA 262 Flame Test

2 CONDUCTOR SHIELDED - I/O Points

Windy City Wire Part Number 0023250-S 002320-S

Cable Specifications Jacket Color: Purple White Description: 18 AWG 2 Conductor Bare Copper Shielded Plenum, UL Subject 444, Type CMP, C(UL) or FPLP UL Conductor Description: 18 (7/26 Bare Copper) Insulation: Low-Smoke PVC .008" Color Code: Black/White Shield: Overall Aluminum Polyester Foil - 100% Coverage Drain Wire: 24 AWG 7 Strand Tinned Copper Jacket: Low-Smoke PVC .018" Marking: Temperature Control System, 18 AWG CMP (UL) C(UL).

Overall Diameter: .158" Nom.

Conductor DCR: 6.66 Ohms/Mft.

Capacitance: 68 pF/ft Impedance: 28 Ohms/Mft.

Temperature and Voltage Rating: 75 C / 300Volt Cable Weight: 21 Lbs/Mft.

Agency Approvals:

NEC Article 800; 725, UL CMP, C(UL) or FPLP UL Approved For Plenum Use Without Conduit Per NFPA 262 Flame Test

ETHERNET - CAT 6

Windy City Wire Part Number 556600S

CABLE SPECIFICATIONS

Description: 23 AWG Category 6 Unshielded Twisted Pair (UTP) Cable

For Data Transmissions up to 250MHz. This Cable is Plenum Rated and Verifed to Category 6 Electricals.

Conductor Description: 23 AWG Solid Bare Copper Insulation: FEP Color Code: White-Blue/Blue, White-Orange/Orange, White-

Green/Green, White-Brown/Brown Jacket: Low Smoke PVC Marking: A B C D E 0 1 2 3 4 5 6 7 8 9 (F) CMP (UL) C(UL) 4PR 23 AWG - -

ETL VERIFIED TO TIA/EAI-568.B.2-1 UPT CAT 6

Max. Conductor DCR 9.38 Ohms/100m(328 ft) @ 20C Max.

Max. Mutual Capacitance 5.6 nF/100m (328 ft) @ 1 kHx Nom.

Characteristic Impedance 100 + 15 Ohms (1-250 MHz) Velocity of Propagation 72% Nom.

Voltage 300 Volts Flame Rating:

Approved For Plenum Use Without Conduit Per NFPA 262 Flame Test

Agency Approvals:

UL Listed Type CMP, C(UL)

3 CONDUCTOR SHIELDED - I/O Points

Windy City Wire Part Number 0023350-S 002330-S

Cable Specifications Jacket Color: Purple White Description: 18 AWG 3 Conductor Bare Copper, Shielded Plenum, UL Subject 444, Type CMP, C(UL) or FPLP UL Conductor Description: 18 (7/26 Bare Copper) Insulation: Low-Smoke PVC .008" Color Code: Black/White/Red Shield: Overall Aluminum Polyester Foil - 100% Coverage Drain Wire: 24 AWG 7 Strand Tinned Copper Jacket: Low-Smoke PVC .018" Marking: Temperature Control System, 18 AWG CMP (UL) C(UL).

Overall Diameter: .168" Nom.

Conductor DCR: 6.66 Ohms/Mft.

Capacitance: 68 pF/ft Nom.

Impedance: 28 Ohms/Mft.

Temperature and Voltage Rating: 75 C / 300Volt Cable Weight: 26 Lbs/Mft.

Agency Approvals:

NEC Article 800; 725, UL CMP, C(UL) or FPLP UL Approved For Plenum Use Without Conduit Per NFPA 262 Flame Test

DRAWING NO.: TOC.1

DRAWING# DRAWING NAME

SYM.1 Symbol Legend WIRE.1 Wire Specification TOC.1 Table of Contents

1.1 BOM

1.2 Floor Layout

1.3 Comm Layout

1.4 Control Panel A

1.5 Control Panel B

1.6 Emergency HVAC / Sequence of Operation

1.7 Multizone AHU

1.8 Multizone AHU Sequence of Operations

1.9 Bldg. 20 Multizone Damper w/ Sequence

1.10 Bldg. 20 Single Air Cooled Chiller

1.11 Single Air Cooled Chiller Sequence of Operations

1.12 Single Boiler System

1.13 Single Boiler Sequence of Operations.

1.14 Fan Coil Unit

1.15 Fan Coil Sequence of Operations

1.16 Exhaust Fan / Sequence of Operation

1.17 HW Unit heater / Sequence of Operation

1.18 Water Meter / Sequence of Operation

1.19 Gas Meter / Sequence of Operation

1.20 Electric Meter / Sequence of Operation

BOM

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DRAWING NO.:

1.1

Vendor Part Number Product Description Manufacturer Panel Or Field Quantity BAPI ALC/VC350A-5 Voltage Convertor, 350mA, Regulated to 5Vdc BAPI P 1

Automated Logic AMR ARCnet to MS/TP Router Automated Logic P 2 ALPS E23C6 E20 Series Electric Meter, Unit-Directional, Bi-Directional, Modbus & BACnet Veris P 1

R.B. Akins F-4600 Flow Meter, Inline, Ultrasonic, 0.5"-2.5", 4-20mA/Scaled Output Onicon F 1 R.B. Akins F-5400 Flow Meter, Thermal Mass Flow Meter - Gas Onicon F 1

Automated Logic G5CE BACnet Router, ARCnet and MS/TP, Gigabit Ethernet Automated Logic P 1 ALPS SCE-12N1206LP Saginaw Hinge Cover Enclosure, NEMA 1, 12x12x6 Saginaw P 3 ALPS SCE-12N12MPP Saginaw Sub-panel, Perforated, NEMA 1, 12x12 Saginaw P 3

Automated Logic SE563 Single Equipment Controller, 5DO, 6UI, 3AO Automated Logic P 2 Automated Logic SE6104a Control Module, 6DO, 10UI, 4AO Automated Logic P 1

ALPS TR50VA005 Xfmr 50VA,120:24,Ckt Brkr, Class 2 Functional Devices P 3 Veris U018-0006 Rope CT for E50, 18" Core, 12' Lead, Up to 5000A Veris F 3

Automated Logic ZN220 Zone Controller, 2DO, 2UI Automated Logic P 8 Automated Logic ZN551 Zone Controller, 5DO, 5UI, 1AO Automated Logic P 1

Bill of Material

Floor Layout

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DRAWING NO.:

1.2

T T

T

T

T T

T

Boiler

Unit Heater 1

Unit Heater 2

Chiller

FCU

CU

EOL

EOL

EPB

EF

1-1

DHW

1-1

AHU

TCP

G5CE

Cable Reference

Modbus

120 Ohm End of Line Resistor, 1/4 Watt, +/-

1%

BACNet MS/TP Plug-In EOL Terminator & Bias Amplifier for

ARC156 Network

Ethernet (Cat 6 RJ45 Cable)

ARC156 120 Ώ

BT485

EOL

Zone Sensor

24V Interconnect wire

Comm Layout

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Comm Layout

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DRAWING NO.:

1.3

Notes:

1. The BMS Riser is intended only to provide an overview of the system architecture. DDC devices are not intended to be wired in exactly the order shown. Optimal wiring runs to be determined in field.

