Appendix E.pdf

FEB 27, 2024

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F a x

Approved By: JMG

Total Control is a factory authorized Johnson Controls Metasys Specialist.

Total Control assures through Training, Project Management, Application Engineering, On-site Start-up Assistance and over 45 years of Metasys experience, the operational conformance and satisfaction of each and every installed system.

TABLE OF CONTENTS

SHEET

INDEX

LAN Architecture

Sequence of Operation

(NC-1) NCE Panel Wiring Schematic

(B-1) Boiler Control Panel Wiring Schematic

(HW-1) Booster Pump Panel Wiring Schematic

VAV Zone Control Wiring Schematic (Typical of 7)

IOM Exhaust Fan Control Wiring Schematic

AC-1 Air Handler Control

TITLE

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USFS Mirov Lab

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Job #:

Designed By:

Drawing By:

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813151

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F authorized Johnson Controls Metasys Specialist.

Total Control assures through Training, Project Management, Application Engineering, On-site Start-up Assistance and over 45 years of Metasys experience, the operational conformance and satisfaction of each and every installed system.

L A

N A rc h it e c tu re

NCE PANEL

TCP-11

HW Control

CUSTOMER LAN

1 LAN Architecture

WORKSTATIONWORKSTATION

VAV-2

ADD: 06

VAV-2

ADD: 06

VAV-03

ADD: 07

VAV-03

ADD: 07

VAV-4

ADD: 08

VAV-4

ADD: 08

VAV-5

ADD: 09

VAV-5

ADD: 09

VAV-6

ADD: 10

VAV-6

ADD: 10

VAV-7

ADD: 11

VAV-7

ADD: 11

IOM-1

ADD: 14

IOM-1

ADD: 14

IOM-2

ADD: 15

IOM-2

ADD: 15

FEC - 1

ADD: 12

FEC - 1

ADD: 12

72° F

72° F

ZN-T

72° F

ZN-T

72° F

72° F

ZN-T

72° F

ZN-T

72° F

72° F

ZN-T

72° F

ZN-T

72° F

72° F

ZN-T

72° F

ZN-T

72° F

72° F

ZN-T

72° F

ZN-T

72° F

72° F

ZN-T

72° F

ZN-T

Architecture

The FC Bus and the SA Bus are both networks of daisy-chained devices.

The maximum allowable length of each bus is determined by the total length and type of cable between each daisy-chained device on the segment. For the FC Bus, the maximum allowable device counts and maximum lengths are based on the number of segments.

The FC Bus can be devided into segments by repeaters (See Below). The SA Bus is only one segment.

Segment 1

5,000 ft (maximum)

50 Nodes (maximum)*

RETSY

EOL Switch ON (Up)

NAE

TT T

T

T

R R

T

= EOL switch set to ONT

R = Repeater odes (max)* 100 Total N

Segment 2

5,000 ft (maximum)

50 Nodes (maximum)*

Segment 3

5,000 ft (maximum)

50 Nodes (maximum)*

Architecture

The FC Bus and the SA Bus are both networks of daisy-chained devices.

The maximum allowable length of each bus is determined by the total length and type of cable between each daisy-chained device on the segment. For the FC Bus, the maximum allowable device counts and maximum lengths are based on the number of segments.

The FC Bus can be devided into segments by repeaters (See Below). The SA Bus is only one segment.

Segment 1

5,000 ft (maximum)

50 Nodes (maximum)*

RETSY

EOL Switch ON (Up)

NAE

TT T

T

T

R R

T

= EOL switch set to ONT

R = Repeater odes (max)* 100 Total N

Segment 2

5,000 ft (maximum)

50 Nodes (maximum)*

Segment 3

5,000 ft (maximum)

50 Nodes (maximum)*

SA BUS

SA BUS

SA BUS

SA BUS

SA BUS

SA BUS

FC BUS

Address Controller Label Description/Location

5 VMA CAV-1 Pathology Lab

6 VMA VAV-2 Seed Workroom

7 VMA VAV-3 Tissue Culture

8 VMA VAV-4 DNA Workroom

9 VMA VAV-5 DNA Workroom

10 VMA VAV-6

11 VMA VAV-7 Microscopy Workroom

12 SPARE

13 FEC BOILER Boiler Skid

14 IOM IOM-1 w/ CAV-1

15 IOM IOM-2 w/ VAV-7

16 McQuay AH-1 Air Handler

Address Table

CAV-1

ADD: 05

CAV-1

ADD: 05

Microtech III

Air Handler Controller

169.254.132.143

Workstation provided by customer.

Dedicated Data Line

(530) 622-7289

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Sheet:

Job #:

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Date:

813151

JMG

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R e v is io n s

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C h a n g e

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A

-7

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F authorized Johnson Controls Metasys Specialist.

Total Control assures through Training, Project Management, Application Engineering, On-site Start-up Assistance and over 45 years of Metasys experience, the operational conformance and satisfaction of each and every installed system.

S e q u e n c e o f

O p e ra ti o n

SEQUENCE OF OPERATION

Heating Hot Water System: The boiler shall be enabled whenever AC-1 is operating and the outside air temperature falls below 60°F (user adjustable).

During unoccupied periods, the boiler shall be enabled if the outside air temperature falls below an adjustable low limit setpoint (initially 35°F) to ensure circulation through the heating hot water coils at low outside air temperature.

A flow switch in the heating hot water return piping is factory hardwire interlocked to disable the boiler if there is no flow. The secondary hot water pump (HWP-1) shall be software interlocked to disable the boiler if the pump is not operating. HWP-1 shall run for at least 5 minutes (user adjustable) after the boiler has been disabled due to lack of demand. The boiler shall operate when enabled by the Temperature Control and Facility Management

System (TCFMS) only through its own safeties. The TCFMS shall monitor the status of HWP-1 and report if the status does not match the commanded state.

Secondary hot water pump (HWP-1) VFD shall modulate to maintain the differential pressure at the heating hot water coil serving VAV-3.

Trends:

Boiler Supply Temperature

Heating Water Loop Supply Temperature

Alarms:

High Heating Water Loop Supply Temperature

Low Heating Water Loop Supply Temperature

High Boiler Supply Temperature

Low Boiler Supply Temperature

Boiler Alarm

Boiler Failure

Secondary Heating Water Pump Failure Low Secondary Heating Water Loop Pressure

Building Exhaust Fans: Exhaust fan EF-5 shall be software interlocked to start whenever AC-1 is operating. A current switch on EF-5 shall monitor the fan status and shut down AC-1 in the event of a fan failure.

Exhaust fan EF-4 shall be operable only when AC-1 is operating. EF-4 shall operate from a local start/stop switch.

A current switch shall monitor each fan in the event of a failure.

Trends:

None

Alarms:

Exhaust Fan EF-5 Failure

Exhaust Fan EF-4 Failure

Toilet Exhaust Fans: Toilet Exhaust Fans shall be interlocked (by Div. 16 contractor) to operate with restroom light switch.

Fume Hood: A current switch on EF-3 shall monitor the fan status.

Trends:

None

Alarms:

Exhaust Fan EF-3 Failure

Air Conditioning Unit AC-1: AC-1 shall be controlled and monitored through the Bacnet integration to the TCFMS.

AC-1 shall start whenever the TCFMS indicates occupied mode based on the weekly time schedule or whenever a push-button override switch at a

VAV zone temperature sensor indicates a local temporary override. The

TCFMS shall monitor the status of the fan and refrigeration systems and report if the status does not match the commanded state. The TCFMS shall monitor the status of the supply and return fans, and shut down exhaust fan

EF-5 in the event of a fan failure.

The heating hot water coil control valve, economizer dampers, and DX cooling equipment shall operate in sequence to maintain the supply air temperature setpoint (user adjustable). The DX cooling equipment shall be software locked out if the mixed air temperature is below the low limit setpoint (user adjustable). The outside air and exhaust air dampers shall close when AC-1 is stopped. The heating hot water coil control valve shall remain open during unoccupied periods to ensure flow should the boiler be enabled due to low outside air temperature.

Trends:

Supply Air Temperature

Alarms:

Supply Fan Failure

Return Fan Failure

DX Cooling Failure

Outside Air Temperature Low Limit

Mixed Air Temperature Low Limit

High Supply Air Temperature

Low Supply Air Temperature

Duct Smoke Detector Alarm

Dirty Filter Alarm

High Building Static Pressure Alarm

Low Building Static Pressure Alarm

High Supply Duct Static Pressure Alarm

Low Supply Duct Static Pressure Alarm

CAV Boxes With Reheat: CAV box CAV-1 shall be programmed to control for a constant volume of supply air during occupied periods. The reheat coil control valve shall modulate to maintain zone temperature heating setpoint.

During unoccupied periods, the reheat valve shall remain open to ensure flow should the boiler be activated due to low outside air temperatures.

Trends:

Zone Temperature

Alarms:

High Zone Temperature Alarm

Low Zone Temperature Alarm

VAV Boxes With Reheat: The cooling and heating mode status will be received by each zone VAV terminal. If the cooling mode is enabled, the VAV terminal’s temperature control PID loop will be set to direct acting and the effective setpoint will be set to the box’s cooling setpoint. The box air flow will be modulated between the box’s minimum and maximum flow in order to maintain zone temperature cooling setpoint. If the heating mode is enabled, the VAV terminal’s temperature control PID loop will be set to reverse acting and the effective setpoint will be set to the box’s heating setpoint. The box air flow will be modulated between the box’s minimum and maximum flow, and the reheat coil control valve shall modulate, to maintain zone temperature heating setpoint. During unoccupied periods, the reheat valve shall remain open to ensure flow should the boiler be activated due to low outside air temperatures.

