GUQE_192501_Drawings_B662.pdf

PDF 2 MB Posted Apr 19, 2019

Attached to: Bldg. 662 Repairs
Solicitation number: W912JC-19-B-4000
Issued by: Department of the Army

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Drawings B662 Repairs

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File	Type	Posted
OF_1419_-_3_Pages-Signed.pdf	PDF	Jul 10, 2019
Firelake_RFI_B662_W912JC-19-B-4000_CES_Response.pdf	PDF	May 21, 2019
Senne_BID_RFI__W912JC-19-B-4000_CES_Response.pdf	PDF	May 20, 2019
Pre-Proposal_Minutes_W912JC-19-B-4000_B662.pdf	PDF	May 20, 2019
Firelake_RFI_B662_SOLICITATION_W912JC-19-B-4000.pdf	PDF	May 20, 2019
B662_Site_Visit_Sign_In_Sheet.pdf	PDF	May 3, 2019
W912JC-19-B-4000.pdf	PDF	Apr 19, 2019
SOW_GUQE192501_Bldg_662_Repairs.pdf	PDF	Apr 19, 2019
Wage_Determination_B662.pdf	PDF	Apr 19, 2019
SITE_VISIT_INFORMATION_B662_Forbes_Field.pdf	PDF	Apr 19, 2019
GUQE192501_Bldg_662_Submittal_Listing.pdf	PDF	Apr 19, 2019

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MAINTENANCE BAY

61,011sq ft

A152

ENGINE SHOP

8,105sq ft B156

SUPPLY WAREHOUSE

9,355sq ft

C165

HAZ MAT

1,885sq ft

D173

THRU BAY

1,864sq ft

C154

SHEET METAL SHOP

3,477sq ft

C156

NDI SHOP

1,313sq ft

D184

898sq ft

A107

TOOLS

896sq ft

A156

AVIONICS SHOP

1,858sq ft

D171

MACHINE SHOP WELD SHOP

3,231sq ft

B100

CSSM SHOP

1,322sq ft

C104

R&R SHOP

921sq ft

D183

CLASSROOM

1,073sq ft

A104

READY ROOM

1,113sq ft

D112

CORROSION CONTROL SHOP

2,284sq ft

AM106

MECH ROOM

888sq ft

BH152

CORRIDOR

738sq ft

A120

MENS

477sq ft

D110

BEAD BLAST

740sq ft

DH186

HALL

402sq ft

AH115

CORRIDOR

529sq ft

A165

BREAK ROOM

632sq ft

C106

ELECTRIC SHOP

724sq ft

D102

BREAK

305sq ft

AH150

CORRIDOR

462sq ft

D164

BREAK TRAINING

693sq ft

B151

STAIRS

292sq ft

D114

DE-PAINT

376sq ft

D172

TOOLS

285sq ft

DH187

HALL

282sq ft

BH109

CORRIDOR

427sq ft

MECHANICAL?

558sq ft

B153

CLOTHING STOCK

683sq ft

D121

MENS

268sq ft

B101

OPEN OFFICE

507sq ft

DH180

SNACKS

302sq ft

D105

DISASSEMBLY

472sq ft

AM157

POWER ROOM

481sq ft

A100

STAIRS

239sq ft

D103

PNEUDRAULICS SHOP

676sq ft

A159

ENGINE SHOP 2

472sq ft

DS122

STAIRS

216sq ft

D159

AGS BREAK

350sq ft

B107

MENS

212sq ft

AH110

HALLWAY

266sq ft

D107

FORWARD SUPPLY

524sq ft

D191

OFFICE

207sq ft

C164

HAZ MAT

242sq ft

A116

MEN'S LKR RM

400sq ft

B166

WEAPONS VAULT

474sq ft

B102

HALLWAY

254sq ft

C105

OFFICE

202sq ft

D113

PAINT MIX

267sq ft

AS121

VESTIBULE

289sq ft

C101

TRAINING

248sq ft

D101

MAINT

182sq ft

C152

TOOLS

176sq ft

B161

RUBBER STOR

348sq ft

C103

CO2

169sq ft

C153

OFFICE

173sq ft

C100

CHIEF

166sq ft

D182

STOR

166sq ft

A101

DEBRIEFING RM

369sq ft

D163

OFFICE

169sq ft

MECHANICAL?