2. All devices are to be wired in a daisy chain configuration.

Control Panel A

WebCTRL Server

Located in Engineers Office

AF DOMAIN

Ethernet

ARC156/

MSTP

MSTP

G5CE

MAC:

IP:

SE563

MAC:

SE563

MAC:

SE6104a

MAC:

BAC/IP

ANSI/ASHREA

135-1995

BAC/ARC

ANSI/ATA

878.1-1999

Cable Reference

Modbus

120 Ohm End of Line Resistor, 1/4 Watt, +/- 1%

BACNet MS/TP

Plug-In EOL Terminator & Bias Amplifier for ARC156 Network

Ethernet (Cat 6 RJ45 Cable)

ARC156

Fiber Optic Cable

120 Ώ

BT485

ZN220

MAC:

ZN220

MAC:

ZN220

MAC:

ZN220

MAC:

ZN220

MAC:

ZN220

MAC:

ZN220

MAC:

Base Infra VLAN

ZN220

MAC:

Control Panel

A

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DRAWING NO.:

1.4

MAC: 1

On Off

Power

Gnd 24V ac

+5V

+24V

Aux Power Out Select

GND

SE6104a

BACnet ® Over ARCNET156 KBaud

CONTROL MODULE

BACnet

Shield

Net-

Net+

BT485

Gnd

Gnd

Gnd9

Gnd12

Gnd3

IN-1 Point Name1, Th/DC/RTD1

IN-2 Point Name2, Th/DC/RTD2

IN-3 Point Name3, Th/DC/RTD4

IN-4 Point Name4, Th/DC/RTD5

IN-5 Point Name5, Th/DC/RTD7

IN-6 Point Name6, Th/DC/RTD8

IN-7 Point Name7, Th/DC/RTD10

IN-8 Point Name8, Th/DC/RTD11

DO-6Point Name6, NO

DO-5Point Name5, NO

DO-4Point Name4, NO

DO-2Point Name2, NO

DO-1Point Name1, NO

AO-4Point Name4, 0-10V 8Gnd

+ 7

AO-3Point Name3, 0-10V

Gnd

AO-2Point Name2, 0-10V

4Gnd

AO-1Point Name1, 0-10V

Gnd

DO-3Point Name3, NO

IN-10 Point Name10, Th/DC/RTD2

ALC-

IN-9 Point Name9, Th/DC/RTD1

Point Name, RNET Rn+

Gnd

Rn-

+12V8

Rnet

Temp

Gnd

SW

LS5v

LogiStat Port

0-20mA0-10V

Analog Out Mode Select mA

Th/DC/RTD

Volts

Universal Input Mode Select

Odd Even

MAC:1

ZN220

CONTROLLER

DO-1Point Name 1, NO 2

BUS 1

DO-2Point Name 2, NO 3

Shield

Net-

Net+1

CM

ne t Gnd

24V ac

Point Name Rnet, RNET Rn+

Gnd

Rn-

+12V4

Rnet

IN-1 Point Name 1, Th/DC1

Gnd

IN-2 Point Name 2, Th/DC3

Gnd

ALC-

Therm/Dry 0-5V

IN-1

Therm/Dry 0-5V

IN-2

MAC:1

ZN220

CONTROLLER

DO-1Point Name 1, NO 2

BUS 1

DO-2Point Name 2, NO 3

Shield

Net-

Net+1

CM

ne t Gnd

24V ac

Point Name Rnet, RNET Rn+

Gnd

Rn-

+12V4

Rnet

IN-1 Point Name 1, Th/DC1

Gnd

IN-2 Point Name 2, Th/DC3

Gnd

ALC-

Therm/Dry 0-5V

IN-1

Therm/Dry 0-5V

IN-2

MAC:1

ZN220

CONTROLLER

DO-1Point Name 1, NO 2

BUS 1

DO-2Point Name 2, NO 3

Shield

Net-

Net+1

CM

ne t Gnd

24V ac

Point Name Rnet, RNET Rn+

Gnd

Rn-

+12V4

Rnet

IN-1 Point Name 1, Th/DC1

Gnd

IN-2 Point Name 2, Th/DC3

Gnd

ALC-

Therm/Dry 0-5V

IN-1

Therm/Dry 0-5V

IN-2

MAC:1

ZN220

CONTROLLER

DO-1Point Name 1, NO 2

BUS 1

DO-2Point Name 2, NO 3

Shield

Net-

Net+1

CM

ne t Gnd

24V ac

Point Name Rnet, RNET Rn+

Gnd

Rn-

+12V4

Rnet

IN-1 Point Name 1, Th/DC1

Gnd

IN-2 Point Name 2, Th/DC3

Gnd

ALC-

Therm/Dry 0-5V

IN-1

Therm/Dry 0-5V

IN-2

MAC:1

ZN220

CONTROLLER

DO-1Point Name 1, NO 2

BUS 1

DO-2Point Name 2, NO 3

Shield

Net-

Net+1

CM

ne t Gnd

24V ac

Point Name Rnet, RNET Rn+

Gnd

Rn-

+12V4

Rnet

IN-1 Point Name 1, Th/DC1

Gnd

IN-2 Point Name 2, Th/DC3

Gnd

ALC-

Therm/Dry 0-5V

IN-1

Therm/Dry 0-5V

IN-2

MAC:1

ZN220

CONTROLLER

DO-1Point Name 1, NO 2

BUS 1

DO-2Point Name 2, NO 3

Shield

Net-

Net+1

CM

ne t Gnd

24V ac

Point Name Rnet, RNET Rn+

Gnd

Rn-

+12V4

Rnet

IN-1 Point Name 1, Th/DC1

Gnd

IN-2 Point Name 2, Th/DC3

Gnd

ALC-

Therm/Dry 0-5V

IN-1

Therm/Dry 0-5V

IN-2

MAC:1

ZN220

CONTROLLER

DO-1Point Name 1, NO 2

BUS 1

DO-2Point Name 2, NO 3

Shield

Net-

Net+1

CM

ne t Gnd

24V ac

Point Name Rnet, RNET Rn+

Gnd

Rn-

+12V4

Rnet

IN-1 Point Name 1, Th/DC1

Gnd

IN-2 Point Name 2, Th/DC3

Gnd

ALC-

Therm/Dry 0-5V

IN-1

Therm/Dry 0-5V

IN-2

G5CE

CONTROL MODULE

MAC:

G N

D

N et

N et

ARC/MSTP

1 2 3

Local Access

2 1

G ro un d

V ac /d c

Gig-E

G N

D

N et

N et

MSTP

1 2 3

NO

YES

End of Net?

