addendum #1 - blane casey...university of southern maine addendum #1 high fidelity nursing...

9
University of Southern Maine Addendum #1 High Fidelity Nursing Simulation Lab 10 February 2020 Project No. 31905 Page 1 of 4 2019-015 High Fidelity Nursing Simulation Lab at Science Building – C Wing University of Southern Maine, Portland Campus Portland, Maine Addendum #1 The attention of Contractors submitting bids for the subject property at the University of Southern Maine Portland Campus is called to the following addendum to the Request for Bids. The items set forth herein are to be included in and form a part of the bid proposal submitted. Note: The number of this addendum (1) and its date must be acknowledged on the bid form. LIST OF BIDDERS PRESENT AT WALKTHROUGH : Sign-in sheet for bidders present at the pre-bid walkthrough is attached at the end of this addendum. DRAWING CHANGES : The following drawings have been revised for Addendum 1: A9.2 – Door and Partition Types A10.0 – Typical Laboratory Details A10.2 – Detailed Simulation Plans and Elevations Revisions are clouded and noted with a triangle indicating the revision number. Drawings are attached at the end of this addendum. ANSWERS TO BIDDERS QUESTIONS : 1. Q - Drwg A9.2, The Doors & Partition Types Details show wood doors but the Door Schedule show all doors as AL (aluminum). With no wood door spec I assume all doors are to be aluminum.....correct? A - Yes all doors are aluminum with the exception of door 401A which is hollow metal. 2. Q - The two F-8 windows are detailed on the frame details, drawings A9.2… and detailed again on Drawing A10.0, Detail 1, as hollow-metal. A- The F8 windows detailed on A10.0 are correct, those two windows in the control room should be hollow metal so that we can angle the glass in the frame. The detail sections identified on A9.2 are incorrect.

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Page 1: Addendum #1 - Blane Casey...University of Southern Maine Addendum #1 High Fidelity Nursing Simulation Lab 10 February 2020 Project No. 31905 Page 2 of 4 3. Q - Based on detail 1, the

University of Southern Maine Addendum #1 High Fidelity Nursing Simulation Lab 10 February 2020 Project No. 31905

Page 1 of 4

2019-015 High Fidelity Nursing Simulation Lab

at

Science Building – C Wing

University of Southern Maine, Portland Campus Portland, Maine

Addendum #1

The attention of Contractors submitting bids for the subject property at the University of Southern Maine Portland Campus is called to the following addendum to the Request for Bids. The items set forth herein are to be included in and form a part of the bid proposal submitted.

Note: The number of this addendum (1) and its date must be acknowledged on the bid form.

LIST OF BIDDERS PRESENT AT WALKTHROUGH:

Sign-in sheet for bidders present at the pre-bid walkthrough is attached at the end of this addendum.

DRAWING CHANGES:

The following drawings have been revised for Addendum 1:

A9.2 – Door and Partition Types A10.0 – Typical Laboratory Details A10.2 – Detailed Simulation Plans and Elevations

Revisions are clouded and noted with a triangle indicating the revision number. Drawings are attached at the end of this addendum.

ANSWERS TO BIDDERS QUESTIONS:

1. Q - Drwg A9.2, The Doors & Partition Types Details show wood doors but the Door Scheduleshow all doors as AL (aluminum). With no wood door spec I assume all doors are to be aluminum.....correct?

A - Yes all doors are aluminum with the exception of door 401A which is hollow metal.

2. Q - The two F-8 windows are detailed on the frame details, drawings A9.2… and detailed againon Drawing A10.0, Detail 1, as hollow-metal.

A- The F8 windows detailed on A10.0 are correct, those two windows in the control room should be hollow metal so that we can angle the glass in the frame. The detail sections identified on A9.2 are incorrect.

Page 2: Addendum #1 - Blane Casey...University of Southern Maine Addendum #1 High Fidelity Nursing Simulation Lab 10 February 2020 Project No. 31905 Page 2 of 4 3. Q - Based on detail 1, the

University of Southern Maine Addendum #1 High Fidelity Nursing Simulation Lab 10 February 2020 Project No. 31905

Page 2 of 4

3. Q - Based on detail 1, the wall is a whole bunch thicker than 4 7/7” which is what the wallthickness needs to be for Wilson Partition 487 which is for 4 7/8” thick walls.

