RFP Addeudm #1 551_26434_MNB.pdf
PDF 262 KB Posted
- Solicitation number
- RFP 171 260000002564 5
- Issued by
- Wayne County, Michigan
About this file
This is an RFP Addendum No. 1 issued by the Michigan Department of Technology, Management and Budget (DTMB), State Facilities Administration Design and Construction Division for the Detroit Lab - Northville Lab Relocation project (File Number 551-26434.MNB). The addendum modifies the original Request for Proposal for Professional Services and was issued on September 2, 2026, with a proposal due date of October 1, 2026. Project Director Mustaf (Chris) Bahjet, P.E. oversees the project. The addendum addresses three primary items: reissuance of the equipment list with the removal of the last tab, issuance of the index for drawings set dated July 16, 2020, and notification that permit and construction set drawings will be shared with the selected professional following award. The project involves the relocation of the Michigan State Police Metropolitan Detroit Forensics Science Laboratory from its current location at 500 Griswold, Suite 1700, Detroit, MI 48226 to a facility in Northville.
The addendum provides a comprehensive index of technical drawings spanning multiple disciplines including mechanical, electrical, fire protection, civil, structural, architectural, technology, equipment, and plumbing systems. The drawing set includes demolition plans, HVAC systems, power distribution, lighting, fire alarm and suppression systems, life safety plans, site preparation, building code compliance documentation, and detailed interior planning for specialized laboratory spaces including evidence management, biology units, firearms units, controlled substance units, and administrative areas. The drawings reference design assistance packages and construction documentation dated from October 2012 through July 2013, with permit and construction sets prepared for the selected professional. No specific pricing terms, funding sources, or contract value information is provided in this addendum document.
View the file
Other files
| File | Type | Posted |
|---|---|---|
| Addendum 4 Detroit Lab 551_26434.pdf | ||
| Mechanical Equipment 26434.xlsx | XLSX spreadsheet | |
| Project Statement 26434.pdf | ||
| Addendum 1 - Mechanical Equipment 26434.xlsx | XLSX spreadsheet | |
| RFP Add 2 Detroit Lab 551_26434.pdf | ||
| RFP Billable Rate (Rev 2-26) 26434.pdf | ||
| SAMPLE Billable Rate Contract (Rev 04-25).pdf | ||
| Addendum 3 Detroit Lab 26434 Part 1 .pdf | ||
| Addendum 3 Detroit Lab 26434 Part 2.pdf |
On GovTribe
Work with this file
- Download the original file
- Contacts named in this file
- Similar government files
- Ask GovTribe AI about this file
Text version
DTMB-0414 RFP (Rev 2/22)
DEPARTMENT OF TECHNOLOGY, MANAGEMENT AND BUDGET
State Facilities Administration Design and Construction Division
REQUEST FOR PROPOSAL
ADDENDUM NO. 01
This form identifies an Addendum to a Request for Proposal for Professional Services, and incorporates interpretations or clarifications, modifications, and other information into the Request for Proposals.
Addenda will be numbered by the Project Director and distributed through SIGMA Vendor VSS as an attachment.
TO:
ALL PROPOSERS
DATE ISSUED
9/2/2026
PROJECT NAME
Detroit Lab – Northville Lab Relocation
FILE NUMBER
551-26434.MNB
PROJECT DIRECTOR
Mustaf (Chris) Bahjet, P. E
PROPOSAL DUE DATE:
October 1st, 2026
ADDENDUM ITEMS:
1. Re issued Equipment list – removed last tab.
2. Issued the index for drawings set dated 7-16-20 3, Permit/Construction Set.
Drawings will be shared with the selected professional.