NO

YES

End of Net?

ALC-20

MAC:1

ZN220

CONTROLLER

DO-1Point Name 1, NO 2

BUS 1

DO-2Point Name 2, NO 3

Shield

Net-

Net+1

CM

ne t Gnd

24V ac

Point Name Rnet, RNET Rn+

Gnd

Rn-

+12V4

Rnet

IN-1 Point Name 1, Th/DC1

Gnd

IN-2 Point Name 2, Th/DC3

Gnd

ALC-

Therm/Dry 0-5V

IN-1

Therm/Dry 0-5V

IN-2

Control Panel

B

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Control Panel B

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DRAWING NO.:

1.5

MAC:1

SE563

CONTROLLER

AO-1Point Name 1, 0-10V

Gnd

BO-1Point Name 1, NO 2

BUS 1

BO-2Point Name 2, NO 3

Shield

Net-

Net+1

CM

ne t Gnd

24V ac

Point Name Rnet, RNET Rn+

Gnd

Rn-

+12V4

Rnet

Gnd1

4 LED

IN-5 Point Name 5, Th/DC2

IN-6 Point Name 6, Th/DC3

LStat Port

IN-1 Point Name 1, Th/DC1

Gnd

IN-2 Point Name 2, Th/DC3

Gnd

IN-3 Point Name 3, Th/DC5

Gnd

ALC-9

AO-2Point Name 2, 0-10V

Gnd

AO-3Point Name 3, 0-10V

Gnd

Therm/Dry 0-5V

IN-1

Therm/Dry 0-5V

IN-2

IN-4 Point Name 4, Th/DC7

Gnd

BO-3Point Name 3, NO 4 BO-4Point Name 4, NO 5 BO-5Point Name 5, NO 6

MAC:1

SE563

CONTROLLER

AO-1Point Name 1, 0-10V

Gnd

BO-1Point Name 1, NO 2

BUS 1

BO-2Point Name 2, NO 3

Shield

Net-

Net+1

CM

ne t Gnd

24V ac

Point Name Rnet, RNET Rn+

Gnd

Rn-

+12V4

Rnet

Gnd1

4 LED

IN-5 Point Name 5, Th/DC2

IN-6 Point Name 6, Th/DC3

LStat Port

IN-1 Point Name 1, Th/DC1

Gnd

IN-2 Point Name 2, Th/DC3

Gnd

IN-3 Point Name 3, Th/DC5

Gnd

ALC-

AO-2Point Name 2, 0-10V

Gnd

AO-3Point Name 3, 0-10V

Gnd

Therm/Dry 0-5V

IN-1

Therm/Dry 0-5V

IN-2

IN-4 Point Name 4, Th/DC7

Gnd

BO-3Point Name 3, NO 4 BO-4Point Name 4, NO 5 BO-5Point Name 5, NO 6

Chiller and Boiler Controllers

Emergency

HVAC /

Sequence of

Operation

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Emergency HVAC / Sequence of Operation

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DRAWING NO.:

1.6

BI - Emergency Shutdown

Emergency HVAC Shutdown (typical)

Emergency Shutdown:

Upon receiving a manual command from the Emergency HVAC Shutdown Pushbutton (EPB), the system shall disable all Building Management System associated Air Moving Equipment including, but not limited to, AHUs, EFs, Dampers, etc. Any equipment not associated with the Building Management System will not be disabled, including any units in manual (HAND) operation.

Associated equipment shall remain off until the EPB is returned to its normal state.

Alarms shall be provided as follows:

• Emergency HVAC Shutdown Pushbutton is in alarm.

Multizone

AHU

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Multizone AHU

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DRAWING NO.:

1.7

OA

Cold Deck

Hot Deck

T

T

AI - Heating Supply Air Temp

AI - Cooling Supply Air Temp

M

Starter BO - Supply Fan Start/Stop

BI - Freezestat

M

M AO - Mixed Air Dampers

AI - Mixed Air Temp

AI - Return Air Temp

T

AI - Return Air Humidity

BI - Supply Air Smoke Detector

AO - Cooling Valve

CHWS

CHWR

AO - Heating Valve

HWS

HWR

N.C.

M

BI - Supply Fan Status

RA

H

M

EA

T T

N.C.

SF

CHW

HW

M

VFD

BO - Relief Fan Start/Stop

BI - Relief Fan Status

RF

Multizone

AHU

Sequence of Operations

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Multizone AHU Sequence of Operations

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PR: TC

DRAWING NO.:

1.8

1. Bldg. 20 Multizone (typical of 1)

Run Conditions - Requested:

The unit shall run whenever:

• Any zone is occupied.

• OR a definable number of unoccupied zones need heating or cooling.

Freeze Protection:

The unit shall shut down and generate an alarm upon receiving a freezestat status.

Supply Air Smoke Detection:

The unit shall shut down and generate an alarm upon receiving a supply air smoke detector status.

AHU Optimal Start:

The unit shall start prior to scheduled occupancy based on the time necessary for the zones to reach their occupied setpoints. The start time shall automatically adjust based on changes in outside air temperature and zone temperatures.

Supply Fan:

The supply fan shall run anytime the unit is commanded to run, unless shutdown on safeties. To prevent short cycling, the supply fan shall have a user definable (adj.) minimum runtime.

Alarms shall be provided as follows:

• Supply Fan Failure: Commanded on, but the status is off.

• Supply Fan in Hand: Commanded off, but the status is on.

• Supply Fan Runtime Exceeded: Status runtime exceeds a user definable limit (adj.).

Return Fan:

The return fan shall run whenever the supply fan runs.

Alarms shall be provided as follows:

• Return Fan Failure: Commanded on, but the status is off.

• Return Fan in Hand: Commanded off, but the status is on.

• Return Fan Runtime Exceeded: Status runtime exceeds a user definable limit (adj.).

