ATTACHMENT C Drawings CSI 125 (Volume 2) Equipment Site Prep.pdf

C1 THIS SHEET IS PART OF THE DOCUMENT SET LISTED ON SHEET C1 AND SHOULD NOT BE SEPARATED.

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Healthcare www.healthcare.philips.com

Table of ContentsRevision History Note for Architects and/or Contractors: If revisions are listed, these drawings must be thoroughly reviewed so that all changes can be incorporated into your project

Rev. Date Revision Descriptions By

A 11/19/2018 Updated Schneider UPS location. JV

B 1/11/2019 Updated room layout per PM request. Updated drawings per OA: 6600412635.010000. DQ

C 2/21/2019 Updated room layout per PM request. Relocated the M racks and the Schneider Low Load UPS. DQ

D 4/2/2019 Created Final Site Preparation Support Document per OA: 6600412635.010000. DQ Equipment Details ---------------------------AD3 - AD7 Transport Details --------------------------- AD1 - AD2 Equipment Plan ---------------------------------------- A1 Equipment Legend ------------------------------------ AL General Notes ----------------------------------------- AN

Section A - Equipment Plan

Check List -------------------------------------------- CHK Remote Service Network ------------------------N1-N2

Electrical Details ---------------------------- ED1 - ED7 Raceway & Conduit Information ------------- E2 - E4 Electrical Plan ------------------------------------------- E1 Electrical Legend -------------------------------------- EL Electrical Notes ---------------------------------------- EN

Section E - Electrical Plan

Support Details ------------------------------ SD1 - SD3 Support Plan - Ceiling -------------------------------- S2 Support Plan - Floor & Wall ------------------------- S1 Support Legend ---------------------------------------- SL Support Notes ------------------------------------------ SN

Section S - Support Plan

Final Site Preparation Support Document The equipment components shown in this drawing package are based on the current proposed purchase and are subject to change if modifications are made to the configuration.

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Minimum Site Preparation Requirements

A smooth efficient installation is vital to Philips and their customers. Understanding what the minimum site preparation requirements are will help achieve this goal. The following list clearly defines the requirements which must be fulfilled before the installation can begin.

1. Walls to be painted or covered, baseboards installed, floors to be tiled and/or covered, ceiling shall have grid tiles and luminaires installed and operational.

2. Doors and windows, especially radiation protection barriers, installed and finished with locksets operational.

3. All electrical convenience outlets, raceways, wireways, auxiliary fittings, knockouts, cable connectors, terminal and power distribution blocks, cable openings, chase nipples, junction boxes and pull boxes installed and operational.

4. A private supply mains branch circuit with overcurrent protective circuit breaker and manual operable circuit disconnect means shall be present and operational. Definition of "Private supply" means an end-leave of the hospital distribution system after the last overcurrent protective disconnect means from which all equipment included in the Azurion ground domain is powered.

Note that only equipment included in the Azurion certification and equipment with which the Azurion has a compatibility statement are allowed to be inside the Azurion ground domain. All other electrical equipment is not allowed to have a functional connection to the Azurion system and shall have no direct galvanic connection to prevent ground loops. 3rd party equipment that does not have a function connection with the Azurion system, but that is intended to be used inside the same patient area as the Azurion System shall be grounded to the PCB inside the ERB with a ground bonding of <= 200 mOhm for plugable equipment.

5. 120V convenience outlets operational.

6. All support structure correctly installed. All channels, pipes, beams and/or other supporting devices should be level, parallel, and free of lateral or longitudinal movements.

7. All contractor supplied cables pulled and terminated.

8. A dust-free environment in and around the procedure room.

9. All HVAC (heating, ventilating and air conditioning) installed and operational as per specifications.

10. Architectural features such as computer floor, wood floor, casework, bulkheads, installed and finished. When technical cabinets are installed in a closet with doors, it is suggested that the customer install a temperature alarm in the event of an air conditional failure.

11. All plumbing installed and finished.

12. Philips does not install or connect developing tanks, automatic processors or associated equipment, built in illuminators, cassette pass boxes, loading benches and cabinets, lead protective screens, panels or lead glass window and frame. This is to be done by the customer/contractor.

13. Clear door openings for moving equipment into the building must be 42" (1067mm) W x 82" (2083mm) H min. 48" (1219mm) W x 82" (2083mm) H rec., Or larger contingent on an 8'-0" (2438mm) corridor width.

14. Countertop is 30" (765mm) for seated height and 36" (915mm) for standing height.

Note Once Philips has moved equipment into the suite and started the installation, the contractor shall schedule his work around the Philips installation team on site. It is suggested that a telephone be provided in the room to receive telephone calls. This would alleviate facility staff from answering calls for Philips personnel.

Remote Service Diagnostics Medical imaging equipment to be installed by Philips Medical is equipped with a service diagnostic feature which allows for remote and on site service diagnostics. To establish this feature, a RJ45 type ethernet 10/100/1000 Mbit network connector must be installed as shown on plan. Access to customer's network via their remote access server is needed for Remote Service Network (RSN) connectivity. All cost with this feature are the responsibility of the customer.

(16.0)

HVAC Requirement for General Equipment Locations

*Average heat emission during clinical use Data applicable for basic system:

Large monitor + 4 x small monitor in Monitor Ceiling Suspension 1 workstation + 2 x small monitor in Control Room

Add 1706 BTU/hr for additional large monitor Add 273 BTU/hr for additional small monitor Add 1024 BTU/hr for additional workstation See AL sheet for additional heat load in case of UPS

Equipment's designed airflow is from front/side to back. Please design the air handling in the rack cabinet equipment area accordingly.

Heating, ventilation, and air conditioning requirements must maintain temperature at 72 degrees +/- 5 degrees Fahrenheit as well as a non-condensing relative humidity at 20-80% with 10% maximum variation. These temperature and humidity levels must be maintained in all (3) rooms (equipment, examination and control rooms).

(16.1)

General Specifications

1. Responsibility The customer shall be solely responsible, at its expense for preparation of site, including any required structural alterations. The site preparation shall be in accordance with plans and specifications provided by Philips. Compliance with all safety electrical and building codes relevant to the equipment and its installation is the sole responsibility of customer.