325sq ft

B162

TMO OFFICE

282sq ft

C107

OFFICE

167sq ft

C151

OFFICE

163sq ft

D185

STOR

155sq ft

A113

OFFICE

159sq ft

A168

TOOL ROOM

262sq ft A169

OFFICE

156sq ft

C166

HAZ MAT

184sq ft

D106

TEST STAND

260sq ft

D115

OFFICE

152sq ft

B105

WOMENS

190sq ft

D120

WOMENS

190sq ft

A109

OFFICE

150sq ft

A170

LASER / NOISE ROOM

425sq ft

A105

COMPUTER RM

301sq ft

C157

XRAY VAULT

236sq ft

A158

TRAINING ROOM

313sq ft

C102

BATTERY RM

240sq ft

D155

OFFICE

138sq ft

D153

OFFICE

137sq ft

D154

OFFICE

137sq ft

A119

WOMENS

170sq ft

B108

ELECT

129sq ft

C168

HAZ MAT

156sq ft

D156

FAB SPR

152sq ft

D100

OFFICE

130sq ft

B157

SUPPLY OFFICE / VEHICLE OPERATION

651sq ft

BF164

ENTRY VESTIBULE

313sq ft

C110

BREAK TRAINING

286sq ft

A166

AIMS VAULT

194sq ft

D116

TOOLS

110sq ft

C158

STORAGE

147sq ft C159

OFFICE

109sq ft

D192

OFFICE

108sq ft

B103

CAS-B

89sq ft

A164

CONFERENCE ROOM

297sq ft

D158

AGS COMPUTER

226sq ft

A112

OFFICE

100sq ft

B165

LOADING DOCK

206sq ft

A153

EINGINE SHOP 1

206sq ft

C111

CSD STARTER RM

219sq ft

B154

CLOTHING SALES

215sq ft

D190

MACHINE ROOM

194sq ft

A108

STORAGE

117sq ft

C161

VIEWING RM

147sq ft

A114

LINE OFFICER

158sq ft

A154

AVIONICS SUPER

192sq ft

C160

SOAP LAB

103sq ft

B104

SUPERVISOR

135sq ft

D188

CUST

62sq ft

A111

ELEMENT SUPER

172sq ft

A161

IFCS SUPER

116sq ft

A102

CORRIDOR

97sq ft

A172

CNDV SUPER

115sq ft

B160

TMO SUPER

100sq ft

C109

BEARING INSP

114sq ft

D181

TESTING

69sq ft

A117

WMN'S LKR RM

116sq ft

D126

VESTIBULE

86sq ft

AF167

VESTIBULE

81sq ft

B159

TMO FREIGHT

100sq ft

D119

ELEVATOR

71sq ft

A121

JANITOR

58sq ft

ELEVATOR

62sq ft

AF151

VESTIBULE

61sq ft

DF189

VESTIBULE

61sq ft

D125

JANITOR

42sq ft

BF163

VESTIBULE

51sq ft

DH151

CORRIDOR

279sq ft

AH155

CORRIDOR

259sq ft

A118

WOMEN'S

139sq ft

A162

LOCKER ROOM

214sq ft

D118

CORRIDOR

154sq ft

D109

BEAD BLAST MECHINE

297sq ft

DH157

CORRIDOR

144sq ft

C167

HAZ MAT

85sq ft

A123

ELEVATOR LOBBY

170sq ftC108

TOOL STORAGE

94sq ft

A124

ELEV EQUIP ROOM

95sq ft

B106

JANITOR

36sq ft

B158

VEHICLE OPERATION SUPER

117sq ft

AF103

VESTIBULE

43sq ft

D123

CORRIDOR

42sq ft D124

CORRIDOR

42sq ft

DF150

VESTIBULE

34sq ft

D117

EQUIPMENT ROOM

48sq ft

C163

HAZ MAT

15sq ft

STORAGE CLOSET

17sq ft

D104

BROOM CLOSET

15sq ft

0 100 20050 Feet

BLDG 662

1st Floor

Attachment 0001: Repair floor coating, center hallway

1288463154N Callout (2)Areas to be re-coated approx 520 SqFt

1288463154N Text Box

Length 58' Width 8'

1288463154N Text Box

Length 14' Width 4'

1288463154N Callout Contractor shall move and re-install lockers in the hallway where interfering with floor coating.

Attachment 0002 - Picture of tool room door and frame.

Back of opening(with wooden framing) Front of opening (new trim should match existing)

Schlage CO-100 Lock (Or equivalent functionality)

Attachment 0002 - Picture of mechanical room door and frame.

Existing mechanical room door 5' wide x 8' tall double doors

New doors: FRP double doors (open outward), new 6' wide x 84" tall opening/frame

-Left door bolted from inside, right door shall have standard lock set with handle

1288463154N Polygon

1288463154N Callout 1" thick insulated metal infill panel (painted to match)

1288463154N Callout Enlarge opening to install 6'x84" door set

1 DEMOLITION1/4"=1'-0"

PARTIAL MEZZANINE PLAN

3 POWER/FIRE ALARM1/4"=1'-0"

PARTIAL MEZZANINE PLAN

SECTION A

1/4"=1'-0"

SECTION B

NO SCALE

K A

N S

A S

N A

L G

U A

R D

C R

T, T

D A

S E

M B

E R

R A

W N

B Y

H E

C K

E D

B Y

E V

ORIGINAL CONTRACT

DOCUMENTS

C LATIMER, SOMMERS AND ASSOCIATES,

P.A., ENGINEERS. THIS DRAWING IS

COPYRIGHTED WORK BY LATIMER, SOMMERS

AND ASSOCIATES, P.A., ENGINEERS.

3639 SW Summerfield Drive, Suite A

Telephone: (785) 233-3232

Latimer Sommers & Associates, P.A.

C O N S U L T I N G E N G I N E E R S

Topeka, Kansas 66614-3974

FAX: (785) 233-0647

Email: lsapa@lsapa.com

LSA PROJECT NO.:

1808026

T O

P E

K A

A N

S A

C A

D K

F O

R B

E S

L D

A K

ME101

PARTIAL FLOOR

PLANS -

MECH/ELEC

KEY PLAN

NO SCALE

NORTH

Attachment A: Replacement of HVAC unit, 3rd Floor of Bldg 662

AutoCAD SHX Text

CWS

AutoCAD SHX Text

CWR

AutoCAD SHX Text

HWR

AutoCAD SHX Text

HWS

AutoCAD SHX Text

CWS

AutoCAD SHX Text

CWR

AutoCAD SHX Text 22x22

AutoCAD SHX Text 16x14

AutoCAD SHX Text 20x20

AutoCAD SHX Text

AUH-10

AutoCAD SHX Text 22x22 DN TO 32x14

AutoCAD SHX Text 32x14

AutoCAD SHX Text 39x18

AutoCAD SHX Text

1 1/4" HWS AND HWR

AutoCAD SHX Text 2"

AutoCAD SHX Text 1 1/4"

AutoCAD SHX Text 3"

AutoCAD SHX Text A

AutoCAD SHX Text

NEW SHUT-OFF VALVES INSTALLED ABOVE MEZZANINE

AutoCAD SHX Text

EXISTING

AutoCAD SHX Text

VALVES

AutoCAD SHX Text

EXISTING

AutoCAD SHX Text

PIPING

AutoCAD SHX Text

ME101

AutoCAD SHX Text B

AutoCAD SHX Text

AUH-10

AutoCAD SHX Text

CONNECT TO EXISTING CIRCUIT RE-FUSE TO 15A. IN PANEL "DPH4"