Cold Deck - Cooling Supply Air Temperature Setpoint - Optimized:

The cooling supply air temperature setpoint shall be reset using a trim and respond algorithm based on zone cooling requirements. If there is a demand for cooling then the setpoint shall be reset to a lower value (adj.). If the demand for cooling decreases then the setpoint shall reset to a higher value (adj.). Once the zones are satisfied then the setpoint shall gradually moderate over time to reduce cooling energy use.

The supply air temperature setpoint shall be reset based on zone cooling requirements as follows:

• The initial supply air temperature setpoint shall be 55°F (adj.).

• As cooling demand increases, the setpoint shall incrementally reset down to a minimum of 53°F (adj.).

• As cooling demand decreases, the setpoint shall incrementally reset up to a maximum of 72°F (adj.).

Cold Deck - Cooling Coil Valve:

The controller shall measure the cooling supply air temperature and and modulate the cooling coil valve to maintain its cooling setpoint.

The cooling shall be enabled whenever:

• Outside air temperature is greater than 60°F (adj.).

• AND the economizer (if present) is disabled or fully open.

• AND the supply fan status is on.

The cooling coil valve shall open to 50% (adj.) whenever the freezestat (if present) is on.

Alarms shall be provided as follows:

• High Cooling Supply Air Temp: If the cooling supply air temperature is 5°F (adj.)

greater than setpoint.

Hot Deck - Heating Supply Air Temperature Setpoint - Optimized:

The heating supply air temperature setpoint shall be reset using a trim and respond algorithm based on zone heating requirements. If there is a demand for heating then the setpoint shall be reset to a higher value (adj.). If the demand for heating decreases then the setpoint shall reset to a lower value (adj.). Once the zones are satisfied then the setpoint shall gradually moderate over time to reduce heating energy use.

The supply air temperature setpoint shall be reset based on zone heating requirements as follows:

• The initial supply air temperature setpoint shall be 82°F (adj.).

• As heating demand increases, the setpoint shall incrementally reset up to a maximum of 90°F (adj.).

• As heating demand decreases, the setpoint shall incrementally reset down to a minimum of 72°F (adj.).

Hot Deck - Heating Coil Valve:

The controller shall measure the heating supply air temperature and modulate the heating coil valve to maintain its setpoint.

The heating shall be enabled whenever:

• Outside air temperature is less than 65°F (adj.).

• AND the supply fan status is on.

The heating coil valve shall open whenever:

• Heating supply air temperature drops from 40°F to 35°F (adj.).

• OR the freezestat (if present) is on.

Alarms shall be provided as follows:

• High Heating Supply Air Temp: If the heating supply air temperature is greater than 120°F (adj.).

• Low Heating Supply Air Temp: If the heating supply air temperature is 5°F (adj.) less than setpoint.

Economizer:

The controller shall measure the mixed air temperature and modulate the economizer dampers in sequence to maintain a setpoint 2°F less than the cooling supply air temperature setpoint. The outside air dampers shall maintain a minimum adjustable position of 15% (adj.) open whenever occupied.

The economizer shall be enabled whenever:

• Outside air temperature is less than 65°F (adj.).

• AND the outside air temperature is less than the return air temperature.

• AND the supply fan status is on.

The economizer shall close whenever:

• Mixed air temperature drops from 40°F to 35°F (adj.).

• OR on loss of supply fan status.

• OR the freezestat (if present) is on.

The outside and exhaust air dampers shall close and the return air damper shall open when the unit is off. If Optimal Start Up is available the mixed air damper shall operate as described in the occupied mode except that the outside air damper shall modulate to fully closed.

Minimum Outside Air Ventilation - Fixed Percentage:

The outside air dampers shall maintain a minimum position (adj.) during building occupied hours and be closed during unoccupied hours.

Mixed Air Temperature:

The controller shall monitor the mixed air temperature and use as required for economizer control (if present) and preheating control (if present).

Alarms shall be provided as follows:

• High Mixed Air Temp: If the mixed air temperature is greater than 90°F (adj.).

• Low Mixed Air Temp: If the mixed air temperature is less than 45°F (adj.).

Return Air Humidity:

The controller shall monitor the return air humidity and use as required for economizer control (if present).

Alarms shall be provided as follows:

• High Return Air Humidity: If the return air humidity is greater than 70% (adj.).

• Low Return Air Humidity: If the return air humidity is less than 35% (adj.).

Return Air Temperature:

The controller shall monitor the return air temperature and use as required for economizer control (if present).

Alarms shall be provided as follows:

• High Return Air Temp: If the return air temperature is greater than 90°F (adj.).

• Low Return Air Temp: If the return air temperature is less than 45°F (adj.).

Bldg. 20

Multizone Damper w/ Sequence

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Bldg. 20 Multizone Damper w/ Sequence

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PR: TC

DRAWING NO.:

1.9

Hot Deck

Cold Deck

DA

T

AI - Zone Temp

AI - Zone Setpoint Adjust

BI - Zone Override T

AI - Discharge Air Temp

M

N.O.

N.C.

AO - Zone Damper

AI - Zone Humidity H

1. Bldg. 20 Multizone Damper (typical of 7)

Run Conditions - Scheduled:

The unit shall run according to a user definable time schedule in the following modes:

• Occupied Mode: The unit shall maintain

• A 74°F (adj.) cooling setpoint

• A 70°F (adj.) heating setpoint.

• Unoccupied Mode (night setback): The unit shall maintain

• A 85°F (adj.) cooling setpoint.

• A 55°F (adj.) heating setpoint.

Alarms shall be provided as follows:

• High Zone Temp: If the zone temperature is greater than the cooling setpoint by a user definable amount (adj.).

• Low Zone Temp: If the zone temperature is less than the heating setpoint by a user definable amount (adj.).

Demand Limiting - Zone Setpoint Optimization:

To lower power consumption, the zone setpoints shall automatically relax when the facility power consumption exceeds definable thresholds. The amount of relaxation shall be individually configurable for each zone. The zone setpoints shall automatically return to their previous settings when the facility power consumption drops below the thresholds.

Zone Setpoint Adjust:

The occupant shall be able to adjust the zone temperature heating and cooling setpoints at the zone sensor.

Zone Optimal Start:

The unit shall use an optimal start algorithm for morning start-up. This algorithm shall minimize the unoccupied warm-up or cool-down period while still achieving comfort conditions by the start of scheduled occupied period.

Zone Unoccupied Override:

A timed local override control shall allow an occupant to override the schedule and place the unit into an occupied mode for an adjustable period of time. At the expiration of this time, control of the unit shall automatically return to the schedule.

Zone Damper Control:

The cooling and heating deck zone dampers shall modulate in sequence to maintain zone temperature cooling and heating setpoints.