A - The wall in detail 1 on A10.0 is 4 7/8". F-8 frame should be hollow metal not Wilson’s aluminum partition.

4. Q - The pair of doors (door #401A) over the two electrical panels are supposed to be painted andblend with the wall to disappear. Currently the door schedule has these as aluminum with aluminum framing.

A – Door 401A should be hollow metal with a hollow metal frame, painted.

5. Q - Door #403, I have the same questions about this entry… how do I make stile and railaluminum door appear to be solid doors, Install smooth, double-faced aluminum panels in lieu of glass? The Architect doesn’t account for this?

A - Correct – install a smooth double-faced aluminum panel in place of the glass.

6. Q - The web address provided in Section 117200 – Medical Headwall Systems does not work.www.wittrockhc.com

A - Witt Rock has gone out of business. Substitute Amico Majestic Series single tier surface mounted headwall as basis-of-design. All specified requirements remain the same.

http://www.amico.com/products/architectural-headwallsnulook/horizontal-headwalls/majestic-series-single-tier-surface-mounted-headwall

Q - The control contractor is listed in the spec. Will there be an allowance for this work or will each contractor be required to get a number from I.B.C. They might give out different numbers to different people.

A – No allowance provided for in this project.

7. Q - Any chance that the University can get the permitting process with the City of Portlandstarted?

A - The permitting process is already underway.

8. Q - The specified Carpet is only available in broadloom according to Mohawks website.Please advise.

A – For Basis of design, use Mohawk Power Surge Collection, Wavelength 955 Flow in tile format.

9. Q - Both Forbo and Armstrong are listed as basis of design products in the resilientdivision 9. We are instructed to carry 13” x 13” material (forbo sizes) however the color numbers listed for RT-1 and RT-2 correspond with Armstrong 12” x 24” striations.

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University of Southern Maine Addendum #1 High Fidelity Nursing Simulation Lab 10 February 2020 Project No. 31905

Page 3 of 4

A - Basis of design for the resilient flooring to be Armstrong Striations BBT with Diamond 10 Technology Coating Bio-Flooring. Size: 12” x 24”. Colors as noted in the specification.

10. Q - Could you please direct me to where I can find the specifications on the “Large ScaleWall Graphic” which is shown on A10.7 Detail 2.

A – Graphic wallpaper has been eliminated from the project.

11. Q - Is there a specific start date?

A - As soon as possible.

13. Q - Access, laydown space, dumpster location?

A – A laydown area will be provided adjacent to the Science Building.

14. Q - Will Permit application process begin before GC award?

A - Permit process is underway

15. Q - Will classroom next door be active?

A - Yes, surrounding spaces will remain active and noise will need to be considered.

16. Q - Restriction on working hours / off hours work?

A – Normal working hours are expected between 7:30 and 4:00. Work outside normal workinghours can be requested and will be considered on an as needed basis.

17. Q - Is the thickness of the slab shown on the drawings?

A – The existing building drawings appear to show the slab thickness as 5" - V.I.F.

18. Q - Any existing VAV's?

A – No existing VAV’s.

19. Q - Is AV a separate scope?

A - AV is separate and RFP is still out. AV drawings are for reference only.

20. Q - Is there a spec on the graphic wallpaper?

A – Graphic wallpaper has been eliminated from the project.

21. Q - Construction budget?

A - $1.5M including the AV scope and manikins.

22. Q – Can you get any more detail on the Phenolic panels, such as color and thickness?

A – Basis of design is Trespa 3/16” thick, color “Steel Blue” Satin finish.

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University of Southern Maine Addendum #1 High Fidelity Nursing Simulation Lab 10 February 2020 Project No. 31905

Page 4 of 4

23. Q – Can I get more details on the solid surface window sills. I would need some dimensions, Icannot tell from the floor plans how deep this is. Also a color for that would be important.

A – The sill in elevation 4 on A10.6 is approximately 2’ deep. The sills in de-brief room 2 and the office are approximately 5” deep and the sill in Sim room 1 are approximately 6” deep. Basis of design for all sills are 1” thick Corian, color “Deep Cloud”.

