Attachment 5 - DDC Shop DrawingsCOF.pdf

TABLE OF CONTENTS

SHEET #DRAWING

MATERIALS LIST

COMMUNICATIONS

DAMPER & VALVE SCHEDULE

FIRST FLOOR PLAN

SECOND FLOOR PLAN

AHU SEQUENCE

HEATING WATER SYSTEM SEQUENCE

AHU-1 & EF FIELD WIRING

AHU-1 & EF PANEL WIRING

AHU-2 & EF FIELD WIRING

AHU-2 & EF PANEL WIRING

COMM RM SPLIT SYSTEM WIRING

HEATING WATER SYSTEM FIELD WIRING

HEATING WATER SYSTEM PANEL WIRING

UTILITY WIRING

16MISC EQUIPMENT

17JACE WIRING

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9 DISTECHFC-0X ECL-600 FIELD CONTROLLER 16UI 12UO

MANUFACTURERQTYTAG DESCRIPTION

JACE 6 NETWORK MANAGER

INPUT/OUTPUT MODULE

MODEL

DISTECH

DISTECH

EQUIPMENT LIST FOR: DDC PANELS (FOR ALL 3 BUILDINGS)

JACE

I/O 34

EC-BOS6

I/O 34

MANUFACTURERQTYTAG DESCRIPTION

ROOM SENSOR W/ SPA & OVR 10K

MODEL

ACI

EQUIPMENT LIST FOR: MISC EQUIP.

RS-0X 12 10K-RSO

AUTO-OFF

SWITCH

LINE VOLTAGE

THERMOSTAT

A

O

3-WAY CONTROL VALVE

2-WAY CONTROL VALVE

IMMERSION SENSOR

CONTROL DAMPER

HYDRONIC COIL

DUCT SENSOR

AVERAGING

DUCT SENSOR

DIFFERENTIAL PRESSURE

TRANSMITTER

CURRENT SENSOR

FIELD RELAY-01

LOW LIMT THERMOSTAT

LEGEND & ABBREVIATIONS

LO

STATIC

HIGH LIMIT

NC

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COM

COM

NO

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DUCT STATIC

HIGH LIMIT

1-12"

AFMS - AIRFLOW MEASURING STATION

AO - AUTO-OFF SWITCH

CU - CONDENSING UNIT

UH - GAS UNIT HEATER

B - BOILER

CT - CURRENT SENSOR

GF - GAS FURNACE

GM - GAS MONITOR

CX - DDC CONTROLLER

DA - DAMPER ACTUATOR

DPT- DIFFERENTIAL PRESSURE TRANSMITTER

F - FUSE

FR - FIELD RELAY

HOA - HAND-OFF-AUTO SWITCH

LT - LINE VOLTAGE THERMOSTAT

PC - SURGE PROTECTOR

TCP - TEMPERATURE CONTROL PANEL

TR - TRANSFORMER

TS - TEMPERATURE SENSOR

TUC - TERMINAL UNIT CONTROLLER

VFD - VARIABLE FREQUENCY DRIVE

VLV - VALVE

TLL - LOW LIMIT THERMOSTAT

RS-01 ROOM SENSOR W/SPA

RS-02 ROOM SENSOR ONLY

WM- WATER METER

EM- ELECTRIC METER

GM- GAS METER

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6 DISTECHFC-0X ECL-403 FIELD CONTROLLER 12UI 8DO 4UO

6 DISTECHFC-0X ECL-203 FIELD CONTROLLER 6UI 5DO 3UO

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DAMPER SCHEDULE

VALVE SCHEDULE

Item System Service Ref. DWG Code No. Pilot Type Control Signal 1 AHU‐1 OA‐DPR M‐120 M9216‐HGA‐2 None Electric 0‐10 VDC 2 AHU‐1 EA‐DPR M‐120 M9216‐HGA‐2 None Electric 0‐10 VDC 3 AHU‐1 RA‐DPR M‐301 M9216‐HGA‐2 None Electric 0‐10 VDC 4 EF‐3 EA‐DPR M‐120 M9216‐HGA‐2 None Electric 0‐10 VDC 5 AHU‐2 OA‐DPR M‐120 M9216‐HGA‐2 None Electric 0‐10 VDC 6 AHU‐2 EA‐DPR M‐120 M9216‐HGA‐2 None Electric 0‐10 VDC 7 AHU‐2 RA‐DPR M‐301 M9216‐HGA‐2 None Electric 0‐10 VDC 8 EF‐4 EA‐DPR M‐120 M9216‐HGA‐2 None Electric 0‐10 VDC