Discharge Air Temperature:

The controller shall monitor the discharge air temperature.

Alarms shall be provided as follows:

• High Discharge Air Temp: If the discharge air temperature is greater than 130°F (adj.).

• Low Discharge Air Temp: If the discharge air temperature is less than 40°F (adj.).

Zone Humidity:

The controller shall monitor the zone humidity.

Alarms shall be provided as follows:

• High Zone Humidity: If the zone humidity is greater than 70% (adj.).

• Low Zone Humidity: If the zone humidity is less than 35% (adj.).

Environmental Index:

When the zone is occupied, the controller will monitor the deviation of the zone temperature from the heating or cooling setpoint. The controller will also monitor the relative humidity and compare it to comfort conditions. This data will be used to calculate a 0 - 100% Environmental Index which gives an indication of how well the zone is maintaining comfort. The controller will also calculate the percentage of time since occupancy began that the Environmental Index is 70% or higher. Optionally, a weighting factor can be configured to adjust the contribution of the zone to the rollup average index based upon the floor area of the zone, importance of the zone, or other static criteria.

Bldg. 20

Single Air Cooled Chiller

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Bldg. 20 Single Air Cooled Chiller

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PR: TC

DRAWING NO.:

1.10

CHWR

BO - Chiller Enable

BI - Chiller Status

T

T

AI - Chilled Water Return Temp

AI - Chilled Water Supply Temp

Chiller

CHWS

P2

M

Starter

BI - Chilled Water Pump 2 Status

BO - Chilled Water Pump 2 Start/Stop

P1

M

Starter

BI - Chilled Water Pump 1 Status

BO - Chilled Water Pump 1 Start/Stop

Single Air

Cooled Chiller

Sequence of Operations

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Single Air Cooled Chiller Sequence of Operations

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PR: TC

DRAWING NO.:

1.11

1. Bldg. 20 Single Air Cooled Chiller (typical of 1)

Chiller - Run Conditions:

The chiller shall be enabled to run whenever:

• A definable number of chilled water coils need cooling

• AND the outside air temperature is greater than 54°F (adj.).

To prevent short cycling, the chiller shall run for and be off for minimum adjustable times (both user definable), unless shutdown on safeties or outside air conditions.

The chiller shall run subject to its own internal safeties and controls.

Chilled Water Pump Lead/Standby Operation:

The two chilled water pumps shall run anytime the chiller is called to run. The chilled water pump shall also run for freeze protection whenever the outside air temperature is less than a user definable setpoint (adj.).

The lead pump shall start prior to the chiller being enabled and shall stop only after the chiller is disabled. The pump(s) shall therefore have:

• A user adjustable delay on start.

• AND a user adjustable delay on stop.

The delay times shall be set appropriately to allow for orderly chilled water system start-up, shutdown and sequencing.

The two pumps shall operate in a lead/standby fashion.

• The lead pump shall run first.

• On failure of the lead pump, the standby pump shall run and the lead pump shall turn off.

The designated lead pump shall rotate upon one of the following conditions (user selectable):

• manually through a software switch

• if pump runtime (adj.) is exceeded

• daily

• weekly

• monthly

Alarms shall be provided as follows:

• Chilled Water Pump 1

• Failure: Commanded on, but the status is off.

• Running in Hand: Commanded off, but the status is on.

• Runtime Exceeded: Status runtime exceeds a user definable limit.

• Chilled Water Pump 2

• Failure: Commanded on, but the status is off.

• Running in Hand: Commanded off, but the status is on.

• Runtime Exceeded: Status runtime exceeds a user definable limit.

Chiller:

The chiller shall be enabled a user adjustable time after pump statuses are proven on. The chiller shall therefore have a user adjustable delay on start.

The delay time shall be set appropriately to allow for orderly chilled water system start-up, shutdown and sequencing.

The chiller shall run subject to its own internal safeties and controls.

Alarms shall be provided as follows:

• Chiller Failure: Commanded on, but the status is off.

• Chiller Running in Hand: Commanded off, but the status is on.

• Chiller Runtime Exceeded: Status runtime exceeds a user definable limit.

Chiller Chilled Water Supply Setpoint:

The chiller shall maintain a chilled water supply temperature setpoint as determined by its own internal controls (provided by others).

Chilled Water Temperature Monitoring:

The following temperatures shall be monitored:

• Chilled water supply.

• Chilled water return.

Alarms shall be provided as follows:

• High Chilled Water Supply Temp: If the chilled water supply temperature is greater than 55°F (adj.).

• Low Chilled Water Supply Temp: If the chilled water supply temperature is less than 38°F (adj.).

DRAWING NO.:

1.11

Single Boiler

System

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PR: TC

DRAWING NO.:

1.12

HWS

T

AI - Primary Hot Water Return Temp

AI - Primary Hot Water Supply Temp

M

Starter BO - Circulation Pump Start/Stop

BI - Circulation Pump Status

P1

P2

M

M

Starter

Starter

BO - Hot Water Pump 1 Start/Stop

BI - Hot Water Pump 1 Status

BI - Hot Water Pump 2 Status

BO - Hot Water Pump 2 Start/Stop

T

HWR

Boiler

BO - Boiler Enable

BI - Boiler Status

Single Boiler Sequence of Operations.

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PR: TC

DRAWING NO.:

1.13

1. Bldg. 20 Single Boiler System (typical of 1)

Boiler System Run Conditions:

The boiler system shall be enabled to run whenever:

• A definable number of hot water coils need heating.

• AND outside air temperature is less than 65°F (adj.).

To prevent short cycling, the boiler system shall run for and be off for minimum adjustable times (both user definable), unless shutdown on safeties or outside air conditions.

The boiler shall run subject to its own internal safeties and controls.

The boiler system shall also run for freeze protection whenever outside air temperature is less than 38°F (adj.).

Hot Water Pump Lead/Standby Operation:

The two hot water pumps shall operate in a lead/standby fashion.

• The lead pump shall run first.

• On failure of the lead pump, the standby pump shall run and the lead pump shall turn off.

The designated lead pump shall rotate upon one of the following conditions (user selectable):

• manually through a software switch

• if pump runtime (adj.) is exceeded

• daily

• weekly

• monthly

Alarms shall be provided as follows:

• Hot Water Pump 1

• Failure: Commanded on, but the status is off.

• Running in Hand: Commanded off, but the status is on.

• Runtime Exceeded: Status runtime exceeds a user definable limit.

• Hot Water Pump 2

• Failure: Commanded on, but the status is off.

• Running in Hand: Commanded off, but the status is on.

• Runtime Exceeded: Status runtime exceeds a user definable limit.

