P09 Philips ProxiDiagnost N90 R1 1.pdf

www.healthcare.philips.com

Revision 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

00 10/27/2022 Reference drawing: N-WES090054 used for customer background per PM's request. BR

A 11/5/2023 Updated drawing per quote: Q-00249751. Added stitching and PS per quote. KS

B 7/31/2024 Created final site preparation support document using Option 3 per order: 6600690859.010000. No equipment changes. KS

C 8/14/2024 Created final site preparation support document using Option 1 per order: 6600690859.010000. A1, A2, S1, S2, S3, EL, E1, E2: Updated plan south entry door swing per PM request. Moved N90 table 1'-1" plan west and DVS 0'-1/4" plan south. Updated unistrut layout, electricals and electricals descriptions.

Updated notes.

PD

Table of Contents

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.

Section A - Equipment Plan

General Notes ----------------------------------------- AN

Section S - Support Plan

Section E - Electrical Plan

Support Notes ------------------------------------------ SN Support Layout - Floor & Wall --------------------- S1 Support Layout - Ceiling ----------------------- S2-S3

Electrical Notes ---------------------------------------- EN

Electrical Details ------------------------------------- ED1

Remote Services Network --------------------------- N1

Checklist ---------------------------------------------- CHK

Site Layout ----------------------------------------------- A1

Section N - Network Plan

Ceiling Height Guide -------------------------- A3

Section C - Site Readiness

Equipment Details -------------------------- AD2 - AD4

Support Details ------------------------------ SD3 - SD5

Anchor Reference List ----------------------------- SD1 Ceiling Clearance ----------------------------------- SD2

Transport Information ------------------------------ AD1

Electrical Layout and Legend ----------------- EL - E1 Conduit List -------------------------------------------- E2

Equipment Layout ------------------------------------- A2

*Photo shown is not site specific.

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

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Equipment Legend------------------------------------ AL

AN

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(17.0)

Electrical Requirements

Proxi Diagnost N90 G 80

Supply Configuration: 3 phase, 3 wire power and ground. Delta.

Nominal Line Voltage: 400 or 480 VAC, 60 Hz 380 or 400 VAC, 50 Hz

Circuit Breaker: 3 pole, 70 Amps (@ 480V)

HVAC Requirement for General Equipment Locations

Heating, ventilation, air conditioning requirement for general equipment locations must maintain temperature at 75° +/- 11°Fahrenheit (24° +/- 6°Celsius) and non-condensing relative humidity at 52.5%, +/- 22.5%.

(13.0)

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 shall be painted or covered, baseboards installed, floors shall be tiled and/or covered, ceiling shall have grid tiles and lighting fixtures installed and operational.

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

3. All electrical convenience, conduit, raceway, knockouts, cable openings, chase nipples, and junction boxes installed and operational.

4. Incoming mains power operational and connected to room x-ray breaker.

5. 115v 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. BTUs shown on sheet A1 are average heat capacity.

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 conditioner 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. Refer to Transport Information page for clear door openings and corridor widths.

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 Healthcare 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 is the responsibility of the customer.

(13.0)

General Specifications

1. Planning, Design, and Implementation Process The multidisciplinary project team should be assembled as early as possible in the design process. The multidisciplinary team should include administrators, clinicians, infection preventionists, architects and other design professionals, facility managers, safety officers, security managers, users of equipment, and support staff relevant to the areas affected by the project as well as those with knowledge of the organization's functional goal for the project.

Inclusion of patient advocates/consumers, A/E consultants, and construction specialists should be considered. FGI 2018 APPENDIX A1.2-1.2

2. 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 carrying out of 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 conduit wiring required to attach and install products ready for use.

3. 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, and shall bear any expense in obtaining same or in complying with any ordinances and statutes.

4. 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 150 KVp max.)

5. Asbestos and Other Toxic Substances Philips assumes that there is no hazardous material contained in project site. The customer is responsible for the removal of any materials, including but not limited to asbestos, deemed hazardous by local authorities, the EPA, OSHA, or any other authority having jurisdiction over the work. If such materials are discovered at any time that the work is proceeding, the work will immediately cease, the owner will be notified, and the work will again proceed after the owner has removed all of the hazardous material from the job site.

6. Labor In the event local labor conditions make it impossible or undersirable 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.