APPROVED BY:
PROJECT DIRECTOR MNB DATE 9/2/2026
DR
AW
IN
G
NU
M
BE
R
PR
OJ
EC
T
NU
M
BE
R
SC
AL
E
DR
AW
IN
G
TI
TL
E
KE
YP
LA
N
SE
AL
S
AN
D
SI
GN
AT
UR
ES
IS
SU
ED
F
OR
RE
V
DA
TE
Plot Date:
MI
CH
IG
AN
S
TA
TE
P
OL
IC
E
ME
TR
OP
OL
ITA
N
DE
TR
OI
T
FO
RE
NS
IC
S
CI
EN
CE
LA
BO
RA
TO
RY
GR
IS
W
OL
D
SU
IT
E
DE
TR
OI
T, M I 4
3.
3.
ww w.
sm ith gr ou pjj r.c om
MS
P
PR
OJ
EC
T
NU
MB
ER
1/1
.D
CS
7/26/2013 2:47:38 PM
IN
D
EX
O
F D
R
AW
IN
G
S
G0 .1
0.
ME
CH
AN
IC
AL
M0
.1
ME
CH
AN
IC
AL
LE
GE
ND
, S
YM
BO
LS
A
ND
A
BB
RE
VI
AT
IO
NS
MD
.1
FI
RS
T
LE
VE
L H
VA
C
DE
MO
LIT
IO
N
PL
AN
MD
.3
TH
IR
D
LE
VE
L H
VA
C
DE
MO
LIT
IO
N
PL
AN
MD
.4
FO
UR
TH
LE
VE
L H
VA
C
DE
MO
LIT
IO
N
PL
AN
M2 .1
FI
RS
T
LE
VE
L H
VA
C
PL
AN
M2 .2
SE
CO
ND
LE
VE
L H
VA
C
PL
AN
M2 .3
TH
IR
D
LE
VE
L H
VA
C
CO
MP
OS
IT
E
PL
AN
M2
.3.
TH
IR
D
LE
VE
L H
VA
C
EN
LA
RG
ED
P
LA
N
AR
EA
M2 .3.
TH
IR
D
LE
VE
L H
VA
C
EN
LA
RG
ED
P
LA
N
AR
EA
M2
.3.
TH
IR
D
LE
VE
L H
VA
C
EN
LA
RG
ED
P
LA
N
AR
EA
M2 .3.
TH
IR
D
LE
VE
L H
VA
C
EN
LA
RG
ED
P
LA
N
AR
EA
M2
.4
FO
UR
TH
LE
VE
L H
VA
C
RO
OF
P
LA
N
M2 .P
H
PE
NT
HO
US
E
LE
VE
L M
EC
HA
NI
CA
L P
LA
N
M2 .P
R
PE
NT
HO
US
E
RO
OF
M
EC
HA
NI
CA
L P
LA
N
M3 .3
TH
IR
D
LE
VE
L H
VA
C
PI
PI
NG
P
LA
N
M4 .1
ME
CH
AN
IC
AL
S
EC
TI
ON
S
M4 .2
ME
CH
AN
IC
AL
S
EC
TI
ON
S
M5 .1
AI
RF
LO
W
D
IA
GR
AM
M5 .2
HE
AT
IN
G
HO
T
W
AT
ER
F
LO
W
D
IA
GR
AM
M6 .1
ME
CH
AN
IC
AL
D
ET
AI
LS
M6
.2
ME
CH
AN
IC
AL
D
ET
AI
LS
M6 .3
ME
CH
AN
IC
AL
D
ET
AI
LS
M6
.4
ME
CH
AN
IC
AL
D
ET
AI
LS
M7 .1
ME
CH
AN
IC
AL
S
CH
ED
UL
ES
M7 .2
ME
CH
AN
IC
AL
S
CH
ED
UL
ES
M7 .3
ME
CH
AN
IC
AL
S
CH
ED
UL
ES
M8 .0
ME
CH
AN
IC
AL
C
ON
TR
OL
S
LE
GE
ND
M8
.1
ME
CH
AN
IC
AL
C
ON
TR
OL
S M8
.2
ME
CH
AN
IC
AL
C
ON
TR
OL
S M8
.3
ME
CH
AN
IC
AL
C
ON
TR
OL
S M8
.4
ME
CH
AN
IC
AL
C
ON
TR
OL
S M8
.5
ME
CH
AN
IC
AL
C
ON
TR
OL
S M8
.6
ME
CH
AN
IC
AL
C
ON
TR
OL
S
EL
EC
TR
IC
AL
E0 .1
EL
EC
TR
IC
AL
A
BB
RE
VA
TI
ON
S
AN
D
SY
MB
OL
S
E0 .2
EL
EC
TR
IC
AL
S
CH
ED
UL
ES
ED
.1
EL
EC
TR
IC
AL
D
EM
OL
IT
IO
N
PL
AN
F
IR
ST
LE
VE
L
ED
.4
EL
EC
TR
IC
AL
D
EM
OL
IT
IO
N
PL
AN
F
OU
RT
H
LE
VE
L
E2 .1
FI
RS
T
LE
VE
L P
OW
ER
P
LA
N E2
.2.