Trends:

Zone Temperature

Alarms:

High Zone Temperature Alarm Low Zone Temperature Alarm

1 Sequence of Operations

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Job #:

Designed By:

Drawing By:

Date:

813151

JMG

JMG

R e v is io n s

R e v D a te

C h a n g e

C o m m e rc e D ri v e

R o s e v ill e C

A

-7

-5

-7

-5

F authorized Johnson Controls Metasys Specialist.

Total Control assures through Training, Project Management, Application Engineering, On-site Start-up Assistance and over 45 years of Metasys experience, the operational conformance and satisfaction of each and every installed system.

(N C

-1

N C

E P a n e l W ir in g S c h e m a ti c

1 NCE Panel (NC-1) Wiring Schematic 2 NCE Panel (NC-1) Wiring Schematic (Continued)

XF1XF1

L1L1

NN

L1

CB

10A

CB

10A 120V 1Ø

Provided By Electrician

120V 1Ø

Provided By Electrician

ENC

HOTHOT

COMCOM2

V A

C HOT

COM2

V A

C

+15V+15V

IN1IN1

ICOM1ICOM1

IN2IN2

ICOM2ICOM2

+15V+15V

IN3IN3

ICOM3ICOM3

IN4IN4

ICOM4ICOM4

+15V+15V

IN5IN5

ICOM5ICOM5

IN6IN6

ICOM6ICOM6

+15V+15V

IN7IN7

ICOM7ICOM7

IN8IN8

ICOM8ICOM8

+15V+15V

IN9IN9

ICOM9ICOM9

IN10IN10

ICOM

ICOM

IN11IN11

ICOM

ICOM

IN12IN12

ICOM

ICOM

IN13IN13

ICOM

ICOM

IN14IN14

ICOM

ICOM

IN15IN15

ICOM

ICOM

IN16IN16

ICOM

ICOM

IN17IN17

ICOM

ICOM

IN18IN18

ICOM

ICOM

MS-NCE25XX-XX

R

MS-NCE25XX-XX

I1 Exhaust Fan 1 Status

U I2 Exhaust Fan 3 Status

U

I3 SPARE

U

I4 SPARE

U

I5 SPARE

U

I6 SPARE

U

I7 SPARE

U

I8 SPARE

U

I9 SPARE

U I1

SPARE

B I1

SPARE

B I1

SPARE

B I1

SPARE

B I1

SPARE

B I1

SPARE

B I1

SPARE

B I1

SPARE

B I1

SPARE

UNIVERSAL INPUTS

BINARY INPUTS

S A

B U

S

COMCOM

SHLDSHLD

S A

B U

S

COM

SHLD

F C

B U

S

COMCOM

SHLDSHLD

F C

B U

S

COM

SHLD

LAN CONNECTION

SA BUS INPUT

Connects NCE to N2 Bus or FC

Bus segment.

Connects the

NCE field controller to the

SA Bus

Connects to a NS network sensor, a DIS1710 Local

Controller Display, or a

Wireless Commissioning

Converter (MS-BTCVT-0)

CONTINUED

ON NEXT DETAIL

HOT

COM2

V A

C

+15V

IN1

ICOM1

IN2

ICOM2

+15V

IN3

ICOM3

IN4

ICOM4

+15V

IN5

ICOM5

IN6

ICOM6

+15V

IN7

ICOM7

IN8

ICOM8

+15V

IN9

ICOM9

IN10

ICOM

IN11

ICOM

IN12

ICOM

IN13

ICOM

IN14

ICOM

IN15

ICOM

IN16

ICOM

IN17

ICOM

IN18

ICOM

MS-NCE25XX-XX

I1 Exhaust Fan 1 Status

U I2 Exhaust Fan 3 Status

U

I3 SPARE

U

I4 SPARE

U

I5 SPARE

U

I6 SPARE

U

I7 SPARE

U

I8 SPARE

U

I9 SPARE

U I1

SPARE

B I1

SPARE

B I1

SPARE

B I1

SPARE

B I1

SPARE

B I1

SPARE

B I1

SPARE

B I1

SPARE

B I1

SPARE

UNIVERSAL INPUTS

BINARY INPUTS

S A

B U

S

COM

SHLD

F C

B U

S

COM

SHLD

LAN CONNECTION

SA BUS INPUT

Connects NCE to N2 Bus or FC

Bus segment.

Connects the

NCE field controller to the

SA Bus

Connects to a NS network sensor, a DIS1710 Local

Controller Display, or a

Wireless Commissioning

Converter (MS-BTCVT-0)

CONTINUED

ON NEXT DETAIL

OUT1OUT1

OCOM1OCOM1

OUT2OUT2

OCOM2OCOM2

OUT3OUT3

OCOM3OCOM3

OUT4OUT4

OCOM4OCOM4

OUT5OUT5

OCOM5OCOM5

OUT6OUT6

OCOM6OCOM6

OUT7OUT7

OCOM7OCOM7

OUT8OUT8

OCOM8OCOM8

OUT9OUT9

OCOM9OCOM9

OUT10OUT10

OCOM

OCOM

OUT11OUT11

OCOM

OCOM

OUT12OUT12

OCOM

OCOM

OUT13OUT13

OCOM

OCOM

OUT14OUT14

OCOM

OCOM

OUT15OUT15

OCOM

OCOM

BINARY OUTPUTS

BINARY OUTPUT JUMPER POSITIONS

INTERNAL

POWER

EXTERNAL

POWER

CONFIGURABLE

OUTPUTS

ANALOG OUTPUTS

B O

SPARE

B O

SPARE

B O

SPARE

B O

SPARE

B O

SPARE

B O

SPARE

B O

SPARE

C O

SPARE

C O

SPARE

C O

SPARE

C O

SPARE

A O

SPARE

A O

SPARE

A O

SPARE

A O

SPARE

OUT1

JUMPER SETTING

OUT2

JUMPER SETTING

OUT3

JUMPER SETTING

OUT4

JUMPER SETTING

OUT5

JUMPER SETTING

OUT6

JUMPER SETTING

OUT7

JUMPER SETTING

OUT1

OCOM1

OUT2

OCOM2

OUT3

OCOM3

OUT4

OCOM4

OUT5

OCOM5

OUT6

OCOM6

OUT7

OCOM7

OUT8

OCOM8

OUT9

OCOM9

OUT10

OCOM

OUT11

OCOM

OUT12

OCOM

OUT13

OCOM

OUT14

OCOM

OUT15

OCOM

BINARY OUTPUTS

BINARY OUTPUT JUMPER POSITIONS

INTERNAL

POWER

EXTERNAL

POWER

CONFIGURABLE

OUTPUTS

ANALOG OUTPUTS

B O

SPARE

B O

SPARE

B O

SPARE

B O

SPARE

B O

SPARE

B O

SPARE

B O

SPARE

C O

SPARE

C O

SPARE

C O

SPARE

C O

SPARE

A O

SPARE

A O

SPARE

A O

SPARE

A O

SPARE

OUT1

JUMPER SETTING

OUT2

JUMPER SETTING

OUT3

JUMPER SETTING

OUT4

JUMPER SETTING

OUT5

JUMPER SETTING

OUT6

JUMPER SETTING

OUT7

JUMPER SETTING

FC+

FC-

COM

FC BUS CONNECTED TO ALL

CONTROLLERS BY DAISY CHAIN

(SEE LAN ARCHITECTURE PAGE

FOR SPECIFICATIONS)

SHIELD OPTIONAL

FC+

FC-

COM

FC BUS CONNECTED TO ALL

CONTROLLERS BY DAISY CHAIN

(SEE LAN ARCHITECTURE PAGE

FOR SPECIFICATIONS)

SHIELD OPTIONAL

Exhaust Fan 1 Status

24V

Exhaust Fan 1 Status

24V

Exhaust Fan 2 Status

24V

Exhaust Fan 2 Status

24V

TAG QTY DESCRIPTION

ENC 1 HAM SE0301675 Nema 1 20x20x7 Enclosure

XF-1 1 LEC LE15550 75VA 120V/24V Transformer

C-1 1 JC NCE2561-0 33 Points, MSTP, Modem

CB 1 AB 1489A1C100 10A Circuit Breaker

HUB 1 CAB GIG-500-S 5 Port Ethernet Hub

TB1 1 AB 1492-J4-BL Terminal Block, 10-22AWG Black

TB1_1 1 AB 1492-J4-W Terminal Block, 10-22AWG White

TB1_2 1 AB 1492-JG4 Ground Block, 10-22AWG

Panel Components

PART NUMBER

HUB

PWR

HUB

PWR

Ethernet Connection

To Workstation

Ethernet Connection

To Workstation

Ethernet Connection

To Mcquay Air Handler

Ethernet Connection

To Mcquay Air Handler

TB1

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Sheet:

Job #:

Designed By:

Drawing By:

Date:

813151

JMG

JMG

R e v is io n s

R e v D a te

C h a n g e

C o m m e rc e D ri v e

R o s e v ill e C

A

-7

-5

-7

-5

F authorized Johnson Controls Metasys Specialist.

Total Control assures through Training, Project Management, Application Engineering, On-site Start-up Assistance and over 45 years of Metasys experience, the operational conformance and satisfaction of each and every installed system.