AutoCAD SHX Text

RECONNECT NEW DUCT DETECTOR TO EXISTING FIRE ALARM CIRCUIT

AutoCAD SHX Text

RECONNECT NEW DUCT DETECTOR TO EXISTING FIRE ALARM CIRCUIT

AutoCAD SHX Text

(SUPPLY)

AutoCAD SHX Text

(RETURN)

AutoCAD SHX Text

DEMOLITION LEGEND:

AutoCAD SHX Text EXISTING AHU TO BE REMOVED. CONTROLS AND VALVES SHALL BE REPLACED. POWER TO BE REUSED. DUCT DETECTORS TO BE REPLACED. DUCTWORK FROM AHU TO BE REMOVED AND REPLACED TO MATCH UP WITH NEW UNIT. EXISTING DUCT TO REMAIN. HW SUPPLY AND RETURN TO REMAIN. REUSE AND MODIFY AHU STANDS TO FIT NEW UNIT. EXISTING STRUCTURE NEAR FLOOR. REMOVE EXISTING AHU CONTROLLER AND SALVAGE TO OWNER. CONNECT NEW UNIT TO EXISTING COMMUNICATION BUS.

AutoCAD SHX Text

HWS

AutoCAD SHX Text

HWR

AutoCAD SHX Text 14x16

AutoCAD SHX Text 20x20

AutoCAD SHX Text

AUH-10

AutoCAD SHX Text 22x22

AutoCAD SHX Text 14x32

AutoCAD SHX Text 39x18

AutoCAD SHX Text

CWS

AutoCAD SHX Text

CWR

AutoCAD SHX Text 22x22

AutoCAD SHX Text 1 1/4"

AutoCAD SHX Text 2"

AutoCAD SHX Text

EXISTING SUPPORT STANDS WITH ADDITIONAL HEIGHT ADDED

AutoCAD SHX Text

EXISTING SUPPLY AIR DUCT

AutoCAD SHX Text

EXISTING RETURN AIR DUCT

AutoCAD SHX Text

EXISTING OA DUCT

AutoCAD SHX Text

CWR

AutoCAD SHX Text

CWS

AutoCAD SHX Text

CWR

AutoCAD SHX Text

CWS

AutoCAD SHX Text

CWR

AutoCAD SHX Text

CWS

AutoCAD SHX Text 2"

AutoCAD SHX Text

TO AHU-10

AutoCAD SHX Text

EXISTING CHILLED WATER PIPING TO FLOOR BELOW

AutoCAD SHX Text

EXISTING 3"

AutoCAD SHX Text

EXISTING CHILLED WATER PIPING OVERHEAD

AutoCAD SHX Text

REVISIONS

AutoCAD SHX Text

NO.

AutoCAD SHX Text

DATE

AutoCAD SHX Text L

AutoCAD SHX Text 1a

AutoCAD SHX Text M

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AutoCAD SHX Text 1b

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AutoCAD SHX Text E

AutoCAD SHX Text K

AutoCAD SHX Text J

AutoCAD SHX Text G

AutoCAD SHX Text H

AutoCAD SHX Text F

AutoCAD SHX Text 1a

AutoCAD SHX Text D

AutoCAD SHX Text C

AutoCAD SHX Text A

AutoCAD SHX Text B

AutoCAD SHX Text

AutoCAD SHX Text 1b

AutoCAD SHX Text

AutoCAD SHX Text L

AutoCAD SHX Text M

AutoCAD SHX Text F

AutoCAD SHX Text E

AutoCAD SHX Text D

AutoCAD SHX Text B

AutoCAD SHX Text A

AutoCAD SHX Text K

AutoCAD SHX Text J

AutoCAD SHX Text G

AutoCAD SHX Text H

AutoCAD SHX Text C

AutoCAD SHX Text

AutoCAD SHX Text 12a

AutoCAD SHX Text

AutoCAD SHX Text 1c

AutoCAD SHX Text 1d

AutoCAD SHX Text

AutoCAD SHX Text 1c

AutoCAD SHX Text 1d

EXISTING AIR HANDLING UNIT SCHEDULE

TRANE MIN/MAX EST. EXT. S.P. TOTAL EXT. MOTOR COOLING CAPACITY

MARK CFM UNIT SIZE/TYPE 0/A CFM w.c. S.P. ''W.C. CHARACTERISTICS TOTAL SENS E.A.T

LA.T. MAX. AIR tiP

MBH MBH DEGR ES F. ''W.C. GPM

AHU-10 UCCAG'IIBC'li 3500 350/700 1.4 2.94 5HP-480V./3 125.5

1. PROVIDE WITH DISCONNECT, 2" ANGLE FILTER SECTIONS, DISCHARGE AIR SENSOR, DIRTY FILTER SWITCH, OA TEMP SENSOR, AND CONDENSATE OVER FLOW SWITCH.

2. DIRECT DRIVE PLENUM FANS WITH VFD CONTROL.

SEQUENCE OF OPERATIONS:

SEQUENCE OF OPERATIONS

FLOW

BUILDING AUTOMATION SYSTEM INTERFACE:

93 80/56 0.61

THE BUILDING AUTOMATION SYSTEM (BAS) WILL SEND THE CONTROLLER OCCUPIED BYPASS, MORNING WARM-UP/PRE-COOL, OCCUPIED/UNOCCUPIED AND HEAT/COOL MODES.

OCCUPIED:

DURING OCCUPIED PERIODS THE SUPPLY FAN WILL RUN CONTINUOUSLY AND THE OUTSIDE AIR DAMPER WILL OPEN TO MAINTAIN MINIMUM VENTILATION REQUIREMENTS. THE HEATING OR

COOLING VALVE WILL MODULATE TO MAINTAIN THE ACTIVE SPACE TEMPERATURE SETPOINT. IF ECONOMIZING IS ENABLED THE OUTSIDE AIR DAMPER WILL ALSO MODULATE TO MAINTAIN THE

ACTIVE SPACE TEMPERATURE SETPOINT.