End of Addendum 1

24. Q - Upon review of the draft contracts provided, it appears both a modified A101 document and Special Conditions for A133 were included with the modified A201. It is our understanding that only one document (either A101 or A133) can accompany the A201 document. Please provide clarification if the A101 or the A133 document will accompany the A201 document provided.

A - Section 00 73 00.03 is to be deleted.

Page 5: Addendum #1 - Blane Casey...University of Southern Maine Addendum #1 High Fidelity Nursing Simulation Lab 10 February 2020 Project No. 31905 Page 2 of 4 3. Q - Based on detail 1, the

2

1 5 2 5 12

9

10

99

4 3 10 10

6

3 3

65

3

2

9

10

2

44 4

10

4 4

8

9

4

255

2

A10

.0

1

DO NOT SCREW GWB TO HEAD TRACK TO ALLOW FOR DEFLECTION

METAL STUDS

DEFLECTION TRACK

1 LAYER 5/8" GWB EACH SIDE

3/8" SEALANT CONTINUOUS AT TOP AND

BOTTOM (TYP)

4 7/8"

5 1/4"

7 1/4" 03A02A01A

01A

02A

03A

3 5/8" STUDS W/ 1 LAYER TYPE GWB ONEACH SIDE

4" STUDS W/ 1 LAYER TYPE GWB ONEACH SIDE

6" STUDS W/ 1 LAYER TYPE GWB ONEACH SIDE

STC ≈ 40STC ≈ 49 W/ SAFB

1 LAYER 5/8" GWB

3/8" SEALANT CONTINUOUS AT TOP AND

BOTTOM (TYP)

SUBSTRATE

METAL STUD

2 1/4"

3 1/8"

4 1/4" 2423

4 5/8" 25

23

24

25

2 1/2" STUDS W/ 1 LAYER GWB

3 5/8" STUDS W/ 1 LAYER GWB

4" STUDS W/ 1 LAYER GWB

22 1 5/8" STUDS W/ 1 LAYER GWB

22

WALL TYPE SUFFIX DESIGNATIONS:

.1 ABUSE RESISTANT GWB ON ONE SIDE

.2 ABUSE RESISTANT GWB ON EACH SIDE

.3 MOISTURE / MOLD RESISTANT GWB ON ONE SIDE

.4 MOISTURE / MOLD RESISTANT ON EACH SIDE

.5 VENEER PLASTER OVER GYPSUM BASE ON ONE SIDE

.6 VENEER PLASTER OVER GYPSUM BASE ON EACH SIDE

'S' PROVIDE 3" SOUND ATTENUATION FIRE BLANKET (SAFB) INSULATION

EXAMPLE

02C.5S

2 HOUR RATED PARTITION WITH 4" STUDS. 2 LAYERS OF TYPE X GWB ON EACH SIDE WITH VENEER PLASTER OVER GYPSUM BASE ON ONE SIDE. INCLUDE 3" SOUND ATTENUATION FIRE BLANKET INSULATION WITHIN THE STUD CAVITY.

WALL TYPE SUFFIX DESIGNATIONS

ALUMINUM STRIKE JAMB W/ SIDELIGHT6

3ALUMINUM DOOR HEADER

Scale: 3"=1'-0"

5ALUMINUM HINGE JAMB

Scale: 3"=1'-0"1

ALUMINUM STRIKE JAMB

Scale: 3"=1'-0"9

ALUMINUM SILL (FULL HEIGHT)

Scale: 3"=1'-0"

10ALUMINUM HORIZONTAL MUNTIN

Scale: 3"=1'-0"2

ALUMINUM JAMB MULLION

Scale: 3"=1'-0"

4ALUMINUM GLAZING HEADER

Scale: 3"=1'-0"

7ALUMINUM HEADER AT GLASS TRANSOM

Scale: 3"=1'-0"

PARTITION AS SCHEDULED

1 1/2"

ALUM JAMB

ALUM SNAP-ON TRIM

SAFETY GLASS

ALUM JAMB

ALUM SNAP-ON TRIM

ALUMINUM DOOR

1 1/2"