(B -1

B o il e r

C o n tr o l P a n e l W ir in g S c h e m a ti c

1 Boiler Control Panel (B-1) Wiring Schematic

XF1XF1

L1L1

L2L2

L1

N 120V 1Ø120V 1Ø

ENC

O

N

O

N

ON

FC

BUS

ADD

6 8 4 2 1

FC ADD:

+15+15

CC

SS

F C

B U

S

CC

SS

S A

B U

S

HH

CC2

V

RJ RJ

IN1IN1

C1C1

IN2IN2

C2C2

IN8IN8

C8C8

O1O1

OC1OC1

O2O2

OC2OC2

O3O3

OC3OC3

O4O4

OC4OC4

O5O5

OC5OC5

O6O6

OC6OC6

O7O7

OC7OC7

U I1

U I2

Boiler Hot Water

Temperature

HW Diff Pressure

B I8 Boiler Status

INPUTS

OUTPUTS

B O

Boiler Command

B O

2 Hot Water Pump

Command

B O

SPARE

C O

SPARE

C O

SPARE

C O

SPARE

C O

SPARE

FEC2610

EOL

SWITCH

RJ-45 SENSOR INPUT

IN3IN3

C3C3

IN4IN4

C4C4

U I3

U I4

BLDG Hot Water

Return Temperature

BLDG Hot Water

Supply Temperature

IN5IN5

C5C5

IN6IN6

C6C6

U I5

U I6

Hot Water Pump Status

Outside Air

Temperature

+15+15

+15+15

IN7IN7

C7C7B I7 Boiler Alarm

O6O6

OC6OC6

O7O7

OC7OC7

A O

8 Hot Water Pump

Output

A O

SPARE

O

N

ON

FC

BUS

ADD

6 8 4 2 1

FC ADD:

+15

C

S

F C

B U

S

C

S

S A

B U

S

H

C2 V

RJ

IN1

C1

IN2

C2

IN8

C8

O1

OC1

O2

OC2

O3

OC3

O4

OC4

O5

OC5

O6

OC6

O7

OC7

U I1

U I2

Boiler Hot Water

Temperature

HW Diff Pressure

B I8 Boiler Status

INPUTS

OUTPUTS

B O

Boiler Command

B O

2 Hot Water Pump

Command

B O

SPARE

C O

SPARE

C O

SPARE

C O

SPARE

C O

SPARE

FEC2610

EOL

RJ-45 SENSOR INPUT

IN3

C3

IN4

C4

U I3

U I4

BLDG Hot Water

Return Temperature

BLDG Hot Water

Supply Temperature

IN5

C5

IN6

C6

U I5

U I6

Hot Water Pump Status

Outside Air

Temperature

+15

+15

IN7

C7B I7 Boiler Alarm

O6

OC6

O7

OC7

A O

8 Hot Water Pump

Output

A O

SPARE

FC+

FC-

COM

FC BUS CONNECTED TO ALL

CONTROLLERS BY DAISY CHAIN

(SEE LAN ARCHITECTURE PAGE

FOR SPECIFICATIONS)

SHIELD OPTIONAL

FC+

FC-

COM

FC BUS CONNECTED TO ALL

CONTROLLERS BY DAISY CHAIN

(SEE LAN ARCHITECTURE PAGE

FOR SPECIFICATIONS)

SHIELD OPTIONAL

Boiler Hot Water Supply Temperature

Platinum 1k

Boiler Hot Water Supply Temperature

Platinum 1k

HW Diff Pressure

4-20mA, 0-25 PSI

HW Diff Pressure

4-20mA, 0-25 PSI

Building Hot Water Return Temperature

Platinum 1k

Building Hot Water Return Temperature

Platinum 1k

Building Hot Water Supply Temperature

Platinum 1k

Building Hot Water Supply Temperature

Platinum 1k

Hot Water Pump Status

24VAC

(From HW-1 Panel)

Hot Water Pump Status

24VAC

(From HW-1 Panel)

Outside Air Temperature

Nickel 1k

(From HW-1 Panel)

Outside Air Temperature

Nickel 1k

(From HW-1 Panel)

Boiler Alarm

24VAC

Boiler Alarm

24VAC

Boiler Status

24VAC

Boiler Status

24VAC

GG

HH

GG

SHSH

PS1

PS1

LL

NN

LL

NN

1A1A

4A4A

Boiler Command

24VAC

Boiler Command

24VAC

Hot Water Pump Command

24VAC

(To HW-1 Panel)

Hot Water Pump Command

24VAC

(To HW-1 Panel)

Hot Water Pump Command

4-20mA

(To HW-1 Panel)

Hot Water Pump Command

4-20mA

(To HW-1 Panel)

24V

24V

COM

COM

Boiler

Booster Pump Control Panel

(HW-1)

See Page 6

VFD

STATUS

ENABLE

SPEED

STATUS

ENABLE

SPEED

Boiler Hot Water Supply Temperature

(To Boiler Control Panel B-1)

Boiler Hot Water Supply Temperature

(To Boiler Control Panel B-1)

Building Hot Water Return Temperature

(To Boiler Control Panel B-1)

Building Hot Water Return Temperature

(To Boiler Control Panel B-1)

Building Hot Water Supply Temperature

(To Boiler Control Panel B-1)

Building Hot Water Supply Temperature

(To Boiler Control Panel B-1)

Hot Water Pump Status

(To Boiler Control Panel B-1)

Hot Water Pump Status

(To Boiler Control Panel B-1)

Hot Water Pump Command

(From Boiler Control Panel B-1)

Hot Water Pump Command

(From Boiler Control Panel B-1)

Hot Water Pump Output

(From Boiler Control Panel B-1)

Hot Water Pump Output

(From Boiler Control Panel B-1)

DPT-1

OO ++

DPT-1

O +

NO NO

NC

R1R1 Enable

Status

Alarm

Boiler Enable

(From Boiler Control Panel B-1)

Boiler Enable

(From Boiler Control Panel B-1)

Boiler Status

(To Boiler Control Panel B-1)

Boiler Status

(To Boiler Control Panel B-1)

Boiler Alarm

(To Boiler Control Panel B-1)

Boiler Alarm

(To Boiler Control Panel B-1)

TS

TS

2TS

DPT

TAG QTY DESCRIPTION

ENC 1 HOFF C-SD20206 HC 20"x20"x6" NEMA 12 Enclosure

1 HOFF C-P2020 Sub Panel

1 HOFF C-WHK Lock for "Concept" Enclosure

C-1 1 JC FEU2610 FEC Controller, 6UI, 2BI, 3BO, 4CO, 2AO

XF-1 1 CORE T-202 85VA 120V/24V Transformer

PS-1 1 MAMAC PS-200-1-A-1-N PWR SPLY 120AC/24DC 1.5A

FD1 2 KELE M10/16SFL 16mm Fuseholder 24-8AWG 16A

FD1_2 1 BUSS AGC-1 Fuse 1A 250V .25"x1.25"

FD1_2 1 BUSS AGC-4 Fuse 4A 250V .25"x1.25"

FD1_1 2 KELE FEM8S 8mm End Section

LBL1 1 LOCAL LABEL Phenolic 1/2" Wht Ltr on Blk

TB1_A2 3 KELE KEL-M4/6 Terminal Block, 10-22AWG

TB1_A3 1 KELE KEL-M4/6.P Ground Block, 30A (Grn/Yel)

TB1_A1 1 Label Only Label Only

TB2_A1 5 KELE KEL-M4/6 Terminal Block, 10-22AWG

TB2_A2 1 KELE KELM4/6.P Ground Block, 30A (Grn/Yel)

TD1 1 KELE M4/6SNBT Terminal Block 22-10AWG DISC

PANEL COMPONENTS

PART NUMBER TAG QTY DESCRIPTION

DPT-1 1 SETRA 2301-025PD-3V-11 DPT Wet 0-25PSIG 4-20mA BYP AS

R1-R3 3 IDEC RH2B-ULAC24V DPDT 24V Relay w/ LED

3 IDEC SH2B-05 DPDT Relay Socket

TS1-3 3 MAMAC TE-703-D-3-A-3 Immersion Sensor 4" ak Pt 1/2" N4

3 MAMAC A-500-1-A-2 Well 4", SS 3/4" Ext, 1/2" Int

FIELD COMPONENTS

PART NUMBER

TB2

TB1

R2R2

R3R3

E

R F

O R

M A

N

A T

IN

G

A N

D A

IR

U

S F

S

M

IR

O V

L A

B

T H

IS

D

O C

U M

E N

T C

O N

T A

O P

R

IE

T A

R Y

I N

F O

R M

A T

IC

H

S H

A L

L N

O T

P R

O D

U C

E D

T

R A

N S

F E

R R

O T

H E

R D

O C

U M

E N

T S

D

IS

C L O

S E

D T

O O

T H

E R

S U

S

R M

A N

U F

A C

T U

R

IN

G O

R A

H E

R P

U R

P O

S E

W

IT

H O

IO

R

W R

IT

T

E N

P E

R M

IS

S

O M

R S

D /T

O T

A L C

O N

T R

O L

S h e e t T it le

P ro je c t:

C o n tr a c to r:

P L

A C

E R

V

IL

L E

C

A

Sheet:

Job #:

Designed By:

Drawing By:

Date:

813151

JMG

JMG

R e v is io n s

R e v D a te

C h a n g e

C o m m e rc e D ri v e

R o s e v ill e C

A

-7

-5

-7

-5

F authorized Johnson Controls Metasys Specialist.

Total Control assures through Training, Project Management, Application Engineering, On-site Start-up Assistance and over 45 years of Metasys experience, the operational conformance and satisfaction of each and every installed system.

(H W

-1

B o o s te r

P u m p

P a n e l W ir in g S c h e m a ti c

VFD

L1L1

L3L3

L2L2

T1T1

T3T3

T2T2

R

S

T

U

V

W

P1P1

CMCM

V1V1

CMCM

VFD

Enable

VFD Speed

Reference

DiscDisc

15A

15A

F1-F3

DiscDisc

CB1

20A

CB1

20A

C1

C1

X

-1 X

F -1

CB2

2A

CB2

2A

Boiler Power

Off On

Boiler Power

Off On

A1 A2 C1

A1 A2 C1

X1 X2

PL1

X1 X2

PL1

120V

24V

75VA

Boiler Power

On

H

H

C

C

3A3A

3C3CVFD

Status

5 9 R1-1 5 9 R1-1

208V, 3Ø, 10 FLA Provided by others.

A 25A MCCB or 20A J-Type fuses are recommended. Panel provides individual, branch short circuit protection.