Tag Actuator Information

Item System Service Ref. DWG Code No. Pilot Type Control Signal

1 AHU‐1 Hot Water M‐401 VA‐4233‐GGA‐2 None Electric 0‐10 VDC 2 AHU‐2 Hot Water M‐401 VA‐4233‐GGA‐2 None Electric 0‐10 VDC

Tag Actuator Information

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COMPANY OPERATIONS FACILITIES HVAC SEQUENCE OF OPERATION AIR HANDLING UNITS AHU-1 & AHU-2

GENERAL CONTROL SCHEME:

THE UNITS CONTROLLERS SHALL CONTROL THE COIL CONTROL VALVES (HTG-O) AND OA/RA DAMPERS (MAD-O)(ECONOMIZER) IN PROPER SEQUENCE TO PROVIDE A SUPPLY AIR TEMPERATURE (DA-T) THAT

WILL SATISFY SPACE CONDITIONS (ZN-T). THE UNITS CONTROLLERS SHALL USE THE SPACE

TEMPERATURE DEVIATION FROM SETPOINT (WC-ADJ) TO DETERMINE THE COIL CONTROL VALVE

MODULATION AND ECONOMIZER OPERATION SO AS TO SATISFY SPACE CONDITIONS. HEATING

AND COOLING SHALL BE PROPERLY SEQUENCED SO THAT THERE IS NO OVERLAP BETWEEN THE USE OF HEAT AND ECONOMIZER OPERATION. RETURN FANS RF-1 AND RF-2 OPERATE WITH THE ASSOCIATED

AIR HANDLING UNITS SUPPLY FANS.

CARBON DIOXIDE (CO2)) MONITORING:

CARBON DIOXIDE (CO2) CONTROL: IF THE CARBON DIOXIDE TRANSMITTER (RA-CO2) INDICATE THE

RETURN AIR CO2 IS ABOVE THE OPERATOR ADJUSTABLE MAXIMUM CONCENTRATION SETPOINT

OF 1000 PARTS PER MILLION (PPM) (ADJUSTABLE). THE OUTSIDE AIR DAMPER SHALL MODULATE OPEN OVERRIDING THE MINIMUM OUTSIDE AIR SETPOINT UNTIL THE NEW CO SETPOINT IS REACHED. IF THE CONCENTRATION IS WITHIN 100 PPM OF SETPOINT, THE DAMPER SHALL REMAIN IN ITS POSITION UNCHANGED. IF THE CO CONCENTRATION BEGINS TO FALL, THE OUTSIDE AIR DAMPER WILL MODULATE DOWN UNTIL IT REACHES ITS MINIMUM OUTSIDE AIR SETTING AT WHICH TIME THE MINIMUM OUTSIDE

AIR SETPOINT WILL BE IN EFFECT.

OCCUPIED MODE:

HEATING:

FAN SPEEDS SHALL BE SET BY THE BALANCER TO SUPPLY THE FULL AIR FLOW IN THE MINIMUM

AIRFLOW POSITION. AHU HEATING COIL CONTROL VALVES SHALL MODULATE TO MAINTAIN THE

DISCHARGE AIR TEMPERATURE BETWEEN 65 DEG F AND 70 DEG F BASED ON DEVIATION FROM

SETPOINT.

ECONOMIZER COOLING:

FAN SPEEDS SHALL BE SET BY THE BALANCER TO SUPPLY THE FULL AIRFLOW RATES SCHEDULED FOR THE UNITS. UNITS SHALL HAVE DRY BULB SENSING ECONOMIZERS UTILIZING OUTSIDE AIR FOR SPACE COOLING. ECONOMIZERS SHALL BE ENABLED ONLY WHEN OUTSIDE AIR TEMPERATURE IS LESS THAN 75 DEG F AND SHALL BE OPERATOR ADJUSTABLE. THE OUTSIDE AIR DAMPERS AND RETURN AIR DAMPERS

SHALL MODULATE AS REQUIRED TO SATISFY THE ROOM TEMPERATURE SENSORS AND SHALL BE

LIMITED BY A MIXED AIR SENSOR LOW LIMIT SETPOINT (INITIAL SETPOINT IS 54 DEG F). THE HEATING

COIL CONTROL VALVES SHALL BE CLOSED.