The customer shall advise Philips of conditions at or near the site which could adversely affect the installation work and shall ensure that such conditions are corrected and that the site is fully prepared and available to Philips before the installation work is due to begin. The customer shall provide all necessary plumbing, carpentry work, or raceway (conduits, wireways, auxiliary gutters, etc.) required to attach and install products ready for use.

2. Permits Customer shall obtain all permits and licenses required by federal, state/provincial or local authorities in connection with the construction, installation and operation of the products and related rules, regulations, shall bear any expense in obtaining same or in complying with any ordinances and statutes.

3. Radiation Protection The customer or his contractor, at his own expense, shall obtain the service of a licensed radiation physicist to specify radiation protection. (X-Ray Tube output 125 KVp max.)

4. Asbestos and Other Toxic Substances Philips assumes no hazardous waste (i.e., PCB's in existing transformers) exists at the site. If any hazardous material is found, it shall be the sole responsibility of the customer to properly remove and dispose of this material at its expense. Any delays caused in the project for this special handling shall result in Philips time period for completion being extended by like period of time. Philips assumes that no asbestos material is involved in this project in any ceilings, walls or floors. If any asbestos material is found anywhere on the site, it shall be the customer's sole responsibility to properly remove and/or make safe this condition, at the customer's sole expense.

5. Labor In the event local labor conditions make it impossible or undesirable to use Philips' regular employees for such installation and connection, such work shall be performed by laborers supplied by the customer, or by an independent contractor chosen by the customer at the customer's expense, and in such case, Philips agrees to furnish adequate engineering supervision for proper completion of the installation.

6. Schedule The general contractor should provide Philips with a schedule of work to assist in the coordination of delivery of Philips supplied products which are to be installed by the contractor and delivery of the primary equipment.

7. Extended Installation or Turnkey Work by Philips Any room preparation requirements for Philips equipment indicated on these drawings is the responsibility of the customer. If an extended installation or turnkey contract exists between Philips and the customer for room preparation work required by the equipment represented on these drawings, some of the responsibilities of the customer as depicted in these drawings may be assumed by Philips. In the event of a conflict between the work described in the turnkey contract workscope and these drawings, the turnkey contract workscope shall govern.

8. Infection Control and Interim Life Safety Measures Compliance with all Infection Control and Interim Life Safety Measures shall be the sole responsibility of the customer. The customer shall provide all means and methods necessary for compliance with Infection Control (IC) and Interim Life Safety Measures (ILSM) in connection with the construction and installation/operation of the products shown herein and shall bear any expenses related to same.

(16.0)

Remote Control of Room Lighting

The control of customer lighting must incorporate an electrical isolation system such as demonstrated on Sheet ED3. Lighting scheme is the responsibility of the customer.

(12.0)

Operation

Temperature 59°F (15°C) to 86°F (30°C)

Temperature gradient Max. 1°F / Minute (0.5°C / Minute)

Humidity (non-condensing) Humidity shall be stable within 10% 20% to 80%

Exam Room *6483 BTU/hr

Equipment Room *13648 BTU/hr

Control Room *1706 BTU/hr

Electrical Requirements Mains 40E Cabinet

Maximum Rated Power: 100kW

Supply Configuration: 3 phase, equally sized insulated power conductors and an insulated equipment grounding conductor. Insulated grounding conductor shall have the same or larger size than line conductors. Line wires shall be no smaller than 6 AWG, 90 degrees Celsius or higher temperature rating. The conductor size is dependant on the upstream circuit breaker rating:

Minimum 4 AWG for 80A circuit breaker rating.

Nominal Line Voltage: 480 VAC, 60 Hz

Branch Power Requirement: 100 kVA (System only; verify UPS power requirements)

Circuit Breaker: 80A, Per Schneider Specifications

(18.0)

AL

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Weight (lbs)

Heat Load (btu/hr)

Detail SheetEquipment Designation

Description

Equipment Legend

Optional item furnished by Philips Future Existing Furnished by Philips and installed by contractor Installed by customer/contractor Furnished by customer/contractor and installed by customer/contractor

G

D C B

Furnished and installed by PhilipsA

F E

A SP Floor Clea 2513 1706 AD3

A MSA Angio Diagnost 7 with Swivel, Tilt, and Cradle 1249 205 AD3

A MR Peripheral 40E Cabinet 441 2049 AD4

A MA Mains 40E Cabinet 826 5464 AD4

A DB Documentation Box - Mounted on Wheels (Final location to be coordinated with customer and/or local Philips Service)

176 0 AD5

A ATY Exam Room Auxiliary Box 7 1.7 AD5

A IH Interventional Hardware 73 1024 AD6

A PB1 Larc N Neuro 1763 854 AD3

A MB Image 40E Cabinet 441 1877 AD4

A VB1 Video Connection Box 11 34 AD5

A VB11 Video Connection Box 11 34 AD5

A ME Certeray iX Generator Cabinet 320 2971 AD4

A 2ME Certeray iX Generator Cabinet 320 2971 AD4

A CY Control Room Connection Box 102 567 AD4

A TV 58" + (2) 27" LCD Monitor Suspension 563 1020 AD5

A CX50 Integrated Ultrasound CX50 152 - AD6

A MAV Mavig Ceiling Track w/ Radiation Shield 167 350 AD6

A MAV2 Mavig Ceiling Track w/ Radiation Shield 167 350 AD6

D RASP Remote Alarm Status Panel (for UPS) 8 - AD7

D UPS Compact Low Load Flouro UPS 2161 7000 AD7

D SB Switch Box - - AD7

D CB MCCB Breaker Box - - AD7

A MED Medrad Arterion Injector on Pedestal 185 4095 AD7

C X5

MED

'-2

3'

-8 1 8"

11'-1"Clea / Table ℄

AD

Sw iv el B as e

Fl oo r P la te

C le a Fl oo r P la te

R ef er en ce L in e

Recommended Minimum

2'-8"

M

SA

PB

SP

TV VB

VB

M

AV

M

AV

Exact location to be coordinated by Customer and local Philips service.