208V, 3Ø, 10 FLA Provided by others.

A 25A MCCB or 20A J-Type fuses are recommended. Panel provides individual, branch short circuit protection.

208V 3HP Booster Pump

10 FLA

208V 3HP Booster Pump

10 FLA

120V, 1Ø, 25 FLA Provided by others.

A 60A MCCB or 45A J-Type fuses are recommended. Panel provides individual, branch short circuit protection.

120V, 1Ø, 25 FLA Provided by others.

A 60A MCCB or 45A J-Type fuses are recommended. Panel provides individual, branch short circuit protection.

Boiler Power

120V AC 15A

Boiler Power

120V AC 15A

ThermostatThermostatThermostatThermostat

Fan

1 Booster Pump Panel (HW-1) Wiring Schematic

ENC

T1T1

T2T2

T3T3

Hot Water Pump Command

24VAC

(From B-1 Control Panel)

Hot Water Pump Command

24VAC

(From B-1 Control Panel)

Hot Water Pump Status

24VAC

(To B-1 Control Panel)

Hot Water Pump Status

24VAC

(To B-1 Control Panel)

Hot Water Pump Output

4-20mA

(From B-1 Panel)

Hot Water Pump Output

4-20mA

(From B-1 Panel)

14 13 R1

14 13 R1

L1L1

NN

Panel furnished and installed on boiler skid by manufacturer

E

R F

O R

M A

N

A T

IN

G

A N

D A

IR

U

S F

S

M

IR

O V

L A

B

T H

IS

D

O C

U M

E N

T C

O N

T A

O P

R

IE

T A

R Y

I N

F O

R M

A T

IC

H

S H

A L

L N

O T

P R

O D

U C

E D

T

R A

N S

F E

R R

O T

H E

R D

O C

U M

E N

T S

D

IS

C L O

S E

D T

O O

T H

E R

S U

S

R M

A N

U F

A C

T U

R

IN

G O

R A

H E

R P

U R

P O

S E

W

IT

H O

IO

R

W R

IT

T

E N

P E

R M

IS

S

O M

R S

D /T

O T

A L C

O N

T R

O L

S h e e t T it le

P ro je c t:

C o n tr a c to r:

P L

A C

E R

V

IL

L E

C

A

Sheet:

Job #:

Designed By:

Drawing By:

Date:

813151

JMG

JMG

R e v is io n s

R e v D a te

C h a n g e

C o m m e rc e D ri v e

R o s e v ill e C

A

-7

-5

-7

-5

F authorized Johnson Controls Metasys Specialist.

Total Control assures through Training, Project Management, Application Engineering, On-site Start-up Assistance and over 45 years of Metasys experience, the operational conformance and satisfaction of each and every installed system.

OUT1

OCOM1

OUT2

OCOM2

OUT3

OCOM3

OUT4

OCOM4

OUT5

OCOM5

B

IN

A R

Y C

O N

F

IG

U R

A B

L E

U N

IV

E

R S

A L

+15

IN

ICOM

HOT

COM

SA PWR

COM

SHLD

COM

METASYS

MS-VMA1620-0

OUT2

OCOM2

OUT3

OCOM3

OUT4

OCOM4

OUT5

OCOM5

B

IN

A R

Y C

O N

F

IG

U R

A B

L E

U N

IV

E

R S

A L

+15

IN

ICOM

HOT

COM

SA PWR

COM

SHLD

COM

METASYS

MS-VMA1620-0

LOHIHI

OUT2

OCOM2

OUT3

OCOM3

OUT4

OCOM4

OUT5

OCOM5

B

IN

A R

Y C

O N

F

IG

U R

A B

L E

U N

IV

E

R S

A L

+15

IN

ICOM

HOT

COM

SA PWR

COM

SHLD

COM

METASYS

MS-VMA1620-0

LOHI

SA BUS

OUT2

OCOM2

OUT3

OCOM3

OUT4

OCOM4

OUT5

OCOM5

B

IN

A R

Y C

O N

F

IG

U R

A B

L E

U N

IV

E

R S

A L

+15

IN

ICOM

HOT

COM

SA PWR

COM

SHLD

COM

METASYS

MS-VMA1620-0

LOHI

SA BUS

V A

V Z o n e C o n tr o l W ir in g S c h e m a ti c

T y p ic a l o f

AHU SAAHU SA

NCNC

FLOW

STATION

HIHI LOLO

FLOW

STATION

HI LO

H

C

H

C

22 11

2 1

HWRHWR

HWSHWS

VAV TERMINAL UNIT

NC

NO

C

ZNT

VMA

HWV

ZONE SA

DA

24H

24C

1 VAV Zone Control Wiring Schematic (Typical of 7)

24VAC

From Transformer

24VAC

From Transformer

Discharge Air Temperature

Platinum 1k

Discharge Air Temperature

Platinum 1k

FC+

FC-

COM

FC BUS CONNECTED TO ALL

CONTROLLERS BY DAISY CHAIN

(SEE LAN ARCHITECTURE PAGE

FOR SPECIFICATIONS)

SHIELD OPTIONAL

FC+

FC-

COM

FC BUS CONNECTED TO ALL

CONTROLLERS BY DAISY CHAIN

(SEE LAN ARCHITECTURE PAGE

FOR SPECIFICATIONS)

SHIELD OPTIONAL

SA+

SA-

COM

SA BUS

CONNECTED TO ZONE STAT

AND ALL OTHER SA BUS DEVICES

(SEE LAN ARCHITECTURE PAGE

FOR SPECIFICATIONS)

PWR

SA+

SA-

COM

SA BUS

CONNECTED TO ZONE STAT

AND ALL OTHER SA BUS DEVICES

(SEE LAN ARCHITECTURE PAGE

FOR SPECIFICATIONS)

PWR

SA+

SA-

COM

SA BUS CONNECTION

TO THERMOSTAT

PWR

SA+

SA-

COM

SA BUS CONNECTION

TO THERMOSTAT

PWR

CC

PP

C

P

SA+

SA-

COM

SA BUS CONNECTION

TO THERMOSTAT

PWR

C

P

D is c h a rg e A ir T e m p e ra tu re

(T o

V M

A C o n tr o lle r)

D is c h a rg e A ir T e m p e ra tu re

(T o

V M

A C o n tr o lle r)

TAG QTY DESCRIPTION

ZN-T 6 JC NS-BTB7002 Zone Sensor w/ Setpoint Adj, LCD

VAV-1 7 JC AP-VMA1620-0 VMA Controller 1UI, 3BO, 2CO

HWV 7

DA-T 7 MAMACTE-201-B-3-A Duct Temp Sensor 1k Platinum

FIELD COMPONENTS

PART NUMBER

See Schedule

VALVE

ASSEMBLY

ACUTATOR CALC. ACT.

1 CAV CAV-1 1 HW B210 TR24-3/300 Floating 24 VAC 2 Way Straight 1/2 3/4 Fails Last Position FNPT 2.00 1.00 1.20 2.78 200 B210+TR24-3/300 US+NO+CAV-1

112 VAV VAV-2 1 HW B210 TR24-3/300 Floating 24 VAC 2 Way Straight 1/2 3/4 Fails Last Position FNPT 2.00 1.00 1.20 2.78 200 B210+TR24-3/300 US+NO+VAV-2

98 VAV VAV-3 1 HW B210 TR24-3/300 Floating 24 VAC 2 Way Straight 1/2 3/4 Fails Last Position FNPT 2.00 1.00 1.20 2.78 200 B210+TR24-3/300 US+NO+VAV-3

92 VAV VAV-4 1 HW B210 TR24-3/300 Floating 24 VAC 2 Way Straight 1/2 3/4 Fails Last Position FNPT 2.00 1.00 1.20 2.78 200 B210+TR24-3/300 US+NO+VAV-4

115 VAV VAV-5 1 HW B210 TR24-3/300 Floating 24 VAC 2 Way Straight 1/2 3/4 Fails Last Position FNPT 2.00 1.00 1.20 2.78 200 B210+TR24-3/300 US+NO+VAV-5

116 VAV VAV-6 1 HW B210 TR24-3/300 Floating 24 VAC 2 Way Straight 1/2 3/4 Fails Last Position FNPT 2.00 1.00 1.20 2.78 200 B210+TR24-3/300 US+NO+VAV-6

117 VAV VAV-7 1 HW B210 TR24-3/300 Floating 24 VAC 2 Way Straight 1/2 3/4 Fails Last Position FNPT 2.00 1.00 1.20 2.78 200 B210+TR24-3/300 US+NO+VAV-7

ACT.

PRESS.

DROP

CLOSE

OFF

(PSI)

PIPING

DETAIL

BELIMO ORDER CODE

VLV

SIZE

PIPE

SIZE

VALVE ACTION

CONN.