SE
CO
ND
LE
VE
L P
OW
ER
P
LA
N
- A
RE
A
A E2
.2.
SE
CO
ND
LE
VE
L P
OW
ER
P
LA
N
- A
RE
A
B E2
.3.
TH
IR
D
LE
VE
L P
OW
ER
P
LA
N
- A
RE
A
A E2
.3.
TH
IR
D
LE
VE
L P
OW
ER
P
LA
N
- A
RE
A
B E2
.4
FO
UR
TH
LE
VE
L P
OW
ER
P
LA
N
E2 .P
H
PE
NT
HO
US
E
LE
VE
L P
OW
ER
P
LA
N
E2 .P
R
PE
NT
HO
US
E
RO
OF
P
OW
ER
P
LA
N
E3 .1
FI
RS
T
LE
VE
L L
IG
HT
IN
G
PL
AN
E3 .3.
TH
IR
D
LE
VE
L L
IG
HT
IN
G
PL
AN
AR
EA
A E3
.3.
TH
IR
D
LE
VE
L L
IG
HT
IN
G
PL
AN
AR
EA
B
E4 .1
FI
RS
T
LE
VE
L S
PE
CI
AL
S
YS
TE
MS
P
LA
N
E4 .3.
TH
IR
D
LE
VE
L S
PE
CI
AL
S
YS
TE
MS
P
LA
N
- A
RE
A
A E4
.3.
TH
IR
D
LE
VE
L S
PE
CI
AL
S
YS
TE
MS
P
LA
N
- A
RE
A B
EF
1.1
FI
RS
T
LE
VE
L F
IR
E
AL
AR
M
PL
AN
EF
1.3 .1
TH
IR
D
LE
VE
L F
IR
E
AL
AR
M
PL
AN
- A
RE
A
A
EF
1.3 .2
TH
IR
D
LE
VE
L F
IR
E
AL
AR
M
PL
AN
- A
RE
A
B
E5 .1
DE
MO
LIT
IO
N
PO
W
ER
R
IS
ER
D
IA
GR
AM
E5
.2
NE
W W
OR
K
PO
W
ER
R
IS
ER
D
IA
GR
AM
E5 .3
FI
RE
A
LA
RM
D
IA
GR
AM
S
E6 .1
EL
EC
TR
IC
AL
D
ET
AI
LS
E6
.2
EL
EC
TR
IC
AL
D
ET
AI
LS
E6 .3
EL
EC
TR
IC
AL
D
ET
AI
LS
E6
.4
EN
LA
RG
ED
E
LE
CT
RI
CA
L P
LA
NS
E7 .1
ME
CH
AN
IC
AL
E
QU
IP
ME
NT
S
CH
ED
UL
E E7
.2
EL
EC
TR
IC
AL
P
AN
EL
S
CH
ED
UL
ES
E7 .3
EL
EC
TR
IC
AL
P
AN
EL
S
CH
ED
UL
ES
E7
.4
EL
EC
TR
IC
AL
P
AN
EL
S
CH
ED
UL
ES
E7 .5
EL
EC
TR
IC
AL
P
AN
EL
S
CH
ED
UL
ES
E7
.6
EL
EC
TR
IC
AL
C
AL
CU
LA
TI
ON
S
FI
RE
P
RO
TE
CT
IO
N
F0 .1
FI
RE
P
RO
TE
CT
IO
N
AB
BR
EV
IA
TI
ON
S
AN
D
SY
MB
OL
S
F1 .1
FI
RS
T
LE
VE
L F
IR
E
PR
OT
EC
TI
ON
P
LA
N
F1 .3
TH
IR
D
LE
VE
L F
IR
E
PR
OT
EC
TI
ON
P
LA
N
F1 .P
H
PE
NT
HO
US
E
LE
VE
L F
IR
E
PR
OT
EC
TI
ON
P
LA
N
GE
NE
RA
L
G0 .0
CO
VE
R
SH
EE
T
G0 .1
IN
DE
X
OF
D
RA
W
IN
GS
G1 .0
AR
CH
IT
EC
TU
RA
L S
IT
E
PL
AN
G2 .1.