UNOCCUPIED:

WHEN THE SPACE TEMPERATURE FALLS BELOW THE UNOCCUPIED HEATING SETPOINT OF 60.0 DEG. F (ADJ.) MINUS 1.5 DEG. F, THE SUPPLY FAN WILL START, THE OUTSIDE AIR DAMPER WILL REMAIN CLOSED AND THE HEATING WILL BE ENABLED. WHEN THE SPACE TEMPERATURE RISES ABOVE THE UNOCCUPIED HEATING SETPOINT OF 60.0 DEG. F (ADJ.) PLUS 1.5 DEG. F, THE

SUPPLY FAN WILL STOP AND THE HEATING WILL BE DISABLED.

WHEN THE SPACE TEMPERATURE RISES ABOVE THE UNOCCUPIED COOLING SETPOINT 85.0 DEG. F (ADJ.) PLUS 1.5 DEG. F, THE SUPPLY FAN WILL START AND THE COOLING WILL BE ENABLED. THE OUTSIDE AIR DAMPER WILL OPEN IF ECONOMIZING IS ENABLED AND REMAIN CLOSED IF ECONOMIZING IS DISABLED. WHEN THE SPACE TEMPERATURE FALLS BELOW THE UNOCCUPIED COOLING SETPOINT OF 85.0 DEG. F (ADJ.) MINUS 1.5 DEG. F, THE SUPPLY FAN WILL STOP, COOLING WILL BE DISABLED AND THE OUTSIDE AIR DAMPER WILL CLOSE.

OPTIMAL START:

THE BAS WILL MONITOR THE SCHEDULED OCCUPIED TIME, OCCUPIED SPACE SETPOINTS AND SPACE TEMPERATURE TO CALCULATE WHEN THE OPTIMAL START OCCURS.

MORNING WARM-UP MODE:

DURING OPTIMAL START, IF THE SPACE TEMPERATURE IS BELOW THE OCCUPIED HEATING SETPOINT A MORNING WARM-UP MODE WILL BE ACTIVATED. WHEN MORNING WARM-UP IS INITIATED THE UNIT WILL ENABLE THE HEATING AND SUPPLY FAN. THE OUTSIDE AIR DAMPER WILL REMAIN CLOSED. WHEN THE SPACE TEMPERATURE REACHES THE OCCUPIED HEATING SETPOINT (ADJ.), THE UNIT WILL TRANSITION TO THE OCCUPIED MODE.

PRE -COOL MODE:

DURING OPTIMAL START, IF THE SPACE TEMPERATURE IS ABOVE THE OCCUPIED COOLING SETPOINT, PRE -COOL MODE WILL BE ACTIVATED. WHEN PRE -COOL IS INITIATED THE UNIT WILL ENABLE THE FAN AND COOLING OR ECONOMIZER. THE OUTSIDE AIR DAMPER WILL REMAIN CLOSED, UNLESS ECONOMIZING. WHEN THE SPACE TEMPERATURE REACHES OCCUPIED COOLING

SETPOINT (ADJ.), THE UNIT WILL TRANSITION TO THE OCCUPIED MODE.

OPTIMAL STOP:

THE BAS WILL MONITOR THE SCHEDULED UNOCCUPIED TIME, OCCUPIED SETPOINTS AND SPACE TEMPERATURE TO CALCULATE WHEN THE OPTIMAL STOP OCCURS. WHEN THE OPTIMAL STOP MODE IS ACTIVE THE UNIT CONTROLLER WILL MAINTAIN THE SPACE TEMPERATURE TO THE SPACE TEMPERATURE OFFSET SETPOINT. OUTSIDE AIR DAMPER WILL REMAIN ENABLED TO PROVIDE

MINIMUM VENTILATION.

REHEAT COIL:

THE REHEAT COIL WILL MODULATE TO MAINTAIN THE DISCHARGE TEMPERATURE SETPOINT. WHEN THE UNIT IS SHUTDOWN, THE REHEAT COIL WILL BE COMMANDED TO A PRESET POSITION SHOULD THE OUTDOOR AIR TEMPERATURE FALL BELOW THE LOW OUTDOOR AIR TEMPERATURE SETPOINT. UPON A LOSS OF AIRFLOW, THE REHEAT COIL WILL BE COMMANDED TO A PRESET POSITION SHOULD THE OUTDOOR

AIR TEMPERATURE FALL BELOW THE LOW OUTDOOR AIR TEMPERATURE SETPOINT.

COOLING COIL:

THE COOLING COIL WILL MODULATE TO MAINTAIN THE DISCHARGE TEMPERATURE SETPOINT. WHEN THE UNIT IS SHUTDOWN, THE COOLING COIL WILL BE COMMANDED TO A PRESET POSITION SHOULD THE OUTDOOR AIR TEMPERATURE FALL BELOW THE LOW OUTDOOR AIR TEMPERATURE SETPOINT. UPON A LOSS OF AIRFLOW, THE COOLING COIL WILL BE OFF.

SPACE TEMPERATURE CONTROL:

THE SPACE TEMPERATURE WILL BE MAINTAINED BETWEEN THE OCCUPIED COOLING SETPOINT OF 75.0 DEG. F (ADJ.) AND THE OCCUPIED HEATING SETPOINT OF 70.0 DEG. F (ADJ.). THE UNIT WILL TRANSITION TO THE COOLING MODE WHEN COOLING CAPACITY IS REQUIRED TO MAINTAIN THE SPACE TEMPERATURE. THE UNIT WILL TRANSITION TO THE HEATING MODE WHEN HEATING

CAPACITY IS REQUIRED TO MAINTAIN THE SPACE TEMPERATURE.