TYPE

FLOW

GPM

VALVE CV

AUTOMATIC TEMPERATURE CONTROL VALVE SCHEDULE (PRESSURE DROP USED IN CALCULATIONS: 4.0 PSI)

ITEM SYSTEM TAG QTY SERVICE

PART#

CONTOL

TYPE

CONTROL

SIGNAL

VALVE TYPE

MAX MIN

Basement B02A Pathology Lab AC-1 M2.1 CAV-1 VMA-1 AP-VMA1620-0 12 384 1075 1075

Basement Seed Workroom AC-1 M2.1 VAV-2 VMA-2 AP-VMA1620-0 10 314 735 230

Main Level M02A Tissue Culture AC-1 M2.2 VAV-3 VMA-3 AP-VMA1620-0 12 452 960 325 VAV-4, VAV-5 share a zone temp sensor

Main Level M02B DNA Workroom AC-1 M2.2 VAV-4 VMA-4 AP-VMA1620-0 12 452 1155 325

Main Level M02B DNA Workroom AC-1 M2.2 VAV-5 VMA-5 AP-VMA1620-0 12 452 1145 325

Main Level AC-1 M2.2 VAV-6 VMA-6 AP-VMA1620-0 12 452 910 325

INLET

SIZE

INLET

AREA

CFM

COMMENTS

BOX INFORMATIONLOCATION

AIR TERMINAL UNIT SCHEDULE

FLOOR

ROOM

NUMBE

NAME

SYSTEM

NAME

SENSOR

REF

BOX ID

CONTROLLER

ID

CONTROLLER

MODEL

E

R F

O R

M A

N

A T

IN

G

A N

D A

IR

U

S F

S

M

IR

O V

L A

B

T H

IS

D

O C

U M

E N

T C

O N

T A

O P

R

IE

T A

R Y

I N

F O

R M

A T

IC

H

S H

A L

L N

O T

P R

O D

U C

E D

T

R A

N S

F E

R R

O T

H E

R D

O C

U M

E N

T S

D

IS

C L O

S E

D T

O O

T H

E R

S U

S

R M

A N

U F

A C

T U

R

IN

G O

R A

H E

R P

U R

P O

S E

W

IT

H O

IO

R

W R

IT

T

E N

P E

R M

IS

S

O M

R S

D /T

O T

A L C

O N

T R

O L

S h e e t T it le

P ro je c t:

C o n tr a c to r:

P L

A C

E R

V

IL

L E

C

A

Sheet:

Job #:

Designed By:

Drawing By:

Date:

813151

JMG

JMG

R e v is io n s

R e v D a te

C h a n g e

C o m m e rc e D ri v e

R o s e v ill e C

A

-7

-5

-7

-5

F authorized Johnson Controls Metasys Specialist.

Total Control assures through Training, Project Management, Application Engineering, On-site Start-up Assistance and over 45 years of Metasys experience, the operational conformance and satisfaction of each and every installed system.

IO

M

E x h a u s t

F a n

C o n tr o l

W ir in g

S c h e m a ti c

1 Exhaust Fan 5 Wiring Schematic

3 Exhaust Fan 2 and 4 Wiring Schematic

O

N

O

N

ON

FC

BUS

ADD

6 8 4 2 1

FC ADD:

CC

SS

F C

/S A

B U

S

HH

CC2

V

RJ RJ

U I1

U I2

Exhaust Fan 5 (EF-5)

Status

SPARE

INPUTS

IOM2710

EOL

SA/FC PORT BUS

E

L A

Y

R E

L A

Y

Exhaust Fan 5 (EF-5)

Enable

SPARE

OUTPUTS

U O

SPARE

U O

SPARE

+15+15

+5+5

IN1IN1

C1C1

IN2IN2

C2C2

NONO

COMCOM

NCNC

NONO

COMCOM

NCNC

O3O3

OC3OC3

O4O4

OC4OC4

O

N

ON

FC

BUS

ADD

6 8 4 2 1

FC ADD:

C

S

F C

/S A

B U

S

H

C2 V

RJ

U I1

U I2

Exhaust Fan 5 (EF-5)

Status

SPARE

INPUTS

IOM2710

EOL

E

L A

Y

R E

L A

Y

Exhaust Fan 5 (EF-5)

Enable

SPARE

OUTPUTS

U O

SPARE

U O

SPARE

+15

+5

IN1

C1

IN2

C2

NO

COM

NC

NO

COM

NC

O3

OC3

O4

OC4

O

N

O

N

ON

FC

BUS

ADD

6 8 4 2 1

FC ADD:

CC

SS

F C

/S A

B U

S

HH

CC2

V

RJ RJ

U I1

U I2

Exhaust Fan 4 (EF-4)

Status

Exhaust Fan 2 (EF-2)

Status

INPUTS

IOM2710

EOL

E

L A

Y

R E

L A

Y

Exhaust Fan 4 (EF-4)

Enable

SPARE

OUTPUTS

U O

SPARE

U O

SPARE

+15+15

+5+5

IN1IN1

C1C1

IN2IN2

C2C2

NONO

COMCOM

NCNC

NONO

COMCOM

NCNC

O3O3

OC3OC3

O4O4

OC4OC4

O

N

ON

FC

BUS

ADD

6 8 4 2 1

FC ADD:

C

S

F C

/S A

B U

S

H

C2 V

RJ

U I1

U I2

Exhaust Fan 4 (EF-4)

Status

Exhaust Fan 2 (EF-2)

Status

INPUTS

IOM2710

EOL

E

L A

Y

R E

L A

Y

Exhaust Fan 4 (EF-4)

Enable

SPARE

OUTPUTS

U O

SPARE

U O

SPARE

+15

+5

IN1

C1

IN2

C2

NO

COM

NC

NO

COM

NC

O3

OC3

O4

OC4

SA+

SA-

COM

SA BUS CONNECTION TO CAV-1

(SEE LAN ARCHITECTURE SA BUS

NOTES FOR SPECIFICATIONS)

PWR

SA+

SA-

COM

SA BUS CONNECTION TO CAV-1

(SEE LAN ARCHITECTURE SA BUS

NOTES FOR SPECIFICATIONS)

PWR

SA+

SA-

COM

SA BUS CONNECTION TO VAV-7

(SEE LAN ARCHITECTURE SA BUS

NOTES FOR SPECIFICATIONS)

PWR

SA+

SA-

COM

SA BUS CONNECTION TO VAV-7

(SEE LAN ARCHITECTURE SA BUS

NOTES FOR SPECIFICATIONS)

PWR

24VAC

From CAV-1

24VAC

From CAV-1

Exhaust Fan 5 Enable

24V

Exhaust Fan 5 Enable

24V

24VAC

From CAV-1

24VAC

From CAV-1

Exhaust Fan 4 Enable

24V

Exhaust Fan 4 Enable

24V

Exhaust Fan 4 Status

24V

Exhaust Fan 4 Status

24V

Exhaust Fan 2 Status

24V

Exhaust Fan 2 Status

24V

Exhaust Fan 5 Status

24V

Exhaust Fan 5 Status

24V

EAEAEAEA

EF-5EF-5

R1R1

Current

24VAC

Common

Status

R1

Current

24VAC

Common

Status

Yel

Orn

L N

120 VAC

Gry

Gry

Exhaust Fan Enable

24VAC

Exhaust Fan Enable

24VAC

Exhaust Fan Status

24VAC

Exhaust Fan Status

24VAC

1 Exhaust Fan 5 Field Wiring Schematic8

1 Exhaust Fan 5 Field Wiring Schematic

EAEAEAEA

EF-4EF-4

R1R1

Current

24VAC

Common

Status

R1

Current

24VAC

Common

Status

Yel

Orn

L N

120 VAC

Gry

Gry

Exhaust Fan Enable

24VAC

Exhaust Fan Enable

24VAC

Exhaust Fan Status

24VAC

Exhaust Fan Status

24VAC

3 Exhaust Fan 4 Field Wiring Schematic8

3 Exhaust Fan 4 Field Wiring Schematic

EAEAEAEA

EF-2EF-2

L N

120 VAC

Gry

Gry

Exhaust Fan Status

24VAC

Exhaust Fan Status

24VAC

4 Exhaust Fan 2 Field Wiring Schematic8

4 Exhaust Fan 2 Field Wiring Schematic

2 Exhaust Fan 1 and 3 Wiring Schematic (Typical)

EAEAEAEA

EF-2EF-2

L N

120 VAC

Gry

Gry

Exhaust Fan Status

24VAC

(Wired to NCE Panel)

Exhaust Fan Status

24VAC

(Wired to NCE Panel)

2 Exhaust Fan 1 (Typical of EF-3) Field Wiring Schematic8

2 Exhaust Fan 1 (Typical of EF-3) Field Wiring Schematic

TAG QTY DESCRIPTION

C1 1 JC IOM2710 IOM Controller 2UI, 2RO, 2UO

CSR1 1 FUN FUN-RIBXL-CRA Rem Adj Current Sensor Relay

FIELD COMPONENTS

PART NUMBER

CSR

CSR

TAG QTY DESCRIPTION

C1 1 JC IOM2710 IOM Controller 2UI, 2RO, 2UO

CSR1 1 FUN FUN-RIBXL-CRA Rem Adj Current Sensor Relay

CS1 1 VERISE112-708 Current Sensor

FIELD COMPONENTS

PART NUMBER

TAG QTY DESCRIPTION

CS1 2 VERISE112-708 Current Sensor

FIELD COMPONENTS

PART NUMBER

CS

CS

E

R F

O R

M A

N

A T

IN

G

A N

D A

IR

U

S F

S

M

IR

O V

L A

B

T H

IS

D

O C

U M

E N

T C

O N

T A

O P

R

IE

T A

R Y

I N

F O

R M

A T

IC

H

S H

A L

L N

O T

P R

O D

U C

E D

T

R A

N S

F E

R R

O T

H E

R D

O C

U M

E N

T S

D

IS

C L O

S E

D T

O O

T H

E R

S U

S

R M

A N

U F

A C

T U

R

IN

G O

R A

H E

R P

U R

P O

S E

W

IT

H O

IO

R

W R

IT

T

E N

P E

R M

IS

S

O M

R S

D /T

O T

A L C

O N

T R

O L

S h e e t T it le

P ro je c t:

C o n tr a c to r:

P L

A C

E R

V

IL

L E

C

A

Sheet:

Job #:

Designed By:

Drawing By:

Date:

813151

JMG

JMG

R e v is io n s

R e v D a te

C h a n g e

C o m m e rc e D ri v e

R o s e v ill e C

A

-7

-5

-7

-5

F authorized Johnson Controls Metasys Specialist.

Total Control assures through Training, Project Management, Application Engineering, On-site Start-up Assistance and over 45 years of Metasys experience, the operational conformance and satisfaction of each and every installed system.