UNOCCUPIED MODE:

UNITS SHALL CYCLE ON AND OFF AS REQUIRED TO MAINTAIN SETBACK TEMPERATURES WITH

HEATING/COOLING PROVIDED AS SPECIFIED ABOVE. WHEN UNITS ARE OFF, THE HEATING COIL

CONTROL VALVES SHALL BE FULLY CLOSED AND THE OUTDOOR AIR DAMPERS SHALL BE FULLY

CLOSED (EXCEPT IF COOLING IS REQUIRED).

WARM-UP MODE:

AIR HANDLING UNITS CONTROL SEQUENCE SHALL BE THE SAME AS IN THE UNOCCUPIED MODE

(OUTDOOR AIR DAMPERS FULLY CLOSED) UNTIL THE SPACE TEMPERATURE HAS WARMED UP TO

THE OCCUPIED MODE HEATING SETPOINT. THEN UNITS SHALL OPERATE AS SPECIFIED FOR THE

OCCUPIED MODE.

MODE CONTROL:

UNITS MODE OF OPERATION SHALL BE DETERMINED BY THE DDC CENTRAL TIME CLOCK AND TIME

CLOCK BYPASS SWITCH LOCATED ON THE ZONE THERMOSTATS. WARM-UP MODE SHALL BE

INITIATED BY CENTRAL OPTIMUM START CONTROLS.

FREEZE PROTECTION:

UNITS SHALL HAVE FREEZESTAT (MA-LL) ON LEAVING SIDE OF THE HEATING WATER COILS WHICH WILL STOP UNITS OPERATION UPON SENSING AN AIR TEMPERATURE OF 34 DEG F OR LESS. THE UNITS OUTSIDE AIR DAMPERS SHALL CLOSE AND THE UNITS SHALL CEASE OPERATION UNTIL THE FREEZESTAT

IS RESET MANUALLY. THE UNITS SHALL THEN RETURN TO NORMAL OPERATION.

EMERGENCY MODE:

AIR HANDLERS AND RETURN FANS SHALL SHUT DOWN AND OUTSIDE AIR DAMPERS SHALL CLOSE UPON

ACTIVATION OF WALL MOUNTED HVAC EMERGENCY SHUTDOWN SWITCH (ES-1).

FIRE ALARM SHUT DOWN

A SIGNAL FROM THE FIRE ALARM PANEL (FACP) ALL DDC CONTROLLED VENTILATION EQUIPMENT SHALL SHUT DOWN.

EXHAUST FANS

GENERAL CONTROL SCHEME:

EXHAUST FANS SHALL BE IN EITHER ON OR OFF MODE DEPENDING ON OCCUPANCY.

SUMMER EXHAUST FANS EF-3 & EF-4

FAN OPERATION IS CONTROLLED VIA THE DDC SYSTEM. IF THE SPACE TEMPERATURE IS GREATER THAN 76 DEG F ONCE ENABLED, THE FANS SHALL RUN CONTINUOUSLY AND THE EXHAUST AIR DAMPERS SHALL MODULATE TO MAINTAIN 0.05” NEGATIVE STATIC PRESSURE WITHIN THE BUILDING RELATIVE

TO THE OUTSIDE AIR PRESSURE. EXHAUST AIR DAMPERS SHALL CLOSE WHEN FANS ARE OFF.

TOILET EXHAUST AND EQUIPMENT MAINTENANCE ROOM FANS EF-1 & EF-2 AND EF-5 & EF-6

TIME CLOCK CONTROL: FANS SHALL RUN FROM THE DDC TIME CLOCK CONTROL SCHEDULE AND SHALL BE ON WHEN THE AIR HANDLING UNITS SERVICING THE SPACE ARE IN THE OCCUPIED MODE AND SHALL BE OFF OTHERWISE. DISCHARGE DAMPERS ARE OPEN WHEN FANS OPERATE AND CLOSED WHEN

FANS ARE OFF.

EMERGENCY MODE:

EXHAUST FANS SHALL SHUT DOWN AND ASSOCIATED DAMPERS SHALL CLOSE UPON ACTIVATION OF

WALL MOUNTED SWITCH (ES-1).