DB

C us to m er 's

Ph ys io (P

H Y)

C oo rd in at e fin al lo ca tio n w ith cu st om er

IH

VB

C

Y

23'-25 8"

7' -1

17 8"

3' -2

1 4"

7'-511 16"

2'-4 3 16"

8'-111 8"

23'-11"

MBME2MEMA MR

'-3

VB3

VB

VB3

VB7

UPS

R

AS

P

SB

CB

ATY

12'-6 1 16"

511 16

7' -1

1 4"

'-0

VB2

4'-0"

VB5

5' -5

3 8"

VB6VB4

A1 THIS SHEET IS PART OF THE DOCUMENT SET LISTED ON SHEET C1 AND SHOULD NOT BE SEPARATED.

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Equipment Layout 3/16" = 1'-0"

Required Unistrut Height:9' - 9 5 16", + 3

16" / -0 (2980mm, +4mm / -0) Unistrut Height measured from top of Clea floor plate to bottom of Unistrut.

Source Location Displayed

VB1 Physio Control FlexVision

VB2 IH Control FlexVision

VB3 TBD Control FlexVision

VB4 TBD Control FlexVision

VB5 TBD Control FlexVision

VB6 TBD Control FlexVision

VB7 TBD Control FlexVision

VB8 TBD TBD FlexVision

VB9 CX50 Exam FlexVision

VB10 TBD Exam FlexVision

VB11 TBD Exam FlexVision

* Counters and cabinetry shown to be supplied and installed by contractor.

General Notes

* Architect to coordinate with end users/technicians to determine final placement of control desk components prior to installation in order to avoid rework.

Architect to coordinate with Philips Project Manager to reflect final placement on Philips drawings.

View of patient may be limited. Verify with customer requirement.

Planning Issues and Considerations

Exact equipment configuration to be verified with local Philips Sales. Seismic Schneider Remote UPS is listed on order but not shown due to Philips Project Manager request. Seismic Schneider Low Load UPS is shown instead.

Verify quantity and designation of Live/Reference slaving monitors with local Philips Service.

Recommend a more direct access between equipment room and exam room. Verify with customer requirement.

Potential collision of the Hose Arm Carrier and the Mavig Radiation Shield post.

Potential collision of noted door with equipment. Recommend a customer-provided door stop.

Exact equipment configuration to be verified with local Philips Sales.

Extension Rails are listed on order but not shown due to Philips Project Manager request.

AD1

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Detail - Clea Floor Transport Details

(12.0)

Transport Possibilities

Crate Pallet Klick Wheel Wide Castors Height 79.53" (2020mm) 78.54" (1995mm) 69.65" (1769mm) 72.40" (1839mm)

Weight 3285 lbs (1490 kg) 3064 lbs (1390 kg) 3241 lbs (1470 kg) 2954 lbs (1340 kg)

Minimum Elevator Size Length 88.58" (2250mm)

Width 51.18" (1300mm)

Height 85.03" (2160mm)

Note: This size can be reached by means of C-arc and junction rotation.

3'-911 16"

[1160mm]

3'-7 5 16"

[1100mm]

5'-711 16"

[1719mm]

3'-4 9 16"

[1030mm]

9' -5

11 16

[2

8m m

9' -5

11 16

[2

8m m

9' -1

111 16

[3

0m m

9' -1

111 16

[3

0m m

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(12.0)

Detail - Lateral Arc N (C-ARC) Transport Details

Detail - Lateral Arc N (U-ARC) Transport Details

Transport Possibilities

Crate Wide Klick Wheels Wide Klick Wheels Small Castors Height 85.45" (2145mm) 74.80" (1900mm) 74.80" (1900mm) 74.80" (1900mm)

Weight 1565 lbs (710 kg) 1587 lbs (720 kg) 1587 lbs (720 kg) 1312 lbs (595 kg)

Corridor X Measured 66.73" (1695mm) 66.73" (1695mm) 66.73" (1695mm) 66.73" (1695mm)

Corridor Y Must Be 86.02" (2185mm) 111.57" (2834mm) 73.80" (1874mm) 52.83" (1342mm)

* Corridor values, a tolerance of 3.93" (100mm) is added for wall obstructions.

Detail - Lateral Arc FD (Assembled) Transport Details

C or r.

Y

Corr. X

Transport Possibilities

Including Crate Without Crate Length 114.17" (2900mm) 107.48" (2730mm)

Width 45.28" (1150mm) 31.50" (800mm)

Height 81.69" (2075mm) 74.80" (1900mm)

Weight 2094 lbs (950 kg) 2094 lbs (950 kg)

Transport Possibilities

Crate Wide Klick Wheels Wide Klick Wheels Small Castors Height 84.45" (2145mm) 77.56" (1970mm) 77.56" (1970mm) 77.56" (1970mm)

Weight 1761 lbs (799 kg) 1748 lbs (793 kg) 1748 lbs (793 kg) 1510 lbs (685 kg)

Corridor X Measured 64.96" (1650mm) 64.96" (1650mm) 64.96" (1650mm) 64.96" (1650mm)

Corridor Y Must Be 86.02" (2185mm) 101.85" (2587mm) 66.14" (1680mm) 49.33" (1253mm)

* Corridor values, a tolerance of 3.93" (100mm) is added for wall obstructions.

C or r.

Y

Corr. X

3'-9 5 16"

[1150mm]

5'-415 16"

[1650mm]

3'-8 5 16"

[1126mm]

2'-71 2"

[800mm]

8' -9

7 8"

[2

0m m

9' -3

1 16

[2

0m m

9' -3

1 16

[2

0m m

'-4

13 16

[3

0m m

'-4

3 4"

[3

9m m

3'-91 4"

[1150mm]

5'-415 16"

[1649mm]

3'-8 5 16"

[1125mm]

2'-71 2"

[800mm]

8' -4

3 8"

[2

9m m

8' -4

3 8"

[2

9m m

8' -4

3 8"

[2

9m

AD3

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Ve te ra ns

A dm in is tr at io n

M ed

C tr

Lo s

An ge le s, C A

R oo m : 2

K on in kl ijk e Ph ilip s

El ec tro ni cs N

.V . 2

7.