EXTENDED LIP STRIKE PLATE

DOOR SEAL

DOUBLE STUD

ALUM SNAP-ON TRIM

ALUMINUM DOOR

1 1/2"

DOOR HINGE

DOOR SEAL

SAFETY GLASSALUM JAMB

ALUM SNAP-ON TRIM

AULMINUM DOOR

1 1/2"

EXTENDED LIP STRIKE PLATE

DOOR SEAL

PARTITION AS SCHEDULED

ALUMINUM HEADER

ALUM SNAP-ON TRIM

ALUMINUM DOOR

DOOR SEAL

DOUBLE STUD

1 5/8" COLD ROLLED CHANNEL TO EXTEND TO ONE STUD BEYOND R.O.

ALUMINUM HEADER

ALUM SNAP-ON TRIM

ALUMINUM DOOR

DOOR SEAL

SAFETY GLASS

1 1/

2"

1 1/

2"

PARTITION AS SCHEDULED

ALUMINUM HEADER

ALUM SNAP-ON TRIM

SAFETY GLASS

DOUBLE STUD

ALUMINUM MUNTIN

ALUM SNAP-ON TRIM

SAFETY GLASS

SAFETY GLASS

ALUMINUM SILL

ALUM SNAP-ON TRIM

SAFETY GLASS

SILL STARTER

10CORNER POST

Scale: 3"=1'-0"

DOUBLE STUD

PARTITION AS SCHEDULED

8GLAZING DETAIL AT BUTT JOINT

Scale: 6"=1'-0"

CLEAR SEALANT AT GLAZING BUTT JOINT

SAFETY GLASS

PARTITION AS SCHEDULED

104.59°

12ALUMINUM HINGE JAMB W/ SIDELIGHT

Scale: 3"=1'-0"

SAFETY GLASSALUM JAMB

ALUM SNAP-ON TRIM

1 1/2"

DOOR SEAL

ALUMINUM DOOR

DOOR HINGE

1

1

1

1 1

1

F1

SINGLE DOOR

F2

DOUBLE DOOR

3'-0"

4'-6"

8'-7

1/2

"

7'-0

"

1 1/2" 1 1/2"

1 1/2" 1 1/2"

F3

SINGLE DOORW/ SIDELIGHT

3'-0"

7'-0

"

1 1/2" 1 1/2"

F4

SINGLE DOORW/ DOUBLE SIDELIGHT

4'-6"

1 1/2"

F5

DOUBLE DOORW/ SIDELIGHT

1 1/2" 1 1/2"

10'-6"

3'-6

"

1 1/

2"

1 1/2" 1 1/2"

4'-8"

6'-1

0"

2'-9" 1'-6 1/2"

1 1/2"

F6

WINDOW

F7

WINDOW

F8

FULL HEIGHT WINDOW

1'-5 1/2"

1'-6

"

3' - 0"

1 1/2"

VARIES

2'-4

"4'

-5"

1'-9

"

1'-1

0"

1 1/2" 1 1/2"

VARIES

9'-0

"

1 1/

2"

EQ EQ EQ

2'-4

"4'

-5"

1'-9

"

1'-9

"7'

-0"

1'-2

"

1

1

1

D1

SINGLE DOOR

D3

DOUBLE UNEVENFULL GLASS

3' - 0" 6' - 0"

7' -

0"

7' -

0"

D2

SINGLE FULL GLASS DOOR

D4

DOUBLE EVEN DOOR

7' -

0"

3' - 0"

7' -

0"

6"5'

-8"

10"

6" 2'-0" 6"

6"5'

-8"

10"

6" 2'-0" 6"6"6"6"

INFILL WITH ALUMINUM PANEL IN LIEU OF GLASS FOR DOOR 403

1

Architect of RecordEllenzweig

230 Congress StreetBoston, MA 02110T 617 491-5575F 617 868-2318

MEP | FA | FPAllied Engineering

106 Veranda StreetPortland, ME 04103T 207 221-2260F 207 221-2266

Notes:

Job NumberDrawing ByChecked ByDate

Revisions

Permit SetScale:

Keyplan

2019 Ellenzweig ©

Audio-VisualCavanaugh Tocci

327 F Boston Post RoadSudbury, MA 01776T 978 443-7871

As indicated

C:\R

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UNIVERSITY OFSOUTHERN MAINE

HIGH FIDELITYNURSINGSIMULATION LAB

96 Falmouth StreetPortland, ME, 04103

31905JCML12/13/19

DOOR AND PARTITIONTYPES

A9.23" = 1'-0"3 FRAME DETAILS

DOOR SCHEDULE

LOCATION DOOR FRAME CARDREADER

HARDWARESET REMARKSDOOR No. ROOM No. ROOM NAME TYPE FINISH HEIGHT WIDTH THK TYPE MATERIAL

LV 04401 401 CORRIDOR D3 AL 7' - 0" 4' - 6" 0' - 1 3/4" F4 AL Yes 1401A 401 CORRIDOR D4 HM 7' - 0" 5' - 0" 0' - 1 3/4" F1 HM No 7402 402 SIM ROOM 1 D3 AL 7' - 0" 4' - 6" 0' - 1 3/4" F2 AL No 6403 401 CORRIDOR D1 AL 7' - 0" 3' - 0" 0' - 1 3/4" F1 AL No 4404 404 SIM ROOM 2 D3 AL 7' - 0" 4' - 6" 0' - 1 3/4" F2 AL No 6405 405 STORAGE D3 AL 7' - 0" 4' - 6" 0' - 1 3/4" F2 AL No 5406 401 CORRIDOR D2 AL 7' - 0" 3' - 0" 0' - 1 3/4" F3 AL No 2407 401 CORRIDOR D2 AL 7' - 0" 3' - 0" 0' - 1 3/4" F5 AL No 3408 401 CORRIDOR D2 AL 7' - 0" 3' - 0" 0' - 1 3/4" F5 AL No 3

1/4" = 1'-0"2 FRAME TYPES

1/4" = 1'-0"1 DOOR TYPES

No. Date Description1 2/10/2020 Addendum #1

1 1

Page 6: Addendum #1 - Blane Casey...University of Southern Maine Addendum #1 High Fidelity Nursing Simulation Lab 10 February 2020 Project No. 31905 Page 2 of 4 3. Q - Based on detail 1, the

NURSECALLDATA

AIR SUCTION

POWER

OXYGEN

VITAL SIGNSMONITOR

(BY OWNER)

SUCTION

CODE

5

MONITOR MOUNTING CHANNEL

EMERGENCY POWER RECEPTACLE

CONNECTED TO NORMAL POWER

EMERGENCY POWER RECEPTACLE CONNECTED TO NORMAL POWER

POWERDATA

SUPPLY BASKET

BLOOD PRESSURE

GUAGE

JAMB ANCHOR MIN 3 ANCHORS PER JAMB - SPOT WELD TO FRAME TYP U.O.N.

5/8" GWB, TYP

HM FRAME

DOUBLE 3 5/8" METAL STUDS AT

HEAD

1 1/

2"

3/4"

2"2"

1/4" ONE-WAY GLASS

5 7/8"

HM STOP

HM STOP, ALL SIDES

SIM ROOM(MIRRORED SIDE)

CONTROLROOM

HM FRAME

ANGLED ONE-WAY GLAZING

SCRIBE JOINT

GROMMET AND COVER AS REQUIRED3/4" PLAM COUNTERTOP @ 2'-10" A.F.F.

SOLID WOOD NOSING

3/4" X 3" WOOD CLEAT AT BRACKETS

3/4" X 3/4" CONTINUOUS WD CLEAT

HAFELE "HEBGO" BRACKETPTD - MAX SPAN 3'-0" BETWEEN BRACKETS, ANCHOR TO BLOCKING W/ LAG BOLTS. PROVIDE CUT OUTS FOR THROUGH WIRE

PROVIDE IN-WALL WOOD BLOCKING SUPPORTS FOR WORK SURFACES

SCHEDULED PARTITION - REFER

TO PLAN

WIRE MANAGEMENT

4"

NOTE: SEE FLOOR PLAN FOR WORKSURFACE LOCATIONS

1 1/

2"