Circulation Pump:

The circulation pump shall run anytime the boiler is called to run and shall have a user definable (adj.) delay on stop.

Alarms shall be provided as follows:

• Circulation Pump Failure: Commanded on, but the status is off.

• Circulation Pump Running in Hand: Commanded off, but the status is on.

• Circulation Pump Runtime Exceeded: Status runtime exceeds a user definable limit.

Boiler Enable:

The boiler shall be enabled when the boiler system is commanded on. The boiler shall be enabled after pump status is proven on and shall run subject to its own internal safeties and controls.

Alarms shall be provided as follows:

• Boiler Failure: Commanded on, but the status is off.

• Boiler Running in Hand: Commanded off, but the status is on.

• Boiler Runtime Exceeded: Status runtime exceeds a user definable limit.

Hot Water Supply Temperature Setpoint:

The boiler shall maintain a hot water supply temperature setpoint as determined by its own internal controls (provided by others).

Primary Hot Water Temperature Monitoring:

The following temperatures shall be monitored:

• Primary hot water supply.

• Primary hot water return.

Alarms shall be provided as follows:

• High Primary Hot Water Supply Temp: If greater than 200°F (adj.).

• Low Primary Hot Water Supply Temp: If less than 100°F (adj.).

Fan Coil Unit

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Fan Coil Unit

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PR: TC

DRAWING NO.:

1.14

T AI - Zone Temp

AI - Zone Setpoint Adjust

BI - Zone Override

RA DA

T

AI - Discharge Air Temp

BO - Fan Start/Stop

BI - Fan Status

M

DX

BO - Cooling Stage 1

BO - Heating Stage 1

Elec

Fan Coil

Sequence of Operations

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PR: TC

DRAWING NO.:

1.15

DRAWING NO.:

1.15

1. Fan Coil Unit – DX/EH (typical of 1)

Run Conditions - Scheduled:

The unit shall run according to a user definable time schedule in the following modes:

• Occupied Mode: The unit shall maintain

• A 75°F (adj.) cooling setpoint

• A 70°F (adj.) heating setpoint.

• Unoccupied Mode (night setback): The unit shall maintain

• A 85°F (adj.) cooling setpoint.

• A 55°F (adj.) heating setpoint.

Alarms shall be provided as follows:

• High Zone Temp: If the zone temperature is greater than the cooling setpoint by a user definable amount (adj.).

• Low Zone Temp: If the zone temperature is less than the heating setpoint by a user definable amount (adj.).

Zone Setpoint Adjust:

The occupant shall be able to adjust the zone temperature heating and cooling setpoints at the zone sensor.

Zone Unoccupied Override:

A timed local override control shall allow an occupant to override the schedule and place the unit into an occupied mode for an adjustable period of time. At the expiration of this time, control of the unit shall automatically return to the schedule.

Fan:

The fan shall run anytime the unit is commanded to run, unless shutdown on safeties.

Cooling Stage:

The controller shall measure the zone temperature and stage the cooling to maintain its cooling setpoint. To prevent short cycling, the stage shall have a user definable (adj.) minimum runtime.

The cooling shall be enabled whenever:

• Outside air temperature is greater than 60°F (adj.).

• AND the zone temperature is above cooling setpoint.

• AND the fan is on.

Electric Heating Stage:

The controller shall measure the zone temperature and stage the heating to maintain its heating setpoint. To prevent short cycling, the stage shall have a user definable (adj.) minimum runtime.

The heating shall be enabled whenever:

• Outside air temperature is less than 65°F (adj.).

• AND the zone temperature is below heating setpoint.

• AND the fan is on.

Filter Hours:

The controller shall monitor the fan runtime.

Alarms shall be provided as follows:

• Filter Change Required: Filter has been in use for more than 2200 hrs (adj.).

Discharge Air Temperature:

The controller shall monitor the discharge air temperature.

Alarms shall be provided as follows:

• High Discharge Air Temp: If the discharge air temperature is greater than 120°F (adj.).

• Low Discharge Air Temp: If the discharge air temperature is less than 40°F (adj.).

Fan Status:

The controller shall monitor the fan status.

Alarms shall be provided as follows:

• Fan Failure: Commanded on, but the status is off.

• Fan in Hand: Commanded off, but the status is on.

• Fan Runtime Exceeded: Fan status runtime exceeds a user definable limit (adj.).

Exhaust Fan / Sequence of

Operation

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Exhaust Fan / Sequence of Operation

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PR: TC

DRAWING NO.:

1.16

DRAWING NO.:

1.16

EA

BO - Fan Start/Stop

M

BI - Fan Status

Toilet Exhaust Fan (typical of 1)

Run Conditions - Scheduled:

The fan shall run according to a user definable schedule.

Fan:

The fan shall have a user definable (adj.) minimum runtime.

Fan Status:

The controller shall monitor the fan status.

Alarms shall be provided as follows:

• Fan Failure: Commanded on, but the status is off.

HW Unit heater /

Sequence of Operation

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HW Unit heater / Sequence of Operation

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PR: TC

DRAWING NO.:

1.17

DRAWING NO.:

1.17

DA

T AI - Zone Temp

AI - Zone Setpoint Adjust

BI - Zone Override

M

BO - Heating Valve

HWR HWS

HW

Unit Heater (typical of 1)

Run Conditions - Scheduled:

The unit shall run according to a user definable time schedule in the following modes:

• Occupied Mode: The unit shall maintain a heating setpoint of 70°F (adj.).

• Unoccupied Mode (night setback): The unit shall maintain a heating setpoint of 65°F (adj.).

Alarms shall be provided as follows:

• Low Zone Temp: If the zone temperature is less than the heating setpoint by a user definable amount (adj.).

Zone Setpoint Adjust:

The occupant shall be able to adjust the zone temperature heating and cooling setpoints at the zone sensor.

Zone Optimal Start:

The unit shall use an optimal start algorithm for morning start-up. This algorithm shall minimize the unoccupied warm-up or cool-down period while still achieving comfort conditions by the start of scheduled occupied period.

Zone Unoccupied Override:

A timed local override control shall allow an occupant to override the schedule and place the unit into an occupied mode for an adjustable period of time. At the expiration of this time, control of the unit shall automatically return to the schedule.

Fan:

The fan shall be hardwire interlocked to run with the heating output, unless shutdown on safeties.

Heating:

The heating shall be hardwire interlocked to run with the fan output, unless shutdown on safeties. The controller shall measure the zone temperature and enable heating to maintain its heating setpoint. To prevent short cycling, the stage shall have a user definable (adj.) minimum runtime.