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COMPANY OPERATIONS FACILITIES HYDRONIC HEATING SEQUENCE OF OPERATION:

BOILER HWB-1:

WHEN ENABLED, BOILER FIRING SHALL BE CONTROLLED BY BOILERS INTEGRAL CONTROLS.

HAND:

BOILER SHALL BE ENABLED TO OPERATE INDEPENDENT OF DDC SYSTEM.

BOILERS INTEGRAL CONTROLS SHALL CONTROL BOILER FIRING.

OFF:

BOILER SHALL BE OFF.

AUTO:

BOILER SHALL BE CONTROLLED BYU DDC SYSTEM WITH A SEQUENCE AS SPECIFIED BELOW.

DDC OPERATION:

THE FOLLOWING MODES OF OPERATION SHALL BE SELECTABLE THROUGH THE DDC OPERATORS

STATION

ON:

BOILER SHALL BE ENABLED TO OPERATE. BOILERS INTEGRAL CONTROLS SHALL CONTROL BOILER

FIRING.

OFF:

BOILER SHALL BE OFF.

AUTO:

THE BOILER AUTO SEQUENCE SHALL BE ENABLED WHEN THE LOOP PUMP IS ON AND THE HOT WATER

SUPPLY TEMPERATURE (HWS-T) IS 10 DEG F BELOW SETPOINT AND IS OFF WHEN THE SUPPLY

TEMPERATURE IS ABOVE SETPOINT. THE BOILER IS ALSO ENABLED WHEN THE LOOP PUMP

(HWP1-S OR HWP2-S) IS ON AND THE OUTSIDE AIR TEMPERATURE (OA-T) IS BELOW 37 DEG F. THE

BOILER IS DISABLED WHEN THE LOOP PUMP IS OFF.

HEATING WATER SETPOINT RESET:

PROVIDE LINEAR RESET OF MAIN HEATING WATER SYSTEM SETPOINT BETWEEN THE FOLLOWING

UNITS

COLDEST ZONE TEMPERATURE: HWS TEMPERATURE SETPOINT

AT HEATING SETPOINT 90 DEGREE F

5 DEG F < HEATING SETPOINT 180 DEGREE F

EMERGENCY BOILER SHUTDOWN (ES-1):

CONNECT BOILER CONTROLS AND HOT WATER HEATER THROUGH WALL MOUNTED EMERGENCY

SHUTDOWN SWITCH (ES-1) TO COMPLETELY STOP BOILER AND HOT WATER HEATER OPERATION

WHEN SWITCH IS PRESSED.

NOTE: BOILER TO GO INTO PURGE CYCLE BEFORE SHUTDOWN.

PUMPS HWP-1 AND HWP-2

(HEATING LOOP PUMPS)

GENERAL:

LEAD PUMP SHALL BE ACTIVATED WHEN EITHER OF THE FOLLOWING CONDITIONS EXISTS:

- ANY ZONE SERVED BY THE PUMP IS IN THE OCCUPIED MODE AND HEATING IS REQUIRED

- ANY ZONE CALLS FOR HEATING DURING THE NIGHT SETBACK PERIOD

- THE OUTSIDE AIR TEMPERATURE IS LESS THAN 37 DEGREE F

THE LEAD AND LAG PUMPS ARE AUTOMATICALLY ALTERNATED ON A WEEKLY BASIS. SHOULD

THE SCHEDULED LEAD PUMP FAIL TO START WHEN COMMANDED, THE LAG PUMP SHALL

AUTOMATICALLY START.

PUMP SPEED CONTROL:

DURING PUMP OPERATION, THE PUMP SPEED IS MODULATED VIA THE VFD TO MAINTAIN THE

LOWEST LOOP DIFFERENTIAL PRESSURE (HWT1-DPT OR HP2-DPT) AT SETPOINT.