2'-0"

1/2"

2'-6

" A

FF

3/4"

DOUBLE 3 5/8" METAL STUDS AT

HEAD

3/4"

NEOPRENE GASKET

HM STOP

7'-11/2" TOP OF WINDOW FRAME AFF

3'-4" BOTTOM OF WINDOW FRAME AFF

BATT INSULATION

SINK SUPPORT RAILS W/ADJUSTABLE LEVELERS

1" PLYWOOD CORE WITH PLAM VENEER

SUPPORTED STEEL FLUSH OVERLAY CABINET WITH PLAM DOOR

SERVICE CHASE

RESILIENT BASE

CONT. DRIP EDGE @ ALL BENCH TOP LOCATIONS

5" PULL, REFER TO SPECIFICATIONS. ONE PULL PER DRAWER, CENTERED ON PANEL, TYP.

18"H x 24"W x 8"D UNDERMOUNT HAND SINK AT SIM LABS (TYP), U.O.N. REFER TO PLANS AND SINK SCHEDULE

SEAMLESS 1" SOLID SURFACE COUNTER TOP

REAR CORNER DRAIN W/ DRAIN TRAP, TYP.

ADJUSTABLE LEVELING FEET

2'-6"

SERVICE CHASE

1"

1"1/4"

BLOCKING AS REQUIRED

COAT HOOKS (SEE SPEC)

7'-0

"

1'-6"

1" PLYWOOD CORE WITH PLAM VENEER

1/8" HARDWOOD EDGE BANDING, TYP.

3/4" PLYWOOD CORE WITH PLAM VENEER

1" PLYWOOD CORE WITH PLAM VENEER

4" RUBBER BASE

1/8" HARDWOOD EDGE BANDING, TYP.

1'-6

"

1'-6"

3'-8

"

4"

1" PLYWOOD CORE WITH PLAM VENEER

RUBBER BASE

1/8" HARDWOOD EDGE BANDING, TYP.

1" SOLID SURFACE COUNTERTOP

1/8" HARDWOOD EDGE BANDING, TYP.

3/4" PLYWOOD COREWITH PLAM VENEER

1" PLYWOOD CORE WITH PLAM VENEER

Architect of RecordEllenzweig

230 Congress StreetBoston, MA 02110T 617 491-5575F 617 868-2318

MEP | FA | FPAllied Engineering

106 Veranda StreetPortland, ME 04103T 207 221-2260F 207 221-2266

Notes:

Job NumberDrawing ByChecked ByDate

Revisions

Permit SetScale:

Keyplan

2019 Ellenzweig ©

Audio-VisualCavanaugh Tocci

327 F Boston Post RoadSudbury, MA 01776T 978 443-7871

As indicated

C:\R

evit

2019

Loc

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3190

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UNIVERSITY OFSOUTHERN MAINE

HIGH FIDELITYNURSINGSIMULATION LAB

96 Falmouth StreetPortland, ME, 04103

31905JCML12/13/19

TYPICAL LABORATORYDETAILS

A10.0

3" = 1'-0"

SIM ROOM HEADWALL

3" = 1'-0"1 SECTION DETAIL AT CONTROL ROOM WINDOW1" = 1'-0"4 TYP SINK BASE SECTION

1" = 1'-0"3 CUBBY SECTION AT COAT HOOKS1" = 1'-0"2 CUBBY SECTION AT STORAGE

No. Date Description1 2/10/2020 Addendum #1

1

Page 7: Addendum #1 - Blane Casey...University of Southern Maine Addendum #1 High Fidelity Nursing Simulation Lab 10 February 2020 Project No. 31905 Page 2 of 4 3. Q - Based on detail 1, the

2 D2

2D2

2 D2

2D2

33.6

G

A10.23

6

321 SFSIM ROOM 1

4

5

BLACK-OUT SHADES W/ EDGE CHANNELS, TYP.