ECONOMIZER CONTROL:

ECONOMIZING WILL BE DISABLED WHEN THE OUTDOOR AIR TEMPERATURE IS GREATER THAN THE ECONOMIZER ENABLE SETPOINT OF 65.0 DEG. F (ADJ.) PLUS 5.0 DEG. F. ECONOMIZING WILL BE ENABLED WHEN THE OUTDOOR AIR TEMPERATURE IS BELOW THE ECONOMIZING ENABLE SETPOINT. WHEN ECONOMIZING IS ENABLED THE OUTSIDE AIR DAMPER WILL MODULATE BETWEEN THE MINIMUM DAMPER POSITION AND 100% OPEN TO MAINTAIN THE OCCUPIED COOLING SETPOINT. IF THE OUTDOOR AIR TEMPERATURE SENSOR IS FAILED ECONOMIZING WILL BE DISABLED

AND AN ALARM WILL BE ANNUNCIATED AT THE BAS.

CARBON DIOXIDE OVERRIDE:

WHEN THE OUTDOOR AIR IS ABOVE 55 DEGREES, IF THE RETURN AIR CO2 LEVEL RISES ABOVE 800 PPM, THE OUTDOOR AIR DAMPERS WILL BE GRADUALLY OVERRIDDEN IN 5% INCREMENTS AND LOCK TO

THE MAXIMUM QA CFM UNTIL THE RETURN AIR CO2 LEVEL DROPS BACK BELOW 700 PPM.

SUPPLY FAN:

THE FAN WILL BE OFF IN THE UNOCCUPIED MODE. THE FAN WILL BE ON IF THE CONTROL IS HEATING OR COOLING IN THE UNOCCUPIED MODE. WHEN THE CONTROLLER IS IN THE OCCUPIED MODE, THE SUPPLY FAN WILL OPERATE CONTINUOUSLY AT RATED SPEED. IF THE SUPPLY FAN FAILS THE FAN WILL BE COMMANDED OFF AND AN ALARM WILL BE ANNUNCIATED AT THE BAS.

A MANUAL RESET WILL BE REQUIRED TO RESTART THE FAN.

FREEZE PROTECTION:

A HARDWIRED, LOW LIMIT TEMPERATURE SWITCH WILL BE ELECTRICALLY INTERLOCKED WITH THE MOTOR STARTER. IF THE LOW LIMIT TEMPERATURE SWITCH IS TRIPPED 38.0 DEG. F (ADJ.), THE OUTSIDE AIR DAMPER WILL CLOSE, ALL VALVES WILL OPEN TO 100% (ADJUST PER CLIMATE), AND AN ALARM WILL BE ANNUNCIATED AT THE BAS. A MANUAL RESET OF THE LOW LIMIT

TEMPERATURE SWITCH WILL BE REQUIRED TO RESTART THE FAN.

FILTER STATUS:

A DIFFERENTIAL PRESSURE SWITCH WILL MONITOR THE DIFFERENTIAL PRESSURE ACROSS THE FILTER WHEN THE FAN IS RUNNING. IF THE SWITCH CLOSES DURING NORMAL OPERATION A DIRTY

FILTER ALARM WILL BE ANNUNCIATED AT THE BAS.

ADDITIONAL POINTS MONITORED BY THE FMS:

REHEAT ENTERING WATER TEMPERATURE (PHEW-T)

REHEAT LEAVING WATER TEMPERATURE (PHLW-T)

CHILLED WATER ENTERING TEMPERATURE (CHEW-T)

CHILLED WATER LEAVING TEMPERATURE (CHLW-T)

MIXED AIR TEMPERATURE (MA-T)

RETURN AIR TEMPERATURE (RA-T)

RETURN AIR QUALITY (RA-Q)

ZONE TEMPERATURE (ZN-T)

ZONE QUALITY (ZN-Q)

BUILDING STATIC PRESSURE (BLDG-P)

PREFILTER STATUS (PFILT-S)

DISCHARGE AIR HIGH DUCT PRESSURE (DAPHI-A)

LOW TEMPERATURE ALARM (LT-A)

MAX. WATER

tiP ''W.C.

3.2

MAX. COIL FACE

VELOCITY FPM

NO. OF ROWS

FPI

6, 9

RETURN

MAIN

SUPPLY

MAIN

E.W.T.bl.W.T. TOTAL E.A.T

LA.T.

DEGR ES F. MBH DEGR ES F.

45/55 11 0.4 68/97

2-WAY PRESSURE INDEPENDENT

CONTROL VALVE (TYP.)

HEATING CAPACITY

MAX. AIR tiP MAX. WATER MAX. COIL FACE NO. OF ROWS E.W.T.bL.W.T. REMARKS

"W.C. GPM tiP "W.C. VELOCITY FPM FPI DEGR ES F.

0.10 11 0.75 460 1, 9 180/160 1, 2

WATER COIL

COMBINATION VALVE �

AND STRAINER

FLEXIBLE PIPE CONNECTOR

(OMIT ON INTERNALLY

ISOLATED FAN)

DRAIN PAN (OMIT HOT

WATER COIL ONLY)

TERMINATE OVER

1----FLOOR DRAIN OR ROOF

WHERE APPLICABLE

SINGLE WATER COIL DETAIL

2-WAY CONTROL VALVE

RAD-0 NO

PFILT-S

(REFER TO SPECIFICATIONS FOR

VALVE PACKAGE REQUIREMENTS)

MA-T LT-A

CHWL-T

CLG-0

RETURN

SUPPLY

CHWE-T

RHWL-T

RH-0

RETURN

N 0

SUPPLY

0 AHU-10 CONTROL DIAGRAM

NO SCALE

NOTE:

CONTROLS SHALL BE BY JOHNSON CONTROLS INC.

CONTACT TIM SWOPE AT:

MOBILE: (785) 633-0838

OFFICE: (785) 267-0801

RH-T

RHWE-T

SF VFD

[SKI

L H

DAPHI-A

RA-Q RA-T

-(SF-0)

DA-T

Lalimer Sommers & Associates, P.A.

CONSULTING ENGINEERS

3639 SW Summerfield Drive, Suite A Topeka, Kansas 66614-3974

Telephone: (785) 233-3232

FAX: (785) 233-0647

Email: lsapa@lsapa.com

@ LATIMER, SOMMERS AND ASSOCIATES,

P.A., ENGINEERS. THIS DRAWING IS

COPYRIGHTED WORK BY LATIMER, SOMMERS

AND ASSOCIATES, PA ENGINEERS.