BU
ILD
IN
G
CO
DE
S
UM
MA
RY
G2
.2.
LE
VE
L 1
LI
FE
S
AF
ET
Y
PL
AN
G2 .2.
LE
VE
L 3
- L
IF
E
SA
FE
TY
P
LA
N G2
.2.
PE
NT
HO
US
E
LE
VE
L -
LI
FE
S
AF
ET
Y
PL
AN
G2 .3.
BA
SI
C
AC
CE
SS
IB
ILI
TY
R
EQ
UI
RE
ME
NT
S
CI
VI
L .V
1.0
EX
IS
TI
NG
C
ON
DI
TI
ON
S C1
.0
SI
TE
R
EM
OV
AL
S
PL
AN
C1 .1
LA
YO
UT
A
ND
M
AT
ER
IA
LS
P
LA
N C1
.2
GR
AD
IN
G
PL
AN
C2
.0
SI
TE
D
ET
AI
LS
C2
.1
SI
TE
D
ET
AI
LS
ST
RU
CT
UR
AL
S0
.1
ST
RU
CT
UR
AL
A
BB
RE
VI
AT
IO
NS
A
ND
LE
GE
ND
S0 .2
ST
RU
CT
UR
AL
G
EN
ER
AL
N
OT
ES
S0 .3
ST
RU
CT
UR
AL
G
EN
ER
AL
N
OT
ES
S0 .4
SP
EC
IA
L I
NS
PE
CT
IO
N
SC
HE
DU
LE
S1 .3.
TH
IR
D
FL
OO
R
FR
AM
IN
G
PL
AN
- A
RE
A
B S1
.3.
PR
EC
AS
T
CO
NC
RE
TE
P
LA
NK
F
RA
MI
NG
P
LA
N
- A
RE
A B
S1 .4.
FO
UR
TH
F
LO
OR
/R
OO
F
FR
AM
IN
G
PL
AN
S
AN
D
ME
CH
AN
IC
AL
C
AT
W
AL
K
FR
AM
IN
G S1
.9.
PE
NT
HO
US
E
RO
OF
F
RA
MI
NG
P
LA
N
S3 .1.
TY
PI
CA
L S
TE
EL
C
ON
NE
CT
IO
N
SE
CT
IO
NS
A
ND
D
ET
AI
LS
S5 .1.