A C

-1 A ir H a n d le r C o n tr o l

1 AC-1 Air Handler Control

OAOA

OAOA

EAEA

SASA

RARA

SFSF

RFRF

NONO

NCNC

NCNC

NCNC

PRE

FILTER

PRE

FILTER

FINAL

FILTER

FINAL

FILTER

D

X

D

X

D

X

D

X

D

X

D

X

H

W

RF

RF

VFD

DM

DM

DM

1A

DM

1B

HCV

CFM

CFM

OA

T

RA

T

DA

T

DS

DS

11 DF

SHEET NOTES (UNLESS OTHERWISE SPECIFIED):

1. Terminate field devices at manufacturer’s unit control panel

NUMBERED NOTES:

Furnished, installed, wired to manufacturer’s controls, and programmed by AHU manufacturer per 1/M7.1 and manufacturer equipment submittal.

Duct smoke detector furnished, wired for power, and wired to Fire Alarm System by Div. 16 contractor. Installed by Div. 15 contractor. Wired to Mcquay controls for fan shutdown by Yamas.

1378 CFM

1378 CFM

5845 CFM

1.0" E.S.P.

3.0 HP

8600 CFM

2.0" E.S.P.

10 HP

DS

P

+ OUT

SPS1

TO CEILING

SPACE

Item # Value Description Code Description

1 RPS MODEL ROOFTOP PKGD SINGLEZONE

2 020C UNIT SIZE 20 TON

3 S COOLING COIL FACE AREA SMALL FACE AREA

4 W HEAT TYPE HOT WATER

5 Y SPLIT UNIT NONE

6 2 INSULATION & LINERS 2"-1 1/2 LB INSULATION WITH SOLID LINERS

7 EY APPROVAL LISTING ETL(USA)/MEA

8 D MAIN CONTL BOX CONTROL BOX IN DISCHARGE PLENUM

9 12 VOLTAGE 208V-60HZ-3PH

10 AL STARTING OPT ACCROSS THE LINE

11 A2 POWER CONN 1 THRU-THE-DOOR DISCONNECT

12 LE CONTROL MT III DAC - LONmark Certified

13 3 STATIC PRESS SENSORS 1 DUCT SENSOR/1 SPACE SENSOR

14 2 INVERTERS SAF,RAF, WITH ADDED SECTION, BYPASS

15 A INVERTER VENDOR ABB INVETER

16 Y SMOKE DETECTORS NONE

17 YY MISC CONTLS NONE

18 S274 MISC CONTROLS/UNIT LENGTH NONE/AHU LENGTH IN INCHES

19 HY RETURN AIR PLENUM BACK (HORIZONTAL)

Code String Report 847872 010

US FOREST SERVICE MIROV LAB

E847872010 FINAL - RPS020CS

NORMAN WRIGHT MECHANICAL

Placerville, CA 95667

GO Number / Line /

Job Name

Item / Description

ShipTo Customer

ShipTo Address

Serial Number FBOU090500878

Special Text C25 - Similar to AB, except factory mount a magnehelic filter gauge on section door. C39 - Similar to A, except factory mount a magnehelic filter gauge on section door. C50 - Unit to be labeled California EER compliant.

SO Number / Line 152826 / 10

RPS020CSWY2EYD12ALA2LE32AYYYS274HYFE30B3HJY0714AYA

BSCYYS4Z124DYYYYYYYYYYYY20A3LJY1954AW11E3EYYYYYYYY

YYYYYYYYYASYY3AGZ121YYXX1AAY

Complete CodeString

Wednesday, June 03, 2009Shipment Date

20 FE O.A. OPT 0-100% ECON W/ACT & EXH DAMP,

DESIGNFLOW

21 30B3 RETURN FAN 30" AF SW SPRING ISO AND SEISMIC RESTR

22 HJY RETURN FAN MOTOR 3 HP DRIPPROOF PREMIUM EFF

23 0714A RETURN FAN DRIVE FIXED PITCH DRIVE-STD SF

24 Y HEAT WHEEL FROST PROTECTION NONE

25 AB FILTERS 35% ANGULAR

26 S DRAW-THRU BLANK SECT BLANK 40" SECTION

27 CYYS DRAW-THRU COIL SECT COOLING COIL, STAINLESS STEEL DRAIN PAN

28 4Z124D COOLING COIL 4EZ1204 AL FINS

29 YYYYYY NOT RPS, RFS CODE ITEM NONE

30 YYYYYY DRAW-THRU BLANK SECT NONE

31 20A3 SUPPLY FAN 20" AF DW SPRING ISO & SEISMIC RESTR

32 LJY SUPPLY FAN MOTOR 10 HP DRIPPROOF PREMIUM EFF

33 1954A SUPPLY FAN DRIVE FIXED PITCH-STD SF

34 W11E3E HEAT 5WH0901H HW 1.25" 3-WAY VALVE W/ACT

35 YYYY BLOW-THRU COIL SECT NONE

36 YYYYYY COOLING COIL NONE

37 YYYYYY NOT RPS, RFS CODE ITEM NONE

38 Y BLOW-THRU BLANK SECTION NONE

39 A FINAL FILTER SECT 28" SECT-FLAT RACK W/95% CARTRIDGE

40 SY DISCHARGE PLENUM SIDE

41 Y BLANK COMPARTMENT (OUT OF

AIRSTREAM)

NONE

42 3 CAPACITY CONTL 3 STEPS

43 AG CONDENSER OPT ALUM FINS & COIL GUARDS

44 Z COMPRESSOR SCROLL - R22

45 1 COMPRESSOR ISOLATION RESILIENT RUBBER

46 2 PIPING OPT HOT GAS BYPASS CIRCUITS #1 & #2

47 1 LOW AMBIENT OPERATION FANTROL

48 Y IBC SEISMIC/PF CAP NONE

49 Y FAN SECT OPT NONE

50 XX MISC/SPECIAL SPECIAL

51 1 PACKAGING STEEL SKID (BUILT IN)

52 A WARRANTY-PARTS STD 1 YR

53 A COMPRESSOR WARRANTY STD 1 YR

54 Y WARRANTY-HEAT EXCHANGER NONE

SEP 21, 2009

O R M A N W R

IG

H T

M

IR

O V L A B S

T H

IS

D

O C

U M

E N

T C

O N

T A

O P

R

IE

T A

R Y

I N

F O

R M

A T

IC

H

S H

A L

L N

O T

P R

O D

U C

E D

T

R A

N S

F E

R R

O T

H E

R D

O C

U M

E N

T S

D

IS

C L

O S

E D

T O

O T

H E

R S

U

S

R M

A N

U F

A C

T U

R

IN

G O

R A

H E

R P

U R

P O

S E

W

IT

H O

IO

R

W R

IT

T

E N

P E

R M

IS

S

O M

R S

D /T

O T

A L

C O

N T

R O

L

S h e e t T it le

P ro je c t:

C o n tr a c to r:

A N

Y T

O W

N

C A

Sheet:

Job #:

Designed By:

Drawing By:

Date:

813025

RLF

RLF

R e v is io n s

R e v D a te

C h a n g e

C o m m e rc e

D ri v e

R o s e v ill e

C A

-7 -5

-7

-5

F a x B

R

IS

B A

N E

C

A

(4

-7

Approved By: CUST

Total Control is a factory authorized Johnson Controls Metasys Specialist.

Total Control assures through Training, Project Management, Application Engineering, On-site Start-up Assistance and over 45 years of Metasys experience, the operational conformance and satisfaction of each and every installed system.

B o o s te r P u m p C o n tr o l

VFD

L1

L3

L2

T1

T3

T2

R

S

T

U

V

W

VFD

Enable

VFD Speed

Refernce

ON

FC ADDRESS

(SEE SCHEDULE)

FC+

FC-

REF

IN1

IC1

IN2

IC2

RJ

UI IN1 Diff Pressure

UI IN2

UI IN3

BI IN7 VFD Fault

HOT

COM

System Enable

Spare

UI IN6 Spare

UI IN4 Spare

BI IN8 Spare

V A

C F

C B

U S

SHLD

SA+

SA-

COM

RJ

S A

B U

S

PWR

+15V

+15V

IN3

IC3

IN4

IC4

+15V

IN6

IC6

U N

IV

E

R S

A L

I N

P U

T S

IN7

IC7

IN8

IC8B

IN

A R

Y I

N P

U T

S

BO OUT1 VFD Enable

BO OUT2 Spare

O1

OC1

O2

OC2

B

IN

A R

Y O

U T

P U

T S

O3

OC3

BO OUT3 Spare

CO OUT4 Spare

CO OUT5 Spare

O4

OC4

O5

OC5

C O

N F

IG

U

R A

B L

E O

U T

P U

T S

O6

OC6

CO OUT6 Spare

CO OUT7 Spare

AO OUT8 VFD Speed Ref

AO OUT9 Spare

O7

OC7

O8

OC8

O9

OC9A

N

A L

G

T

P U

T S

INT

EXT

SOURCE 24VAC

INT

EXT

SOURCE 24VAC

INT

EXT

SOURCE 24VAC

SETUP: 0-10 VDC

SETUP: Dry Contact Maintained

SETUP:

SETUP:

SETUP:

SETUP:

SETUP:

SETUP:

SETUP:

SETUP: 0-10 VDC

SETUP:

UI IN5 Spare IN5

IC5

SETUP:

SETUP:

SETUP: Dry Contact Maintained

Disc

15A

F1-F3

T1

T2

T3

1 Boiler Booster Pump

Disc

CB1

20A

C1

L1

N

X F -1

CB2

2A

Boiler Power

Off On

A1 A2 C1

X1 X2

PL1

120V

24V

75VA

Boiler Power

On

H

C

H

C

01 VFD

Fault

H

14 13 R1

C

5 9 R1-1

460V, 3Ø, 10 FLA Provided by others.

A 25A MCCB or 20A J-Type fuses are recommended. Panel provides individual, branch short circuit protection.