7. Schedule The general contractor shall 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.

8. 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.

9. Electromagnetic Interference and Image Quality The Philips digital X-Ray detectors are highly sensitive receivers. Therefore, when determining where in the facility to install the x-ray system, care must be taken to avoid electromagnetic interference (EMI) to ensure optimal image quality. Possible EMI sources can be high power generators, power transformers, high power mains lines or other electromagnetic sources, which are located in the examination room directly or in the environment around the examination room. These EMI sources may emit excessive magnetic noise that could cause artifacts in the digital detector.

10.Avoid Adjacent EMI Sources Do not locate the digital detector in a room adjacent to such an EMI source (next to, above or below). EMI sources can be located also in the wall, floor or ceiling.

(21.0)

General Conditions (continued)

11. Detector Location and Additional Sheiding If a location next to an EMI source is unavoidable, ensure the table and/or wallstand and proposed locations for portable detector exposures are away from these sources. The magnetic noise interference is reduced dramatically by locating as far away as possible from the EMI sources. It might be necessary to implement additional means to prevent an interference with the x-ray detector (e.g. additional shielding).

(21.0)

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A IR Infrared Receiver 1 3 AD4

A WAP Wi-Fi Access Point 2 -- AD4

AD4A SBC SkyPlate Battery Charger

CSM LongCS 879 444A AD2

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 ELW Eleva Workspot

- Touchscreen Color LCD

- Color LCD

- Computer (on shelf under counter)

- Uninterruptible Power Supply (on shelf under counter)

- Keyboard and Mouse

97 682 AD4

A N90 ProxiDiagnost N90 3527 1920 AD2

MON Single LCD Trolley/Cart 68 205A AD4

A ME Velara Generator Cabinet (40E Rack) 522 2730 AD3

A MM Geometry Cabinet (40E Rack) 214 1024 AD3

DVS 956BuckyDiagnost VS Digital Tiltable (Left) 618A AD3

A IB Indication Box 2 35 AD4

AD4131A TIMS TIMS2000 Mobile Cart

--154 AD4PS Patient SupportA

1' 2' 3' 4' 5' 6' 7' 8' 9' 10' 11' 12'

.5 m

1m 1.

5m 2m

2.

5m

3m 3.

5m

20'-7"

'-1

0"

5' -1

1"

'-2

1 2"

Table Tilt Axis

Ta bl e Lo ng itu di na l ℄

1' -7

1 2"

5' -9

8'-6"

9' -7

1' -0

1 4"

7' -7

3'-0"

5'-11 2"

4'-10"

9'-21 2"

2' -6

2'-01 2"

5'-9" 5'-31 2"

1' -9

11 16

3' -4

1 2" 1'-

1' -8

" 4'-5"

2' -6

3'

-1 3 8"

1'-3"

1'-3"

New counter

Field to verify that window is walled out

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

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Site Layout 1/4" = 1'-0"

Recommended Minimum Ceiling Height: 8'-11" (2667mm) Recommended Maximum Ceiling Height: 10'-6" (3200mm)

Reported Ceiling Height: 8'-11"

Ceiling Heights other than recommended may impact equipment functionality. See Ceiling Height Guide and consult with Philips.

Ceiling Height measured from finished floor to bottom of Unistrut.

Walls

New Walls

Existing (to be removed)

Beams or other building construction elements

Legend

Site Planning Issues and Considerations

* Room background was gathered from past drawing #: N-WES090054 dated

4/16/2010 as reference. Existing conditions such as room dimensions, isocenter, Unistrut, soffit, built-ins etc. to be verified by the customer/contractor before proceeding to Final.

N90

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

PS

1' 2' 3' 4' 5' 6' 7' 8' 9' 10' 11' 12'

.5 m

1m 1.

5m 2m

2.

5m

3m 3.

5m

4' -0

" S er vi ce ab ilit y

4' -0

" S er vi ce ab ilit y

MEMM

W al l B uc ky

Table Tilt Axis

ELW

Ta bl e Lo ng itu di na l ℄

MON

IB

No obstructions behind table. Refer to AD2 detail on final drawing package.