MA
SO
NR
Y
SC
HE
DU
LE
, S
EC
TI
ON
S, A
ND
D
ET
AI
LS
AR
CH
IT
EC
TU
RE
AD
2.A
LE
VE
L 1
D
EM
OL
IT
IO
N
FL
OO
R
PL
AN
A0 .1
AR
CH
IT
EC
TU
RA
L A
BB
RE
VI
AT
IO
NS
A
ND
S
YM
BO
LS
A0
.2
TY
PI
CA
L T
OI
LE
T
RO
OM
M
OU
NT
IN
G
HE
IG
HT
S
AN
D
ST
AL
L C
ON
FI
GU
RA
TI
ON
D
IA
GR
AM
S A0
.3
TY
PI
CA
L M
OU
NT
IN
G
HE
IG
HT
S
AN
D
DI
ME
NS
IO
NI
NG
C
ON
VE
NT
IO
NS
A0
.4
TY
PI
CA
L R
UL
ES
F
OR
D
ET
ER
MI
NI
NG
M
OU
NT
IN
G
HE
IG
HT
S
AN
D
LO
CA
TI
ON
S A0
.5
TY
PI
CA
L R
EF
LE
CT
ED
C
EI
LIN
G
PL
AN
LO
CA
TI
ON
S
AN
D
CO
NF
IG
UR
AT
IO
NS
A2 .1
LE
VE
L 1 F
LO
OR
P
LA
N A2
.2
LE
VE
L 2
F
LO
OR
P
LA
N
A2 .3
LE
VE
L 3 C
OM
PO
SI
TE
P
LA
N A2
.3.
LE
VE
L 3 F
LO
OR
P
LA
N
- A
RE
A
A A2
.3.
LE
VE
L 3 F
LO
OR
P
LA
N
- A
RE
A
B A2
.3.
A
LE
VE
L 3 B
RI
DG
E
PL
AN
A2
.8
PE
NT
HO
US
E
PL
AN
A2 .A
9.1
RO
OF
P
LA
N
A3 .1
GR
OU
ND
F
LO
OR
R
EF
LE
CT
ED
C
EI
LIN
G
PL
AN
A3
.3
TH
IR
D
FL
OO
R
CO
MP
OS
IT
E
RE
FL
EC
TE
D
CE
ILI
NG
P
LA
N A3
.3.
TH
IR
D
FL
OO
R
RE
FL
EC
TE
D
CE
ILI
NG
P
LA
N
- A
RE
A
A A3
.3.
TH
IR
D
FL
OO
R
RE
FL
EC
TE
D
CE
ILI
NG
P
LA
N
- A
RE
A
B
A4 .2.
BU
ILD
IN
G
SE
CT
IO
NS
/ E
LE
VA
TI
ON
S A4
.3.
W
AL
L S
EC
TI
ON
S
EL
EV
AT
IO
N
A5 .1.
EX
TE
RI
OR
P
LA
N
AN
D
MI
SC
. D
ET
AI
LS
A5 .5.
RO
OF
D
ET
AI
LS
A7 .1.
EN
LA
RG
ED
T
OI
LE
T / L
OC
KE
R
RO
OM
F
LO
OR
P
LA
NS
A7
.1.
EN
LA
RG
ED
T
OI
LE
T
/ L
OC
KE
R
RO
OM
F
LO
OR
P
LA
N
- L
EV
EL
A7 .2.
EN
LA
RG
ED
F
LO
OR
P
LA
NS
A7
.2.
FI
RI
NG
R
AN
GE
S
EC
TI
ON
/ E
LE
VA
TI
ON
S
A7 .2.
EN
LA
RG
ED
C
AT
W
AL
K
PL
AN
A
BO
VE
A
CT
C
EI
LIN
G A7
.2.
EN
LA
RG
ED
R
EF
LE
CT
ED
C
EI
LIN
G
PL
AN
S
A7 .2.
EN
LA
RG
ED
R
EF
LE
CT
ED
C
EI
LIN
G
PL
AN
S
A8 .1.
IN
TE
RI
OR
E
LE
VA
TI
ON
S A8
.1.
IN
TE
RI
OR
E
LE
VA
TI
ON
S/
SE
CT
IO
NS
A8 .1.
IN
TE
RI
OR
E
LE
VA
TI
ON
S A8
.1.
IN
TE
RI
OR
E
LE
VA
TI
ON
S
A8 .1.
IN
TE
RI
OR
E
LE
VA
TI
ON
S A8
.1.
IN
TE
RI
OR
E
LE
VA
TI
ON
S
A9 .0.
FI
NI
SH
LE
GE
ND
A
ND
S
CH
ED
UL
E
A9 .1.