FEC

FEC

VFD

VFD

460V 3HP Booster Pump

10 FLA

120V, 1Ø, 25 FLA Provided by others.

A 60A MCCB or 45A J-Type fuses are recommended. Panel provides individual, branch short circuit protection.

Boiler Power

120V AC 15A

Differential Pressure

0-10V DC 0-20PSI

System Enable Close To Run Booster System

Thermostat

E

R F

O R

M A

N

A T

IN

G

A N

D A

IR

U

S F

S M

IR

O

V L

A B

T H

IS

D

O C

U M

E

N T

A

O P

R

IE

T A

O

R M

A T

IO

N

W H

IC

A

L L N

O T

P

R O

D U

C E

D

T R

A N

S F

E R

R E

D

H E

R D

O C

U M

E N

T S

D

IS

C

L O

S E

D

H E

R S

U

S E

D F

M

A N

U F

A C

T U

R

IN

G

Y O

T H

E R

P U

R P

O

IT

H O

U T

P R

IT

T E

N P

E R

M

IS

S

O M

R S

D /T

O T

L

N T

R O

L

S h e e t T it le

P ro je c t:

C o n tr a c to r:

P L

A C

E R

V

IL

L E

C

A

Sheet:

Job #:

Designed By:

Drawing By:

Date:

813151

JMG

ZS

R e v is io n s

R e v D a te

C h a n g e

C o m m e rc e D ri v e

R o s e v ill e C

A

-7

-5

-7

-5

F

TABLE OF CONTENTS

SHEET

INDEX

Boiler logic

CAV-1 Logic

VAV-2 Logic

VAV-3 Logic

VAV-4 Logic

VAV-5 Logic

VAV-6 Logic

Application Logic

TITLE

IN

D

E X

USFS Mirov Lab

Control Logic

Total Control is a factory authorized Johnson Controls Metasys Specialist.

Total Control assures through Training, Project Management, Application Engineering, On-site Start-up Assistance and over 45 years of Metasys experience, the operational conformance and satisfaction of each and every installed system.

E

R F

O R

M A

N

A T

IN

G

A N

D A

IR

U

S F

S M

IR

O

V L

A B

T H

IS

D

O C

U M

E

N T

A

O P

R

IE

T A

O

R M

A T

IO

N

W H

A

L L N

O T

P

R O

D U

C E

D

T R

A N

S F

E R

R E

D

H E

R D

O C

U M

E N

T S

D

IS

C

L O

S E

D

H E

R S

U

S E

D F

N

U F

A C

T U

R

IN

G

Y O

T H

E R

P U

R P

O

H O

U T

P R

IT

T E

N P

E R

M

IS

S

O M

R S

D /T

O T

N T

R O

L

S h e e t T it le

P ro je c t:

C o n tr a c to r:

P L

A C

E R

V

IL

L E

C

A

Sheet:

Job #:

Designed By:

Drawing By:

Date:

813151

JMG

ZS

R e v is io n s

R e v D a te

C h a n g e

C o m m e rc e D ri v e

R o s e v ill e C

A

-7

-5

-7

-5

F o il e r lo g ic

RTU Rgunnin

O1

Hot Water Differential Pressure

O1

Hot Water Differential Pressure

O1

Out Door Air Temperature

O1

Hot Water Pump Status

Priority

Priority

Priority

RTU Call

Heat Call

Boiler call

Outside Air Temperature

Outside Air Low Limit

HW DP Pressure

Diff Pressure SP HWP Output

HW DP Control

HW DP Pressure

Diff Pressure SP HWP Output

HW DP Control

Heat Call

HWP Off Delay

Boiler Enable

Plant Enable

I1

Hot Water Pump Output

Priority

I1

Hot Water Pump Output

Priority

HWP Status HWP Enable

I1

Boiler Command

Priority

I1

Boiler Command

Priority

I1

Hot Water Pump Command

Priority

I1

Hot Water Pump Command

Priority

E

R F

O R

M A

N

A T

IN

G

A N

D A

IR

U

S F

S M

IR

O

V L

A B

T H

IS

D

O C

U M

E

N T

A

O P

R

IE

T A

O

R M

A T

IO

N

W H

A

L L N

O T

P

R O

D U

C E

D

T R

A N

S F

E R

R E

D

H E

R D

O C

U M

E N

T S

D

IS

C

L O

S E

D

H E

R S

U

S E

D F

N

U F

A C

T U

R

IN

G

Y O

T H

E R

P U

R P

O

H O

U T

P R

IT

T E

N P

E R

M

IS

S

O M

R S

D /T

O T

N T

R O

L

S h e e t T it le

P ro je c t:

C o n tr a c to r:

P L

A C

E R

V

IL

L E

C

A

Sheet:

Job #:

Designed By:

Drawing By:

Date:

813151

JMG

ZS

R e v is io n s

R e v D a te

C h a n g e

C o m m e rc e D ri v e

R o s e v ill e C

A

-7

-5

-7

-5

F

A

V -1

L o g ic

Uniten-Mode

Flushpos

Heating Available

OA Percent

System Mode

OCC Schedule

O1

Exhaust Fan Status

Priority

O1

Exhaust Fan Status

Priority

O1

Discharge Air Temperature

Priority

O1

Discharge Air Temperature

Priority

O1

DA-VP

Priority

O1

DA-VP

Priority

O1

Zone Temperature

Priority

O1

Zone Temperature

Priority

O1

Zone Setpoint

Priority

O1

Zone Setpoint

Priority

O1

ZN-TOCC

Priority

O1

ZN-TOCC

Priority

Input Present Value

Autocalibrate Now LV

Input Present Value

Autocalibrate Now LV

SAD-ST

Supply Damper Stroke Tim:60.00000

SAD-ST

Supply Damper Stroke Tim:60.00000

Differential Pressure

Supply Air Flow

Supply Flow Calculation

Differential Pressure

Supply Air Flow

Supply Flow Calculation

Input Present Value

Supply Pickup Gain LV

Input Present Value

Supply Pickup Gain LV

Input Present Value

Supply Area LV

Input Present Value

Supply Area LV

Autocalibrate

Pickup Gain

Area Percent dp Offset

Occupancy

Effective Cooling Setpoint

ZN-T Setpoint Determination

Sample Text

Sample Text

Sample Text

Occupancy

Warmup Cooldown

CLG-MINFLOW

Minimum Flow Determination

Process Variable

HTG MINFLOW

OCC Cooling Min Flow

Cooling Max Flow

OCC Heating Min Flow

MINFLOWCO2-PB

MINFLOWCO2-SP

OA Percent

CLGUNOCC-MINFLOW

CLDWN-MINFLOW

HTGUNOCCMINFLOW

WU-MINFLOW

OCC-Level

Min Flow Reset Type

Ventilation Requirement

Optimal Start Status

OCC Cooling Shift

Standby Cooling Shift

UNOCC Cooling Shift

OCC Heating Shift

Standby Heating Shift

UNOCC Heating

Network Setpoint

Hardware Setpoint

OCC Cooling Setpoint

CLGSTBY-SP

UNOCC Cooling Setpoint

OCC HeatingSetpoint

HTGSTBY-SP

UNOCC Heating Setpoint

Remote SetpointMode

Hardware Setpoint

Effective Heating Setpoint

Effective Heating Setpoint

Effective OCC Heating setpoint

EFF Stroke Time 1

Days Between Autocals

Auto-calibration Status

Autocalibration Sequence

EFF Stroke Time 2

Damper Percent Cmd

Auto-calibration Request

EFF Stroke Time 3

Auto-calibrate Now

Flow

State

Flow Test Box

Percent dp Offset

Rated Box Flow

Eff Stroke Time

Damper Percent Cmd

Step Position

Flow

State

Flow Test Box

Percent dp Offset

Rated Box Flow

Eff Stroke Time

Damper Percent Cmd

Step Position

Network Autocal

Balancer Override SD

Auto-calibrate Now

Supply Stroke Time

Occupancy

Supply Flow

Supply Percent

Cooling Max CFM

Cooling Min CFM

SA-Kfactor

SA-Area

Balancer Override

Flow Setpoint Occupancy

Effective Auto-calibrate

Heating Min CFM Flow

Network Autocal

Balancer Override SD

Auto-calibrate Now

Supply Stroke Time

Occupancy

Supply Flow

Supply Percent

Cooling Max CFM

Cooling Min CFM

SA-Kfactor

SA-Area

Balancer Override

Flow Setpoint Occupancy

Effective Auto-calibrate

Heating Min CFM Flow

System Mode

Water Flush

System Mode Determination

Network Mode

PFRESTART-Enable

Uniten-State

Unite Enable Determination

Hardware Mode

Resolution Mode

PFRESTART-TIME

Network Mode

PFRESTART-Enable

Uniten-State

Unite Enable Determination

Hardware Mode

Resolution Mode

PFRESTART-TIME

Input Present Value

Box Heating is Available Pass Through

Input Present Value

Box Heating is Available Pass Through

Occupancy

Supp Heating Control Staus

UNOCC-STATE

Unoccupied Sequencing (VAV)

Heating Priority

UNOCC-SATTIME

Warm up Cool Down

Cooling Setpoint

Zone Temperature

Heating Setpoint

Box Heating Control Status

State

Detailed State

Occupancy

Supp Heating Control Staus

UNOCC-STATE

Unoccupied Sequencing (VAV)

Heating Priority

UNOCC-SATTIME

Warm up Cool Down

Cooling Setpoint

Zone Temperature

Heating Setpoint

Box Heating Control Status

State

Detailed State

Effective Mode

Input Present Value

Water System Flush Pass Through

Input Present Value

Water System Flush Pass Through

Occupancy Schedule

Occupancy Sensor

Effective Occupancy

Occupancy Mode Determination

Occupancy Override

Zone Temperature

Supp Heating Control Status

ZNT-STATE

Zone Sequencing (VAV)