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RETURN AIR TEMP

SF STATUS

RF STATUS

RETURN AIR CO2

SF FILTER

LOW LIMIT

COMMON

COMMON

COMMON

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RM 203 SPACE

RM 203 SPA

COMMON

RM 213 SPACE

RM 213 SPA

COMMON

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SPARE UO

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EF-3 STATUS

EF-5 STATUS

RM 213 STATIC

ESS

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EF-1 ENABLE

EF-3 ENABLE

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SPARE DO

SPARE DO

SPARE DO

SPARE DO

SPARE DO

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SPARE UO

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SF STATUS

RF STATUS

RETURN AIR CO2

SF FILTER

LOW LIMIT

COMMON

COMMON

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RM XXX SPACE

RM XXX SPA

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RM XXX SPACE

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COMMON

SPARE

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SF ENABLE

RF ENABLE

DMPR1 0-10 VDC

HWV 0-10 VDC

SPARE UO

ESS SAFETY

EF-2 STATUS

EF-4 STATUS

EF-6 STATUS

RM XXX STATIC

ESS

FACP

SPARE

SPARE

SPARE

SPARE

SPARE

SPARE

PWR

EF-2 ENABLE

EF-4 ENABLE

EF-6 ENABLE

SPARE DO

SPARE DO

SPARE DO

SPARE DO

SPARE DO

EF-4 DMPR 0-10 VDC

SPARE UO

SPARE UO

SPARE UO

ECL-403

EF

COM OUT

COM IN

SPARE UO

SPARE UO

SPARE UO

SPARE UO

IT

TA

L

-0

-1

6-

FY

W H

O

LE

B

AR

R

AC

KS

R

EN

M

PA

N Y

O

PE

R

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IO

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FA

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IL

IT

IE

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F R

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A S

C O

N S

T R

U C

T

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O R

P P

O B

O X

A

L L

Y N

W A

(3

-2

C O

M M

R M

S

PL

IT

S

YS

TE

M W

IR

IN

G

N C

S C

O R

P O

R A

T

IO

N th

A V

E E

. S U

IT

E

A T

A C

O M

A , W

A

(2

9-

F A

X

3)

-6

ROOM SPACE TEMP

SPARE

SPARE

SPARE

SPARE

SPARE

PWR

FAN S/S (G)

REVERSING VALVE (O/B)

HEATING STAGE 1 (W1)

COOLING STAGE 1 (Y1)

COOLING STAGE 2 (Y2)

SPARE UO

SPARE UO

SPARE UO

TYPICAL OF 2

FACTORY CONTROL BOARD

G W1Y1R C Y2O/B

C

LG

S

TG

C

LG

S

TG

H

TG

S

TG

R

EV

V

LV

FA

N

VA

C C

O M

VA

C

TELECOM ROOM SPLIT SYSTEM HEAT PUMPS AHU-3/HP-1 & AHU-4/HP-2

GENERAL CONTROL SCHEME:

THE HEAT PUMPS OPERATE 24/7 TO MAINTAIN

THE ROOM TEMPERATURE AT SETPOINT.

THE ROOM THERMOSTATS PROVIDE AUTOMATIC

CHANGE-OVER FROM HEATING TO COOLING MODES

AND CYCLE THE ELECTRIC SUPPLEMENTAL HEATING COILS AS REQUIRED.

EMERGENCY MODE:

HEAT PUMP SHALL SHUT DOWN UPON ACTIVATION OF WALL MOUNTED SWITCH.

COM OUTCOM IN

IT

TA

L

-0

-1

6-

FY

W H

O

LE

B

AR

R

AC

KS

R

EN

M

PA

N Y

O

PE

R

AT

IO

N

S

FA

C

IL

IT

IE

S

F R

E

IT

A S

C O

N S

T R

U C

T

IO

N C

O R

P P

O B

O X

A

L L

Y N

W A

(3

-2

H

EA

TI

N

G W

AT

ER

S

YS

TE

M

F

IE

LD

W

IR

IN

G

N C

S C

O R

P O

R A

T

IO

N th

A V

E E

. S U

IT

E

A T

A C

O M

A , W

A

(2

9-

F A

X

3)

-6

ENABLE

STATUS

ALARM

OSA SENSOR

INSTALL OUTSIDE MECH ROOM

ON NORTH FACING WALL

BOILER

HWS (WEST)

U I8

C O

M

U I7

C O

M

U I4

C O

M

U I1

C

O M

C O

M U

O

DPT

24H

COM

SIG

DOMESTIC HOT WATER SUPPLY

U

C O

M U I5

C O

M

H

U O

C

O

MU

I1

C O

M

U O

C

O M

U O

C

O

MU

I2

C O

M

U O

C

O M

U I1

C O

M

U O

C O

M

U I1

C

O M

U I3

C O

M

U I1

C

O M

C O

M U

I624 H

24H

COM

SIG

DPT

HWS (EAST)