LE
VE
L 1
F
LO
OR
F
IN
IS
H
PL
AN
A9
.1.
TH
IR
D
FL
OO
R
FI
NI
SH
P
LA
N
- C
OM
PO
SI
TE
A9
.1.
3.1
TH
IR
D
FL
OO
R
FI
NI
SH
P
LA
N
- A
RE
A A
A9 .1.
3.2
TH
IR
D
FL
OO
R
FI
NI
SH
P
LA
N
- A
RE
A
B A9
.2.
PA
RT
IT
IO
N
SY
ST
EM
S A9
.2.
PA
RT
IT
IO
N
DE
TA
ILS
A9 .2.
PA
RT
IT
IO
N
DE
TA
ILS
A9
.2.
PA
RT
IT
IO
N
DE
TA
ILS
A9 .3.
IN
TE
RI
OR
O
PE
NI
NG
S
CH
ED
UL
E-
DO
OR
A
ND
F
RA
ME
E
LE
VA
TI
ON
S A9
.3.
DO
OR
A
ND
F
RA
ME
D
ET
AI
LS
A9
.3.
OP
EN
IN
G
DE
TA
ILS
A9
.4.
CE
ILI
NG
D
ET
AI
LS
A9
.5.
IN
TE
RI
OR
W
AL
L S
EC
TI
ON
S A9
.6.
IN
TE
RI
OR
M
ILL
W
OR
K
AN
D
FL
OO
R
TR
AN
SI
TI
ON
D
ET
AI
LS
TE
CH
NO
LO
GY
T0 .01
TE
CH
NO
LO
GY
S
CH
ED
UL
ES
A
ND
D
ET
AI
LS
EQ
UI
PM
EN
T Q0
.1
GE
NE
RA
L I
NF
OR
MA
TI
ON
Q0 .2
SC
HE
DU
LE
S
Q2 .1
GR
OU
ND
LE
VE
L E
QU
IP
ME
NT
P
LA
N / E
LE
VA
TI
ON
S Q2
.3
TH
IR
D
FL
OO
R
CO
MP
OS
IT
E
EQ
UI
PM
EN
T
PL
AN
Q2
.3.
EN
LA
RG
ED
P
LA
N/
EL
EV
AT
IO
NS
- E
VI
DE
NC
E
MA
NA
GE
ME
NT
Q2 .3.
EN
LA
RG
ED
P
LA
N
- B
IO
LO
GY
U
NI
T / T
RA
IN
IN
G
LA
B
Q2 .3.
2.1
EL
EV
AT
IO
NS
BI
OL
OG
Y
UN
IT
TR
AI
NI
NG
LA
B
Q2 .3.
EN
LA
RG
ED
P
LA
N
- F
IR
EA
RM
S
UN
IT
Q2
.3.
3.1
EL
EV
AT
IO
NS
- F
IR
EA
RM
S
UN
IT
Q2 .3.
EN
LA
RG
ED
P
LA
N
- C
ON
TR
OL
LE
D
SU
BS
TA
NC
E
UN
IT
Q2
.3.
6.1
EL
EV
AT
IO
NS
- C
ON
TR
OL
LE
D
SU
BS
TA
NC
E
UN
IT
Q2 .3.
6.2
EL
EV
AT
IO
NS
IN
ST
RU
ME
NT
LA
B
Q2
.3.
EN
LA
RG
ED
P
LA
N/
EL
EV
AT
IO
NS
- A
DM
IN
IS
TR
AT
IO
N
Q3 .1
CA
SE
W
OR
K
SE
CT
IO
NS
/ D
ET
AI
LS
PL
UM
BI
NG
P0 .1
PL
UM
BI
NG
LE
GE
ND
, S
YM
BO
LS
A
ND
A
BB
RE
VI
AT
IO
NS
P2 .U
UN
DE
RG
RO
UN
D
PL
UM
BI
NG
P
LA
N
P2 .1
FI
RS
T
LE
VE
L P
LU
MB
IN
G
PL
AN
P2 .2
SE
CO
ND
LE
VE
L P
LU
MB
IN
G
PL
AN
P2 .2.