LSA PROJECT NO.:

1808026

NO. DATE

REVISIONS

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MECHANICAL

DETAILS AND

SCHEDULES

ME201

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ORIGINAL CONTRACT

DOCUMENTS

Attachment A: Replacement of HVAC unit, 3rd Floor of Bldg 662

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MAIN

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SUPPLY

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MAIN

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2-WAY PRESSURE INDEPENDENT

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UNION

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TERMINATE OVER

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FLOOR DRAIN OR ROOF

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AIR TRAP

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PETE'S

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PLUG (TYP.)

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MANUAL

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AIR VENT

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DRAIN PAN (OMIT HOT

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WATER COIL ONLY)

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FLEXIBLE PIPE CONNECTOR

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(OMIT ON INTERNALLY

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ISOLATED FAN)

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WATER COIL

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WHERE APPLICABLE

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CONTROL VALVE (TYP.)

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COMBINATION VALVE

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AND STRAINER

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COOLING CAPACITY

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UCCAG%%CBC%%C

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AHU-10

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MARK

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TRANE UNIT SIZE/TYPE

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CFM

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EST. EXT. S.P. W.C.

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TOTAL EXT. S.P. "W.C.

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TOTAL

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MBH

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SENS

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MBH

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E.A.T./LA.T.

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DEGREES F.

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MAX. AIR ΔP

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GPM

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MAX. WATER

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ΔP "W.C.

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DEGREES F.

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TOTAL

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MBH

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E.A.T./LA.T.

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DEGREES F.

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MAX. AIR ΔP

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GPM

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MAX. WATER

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ΔP "W.C.

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MAX. COIL FACE

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VELOCITY FPM

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MAX. COIL FACE

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VELOCITY FPM

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NO. OF ROWS

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FPI

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DEGREES F.

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HEATING CAPACITY

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AutoCAD SHX Text 80/56

AutoCAD SHX Text 0.61

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AutoCAD SHX Text 3.2

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AutoCAD SHX Text 45/55

AutoCAD SHX Text 110.4

AutoCAD SHX Text 68/97

AutoCAD SHX Text 0.10

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AutoCAD SHX Text 0.75

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AutoCAD SHX Text 1, 9

AutoCAD SHX Text 180/160

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5HP-480V./3

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MOTOR CHARACTERISTICS

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NO. OF ROWS

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FPI

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1. PROVIDE WITH DISCONNECT, 2" ANGLE FILTER SECTIONS, DISCHARGE AIR SENSOR, DIRTY FILTER SWITCH, OA TEMP SENSOR, PROVIDE WITH DISCONNECT, 2" ANGLE FILTER SECTIONS, DISCHARGE AIR SENSOR, DIRTY FILTER SWITCH, OA TEMP SENSOR, AND CONDENSATE OVER FLOW SWITCH. 2. DIRECT DRIVE PLENUM FANS WITH VFD CONTROL.DIRECT DRIVE PLENUM FANS WITH VFD CONTROL.