The heating shall be enabled whenever:

• Outside air temperature is less than 65°F (adj.).

• AND the zone temperature is below heating setpoint

Environmental Index:

When the zone is occupied, the controller will monitor the deviation of the zone temperature from the heating or cooling setpoint and calculate a 0 - 100% Environmental Index which gives an indication of how well the zone is maintaining comfort. The controller will also calculate the percentage of time since occupancy began that the Environmental Index is 70% or higher. Optionally, a weighting factor can be configured to adjust the contribution of the zone to the rollup average index based upon the floor area of the zone, importance of the zone, or other static criteria.

Water Meter / Sequence of

Operation

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Water Meter / Sequence of Operation

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S ys te m s

E ne rg y

S ol ut io ns , I nc

N

S an ta F e A ve O kl ah om a

C ity

, O K

A B C D E F G H

PR: TC

DRAWING NO.:

1.18

DRAWING NO.:

1.18

Water Flow Meter Sequence of Operation

Water Meter:

The controller shall monitor the water meter for water consumption on a continual basis. These values shall be made available to the system at all times.

Alarm shall be generated as follows:

Invalid Reading: Sensor reading indicates an invalid value from the water meter.

Peak Demand History:

The controller shall monitor and record the peak (high and low) demand readings from the water meter. These readings shall be recorded on a daily, month-to-date, and year-to-date basis.

Usage History:

The controller shall monitor and record water meter readings so as to provide a water consumption history. Usage readings shall be recorded on a daily, month-to-date, and year-to-date basis.

Typical of 1

Controller MAC Point Number Point Name Range ZN551 A IN-01 Water Flow 0-5V

Points List - Active

(NOTE: Size Meter Based On Building Feeder Line Size)

T2

T1

T2

T1

Arcnet Com. Bus OUT As per Riser Diagram

WHT

BLK

RED

GRN

(1.18,C1) C-2

MAC:A

ZN551

CONTROLLER

AO-1, 0-10V

Gnd

DO-1, NO 2

BUS 1

DO-2, NO 3

DO-3, NO 4

DO-4, NO 5

DO-5, NO 6

Shield

Net-

Net+1

CM

ne t Gnd

24V ac

, RNET

Rn+

Gnd

Rn-

+12V4

Rnet

Gnd1

4 LED

IN-4 , Th/DC2

IN-5 , Th/DC3

LStat Port

IN-1 Water Flow, 0-5V1

Gnd

IN-2 , Th/DC3

Gnd

IN-3 , Th/DC5

Gnd

ALC-1

Therm/Dry 0-5V

IN-1

Therm/Dry 0-5V

IN-2

Wht

Blk

L1 L2 G S S

W

HT BL

K

RE

D

GR

N

(1.18,B5)C-2

FT-1

Flow Meter with

0-5V Ouput reference to flow.

Panel Name ENC-1

SUB-1

XF-1

Wire to earth (panel) ground

24VAC Wired To All Points Shown

T2T1

120 VAC

by Electrical Contractor

Tag Quantity Part Number Manufacturer Product Description ALC-1 1 ZN551 Automated Logic Zone Controller, 5DO, 5UI, 1AO ENC-1 1 SCE-12N1206LP Saginaw Saginaw Hinge Cover Enclosure, NEMA 1, 12x12x6

FT-1 1 F-4600 Onicon Flow Meter, Inline, Ultrasonic, 0.5"-2.5", 4-20mA/Scaled Output SUB-1 1 SCE-12N12MPP Saginaw Saginaw Sub-panel, Perforated, NEMA 1, 12x12

XF-1 1 TR50VA005 Functional Devices Xfmr 50VA,120:24,Ckt Brkr, Class 2

Instrument List

Gas Meter / Sequence of

Operation

PR

O

JE

C

T:

Tu ls a

A ir

N at io na l G ua rd

CONTRACT NO:

02-99999

R

EV

D

ES

C R

IP

TI

O N

D A

TE

B

Y

FI

LE

N

A M

E:

B ui ld in g

DE: MH

Gas Meter / Sequence of Operation

SE: JS

E ng in ee re d

S ys te m s

E ne rg y

S ol ut io ns , I nc

N

S an ta F e A ve O kl ah om a

C ity

, O K

A B C D E F G H

PR: TC

DRAWING NO.:

1.19

DRAWING NO.:

1.19

DRAWING NO.:

1.19

DRAWING NO.:

1.19

DRAWING NO.:

1.19

DRAWING NO.:

1.19

DRAWING NO.:

1.19

DRAWING NO.:

1.19

DRAWING NO.:

1.19q31_meter_gas

Gas Meter Sequence of Operation

Gas Meter:

The controller shall monitor the gas meter for gas consumption on a continual basis. These values shall be made available to the system at all times.

Alarm shall be generated as follows:

Invalid Reading: Sensor reading indicates an invalid value from the gas meter.

Peak Demand History:

The controller shall monitor and record the peak (high and low) demand readings from the gas meter. Peak readings shall be recorded on a daily, month-to-date, and year-to-date basis.

Usage History:

The controller shall monitor and record gas meter readings so as to provide a gas consumption history. Usage readings shall be recorded on a daily, month-to-date, and year-to-date basis.

Typical of 1

Arcnet Comm Bus per Riser Diagram.

T2

T1

AMR

CONTROL MODULE

MAC:A

Shield

Net-

Net+

A R

C n/c

Net-

Net+ n/c

Shield

M

ST

P

Power

Gnd

Hot

Point Name Rnet, RNET Rn+

Gnd

Rn-

+12V4

Rnet

ALC-1

Bacnet MSTP to Meter.

ES-1

Vdc Gnd

Vdc Out

24ac Gnd

Vac

1 2 3 4

T2

T1

A2

A1 24VDC to Meter

A2

A1

FT-1

Panel Name ENC-1

SUB-1

XF-1

Wire to earth (panel) ground

24VAC Wired To All Points Shown

T2T1

120 VAC

by Electrical Contractor

Tag Quantity Part Number Manufacturer Product Description ALC-1 1 AMR Automated Logic ARCnet to MS/TP Router ENC-1 1 SCE-12N1206LP Saginaw Saginaw Hinge Cover Enclosure, NEMA 1, 12x12x6

ES-1 1 ALC/VC350A-5 BAPI Voltage Convertor, 350mA, Regulated to 5Vdc FT-1 1 F-5400 Onicon Flow Meter, Thermal Mass Flow Meter - Gas

SUB-1 1 SCE-12N12MPP Saginaw Saginaw Sub-panel, Perforated, NEMA 1, 12x12

Electric Meter /

Sequence of Operation

PR

O

JE

C

T:

Tu ls a

A ir

N at io na l G ua rd

CONTRACT NO:

02-99999

R

EV

D

ES

C R

IP

TI

O N

D A

TE

B

Y

FI

LE

N

A M

E:

B ui ld in g

DE: MH

Electric Meter / Sequence of Operation

SE: JS

E ng in ee re d

S ys te m s

E ne rg y

S ol ut io ns , I nc

N

S an ta F e A ve O kl ah om a

C ity

, O K

A B C D E F G H

PR: TC

DRAWING NO.:

1.20

DRAWING NO.:

1.20

DRAWING NO.:

1.20q21_meter_electric

Electric Meter Sequence of Operation

Electric Meter:

The controller shall monitor the electric meter for electric consumption on a continual basis. These values shall be made available to the system at all times.