5' -9

TIMS

DVS

8'-6"

IR

1' -0

1 4"

WAP

2'-0"

CS

SBC

Equipment Layout 1/4" = 1'-0"

Recommended Minimum Ceiling Height: 8'-11" (2717mm) Recommended Maximum Ceiling Height: 10'-6" (3200mm)

Reported Ceiling Height: 8'-11"

Ceiling Heights other than recommended may impact equipment functionality. See Ceiling Height Guide and consult with Philips.

Ceiling Height measured from finished floor to bottom of Unistrut. A2 THIS SHEET IS PART OF THE DOCUMENT SET LISTED ON SHEET C1 AND SHOULD NOT BE SEPARATED.

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Site Planning Issues and Considerations

Notes to Philips Field Personnel

* 40" and 72" S.I.D. to Wall Bucky is available above tabletop only.

* No stretcher access to Wall Bucky due to limited room size. Stretcher access into room may be difficult due to limited room size.

* Patient flow to DVS may be difficult due to limited room size.

* Location of the Wall Bucky may be in violation of ADA. Verify all applicable code with customer's architect of record.

* Verify exact location and configuration of existing Unistrut and electricals with local Philips service for re-use.

* 2 additional Unistrut will need to be installed.

2 Insufficient space available for Scopo Tower insertion using standard installation method. Verify available space with Field Service. Additional time and equipment may be needed to install Scopo Tower.

General Notes

* Longer cables will need to be ordered for cable runs from:

- "ME" and "MM"to "CS" [45' (14m)]

* New electrical boxes for ME/MM/N90/IR will be required to be installed.

* Any counters, keyboard trays and cabinetry shown to be supplied and installed by contractor. Shelf under control counter for UPS and CPU is required.

* Field to verify all existing Philps and/or third party equipment will not affect the functionality of the system and its components.

* Transverse carriage to be shortened by 3'-6". (1'-9" at the front and 1'-9" at the back)

* Tabletop to be installed before table base is bolted to the floor.

1 Exact equipment configuration to be verified with local Philips Sales. Automatic

Image Stitching and 90 Trendelenberg is listed on quote, but not shown due to limited room size.

* Relationship of control area to DVS will not allow full view of patient.

* Potential scatter radiation issue in control area. Verify with physicist of record.

* CS ceiling rails must connect to all Unistrut. Additional clips may need to be ordered. Maximum Unistrut spacing above CS is 1346mm (53").

* Field to verify existing conduit lengths, sizes, quantities, and origination and termination points.

Ceiling Height Guide for Proxi Diagnost System Reported Ceiling Height: 8'-11"

10'-4" to 10'-6" * No Limitations

Limitations \ Coverage Losses 8'-11" to 10'-4" Vertical movement of tabletop in tilted position is limited

8'-9" to 8'-11" Limitation noted above, and 40" SID shot to tabletop is not available

8'-7" to 8'-9" Limitation noted above, and Tube cannot reach highest position of bucky

Below 8'-7" Limitations noted above, and Tilting bucky must be lowered for 40" SID shot

* Ceiling Heights higher than 10'-6" - consult with Site Planning for limitations/loss of coverage

1' 2' 3' 4' 5' 6' 7' 8' 9' 10' 11' 12'

.5 m

1m 1.

5m 2m

2.

5m

3m 3.

5m

40" S.I.D. to table film plane is available.

Tube can cover full range of movement of the

Wall Bucky

Allows comfortable working height for 40" S.I.D. to

Tilted Bucky

8' -1

1"

Vertical movement of tabletop in tilted position is limited.

Reported Ceiling Height

Highest Tube Position

Lowest Tube Position

Highest Tube Position

Highest Tube Position

A3 THIS SHEET IS PART OF THE DOCUMENT SET LISTED ON SHEET C1 AND SHOULD NOT BE SEPARATED.