A ll rig ht s re se rv ed . R ep ro du ct io n in w ho le o r i n pa rt is p ro hi bi te d w ith ou t p rio r w rit te n co ns en t o f t he c op yr ig ht h ol de r.

Pr oj ec t M an ag er

C on ta ct

N um be r:

Em ai l:

Ja e

Le e

(6

) 2

-6 ja e.

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90°

Top

Side Front

Tilt table (not shown) is option. This allows the tabletop to tilt ±17°.

R eq ui re d U ni st ru t h ei gh t

Indicates equipment movement

(12.0)

SP

Floor Clea

Weight Heat Dissipation

2513 lbs 1706 btu/hr

(12.0)

MSA

Angio Diagnost 7 with Swivel Weight Heat Dissipation

1249 lbs 205 btu/hr

9' -9

5 16

+3 /1

6"

-0

[2

0m m

4m m

-0

AD7 with Swivel Base, Maximum range of movement 102.4" (2601m) Rad.

'-8

3 8"

[3

6m m

3'-81 8"

[1121mm]

15 16

[3 m m

15 16

[3 m m

1' -7

1 16

[4 m m

1' -7

1 16

[4 m m

7'-2 1 16"

[2186mm]

7' -2

3 8"

[2

4m m

Maximum extension of table with Swivel Base

5'-10 3 16"

[1783mm]

3'-81 8"

[1121mm]

1'-6" [458mm]

7'-2 1 16"

[2186mm]

3'-111 4"

[1200mm]

2' -1

7 16

[8 m m

M in

3' -9

1 2"

[1

5m m

M ax

Swivel Base rotation point (180 degrees)

11 7 16"

[290mm]

(12.0)

PB1

Larc N Neuro

Weight Heat Dissipation

1763 lbs 854 btu/hr

Max permissible difference between isocenters of Clea and Larc N is 38" (10mm).

Cable Harness Outlet

M in im um

D is ta nc e to

W al l 8"

[200mm] 3'

-8 11 16

[1

5m m

14'-1 5 16"

[4300mm]

10'-3 5 16"

[3132mm] 1'-11"

[584mm] 1'-11"

[584mm] 3'-715

16"

[1116mm]

4'-3 3 16"

[1300mm]

Hose Balancer

16"

[100mm]

3'-10 9 16"

[1183mm]

1'-113 4"

[604mm]

Hose Balancer

5'-4 3 16"

[1630mm]

5'-4 3 16"

[1630mm]

11 7 16"

[290mm]

5°

120°

3' -8

11 16

[1

5m

AD4

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C on ta ct s Pr oj ec t D ra w in g

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A dm in is tr at io n

M ed

C tr

Lo s

An ge le s, C A

R oo m : 2

K on in kl ijk e Ph ilip s

El ec tro ni cs N

.V . 2

7.

A ll rig ht s re se rv ed . R ep ro du ct io n in w ho le o r i n pa rt is p ro hi bi te d w ith ou t p rio r w rit te n co ns en t o f t he c op yr ig ht h ol de r.

Pr oj ec t M an ag er

C on ta ct

N um be r:

Em ai l:

Ja e

Le e

(6

) 2

-6 ja e.

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co m

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By : D an ny

Q ui sh pe

Front

The CRC Cover must be attached to the back box.

Acoustic noise level: <= 55 dB(A) @ 1 meter in front of the rack and 1 meter high (1 meter = 39.37")

CRC Cover CRC Extension

Top

6' -4

15 16

[1

5m m

Side

1'-81 2"

[520mm]

8"

[276mm]

6 5 16"

[160mm]

CRC Cover

1'-95 8"

[550mm]

(14.0)

MA

Mains 40E Cabinet

Weight Heat Dissipation

826 lbs 5464 btu/hr

Top

6' -4

15 16

[1

5m m

Side

1'-81 2"

[520mm]

8"

[175mm]

1'-95 8"

[550mm]

Front

The CRC Cover must be attached to the back box.

Acoustic noise level: <= 65 dB(A) @ 1 meter in front of the rack and 1 meter high (1 meter = 39.37")

CRC Cover

CRC Cover

(14.0)

MR

Peripheral 40E Cabinet Weight Heat Dissipation

441 lbs 2049 btu/hr

Top

6' -4

15 16

[1

5m m

Side

1'-81 2"

[520mm]

8"

[175mm]

1'-95 8"

[550mm]

The CRC Cover must be attached to the back box.

Acoustic noise level: <= 55 dB(A) @ 1 meter in front of the rack and 1 meter high (1 meter = 39.37")

Front

CRC Cover

CRC Cover

(14.0)

ME

2ME

Certeray iX Generator 40E Cabinet Weight Heat Dissipation

320 lbs 2971 btu/hr

Top

6' -4

15 16

[1

5m m

Side

1'-81 2"

[520mm]

8"

[175mm]

1'-95 8"

[550mm]

Front

The CRC Cover must be attached to the back box.

Acoustic noise level: <= 48 dB(A) @ 1 meter in front of the rack and 1 meter high (1 meter = 39.37")

CRC Cover

CRC Cover

(14.0)

MB

Image 40E Cabinet Weight Heat Dissipation

441 lbs 1877 btu/hr

Control Module

Review Module

Front Side

Top

Front Side

Top

Touch Screen Module (Optional)

DVD Writer (Optional)

1'-0" [304mm]

9 16

[1 m m

6 5 16"

[160mm] 13 16

[2 0m m

Front Side

Top

LCD Monitor

65 8"

[1 m m

1'-10 3 16"

[564mm]

1' -3

1 2"

[3 m m

Front Side

Top

Keyboard / Mouse

83 8"

[2 m m

315 16

[1 m m

1'-7 5 16"

[490mm]

8"

[60mm] 13 8"

[3 5m m

Front Side

Top

Connection Box (See SD3 for mounting options)

55 8"

[1 m m

2'-71 2"

[800mm] 1' -9

9 16

[5 m m

5 16

[1 m m

81 2"

[2 m m

(16.0)

CY

Control Room Connection Box (All Components)

Weight Heat Dissipation

102 lbs 567 btu/hr

Front Side

Top

1'-5 7 16"

[442mm]

1'-5 7 16"

[442mm] 4"

[1 m m

Front Side

Top

61 4"

[1 m m

9" [228mm]

11 2"

[3 8m

AD5

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IN

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F

O R

T H

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EV

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PM

EN

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O F

C O

N

ST

R U

C

TI

O N

D O

C U

M

EN

TS

U S

Ve te ra ns

A dm in is tr at io n

M ed

C tr

Lo s

An ge le s, C A

R oo m : 2

K on in kl ijk e Ph ilip s

El ec tro ni cs N

.V . 2

7.