SE
CO
ND
LE
VE
L P
LU
MB
IN
G
PL
AN
A
RE
A
P2
.2.
SE
CO
ND
LE
VE
L P
LU
MB
IN
G
PL
AN
A
RE
A
P2 .2.
SE
CO
ND
LE
VE
L P
LU
MB
IN
G
PL
AN
A
RE
A
P2
.2.
SE
CO
ND
LE
VE
L P
LU
MB
IN
G
PL
AN
A
RE
A
P2 .3
TH
IR
D
LE
VE
L P
LU
MB
IN
G
PL
AN
P2 .3.
TH
IR
D
LE
VE
L P
LU
MB
IN
G
PL
AN
A
RE
A
P2
.3.
TH
IR
D
LE
VE
L P
LU
MB
IN
G
PL
AN
A
RE
A
P2 .3.
TH
IR
D
LE
VE
L P
LU
MB
IN
G
PL
AN
A
RE
A
P2
.3.
TH
IR
D
LE
VE
L P
LU
MB
IN
G
PL
AN
A
RE
A
P2 .4
FO
UR
TH
LE
VE
L P
LU
MB
IN
G
RO
OF
P
LA
N P2
.4.
FO
UR
TH
LE
VE
L P
LU
MB
IN
G
PL
AN
A
RE
A
P2 .4.
FO
UR
TH
LE
VE
L P
LU
MB
IN
G
PL
AN
A
RE
A
P2
.P H
PE
NT
HO
US
E
LE
VE
L P
LU
MB
IN
G
PL
AN
P4 .1
EN
LA
RG
ED
P
LU
MB
IN
G
PL
AN
S
P5 .1
PL
UM
BI
NG
D
OM
ES
TI
C W
AT
ER
R
IS
ER
D
IA
GR
AM
S
P5 .2
PL
UM
BI
NG
S
AN
IT
AR
Y
RI
SE
R
DI
AG
RA
M
P6 .1
PL
UM
BI
NG
D
ET
AI
LS
P7 .1
PL
UM
BI
NG
S
CH
ED
UL
ES
ME
P
GM
P
DE
SI
GN
A
SS
IS
T
PA
CK
AG
E
OC
T1
ST
AT
US
S
ET
AP
R1
CD
MA
Y1
IS
SU
E
JU
NE
AD
DE
ND
UM
JU
LY
AD
DE
ND
UM
JU
LY
PE
RM
IT
/ C
ON
ST
RU
CT
IO
N
SE
T
JU
LY
RE
FE
RE
NC
E
DR
AW
IN
GS
1.
D
PS
H
Q
- F
IR
E
SP
RI
NK
LE
R
AS
-B
UI
LT
.P
DF
TH
IS
S
ET
IN
CL
UD
ES
DR
AW
IN
GS
DE
TR
OI
T
AU
TO
M
AT
IC
S
PR
IN
KL
ER
C
O.
DR
AW
IN
GS
F
P1 T
HR
U
FP
, D
AT
ED
/3 /1
2.
D
PS
H
Q
IT
R
OO
M N
OV
EC
A S-
BU
IL
T
AN
D O&
M M
AN
UA
L.
PD
F
TH
IS
S
ET
IN
CL
UD
ES
D
RA
W
IN
GS
FI
RE
E
QU
IP
M
EN
T
CO
M
PA
NY
IN
C.
DR
AW
IN
G
, 1
O F
3, D
AT
ED
/1
2/
3.
F
IN
AL
A S-
BU
IL
T
DR
AW
IN
GS
.P
DF
TH
IS
S
ET
IN
CL
UD
ES
DR
AW
IN
GS
SH
AW
S
YS
TE
M S
IN
TE
GR
AT
IO
N, DR
AW
IN
GS
F
A-
TH
RU
F
A-
9, D
AT
ED
/2
0/
File details come from the government source that posted it. Updated .