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REMARKS

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AutoCAD SHX Text SEQUENCE OF OPERATIONS FLOW BUILDING AUTOMATION SYSTEM INTERFACE: THE BUILDING AUTOMATION SYSTEM (BAS) WILL SEND THE CONTROLLER OCCUPIED BYPASS, MORNING WARM-UP/PRE-COOL, OCCUPIED/UNOCCUPIED AND HEAT/COOL MODES. OCCUPIED: DURING OCCUPIED PERIODS THE SUPPLY FAN WILL RUN CONTINUOUSLY AND THE OUTSIDE AIR DAMPER WILL OPEN TO MAINTAIN MINIMUM VENTILATION REQUIREMENTS. THE HEATING OR COOLING VALVE WILL MODULATE TO MAINTAIN THE ACTIVE SPACE TEMPERATURE SETPOINT. IF ECONOMIZING IS ENABLED THE OUTSIDE AIR DAMPER WILL ALSO MODULATE TO MAINTAIN THE ACTIVE SPACE TEMPERATURE SETPOINT. UNOCCUPIED: WHEN THE SPACE TEMPERATURE FALLS BELOW THE UNOCCUPIED HEATING SETPOINT OF 60.0 DEG. F (ADJ.) MINUS 1.5 DEG. F, THE SUPPLY FAN WILL START, THE OUTSIDE AIR DAMPER WILL REMAIN CLOSED AND THE HEATING WILL BE ENABLED. WHEN THE SPACE TEMPERATURE RISES ABOVE THE UNOCCUPIED HEATING SETPOINT OF 60.0 DEG. F (ADJ.) PLUS 1.5 DEG. F, THE SUPPLY FAN WILL STOP AND THE HEATING WILL BE DISABLED. WHEN THE SPACE TEMPERATURE RISES ABOVE THE UNOCCUPIED COOLING SETPOINT 85.0 DEG. F (ADJ.) PLUS 1.5 DEG. F, THE SUPPLY FAN WILL START AND THE COOLING WILL BE ENABLED. THE OUTSIDE AIR DAMPER WILL OPEN IF ECONOMIZING IS ENABLED AND REMAIN CLOSED IF ECONOMIZING IS DISABLED. WHEN THE SPACE TEMPERATURE FALLS BELOW THE UNOCCUPIED COOLING SETPOINT OF 85.0 DEG. F (ADJ.) MINUS 1.5 DEG. F, THE SUPPLY FAN WILL STOP, COOLING WILL BE DISABLED AND THE OUTSIDE AIR DAMPER WILL CLOSE. OPTIMAL START: THE BAS WILL MONITOR THE SCHEDULED OCCUPIED TIME, OCCUPIED SPACE SETPOINTS AND SPACE TEMPERATURE TO CALCULATE WHEN THE OPTIMAL START OCCURS. MORNING WARM-UP MODE: DURING OPTIMAL START, IF THE SPACE TEMPERATURE IS BELOW THE OCCUPIED HEATING SETPOINT A MORNING WARM-UP MODE WILL BE ACTIVATED. WHEN MORNING WARM-UP IS INITIATED THE UNIT WILL ENABLE THE HEATING AND SUPPLY FAN. THE OUTSIDE AIR DAMPER WILL REMAIN CLOSED. WHEN THE SPACE TEMPERATURE REACHES THE OCCUPIED HEATING SETPOINT (ADJ.), THE UNIT WILL TRANSITION TO THE OCCUPIED MODE. PRE-COOL MODE: DURING OPTIMAL START, IF THE SPACE TEMPERATURE IS ABOVE THE OCCUPIED COOLING SETPOINT, PRE-COOL MODE WILL BE ACTIVATED. WHEN PRE-COOL IS INITIATED THE UNIT WILL ENABLE THE FAN AND COOLING OR ECONOMIZER. THE OUTSIDE AIR DAMPER WILL REMAIN CLOSED, UNLESS ECONOMIZING. WHEN THE SPACE TEMPERATURE REACHES OCCUPIED COOLING SETPOINT (ADJ.), THE UNIT WILL TRANSITION TO THE OCCUPIED MODE. OPTIMAL STOP: THE BAS WILL MONITOR THE SCHEDULED UNOCCUPIED TIME, OCCUPIED SETPOINTS AND SPACE TEMPERATURE TO CALCULATE WHEN THE OPTIMAL STOP OCCURS. WHEN THE OPTIMAL STOP MODE IS ACTIVE THE UNIT CONTROLLER WILL MAINTAIN THE SPACE TEMPERATURE TO THE SPACE TEMPERATURE OFFSET SETPOINT. OUTSIDE AIR DAMPER WILL REMAIN ENABLED TO PROVIDE MINIMUM VENTILATION. REHEAT COIL: THE REHEAT COIL WILL MODULATE TO MAINTAIN THE DISCHARGE TEMPERATURE SETPOINT. WHEN THE UNIT IS SHUTDOWN, THE REHEAT COIL WILL BE COMMANDED TO A PRESET POSITION SHOULD THE OUTDOOR AIR TEMPERATURE FALL BELOW THE LOW OUTDOOR AIR TEMPERATURE SETPOINT. UPON A LOSS OF AIRFLOW, THE REHEAT COIL WILL BE COMMANDED TO A PRESET POSITION SHOULD THE OUTDOOR AIR TEMPERATURE FALL BELOW THE LOW OUTDOOR AIR TEMPERATURE SETPOINT. COOLING COIL: THE COOLING COIL WILL MODULATE TO MAINTAIN THE DISCHARGE TEMPERATURE SETPOINT. WHEN THE UNIT IS SHUTDOWN, THE COOLING COIL WILL BE COMMANDED TO A PRESET POSITION SHOULD THE OUTDOOR AIR TEMPERATURE FALL BELOW THE LOW OUTDOOR AIR TEMPERATURE SETPOINT. UPON A LOSS OF AIRFLOW, THE COOLING COIL WILL BE OFF. SPACE TEMPERATURE CONTROL: THE SPACE TEMPERATURE WILL BE MAINTAINED BETWEEN THE OCCUPIED COOLING SETPOINT OF 75.0 DEG. F (ADJ.) AND THE OCCUPIED HEATING SETPOINT OF 70.0 DEG. F (ADJ.). THE UNIT WILL TRANSITION TO THE COOLING MODE WHEN COOLING CAPACITY IS REQUIRED TO MAINTAIN THE SPACE TEMPERATURE. THE UNIT WILL TRANSITION TO THE HEATING MODE WHEN HEATING CAPACITY IS REQUIRED TO MAINTAIN THE SPACE TEMPERATURE. ECONOMIZER CONTROL: ECONOMIZING WILL BE DISABLED WHEN THE OUTDOOR AIR TEMPERATURE IS GREATER THAN THE ECONOMIZER ENABLE SETPOINT OF 65.0 DEG. F (ADJ.) PLUS 5.0 DEG. F. ECONOMIZING WILL BE ENABLED WHEN THE OUTDOOR AIR TEMPERATURE IS BELOW THE ECONOMIZING ENABLE SETPOINT. WHEN ECONOMIZING IS ENABLED THE OUTSIDE AIR DAMPER WILL MODULATE BETWEEN THE MINIMUM DAMPER POSITION AND 100% OPEN TO MAINTAIN THE OCCUPIED COOLING SETPOINT. IF THE OUTDOOR AIR TEMPERATURE SENSOR IS FAILED ECONOMIZING WILL BE DISABLED AND AN ALARM WILL BE ANNUNCIATED AT THE BAS. CARBON DIOXIDE OVERRIDE: WHEN THE OUTDOOR AIR IS ABOVE 55 DEGREES, IF THE RETURN AIR CO2 LEVEL RISES ABOVE 800 PPM, THE OUTDOOR AIR DAMPERS WILL BE GRADUALLY OVERRIDDEN IN 5% INCREMENTS AND LOCK TO THE MAXIMUM OA CFM UNTIL THE RETURN AIR CO2 LEVEL DROPS BACK BELOW 700 PPM. SUPPLY FAN: THE FAN WILL BE OFF IN THE UNOCCUPIED MODE. THE FAN WILL BE ON IF THE CONTROL IS HEATING OR COOLING IN THE UNOCCUPIED MODE. WHEN THE CONTROLLER IS IN THE OCCUPIED MODE, THE SUPPLY FAN WILL OPERATE CONTINUOUSLY AT RATED SPEED. IF THE SUPPLY FAN FAILS THE FAN WILL BE COMMANDED OFF AND AN ALARM WILL BE ANNUNCIATED AT THE BAS. A MANUAL RESET WILL BE REQUIRED TO RESTART THE FAN. FREEZE PROTECTION: A HARDWIRED, LOW LIMIT TEMPERATURE SWITCH WILL BE ELECTRICALLY INTERLOCKED WITH THE MOTOR STARTER. IF THE LOW LIMIT TEMPERATURE SWITCH IS TRIPPED 38.0 DEG. F (ADJ.), THE OUTSIDE AIR DAMPER WILL CLOSE, ALL VALVES WILL OPEN TO 100% (ADJUST PER CLIMATE), AND AN ALARM WILL BE ANNUNCIATED AT THE BAS. A MANUAL RESET OF THE LOW LIMIT TEMPERATURE SWITCH WILL BE REQUIRED TO RESTART THE FAN. FILTER STATUS: A DIFFERENTIAL PRESSURE SWITCH WILL MONITOR THE DIFFERENTIAL PRESSURE ACROSS THE FILTER WHEN THE FAN IS RUNNING. IF THE SWITCH CLOSES DURING NORMAL OPERATION A DIRTY FILTER ALARM WILL BE ANNUNCIATED AT THE BAS. ADDITIONAL POINTS MONITORED BY THE FMS: REHEAT ENTERING WATER TEMPERATURE (PHEW-T) REHEAT LEAVING WATER TEMPERATURE (PHLW-T) CHILLED WATER ENTERING TEMPERATURE (CHEW-T) CHILLED WATER LEAVING TEMPERATURE (CHLW-T) MIXED AIR TEMPERATURE (MA-T) RETURN AIR TEMPERATURE (RA-T) RETURN AIR QUALITY (RA-Q) ZONE TEMPERATURE (ZN-T) ZONE QUALITY (ZN-Q) BUILDING STATIC PRESSURE (BLDG-P) PREFILTER STATUS (PFILT-S) DISCHARGE AIR HIGH DUCT PRESSURE (DAPHI-A) LOW TEMPERATURE ALARM (LT-A)