A ll rig ht s re se rv ed . R ep ro du ct io n in w ho le o r i n pa rt is p ro hi bi te d w ith ou t p rio r w rit te n co ns en t o f t he c op yr ig ht h ol de r.

Pr oj ec t M an ag er

C on ta ct

N um be r:

Em ai l:

Ja e

Le e

(6

) 2

-6 ja e.

le e@ ph ilip s.

co m

D ra w n

By : D an ny

Q ui sh pe

Front

Top

Side

9 16

[6 5m m

16"

[195mm]

1 4"

[2 m m

(12.0)

ATY

Auxiliary Box Weight Heat Dissipation

7 lbs 1.7 btu/hr

Front

Top

Side

1'-95 8"

[550mm]

4' -0

[1

0m m

3' -8

1 16

[1

0m m

1'-1 3 16"

[335mm]

(12.0)

DB

Documentation Box

Weight Heat Dissipation

176 lbs 0 btu/hr

1' -1

3 16

[3 m m

Front

Top

Side

(16.0)

VB1

VB11

Video Connection Box Weight Heat Dissipation

11 lbs 34 btu/hr

2"

[242mm]

9 7 16"

[240mm]

3 16

[5 5m m

Front

Top

Side

360°

6'-43 4"

[1950mm]

6' -1

13 16

[1

5m m

12'-9 9 16"

[3900mm]

5'-21 2"

[1587mm]

9'-515 16"

[2895mm]

11'-6 3 16"

[3510mm]

51 8"

[1 m m

97 8"

[2 m m

For swing labs, 2700mm long ceiling rails are delivered. Maximum longitudinal column travel = 2100mm.

Weight shown is total weight including monitors, suspension, cabling, and options.

Bearing Forces:

(Tension) Tmax = 661 lbs/support (Shear) Vmax = 150 lbs/support

(19.0)

TV

58" + (2) 27" LCD Monitor Suspension Weight Heat Dissipation

596 lbs 1020 BTU/hr

AD6

Pr oj ec t D et ai ls Ph ili ps

C on ta ct s Pr oj ec t D ra w in g

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F

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EV

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C O

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D O

C U

M

EN

TS

U S

Ve te ra ns

A dm in is tr at io n

M ed

C tr

Lo s

An ge le s, C A

R oo m : 2

K on in kl ijk e Ph ilip s

El ec tro ni cs N

.V . 2

7.

A ll rig ht s re se rv ed . R ep ro du ct io n in w ho le o r i n pa rt is p ro hi bi te d w ith ou t p rio r w rit te n co ns en t o f t he c op yr ig ht h ol de r.

Pr oj ec t M an ag er

C on ta ct

N um be r:

Em ai l:

Ja e

Le e

(6

) 2

-6 ja e.

le e@ ph ilip s.

co m

D ra w n

By : D an ny

Q ui sh pe

C4

8'-2 7 16"

[2500mm] 2'-71

2"

[800mm] Max.

Cross Support

1' -1

1 4"

[3 m m

Radiation Shield

7'-21 4"

[2190mm]

Front

Top

Side

Maximum Travel

50°

1'-8 1 16"

[510mm]

360°

360°

2'-51 2"

[750mm]

360°

1'-11 4"

[336mm]

31 4"

[8 3m m

Detail - Cross Support (Not to scale)

1 16

[1 m m

Two, 12" (12mm) Dia. holes

Bearing Forces:

(Tension) Tmax = 908 lbs/support (Shear) Vmax = 38 lbs/support

Note: For Integris Systems, the post of the Rad Shield post needs to be mounted on the head-end of the table in relation to the Monitor Suspension transverse carriage.

1' -3

13 16

[4 m m

(12.0)

MAV -

MAV2

Mavig Ceiling Track Weight Heat Dissipation

167 lbs 350 btu/hr

2'-1113 16"

[910mm]

Weight shown is for all components.

Front Side

Top

Front Side

Top

19" (480mm) Flat Panel Monitor

Multiswitch

Front Side

Top

Front Side

Top

CPU

Keyboard / Mouse

7 16

[1 m m

1'-43 4"

[425mm]

1' -6

7 8"

[4 m m

1' -8

5 16

[5 m m

1'-11 4"

[336mm]

1' -5

3 8"

[4 m m

1'-5 1 16"

[434mm]

2" [5

1m m

7 16

[1 m m

611 16

[1 m m

1'-6" [457mm]

8"

[66mm]

41 2"

[1 m m

115 16

[5 0m m

(12.0)

IH

Interventional Hardware

Weight Heat Dissipation

73 lbs 2424 btu/hr

Front

Top

Side

(12.0)

CX50

Integrated Ultrasound CX50 Weight Heat Dissipation

152 lbs - btu/hr

3' -8

1 4"

[1

4m m

1'-85 8"

[523mm]

1'-103 4"

[578mm]

2'-1 3 16"

[639mm]

97 8"

[2 m

AD7

Pr oj ec t D et ai ls Ph ili ps

C on ta ct s Pr oj ec t D ra w in g

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C O

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D O

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EN

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U S

Ve te ra ns

A dm in is tr at io n

M ed

C tr

Lo s

An ge le s, C A

R oo m : 2

K on in kl ijk e Ph ilip s

El ec tro ni cs N

.V . 2

7.