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Corridor X

W

L

C or rid or o r D oo r Y

Crate B Packed

Crate B Unpacked Crate Packed

Crate B Unpacked

Weight 718 lbs (3195N) 651 lbs (2895N) 1250 lbs (5560N) 1025 lbs (4560N)

Height 3'-11" (1.19m) 3'-8" (1.12m) 6'-8" (2.02m) 6'-4" (1.92m)

Length (L) 7'-2" (2.17m) 7'-2" (2.17m) 6'-0" (1.83m) 6'-0" (1.83m)

Width (W) 3'-8" (1.12m) 2'-6" (0.75m) 3'-1" (0.93m) 2'-9" (0.85m)

Width of Corridor "X"

Minimum Width of Corridor/Door "Y"

Minimum Width of Corridor/Door "Y"

3'-4" (1.0m) corridor X>W 5'-10" (1.78m) 6'-1" (1.84m) 5'-5" (1.65m)

3'-8" (1.1m) corridor X>W 5'-5" (1.65m) 5'-4" (1.65m) 5'-0" (1.53m)

4'-0" (1.2m) 7'-2" (2.17m) 5'-1" (1.54m) 5'-0" (1.53m) 4'-7" (1.40m)

4'-4" (1.3m) 6'-6" (1.98m) 4'-9" (1.44m) 4'-8" (1.41m) 4'-3" (1.30m)

4'-8" (1.4m) 6'-1" (1.84m) 4'-5" (1.34m) 4'-4" (1.33m) 4'-0" (1.21m)

5'-0" (1.5m) 5'-7" (1.72m) 4'-1" (1.25m) 4'-1" (1.25m) 3'-9" (1.14m)

5'-3" (1.6m) 5'-4" (1.62m) 3'-10" (1.17m) 3'-10" (1.17m) 3'-6" (1.07m)

5'-7" (1.7m) 5'-0" (1.53m) 3'-7" (1.09m) 3'-8" (1.12m) 3'-4" (1.02m)

5'-11" (1.8m) 4'-9" (1.45m) 3'-4" (1.02m) 3'-6" (1.07m) 3'-3" (0.98m)

6'-3" (1.9m) 4'-6" (1.38m) 3'-2" (0.96m) 3'-5" (1.05m) 3'-2" (0.96m)

6'-7" (2.0m) 4'-4" (1.33m) 3'-0" (0.92m) 3'-5" (1.03m) 3'-1" (0.95m)

Telescopic Carriage

Longitudinal Carriage Long

Longitudinal Carriage

Short

326 lbs (1450N) 405 lbs (1800N) 212 lbs (940N)

4'-7" (1.38m) 1'-4" (0.41m) 1'-4" (0.41m)

4'-0" (1.20m) 13'-9" (4.18m) 8'-0" (2.42m)

2'-7" (0.78m) 2'-7" (0.77m) 3'-1" (0.94m)

Minimum Width of

Corridor/Door "Y"

Minimum Width of

Corridor/Door "Y"

Minimum Width of

Corridor/Door "Y"

3'-7" (1.07m) 12'-3" (3.72m) 7'-11" (2.4m)

3'-3" (.99m) 11'-9" (3.58m) 7'-2" (2.17m)

3'-1" (.93m) 11'-4" (3.45m) 6'-8" (2.02m)

2'-11" (.88m) 10'-11" (3.32m) 6'-3" (1.89m)

2'-11" (.88m) 10'-6" (3.20m) 5'-10" (1.77m)

2'-11" (.88m) 10'-2" (3.10m) 5'-6" (1.66m)

2'-11" (.88m) 9'-10" (2.98m) 5'-2" (1.56m)

2'-11" (.88m) 9'-5" (2.87m) 4'-10" (1.47m)

2'-11" (.88m) 9'-1" (2.76m) 4'-8" (1.40m)

2'-11" (.88m) 8'-9" (2.66m) 4'-4" (1.31m)

2'-11" (.88m) 8'-4" (2.55m) 4'-1" (1.24m)

Table Base X-Ray Module CSM

(18.0)

ProxiDiagnot (Tube Crane, Table) Transport Information

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6'-8" [2031mm]

(20.0)

N90

ProxiDiagnost N90 Stand Weight Heat Dissipation

3527 lbs (1600 kg) 1920 Btu/hr (570 W)

6' -1

113 16

[2

8m m

R7'-5 916 "

[R2275m m

R9'-8 916 "

[R2961mm]

1' -3

3 4"

[4 m m

5' -3

3 8"

[1

9m m

2'-1113 16"

[909mm]

1' -9

5 16

[5 m m

Front Front - Tilted Table Side (view from head-end looking towards foot-end)

2' -9

[8 m m

2' -1

3 16

[6 m m

215 16

[7 5m m

215 16

[7 5m m

5' -5

1 4"

[1

8m m

3' -6

1 2"

[1

0m m

23 8"

[6 1m m

6'-8" [2031mm]

Top

2' -7

11 16

[8 m m

]5' -3

3 8"

[1

9m m

(ta bl et op

7' -5

9 16

[2

5m m

9' -8

9 16

[2

1m m

2'-8 3 16"

[817mm]

2'-81 4"

[819mm]

2'-51 4"

[742mm]

No obstructions within hatched region to prevent hindering table movement / potential collisions.