WALL MOUNTED PULL-DOWN WORKSTATION

WALL MOUNTEDPULL-DOWN WORKSTATION

CUBICLE CURTAIN TRACK

CUBICLE CURTAIN TRACK

22

22

WP

WP

A10.13

7 1/2" 7 1/2"

1'-9

1/2

"15

'-0"

4'-6"

9 1/

2"

15'-1

"

C L

4'-11"

6'-7"

2

G

A10.2 8

251 SFSIM ROOM 2

10

7

9

22

WALL MOUNTEDPULL-DOWN

WORKSTATION

WALL MOUNTEDPULL-DOWN

WORKSTATION

CUBICLE CURTAIN TRACK

WP

5"

7'-3 1/2"

16'-2

"

17'-6

1/2

"

8'-1 1/2"

17'-1

0"

6'-2 1/2"

8'-5 1/2"

4 1/

2"

8"

2'-6 1/2" 8"

3'-6 1/2"CL

CUBICLE CURTAINHEADWALL, TYP

4" WALL BASE, TYP.

C L

11

1" THICK SOLID SURFACE SILL

1

CUBICLE CURTAINHEADWALL, TYP.

4" WALL BASE, TYP.

WALL MOUNTEDPULL-DOWNWORKSTATION

GYP SOFFIT

C3.20

1

BLACK-OUT SHADES W / 2” X 3”PAINTED STEEL ANGLE ON THREE SIDES, TYP.

WALL PHONE

4" WALL BASE, TYP.

WALL MOUNTED FOLD-DOWN

WORKSTATION

C3.20

CURTAIN TRACK

ONE-WAY GLASS

4" WALL BASE, TYP

F8

2'-1

0"

WC1.36

4" WALL BASE

WALL MOUNTED FOLD-DOWN WORKSTATIONWALL PHONE

GYP SOFFIT

F6

CURTAIN TRACK

C2.36

C3.20

ONE-WAY GLASS

4" WALL BASE, TYP.

F8

2'-1

0"

WC1.36

WALL PHONE

4" WALL BASE, TYP.

WALL MOUNTEDFOLD-DOWN

WORKSTATION

C2.36

C3.20

F7

Architect of RecordEllenzweig

230 Congress StreetBoston, MA 02110T 617 491-5575F 617 868-2318

MEP | FA | FPAllied Engineering

106 Veranda StreetPortland, ME 04103T 207 221-2260F 207 221-2266

Notes:

Job NumberDrawing ByChecked ByDate

Revisions

Permit SetScale:

Keyplan

2019 Ellenzweig ©

Audio-VisualCavanaugh Tocci

327 F Boston Post RoadSudbury, MA 01776T 978 443-7871

1/2" = 1'-0"

C:\R

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UNIVERSITY OFSOUTHERN MAINE

HIGH FIDELITYNURSINGSIMULATION LAB

96 Falmouth StreetPortland, ME, 04103

31905JCML12/13/19

DETAILED SIMULATIONPLANS AND ELEVATIONS

A10.21/2" = 1'-0"1 SIMULATION ROOM 1 - ENLARGED FLOOR PLAN

1/2" = 1'-0"2 SIMULATION ROOM 2 - ENLARGED FLOOR PLAN

1/2" = 1'-0"3 SIM LAB 1 - WEST

1/2" = 1'-0"8 SIM ROOM 2 - EAST

1/2" = 1'-0"6 SIM ROOM 1 - NORTH

1/2" = 1'-0"4 SIM ROOM 1 - EAST

1/2" = 1'-0"5 SIM ROOM 1 - SOUTH

1/2" = 1'-0"7 SIM ROOM 2 - WEST

1/2" = 1'-0"10 SIM ROOM 2 - NORTH

1/2" = 1'-0"9 SIM ROOM 2 - SOUTH

No. Date Description1 2/10/2020 Addendum #1

Page 8: Addendum #1 - Blane Casey...University of Southern Maine Addendum #1 High Fidelity Nursing Simulation Lab 10 February 2020 Project No. 31905 Page 2 of 4 3. Q - Based on detail 1, the
Page 9: Addendum #1 - Blane Casey...University of Southern Maine Addendum #1 High Fidelity Nursing Simulation Lab 10 February 2020 Project No. 31905 Page 2 of 4 3. Q - Based on detail 1, the

Greg Sweeney Ellenzweig 617-491-7670 [email protected]