Alarm shall be generated as follows:

Meter Alarm: Sensor reading indicates an invalid value from the electric meter.

Peak Demand History:

The controller shall monitor and record the peak (high and low) demand readings from the electric meter. Peak readings shall be recorded on a daily, month-to-date, and year-to-date basis.

Usage History:

The controller shall monitor and record electric meter readings so as to provide a power consumption history. Usage readings shall be recorded on a daily, month-to-date, and year-to-date basis.

Typical of 1

Veris E23C6

ENC-1

SUB-1

XF-1

Wire to earth (panel) ground

24VAC Wired To All Points Shown

T2T1

120 VAC

by Electrical Contractor

AMR

CONTROL MODULE

MAC:A

Shield

Net-

Net+

A R

C n/c

Net-

Net+ n/c

Shield

M

ST

P

Power

Gnd

Hot

, RNET

Rn+

Gnd

Rn-

+12V4

Rnet

ALC-1

Arcnet Comm Bus per Riser Diagram.

MSTP to Power Meter

T2

T1

L1 L2 L3

High Voltage Conductors on

Metered Device.

JY-1

IT-1

Tag Quantity Part Number Manufacturer Product Description ALC-1 1 AMR Automated Logic ARCnet to MS/TP Router ENC-1 1 SCE-12N1206LP Saginaw Saginaw Hinge Cover Enclosure, NEMA 1, 12x12x6

IT-1 3 U018-0006 Veris Rope CT for E50, 18" Core, 12' Lead, Up to 5000A JY-1 1 E23C6 Veris E20 Series Electric Meter, Unit-Directional, Bi-Directional, Modbus & BACnet

SUB-1 1 SCE-12N12MPP Saginaw Saginaw Sub-panel, Perforated, NEMA 1, 12x12 XF-1 1 TR50VA005 Functional Devices Xfmr 50VA,120:24,Ckt Brkr, Class 2

NOTE: Installation By Electrical Contractors

Tulsa Air National Guard

As Prepared By:

PROJECT TEAM

ES2 Design Engineer:

Project Number:

Drawing Designation:

ES2 Project Manager:

Drawing Date:

Michael Halcomb

02-99999 Submittal

Michael Halcomb

3/11/2019

ES2-Tulsa 10404 E 55th Place Suite E Tulsa, OK 74146 T: (918) 279-6450 F: (918) 994-1300

ES2-OKC

13401 N Santa Fe Ave.

Oklahoma City, OK 73114 T: (405) 528-4500 F: (405) 528-2100

ES2-Arkansas 2213 N. Reynolds Rd. Suite 27 Bryant, AR 72022 T: (501) 847-8610 F: (501) 847-8702

Engineered Systems & Energy Solutions, Inc.

DRAWING NO.: SYM.1

TAG DESCRIPTIONS

AA Remote Annunciator Module & Auto Dialer P Pressure Probe ALC Automated Logic Controller PDS Pressure Differential Switch ASA Smoke Detector PDT Pressure Differential Transmitter CR Control Relay PS Pressure Switch

ENC Enclosure PT Pressure Transmitter ES Direct Current Power Supply QT Gas Transmitter

FCV Flow Control Valve / Damper Actuator ST Speed Transmitter FE Flow Element SUB Subpanel FS Flow Switch TE Temperature Element FT Flow Transmitter TS Temperature Switch G Generic Device TSH Temperature Switch High IP Electro-Pneumatic Transducer TSL Temperature Switch Low IS Current Switch TT Temperature Transmitter

ISE Circuit Breaker TY Dew Pt./Enthaply/Wet Bulb Transducer IT Current Transducer V Valve JT BTU Meter VT Vibration Transmitter / Switch JY Power Meter X Unclassified KS Electronic Timeclock XF Transformer LS Level Switch YKS Position Transmitter LT Level Transmitter YL Position Transmitter MS Humidistat YS Leak Detector MT Humidity Transmitter YSE Emergency Stop

MTE Humidity Transmitter w/ Temperature Element YY Transducer MTT Humidity Transmitter w/ Temperature Transmitter ZS Position Indicating Switch

N Accessories ZT Position Transmitter NY Network Device

TE-# Field Mounted Instrument

LEGEND

Pneumatic Tubing

Line Voltage Wire

Miscellaneous Notations

FLP = Fails At Last Position FC = Fails Closed FO = Fails Open

L High Voltage Terminal

T1 Low Voltage Terminal

Wire Color

Shield Pigtail

Cable Master to Controller

Cable Number and Location of Other End

Shield

Cable Slave to Field Device

Low Voltage ConnectionX1

Modbus

120 Ohm End of Line Resistor, 1/4 Watt, +/- 1%

BACNet MS/TP

Plug-In EOL Terminator & Bias Amplifier for ARC156 Network

Ethernet (Cat 6 RJ45 Cable)

ARC156

Fiber Optic Cable

120 Ώ

BT485

LEGEND

W H

T

BL

K

(1.0,B1)C-2

WHT

BLK

(1.0,C1)C-2

DRAWING NO.: WIRE.1

2 PAIR - 2 CONDUCTOR SHIELDED - RNET

Windy City Wire Part Number 160100-S 160100-30S

Cable Specifications Jacket Color: White Yellow Description: 18 AWG 2 Pair Bare Copper, Individually Shielded Plenum, UL Subject 444, Type CMP, C(UL) or FPLP UL Conductor Description: 18 (7/26 Bare Copper) Insulation: Low-Smoke PVC .008" Color Code: Black/Red & White/Green Shield: Each Pair Aluminum Polyester Foil - 100% Coverage Drain Wire: 24 AWG 7 Strand Tinned Copper Jacket: Low-Smoke PVC .018" Marking: Temperature Control System, 22 AWG CMP (UL) C(UL).

Overall Diameter: .195" Nom…