A ll rig ht s re se rv ed . R ep ro du ct io n in w ho le o r i n pa rt is p ro hi bi te d w ith ou t p rio r w rit te n co ns en t o f t he c op yr ig ht h ol de r.

Pr oj ec t M an ag er

C on ta ct

N um be r:

Em ai l:

Ja e

Le e

(6

) 2

-6 ja e.

le e@ ph ilip s.

co m

D ra w n

By : D an ny

Q ui sh pe

Front

Top

Side

(12.0)

MED

Medrad Arterion Injector on Pedestal Weight Heat Dissipation

185 lbs 4095 btu/hr

4' -0

3 16

[1

4m m

1'-111 2"

[596mm]

2'-515 16"

[760mm]

3' -1

11 4"

[1

0m m

3' -8

1 2"

[1

0m m

4' -0

1 8"

[1

3m m

1'-10" [559mm]

4' -2

11 16

[1

8m m

1'-91 2"

[546mm]

(18.0)

Switch Box Weight Heat Dissipation

SB - lbs - btu/hr

Front Top

6" [1 m m

8" [203mm]

[2 m m

(18.1) Compact Low Load Fluoro UPS Weight Heat Dissipation

UPS 2161 lbs 7000 btu/hr

RASP 8 lbs - btu/hr

CB - lbs - btu/hr

Front

Remote Alarm Status Panel

Top

SideFront

Top

9" [2 m m

Acoustic noise level: <= 65 dB(A) @ 1 meter in front of the rack and 1 meter high (1 meter = 39.37")

10" required for top ventilation

3' -6

1 8"

[1

9m m

6' -6

1 2"

[1

4m m

[2 m m

1'-1111 16"

[601mm]

3' -3

[9 m m

3'-61 8"

[1069mm]

1'-1111 16"

[601mm]

1'-4" [407mm]

1' -2

[3 m m

UPS

Front

MCCB Breaker Box

Top

7" [1 m m ]1'-8"

[508mm]2' -0

[6 m

SN

Pr oj ec t D et ai ls Ph ili ps

C on ta ct s Pr oj ec t D ra w in g

N um be r

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B Y

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B Y

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T O

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IN

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F

O R

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EV

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PM

EN

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O F

C O

N

ST

R U

C

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D O

C U

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U S

Ve te ra ns

A dm in is tr at io n

M ed

C tr

Lo s

An ge le s, C A

R oo m : 2

K on in kl ijk e Ph ilip s

El ec tro ni cs N

.V . 2

7.

A ll rig ht s re se rv ed . R ep ro du ct io n in w ho le o r i n pa rt is p ro hi bi te d w ith ou t p rio r w rit te n co ns en t o f t he c op yr ig ht h ol de r.

Pr oj ec t M an ag er

C on ta ct

N um be r:

Em ai l:

Ja e

Le e

(6

) 2

-6 ja e.

le e@ ph ilip s.

co m

D ra w n

By : D an ny

Q ui sh pe

Equipment Support Information

1. General The customer shall be solely responsible, at its expense, for preparation of the site, including any required structural alterations. The site preparation shall be in accordance with this plan and specifications, the architectural/construction drawings and in compliance with all safety and building codes. The customer shall be solely responsible for obtaining all construction permits from jurisdictional authority.

2. Equipment Anchorage Philips provides, with this plan and specifications, information relative to equipment size, weight, shape, anchoring hole locations and forces which may be exerted on anchoring fasteners. The customer shall be solely responsible, through the engineer of record for the building, to provide on the architectural/construction drawings, information regarding the approved method of equipment anchoring to floors, wall and/or ceiling of the building. Any anchorage test required by local authority shall be the customer's responsibility. Stud type anchor bolts should not be specified as they hinder equipment removal for service. Consult with Philips service prior to specifying anchor methods. Philips equipment must be electrically isolated from anchorage.

3. Floor Loading and Surface Philips provides, with this plan and specifications, information relative to size, weight and shape of floor mounted equipment. The customer shall be solely responsible, through the engineer of record for the building, to provide on the architectural/construction drawings confirmation of the structural adequacy of the floor upon which the equipment will be placed. Any load test required by local authority, shall be the customer's responsibility.

The floor surface upon which Philips equipment is to be placed/anchored shall be flat and level to within 1

16" (2mm) over a length of 39" (1m).

4. Ceiling Support Apparatus

a. Philips provides, with this plan and specifications, information relative to size, weight and shape of ceiling supported equipment. The customer shall be solely responsible, through the engineer of record for the building, to provide on the architectural/construction drawings, information regarding the approved method of structural support apparatus, fasteners and anchorage to which Philips will attach equipment.

Any anchorage and/or load test required by local authority shall be the customer's responsibility. Philips equipment must be electrically isolated from anchorage.

b. Contractor to clearly mark Philips equipment longitudinal centerline on bottom of each structural support.

c. The structural support apparatus surface to which Philips equipment is to be attached, shall have horizontal equipment attachment surfaces parallel, square and level to within .236" (6mm) per entire span.

d. Any drilling and/or tapping of holes required to attach Philips equipment to the structural support apparatus shall be the responsibility of the customer.

e. Fasteners/anchors (i.e., bolts, spring nuts, lock and flat washers) and strip closures shall be provided by the customer.

5. Lighting Luminaires shall be placed in such a position that they are not obscured by equipment or its movement, nor shall they interfere with Philips ceiling rails and equipment movement or otherwise adversely affect the equipment. Such luminaire locations shall be the sole responsibility of the customer.

6. Ceiling Obstructions There shall be no obstructions that project below the finished ceiling in the area covered by ceiling suspended equipment travel.

7. Seismic Anchorage (For Seismic Zones Only) All seismic anchorage hardware, including brackets, backing plates, bolts, etc., shall be supplied and installed by the customer/contractor unless otherwise specified within the support legend on this sheet. Installation of electronic cabinets to meet seismic anchorage requirements must be accomplished using flush mounted expansion type anchor/bolt systems to facilitate the removal of a cabinet for maintenance. Do not use threaded rod/adhesive anchor systems. Consult with Philips regarding any anchor system issues. Philips equipment must be electrically isolated from anchorage.