HWR (EAST)

HWR (WEST)

IT

TA

L

-0

-1

6-

FY

W H

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O X

A

L L

Y N

W A

(3

-2

H

EA

TI

N

G W

AT

ER

S

YS

TE

M

P

AN

EL

W

IR

IN

G

N C

S C

O R

P O

R A

T

IO

N th

A V

E E

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IT

E

A T

A C

O M

A , W

A

(2

9-

F A

X

3)

-6

HWP-1 STS

EC

L-600

LONWORKSU+00AE

COM OUT

COM IN

ECL-600

HWP-2 STS

HWS TEMP

HWR TEMP

HW DP-1

HW DP-2

BOILER STS

BOILER ALARM

COMMON

COMMON

COMMON

COMMON

WATER METER

GAS METER

COMMON

ELECTRIC METER

OSA TEMP

COMMON

BHWS TEMP

BHWR TEMP

COMMON

DHWS TEMP

CP-1 STATUS

COMMON

PWR

HWP-1 ENABLE

SPARE UO

SPARE UO

BOILER SP 0-10 DC

HWP-1 SIGNAL 0-10 DC

SPARE UO

SPARE UO

HWP-2 ENABLE

BOILER ENABLE

CP-1 ENABLE

HWP-2 SIGNAL 0-10 DC

IT

TA

L

-0

-1

6-

FY

W H

O

LE

B

AR

R

AC

KS

R

EN

M

PA

N Y

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PE

R

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IO

N

S

FA

C

IL

IT

IE

S

F R

E

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A S

C O

N S

T R

U C

T

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P P

O B

O X

A

L L

Y N

W A

(3

-2

U

TI

LI

TY

M O

N

IT

O R

IN

G

AI - Gas Flow Rate

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:

· Meter Failure: Sensor reading indicates a loss of pulse output 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.

AI - ELECT METER

ELECT METER:

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

Alarm shall be generated as follows:

· Meter Failure: Sensor reading indicates a loss of pulse output from the elect. meter.

Peak Demand History:

The controller shall monitor and record the peak (high and low) demand readings from the elect 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 elect meter readings so as to provide a elect consumption history. Usage readings shall be recorded on a daily, month-to-date, and year-to-date basis.

AI - kwh RATE

TERMINATE

AT NEAREST TCP

TERMINATE

AT NEAREST TCP

N C

S C

O R

P O

R A

T

IO

N th

A V

E E

. S U

IT

E

A T

A C

O M

A , W

A

(2

9-

F A

X

3)

-6

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:

· Meter Failure: Sensor reading indicates a loss of pulse output from the water. meter.

Peak Demand History:

The controller shall monitor and record the peak (high and low) demand readings from the elect 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 warer meter readings so as to provide a warer consumption history. Usage readings shall be recorded on a daily, month-to-date, and year-to-date basis.

AI - WATER METER

AI - GAL RATE

LOW FLOW H20 METER

TERMINATE

AT NEAREST TCP

IT

TA

L

-0

-1

6-

FY

W H

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B

AR

R

AC

KS

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M

IS

C E

Q U

IP

M

EN

T

N C

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O R

P O

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IO

N th

A V

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IT

E

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A C

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A , W

A

(2

9-

F A

X

3)

-6

F R

E

IT

A S

C O

N S

T R

U C

T

IO

N C

O R

P P

O B

O X

A

L L

Y N

W A

(3

-2

PAGE LEFT BLANK

IT

TA

L

-0

-1

6-

FY

W H

O

LE

B

AR

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AC

KS

R

EN

M

PA

N Y

O

PE

R

AT

IO

N

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FA

C

IL

IT

IE

S

JA

C

E W

IR

IN

G

N C

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O R

P O

R A

T

IO

N th

A V

E E

. S U

IT

E

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A C

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A , W

A

(2

9-

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-6

F R

E

IT

A S

C O

N S

T R

U C

T

IO

N C

O R

P P

O B

O X

A

L L

Y N

W A

(3

-2

JACE

TNM-6

LON TRUNK

ETHERNET