5' -4

1 8"

[1

8m m

4' -0

9 16

[1

3m

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Weight of Wall Connection Box: 36 lbs (16 kg)

FrontSide

51 2"

[1 m m

1' -1

05 8"

[5 m m

2' -8

1 2"

[8 m m

3' -6

5 16

[1

5m m

1'-4" [406mm]

6' -9

7 8"

[2

0m m

2 7 16"

[61mm]

Optional Spacer

13 16

[3 m m

16"

[227mm]

(13.0)

DVS

BuckyDiagnost VS Digital Tiltable Weight Heat Dissipation

618 lbs (280 kg) 956 Btu/hr (280 W)

Top

3' -2

13 16

[9 m m

6' -1

07 8"

[2

5m m

4' -1

1 16

[1

0m m

13 16

[3 m m

Top (with Optional Spacer)

4' -2

5 8"

[1

5m m

1'-11 7 16"

[596mm]

1' -7

9 16

[4 m m

(17.0)

MM

Geometry Cabinet Weight Heat Dissipation

214 lbs (97 kg) 1024 Btu/hr (300 W)

Top

6' -4

15 16

[1

5m m

Side

1'-81 2"

[520mm] 8"

[175mm]

The CRC Cover must be attached to the back box.

Front

CRC Cover

CRC Cover

1'-95 8"

[550mm]

Top

6' -4

15 16

[1

5m m

Side

1'-81 2"

[520mm] 8"

[175mm]

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

(17.0)

ME

Velara Generator Cabinet

Weight Heat Dissipation

522 lbs (237 kg) 2730 Btu/hr (800 W)

1'-95 8"

[550mm]

* Full length extension rails add 101 lbs (46 kg).

311 16

[9 3m m

14'-1 5 16"

[4300mm] 2'-21

4" [666mm]

4"

[171mm]

Top

Alpha Drive

Toothed Belt

5' -5

1 4" [1

7m m

2' -1

5 16

[8 m m

1 16

[2 m m

Tube Support Upper Position Tube Support Lower Position

1 2"

[2 m m

] 5' -5

1 4" [1

7m m

4' -1

1 4" [1

1m m

125° 12 5°

7'-83 4"

[2356mm]

2'-85 8"

[829mm]

3'-33 4"

[1010mm]

1'-01 2"

[317mm]

4" [273mm]

Alpha Drive

R ea r W al l

8 x 45°

FrontSide

(15.0)

CS

BuckyDiagnost CSM Weight Heat Dissipation

Short: 801 lbs (364 kg)* 444 Btu/hr (130 W)

Long: 879 lbs (399 kg)*

6'-0" [1829mm]

Short Long

13'-4 12" [4076mm]

Short Long

180° 180°

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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.

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(13.0)

IB

Indication Box

Weight Heat Dissipation

2 lbs (1 kg) 35 Btu/hr (10 W)

Side Front

Top

4"

[210mm]

3 5 16"

[84mm]

5 16

[1 m m

(20.0)

MON

One LCD Monitor Carriage Weight Heat Dissipation

68 lbs (31 kg) 205 Btu/hr (60 W)

Front

Top

Side

5' -4

5 16

[1

4m m

1'-91 2"

[546mm]

2'-3 5 16"

[694mm]

(17.0)

ELW

Eleva Workspot Weight Heat Dissipation

121 lbs (58 kg) 786 Btu/hr (230 W)

1'-73 8"

[492mm]

1'-73 8"

[492mm]

Top

FrontSide

3'-4 1 16"

[1018mm]

1' -3

3 8"

[3 m m

4"

[235mm]

Top

FrontSide

1'-711 16"

[500mm]

8"

[60mm]

1 16

[5 2m m

13 8"

[3 5m m

16"

[100mm]