Heating Priority

Setpoint Threshold

Fast Sequence Enable

Box Heating Control Status

Primary Cooling Control Status

Cooling Setpoint

Heating Setpoint

Zone Temperature

Supp Heating Control Status

ZNT-STATE

Zone Sequencing (VAV)

Heating Priority

Setpoint Threshold

Fast Sequence Enable

Box Heating Control Status

Primary Cooling Control Status

Cooling Setpoint

Heating Setpoint

Temporary Occupancy

Temporary OCC Bypass Time

O2

State Selection

I10

O3

O4

O2

State Selection

I10

O3

O4

Input Present Value

Damper Control Status LV

Input Present Value

Damper Control Status LV

Input Present Value

Box Heating LV

Input Present Value

Box Heating LV

Process Variable

Limited Max Value

Control Status

Proportional Box Heating Control

Heating Cooling

Flush Position

Setpoint

Mode

Failsoft Value

Process Units

Percent Cmd

Heating-Out State

Process Variable

Limited Max Value

Control Status

Proportional Box Heating Control

Heating Cooling

Flush Position

Setpoint

Mode

Failsoft Value

Process Units

Percent Cmd

Heating-Out State

Mode

Process Units

Supply Flow Setpoint Control

Failsoft Value

Process Variable

Cooling Setpoint

Heating Setpoint

Heating Min Flow

Cooling Max Flow

Cooling Min Flow Flow Setpoint

Cooling-o

Control Status

Low-Out State

Mode

Process Units

Supply Flow Setpoint Control

Failsoft Value

Process Variable

Cooling Setpoint

Heating Setpoint

Heating Min Flow

Cooling Max Flow

Cooling Min Flow Flow Setpoint

Cooling-o

Control Status

Low-Out State

Mode

Auxiliary Flow 1

Damper Percent Cmd

Supply Damper Control

Auxiliary Stroke Time 1

Flow

Supply Flow Setpoint

Rated Box Flow

Box Flow Test Position

Stroke Time

Auxiliary Flow 2

Auxiliary Stroke Time 2

PD Max Position

Failsoft Value

Minimum Pulse Width

Control Status

SAD-OUTSTATE

Mode

Auxiliary Flow 1

Damper Percent Cmd

Supply Damper Control

Auxiliary Stroke Time 1

Flow

Supply Flow Setpoint

Rated Box Flow

Box Flow Test Position

Stroke Time

Auxiliary Flow 2

Auxiliary Stroke Time 2

PD Max Position

Failsoft Value

Minimum Pulse Width

Control Status

SAD-OUTSTATE

Input Present value

Damper Output LV

Input Present value

Damper Output LV

I1

Exhaust Fan Command

Priority

I1

Exhaust Fan Command

Priority

I1

Param Damper St.

Priority

I1

Param Damper St.

Priority

I1

Damper Position

Priority

I1

Damper Position

Priority

I1

Param Damper Min Pos.

Priority

I1

Param Damper Min Pos.

Priority

I1

Heating Output

Priority

I1

Heating Output

Priority

I1

Occupancy Mode

Priority

I1

Occupancy Mode

Priority

Auto Calibration CommandAuto Calibration Command

1 CAV-1 Logic

E

R F

O R

M A

N

A T

IN

G

A N

D A

IR

U

S F

S M

IR

O

V L

A B

T H

IS

D

O C

U M

E

N T

A

O P

R

IE

T A

O

R M

A T

IO

N

W H

A

L L N

O T

P

R O

D U

C E

D

T R

A N

S F

E R

R E

D

H E

R D

O C

U M

E N

T S

D

IS

C

L O

S E

D

H E

R S

U

S E

D F

N

U F

A C

T U

R

IN

G

Y O

T H

E R

P U

R P

O

H O

U T

P R

IT

T E

N P

E R

M

IS

S

O M

R S

D /T

O T

N T

R O

L

S h e e t T it le

P ro je c t:

C o n tr a c to r:

P L

A C

E R

V

IL

L E

C

A

Sheet:

Job #:

Designed By:

Drawing By:

Date:

813151

JMG

ZS

R e v is io n s

R e v D a te

C h a n g e

C o m m e rc e D ri v e

R o s e v ill e C

A

-7

-5

-7

-5

F

V A

V -2

L o g ic

Uniten-Mode

Flushpos

Heating Available

OA Percent

System Mode

OCC Schedule

O1

Discharge Air Temperature

Priority

O1

Discharge Air Temperature

Priority

O1

DA-VP

Priority

O1

DA-VP

Priority

O1

Zone Temperature

Priority

O1

Zone Temperature

Priority

O1

Zone Setpoint

Priority

O1

Zone Setpoint

Priority

O1

ZN-TOCC

Priority

O1

ZN-TOCC

Priority

Input Present Value

Autocalibrate Now LV

Input Present Value

Autocalibrate Now LV

SAD-ST

Supply Damper Stroke Tim:60.00000

SAD-ST

Supply Damper Stroke Tim:60.00000

Differential Pressure

Supply Air Flow

Supply Flow Calculation

Differential Pressure

Supply Air Flow

Supply Flow Calculation

Input Present Value

Supply Pickup Gain LV

Input Present Value

Supply Pickup Gain LV

Input Present Value

Supply Area LV

Input Present Value

Supply Area LV

Autocalibrate

Pickup Gain

Area Percent dp Offset

Occupancy

Effective Cooling Setpoint

ZN-T Setpoint Determination

Sample Text

Sample Text

Sample Text

Occupancy

Warmup Cooldown

CLG-MINFLOW

Minimum Flow Determination

Process Variable

HTG MINFLOW

OCC Cooling Min Flow

Cooling Max Flow

OCC Heating Min Flow

MINFLOWCO2-PB

MINFLOWCO2-SP

OA Percent

CLGUNOCC-MINFLOW

CLDWN-MINFLOW

HTGUNOCCMINFLOW

WU-MINFLOW

OCC-Level

Min Flow Reset Type

Ventilation Requirement

Optimal Start Status

OCC Cooling Shift

Standby Cooling Shift

UNOCC Cooling Shift

OCC Heating Shift

Standby Heating Shift

UNOCC Heating

Network Setpoint

Hardware Setpoint

OCC Cooling Setpoint

CLGSTBY-SP

UNOCC Cooling Setpoint

OCC HeatingSetpoint

HTGSTBY-SP

UNOCC Heating Setpoint

Remote SetpointMode

Hardware Setpoint

Effective Heating Setpoint

Effective Heating Setpoint

Effective OCC Heating setpoint

EFF Stroke Time 1

Days Between Autocals

Auto-calibration Status

Autocalibration Sequence

EFF Stroke Time 2

Damper Percent Cmd

Auto-calibration Request

EFF Stroke Time 3

Auto-calibrate Now

Flow

State

Flow Test Box

Percent dp Offset

Rated Box Flow

Eff Stroke Time

Damper Percent Cmd

Step Position

Flow

State

Flow Test Box

Percent dp Offset

Rated Box Flow

Eff Stroke Time

Damper Percent Cmd

Step Position

Network Autocal

Balancer Override SD

Auto-calibrate Now

Supply Stroke Time

Occupancy

Supply Flow

Supply Percent

Cooling Max CFM

Cooling Min CFM

SA-Kfactor

SA-Area

Balancer Override

Flow Setpoint Occupancy

Effective Auto-calibrate

Heating Min CFM Flow

Network Autocal

Balancer Override SD

Auto-calibrate Now

Supply Stroke Time

Occupancy

Supply Flow

Supply Percent

Cooling Max CFM

Cooling Min CFM

SA-Kfactor

SA-Area

Balancer Override

Flow Setpoint Occupancy

Effective Auto-calibrate

Heating Min CFM Flow

System Mode

Water Flush

System Mode Determination

Network Mode

PFRESTART-Enable

Uniten-State

Unite Enable Determination

Hardware Mode

Resolution Mode

PFRESTART-TIME

Network Mode

PFRESTART-Enable

Uniten-State

Unite Enable Determination

Hardware Mode

Resolution Mode

PFRESTART-TIME

Input Present Value

Box Heating is Available Pass Through

Input Present Value

Box Heating is Available Pass Through

Occupancy

Supp Heating Control Staus

UNOCC-STATE

Unoccupied Sequencing (VAV)

Heating Priority

UNOCC-SATTIME

Warm up Cool Down

Cooling Setpoint

Zone Temperature

Heating Setpoint

Box Heating Control Status

State

Detailed State

Occupancy

Supp Heating Control Staus

UNOCC-STATE

Unoccupied Sequencing (VAV)

Heating Priority

UNOCC-SATTIME

Warm up Cool Down

Cooling Setpoint

Zone Temperature

Heating Setpoint

Box Heating Control Status

State

Detailed State

Effective Mode

Input Present Value

Water System Flush Pass Through

Input Present Value

Water System Flush Pass Through

Occupancy Schedule

Occupancy Sensor

Effective Occupancy

Occupancy Mode Determination

Occupancy Override

Zone Temperature

Supp Heating Control Status

ZNT-STATE

Zone Sequencing (VAV)

Heating Priority

Setpoint Threshold

Fast Sequence Enable

Box Heating Control Status

Primary Cooling Control Status

Cooling Setpoint

Heating Setpoint

Zone Temperature

Supp Heating Control Status

ZNT-STATE

Zone Sequencing (VAV)

Heating Priority

Setpoint Threshold

Fast Sequence Enable

Box Heating Control Status

Primary Cooling Control Status

Cooling Setpoint

Heating Setpoint

Temporary Occupancy

Temporary OCC Bypass Time

O2

State Selection

I10

O3

O4

O2

State Selection

I10

O3

O4

Input Present Value

Damper Control Status LV

Input Present Value

Damper Control Status LV

Input Present Value

Box Heating LV

Input Present Value

Box Heating LV

Pro…