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SEQUENCE OF OPERATIONS:

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SUPPLY

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CLG-O

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SUPPLY

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RH-O

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SF-C

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SF-S

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DA-T

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SF VFD

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RA-T

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ZN-Q

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LT-A

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RH-T

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RA-Q

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PFILT-S

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DAPHI-A

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RAD-O

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MA-T

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RHWL-T

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RHWE-T

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CHWL-T

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CHWE-T

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ZN-T

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OAD-O

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SF-O

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RAD-O

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MIN/MAX O/A CFM

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REVISIONS

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NO.

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DATE

Attachment B – Additional information for power factor corrector

Units located outside of Bldg 662.

Data plate from cabinet

Attachment B - Additional requirements for power factor corrector:

A. Power Factor Correction Capacitors shall be sized meet the current building electrical service requirement and phasing. These systems shall be made by a name brand manufacturer such as Powercap, Eaton or similar and be designed for a 20 year continuous duty design cycle. Individual capacitor cells shall be covered by a two-year warranty (standard duty cells) or five-year warranty (heavy duty cells)

B. Capacitors

1. Individual capacitors shall be three-phase self-healing Metallized polypropylene type capacitors with a low loss design. The Metallized elements shall be impregnated by an inert gas in vacuum to remove all traces of moisture and contaminants and then hermetically sealed to allow excellent capacitor stability and long useful life. The elements shall then be encapsulated in an insulating, high viscosity polyurethane resin compound and then sealed in an aluminum can.

2. The polyurethane resin shall not be a fire hazard, will have a high flash point of 444 deg F or higher and will provide excellent heat dissipation properties while avoiding any partial discharge/corona effects.

3. Each capacitor cell shall be furnished with a UL recognized pressure sensitive interrupter. The interrupter shall disconnect all three phases at the same time to maintain a balanced circuit.

4. Capacitors shall be low loss, with maximum dielectric losses of 0.2W/kvar and total value less than 0.45 watts per kvar.

5. Capacitors cells shall be designed for continuous operation at a minimum of the electrical system nominal voltage. 480 V units shall have 525 V or higher rated capacitor cells. Optional heavy duty capacitor cells (600 V rated cells for application on 480 V systems) shall be available. Nominal design life of individual capacitor cells shall be 100,000 hours under rated and defined operating conditions.

6. Capacitor cells shall be housed in anti-corrosion enclosures such as an extruded aluminum can and shall be provided with an integral grounding stud.

7. Capacitor cells shall have UL 486A recognized finger safe terminals with an insulation voltage rating of 3 kV AC.

C. New equipment shall be located in the original equipment cabinet. **Contractor is responsible for any repairs required to ensure cabinet complies with current electrical codes.** The enclosure shall be NEMA 1 gasketed or NEMA 3R fabricated from sheet steel.

D. In line series fuses on all three phases shall be UL listed and labeled, and will provide major overcurrent protection. Line fuses shall be current limiting Class T type. Minimum interrupting rating shall be 200,000 amperes at 480 volts for fuses rated 30 amperes and above. Fuses shall be designed for capacitor application and shall be rated not less than 180% current rating.

E. Capacitors shall be provided with factory installed push-on type discharge resistor modules that will reduce the residual voltage on the capacitor to less than 50 volts within one minute of de-energization as required by the National Electrical Code Article 460.6.

F. All equipment must comply with the latest standards of NEMA, NEC, IEC, IEEE and ANSI.

G. The complete equipment including all components used shall be UL listed/recognized and labeled per UL 508A, standard for Industrial Control Equipment. Internal capacitor cells are to be UL labeled and in compliance with the UL 810 standard.

Attachment C: Install Communications Conduit, Tier 4

1288463154N Callout

(2) Additional 4x4 junction boxes

- 16" mounting height.

- connected conduit shall extend 12" above ceiling grid

1288463154N Rectangle

1288463154N Oval

1288463154N Callout

(2) 4" sch. 40 PVC conduits

- core drill through concrete ceiling

- connect to tier 4 junction box (above)

- terminate at 24" above carpet

1288463154N Rectangle

1288463154N Callout New Junction box

- 4 more ethernet connection points

1288463154N Callout New Junction box

- 4 more ethernet connection points

Attached Drawings 0001

Attached Drawings 0002

Attached Drawings A ME101

Attached Drawings B

Attached Drawings C

File details come from the government source that posted it.