8. Floor Obstructions/ Floor Coverings There shall be no obstructions on the floor (sliding door tracks, etc.) in front of the Philips technical cabinets. Floor must be clear to allow cabinets to be pulled away from the wall for service.

Contractor to verify with Philips the preferred floor covering installation method.

9. Safety Factors Ceiling loads as mentioned in the PRD are worst case loads and excluding safety factors. Proper safety factors need to be applied by Design Professional/Engineer of Record.

10. Stiffness Requirements of Ceiling Horizontal Stiffness: preferred 10,000,000 Newton/meter - 57.1 klb/in, minimal 6,000,000 Newton/meter - 34.2 klb/in Vertical Stiffness: preferred 10,000,000 Newton/meter - 57.1 klb/in, minimal 6,000,000 Newton/meter - 34.2 klb/in Rotation Stiffness: minimal 20,000,000 Newtonmeter/Rad - 177,014 (klb in)/Rad For Larc Stand (835 kg or 8350 N), the maximum allowed deflection of the ceiling construction is 1.39 mm.

(19.0)

Center frequency [Hz] 1 1.25 1.6 2 2.5 3.15 4 5 6.3 8

Terts band value [μm/s]

(RMS) 50.8 50.8 50.8 50.8 63.5 80.01 101.6 127 160 203.2

Center frequency [Hz] 10 12.5 16 20 25 31.5 40 50 63 80

Terts band value [μm/s]

(RMS) 254 317.5 406.4 406.4 406.4 406.4 406.4 406.4 406.4 406.4

Center frequency [Hz] 100 125 160 200

Terts band value [μm/s]

(RMS) 406.4 406.4 406.4 406.4

Equipment Support Information

11. Requirements for External Vibration The maximum allowed external vibration level of floors and ceilings, to which the equipment is mounted that will not adversely affect the image quality, is specified in terms of RMS velocity levels in 1/3-octave or terts bands, as follows:

Terts Band Specification for External Vibrations

A graphical representation of this specification is given below:

Terts Band Specification for External Vibrations

Terts band spectra shall be calculated on the basis of time traces with a duration of 10 minutes (600 seconds), taken at representative locations and during representative times during working days.

SL

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Floor & Wall Support Legend

Item Number

Description

Detail Sheet

Optional Future Existing Furnished by Philips and installed/anchored by contractor Installed/anchored by customer/contractor Furnished and installed by customer/contractor and installed/anchored by customer/contractor

G

D C B

Furnished and installed/anchored by Philips (exceptions may exist, see Note 2)A

F E

See S1 for Floor & Wall Support Layout

Ceiling Support Legend

Item Number

Description

Detail Sheet

Optional Future Existing Furnished by Philips and installed by contractor Installed by customer/contractor Furnished by customer/contractor and installed by customer/contractor

G

D C B

Furnished and installed by PhilipsA

F E

See S2 for Ceiling Support Layout

Notes:

1. Anchors for items that are installed/anchored by customer/contractor shall be provided by customer/contractor.

2. Anchors for items that are installed/anchored by Philips shall be provided by

Philips. If customer's engineering documents specify anchors other than those listed in this document, the anchors shall be provided by customer/contractor and installed by Philips.

3. In all instances, the wall and/or floor support are the sole responsibility of the customer/contractor. The customer's architect/engineer of record shall specify wall and/or floor support sufficient for the bolt forces shown on the details.

D F3 AD7 Swivel Floor Plate SD1

D F2 Floor Clea Floor Plate SD1

A C2 2 - Philips Monitor Equipment Rails SD2

A C4 Mavig Ceiling Track (Qty:2) AD6

A C1 2 - Philips Larc N Neuro Rails SD2

B F1 Support in wall for Control Room Connection Box (CY) SD3

A F1 Anchors in wall for Control Room Connection Box (CY) SD3

B C3 Unistrut (P1000/P1001, P5500/P5501, or equivalent in meeting Philips ceiling requirements, geometry of channel and geometry of fixing block) - Bottom of Unistrut 1/4" (6mm) to 1/2 (13mm) Below Finished Ceiling

SD2

'-2

3'

-8 1 8"

11'-1"Clea / Table ℄

AD

Sw iv el B as e

Fl oo r P la te

C le a Fl oo r P la te

R ef er en ce L in e

5'-10"

3'-6"3'-6"

5'-10"

F3

F2

Le ve l o f f lo or

1 16

(2 m m

) p er

9"

(1 m w ith in th is a re a.

6' -1

03 8" 2'

-8 3 16

3'

-6

F1

2' -1

03 8"

1'-3" 2'-4" 2'-4" 2'-4" 2'-4"

Level of floor ± 1 16" (2mm) per 39" (1m) within this area.

S1 THIS SHEET IS PART OF THE DOCUMENT SET LISTED ON SHEET C1 AND SHOULD NOT BE SEPARATED.

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Refer to Floor/Wall Support Legend - Sheet SL

Floor & Wall Support Layout 3/16" = 1'-0"

Required Unistrut Height:9' - 9 5 16", + 3

16" / -0 (2980mm, +4mm / -0) Unistrut Height measured from top of Clea floor plate to bottom of Unistrut.

3'

-8 1 8"

11'-1"Clea / Table ℄

AD

Sw iv el B as e

Fl oo r P la te

C le a Fl oo r P la te

R ef er en ce L in e

9 5 16"2'-7"

57 8"

2' -2

1 4" 2'

-2 1 4"

2' -2

1 4" 2'

-2 1 4"

2' -2

1 4" 2'

-2 1 4"

3' -5

1 2" 33 8"

4'-6"5'-6"

3'-31 4" 2'-10 9

16"

57 8"

35 8"

11 2"

6' -9

1'

-9 3 8"

8' -0

1 2"

3'-10"

C3

Ty p.

C1 C1

C ei lin g

C le ar an ce Se e Sh ee t "

SD

2"

C2C2

C4 C4

2' -2

1 4"

4'-8"

3'-4 7 16"

S2 THIS SHEET IS PART OF THE DOCUMENT SET LISTED ON SHEET C1 AND SHOULD NOT BE SEPARATED.

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Refer to Ceiling Support Legend - Sheet SL

Ceiling Support Layout 3/16" = 1'-0"

Required Unistrut Height:9' - 9 5 16", + 3

SD1

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F2 F3

F3 (14.0)

1' -7

11 16

[5 m m

1'

-1 15 8"

[6 m m

115 16

[5 0m m

2'-3 9 16"

[700mm]

1'-711 16"

[500mm]

16"

[100mm]

Detail - AD7 Swivel Floor Plate - Notes for Installation (Not to scale)

12X

1. Use Jam nuts M16 (h=8.0mm) or (h=9.5mm)

2. Use only 1 washer.

3. Use loctite 243 instead of a lock washer.

4. Torque value to be determined by structural engineer of record.

Floor plate mounting to the building:

In case threaded rods are used and the nut protrudes above the floor plate surface, DO NOT GRIND DOWN THE NUT, but follow the procedure stated below to ensure the nut is flush with the floor plate surface.

Offset border of floor covering (Vinyl) by 0.31" (8mm) outwards. Follow outline of raised portion of floor plate.

1. 1.18" (30mm) thick floor plate, flush mounted with top of slab.

2. Level within 1/32" (1mm) per 39" (1m) across surface of plate.

3. Anchor bolts with washer must not protrude above surface of floor plate.

4. Align center of AD7 swivel floor plate with center of

Clea floor plate.

Stand

8"

[150mm] Four holes, 0.74" (19mm) dia.

Counterbored 1.57" (40mm) dia. x 0.35" (9mm) deep

Cable Entrance Area (Keep free of cement when installing)

9 16

[6 5m m

95 8"

[2 m m

1. Use Jam nuts M16 (h=8.0mm) or (h=9.5mm)

2. Use only 1 washer.

3. Use loctite 243 instead of a lock washer.

4. Torque value to be determined by structural engineer of record.

(14.0)

Floor plate mounting to the building:

In case threaded rods are used and the nut protrudes above the floor plate surface, DO NOT GRIND DOWN THE NUT, but follow the procedure stated below to ensure the nut is flush with the floor plate surface.

2 9 16"

[65mm]

8"

[245mm]

1'-43 4"

[425mm]

1'-1113 16"

[605mm]

2'-1 9 16"

[650mm]

1'-03 8"

[315mm]

1' -4

3 4"

[4 m m

1' -1

113 16

[6 m m

2' -2

3 8"

[6 m m

1'-33 8"

[390mm]

1 16

[2 m m

1 16

[2 m m

]11 7 16

[2 m m

Table

Detail - Floor Clea Floor Plate - Notes for Installation (Not to scale)

Ten holes, 0.75" (19mm) dia.

Counterbored 1.41" (36mm) dia. x 0.47" (12mm) deep

Cable Entrance Area (Keep free of cement when installing)

Cable Tray

Offset border of floor covering (Vinyl) by 12.59" (320mm) Rad. outwards from center of floor plate. Follow outline of raised portion of floor plate.

Note: Use all ten holes for anchoring the floor plate.

1. 13 16" (20mm) thick floor plate, flush mounted with top of slab.

2. Level within 1/32" (1mm) per 39" (1m) across surface of plate.

3. Anchor bolts with washer must not protrude above surface of floor plate.

4. Installation alignment holes are 7

16" (10mm) offset from center of plate.

5. Align center of Clea floor plate with center of AD7 swivel floor plate.

Clea Floor Plate Reference Line

F2

Detail - Floor Structural Azurion B20/12, B20/15, - Swivel

(17.0)

Floor plates supplied by Philips / installed by contractor.

AD7 Swivel Table Floor Plate to Floor Bolt Forces:

(Tension) Tmax = 2332 lbs/bolt (Shear) Vmax = 1164 lbs/bolt

Floor Clea Floor Plate to Floor Bolt Forces:

(Tension) Tmax = 2666 lbs/bolt (Shear) Vmax = 892 lbs/bolt

3'-81 8"

[1121mm]

7 16

[2 m m

AD7 Swivel Floor Plate

Cable Entrance Area

Floor Clea Floor Plate

Cable Entrance Area

Larc N Rails

Clea Floor Plate Reference Line

Detail - AD7 SyncraTilt/Tilt Table, Swivel Base - Clearance Area for Table in Normal Position (Not to scale)

Floor Plate ℄

Philips Flush Mounted Floor Plate (16.0)

2'-3 9 16"

[700mm]

1' -1

15 8"

[6 m m

3'-2 9 16"

[980mm]

3'-8" [1118mm]

1 2"

[1 3m m

311 16

[9 3m m

8"

[42mm]

31 2"

[8 8m m

3 16

[3 0m m

71°

2'-7" [787mm]

1' -6

[4 m m

75 8"

[1 m

SD2

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C1 C2 (17.0)

Detail - Clip Rail Cross-Section (Not to scale)

Cover ClipSelf-locking

Bolt, M10x40

Clip Rail

Fixing Block

8"

[72mm]

4" [101mm]

16"

[151mm]

4"

[159mm]

315 16

[1 m m

Detail - Philips Fixing Block for Philips Ceiling Rails (Clip Rails) (Not to scale)

P1000/P1001/P5500/P5501 Unistrut (or equal)*

See S2 Sheet

See S2 Sheet

General Requirements:

1. Philips does not specify the overhead equipment support structure. Unistrut may or may not be used. If Unistrut are used, it is up to Unistrut and the structural engineer for the project to determine which of its products are appropriate for each project.

2. *P1000/P1001/P5500/P5501 Unistrut or equivalent is specified. An equivalent may be used as long as it meets Philips ceiling requirements, geometry of channel, and geometry of fixing block to be installed inside unistrut.

Finished Ceiling Requirements:

1. Finished ceiling must NOT be lower than the bottom of the Unistrut in order to prevent damage to the finished ceiling during the installation of clip rails. Finished ceiling height to be mounted 4" (6mm) to 12" (13mm) above bottom of Unistrut.

Fixing Block Installation Requirements:

1. Nothing shall be attached to the Unistrut with any fastener that protrudes into the Unistrut which would interfere…