16"

[176mm]

Top

Side Front

CPU Tower Weight: 32 lbs (15 kg)

16"

[177mm]

1' -5

1 16

[4 m m

1'-43 4"

[425mm]

(13.0)

IR

Infra Red Receiver

Weight Heat Dissipation

1 lb (0.45 kg) 3 Btu/hr (1 W)

Side Front

Top

16"

[145mm]

215 16

[7 5m m

8"

[155mm]

(14.0)

WAP

Wi-Fi Access Point

Weight Heat Dissipation

2.5 lbs (1.12 kg) --

Side Front

Top

8"

[175mm]

3" [76mm]

1 16

[2 m m

Required clear for installation and repair

57 8"

[1 m m

Top

Side Front

Top

Side

(14.0)

SBC

SkyPlate Detector and Battery Charger Weight Heat Dissipation

2.20 lbs (1 kg) --

Front

Front

Top

Side

SkyPlate Wireless Detector (Large)

Weight: 5.7 lbs (2.6 kg)

Battery Charger Weight: 2.20 lbs (1 kg)

1'-011 16"

[322mm]

17 8"

[4 8m m

16"

[170mm]

1'-07 8"

[328mm]

9 16

[2 m m

1'-31 8"

[384mm]

1' -6

1 8"

[4 m m

8"

[16mm]

8"

[16mm]

SkyPlate Wireless Detector (Small)

Weight: 3.5 lbs (1.6 kg)

Battery Slot

Battery Slot

(13.0)

PS

Patient Support Weight Heat Dissipation

154 lbs (70 kg) 0 Btu/hr (0 W)

Side Front

Maximum Patient Weight of 496 lbs (225 kg) X-Ray filtration of < 0.9mm AI equivalent

3'-711 16"

[1110mm]

Top

2'-1011 16"

[881mm]

6' -6

3 8"

[1

0m m

(20.0)

TIMS

TIMS 2000SP Mobile Cart

Weight Heat Dissipation

131 lbs (60 kg) -

Front

Top

TIMS ComputerSide Front

Top

19" Touchscreen Monitor

2"

[292mm]

215 16

[7 5m m

2"

[292mm]

1' -2

3 8"

[3 m m

1'-5 3 16"

[436mm]

TIMS Mobile Cart

Side Front

1' -7

5 16

[4 m m

2'-21 2"

[673mm]

2' -1

01 4"

[8 m m

4' -1

9 16

[1

0m m

1'-10" [559mm]

Top

2' -3

3 16

[6 m m

1' -2

7 16

[3 m m

] 1'-4" [407mm]

SN

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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.

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.

a. The floor surface upon which Philips equipment (except floor rails) is to be placed/anchored shall be flat and level to within plus or minus 1/16 inch (2mm) over a length of 39" (1m).

b. The floor surface upon which Philips floor rails are to be placed/anchored shall be flat and level to within plus or minus 1/4 inch (6mm) over the length of the floor rails.

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.

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 plus or minus 1/16 inch (2mm).

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

5. Lighting Lighting fixtures 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 lighting fixture 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 Regions 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 sheet S1. 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.

8. Floor Obstructions/Floor Coverings There shall be no obstructions on the floor (sliding door tracks, etc.) in front of the Philips electronic cabinets. Floor must be clear to allow cabinets to be pulled away from the wall for service. Technical equipment room floor shall be commercial grade "VCT" Vinyl Composition Tile or a flooring material of equal hardness and compression resistance.

N90

Floor surface to be flat and level to within plus or minus 116"

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

1' 2' 3' 4' 5' 6' 7' 8' 9' 10' 11' 12'

.5 m

1m 1.

5m 2m

2.

5m

3m 3.

5m

W al l B uc ky

Table Tilt Axis

Ta bl e Lo ng itu di na l ℄ 5' -9

DVS

8'-6"

1'-3"

1' -0

1 4"

WAP

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

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Support Layout - Floor & Walls 1/4" = 1'-0"

Recommended Minimum Ceiling Height: 8'-9" (2667mm) Recommended Maximum Ceiling Height: 10'-6" (3200mm)

Reported Ceiling Height: 8'-11"

Ceiling Heights other than recommended may impact equipment functionality.

See Ceiling Height Guide and consult with Philips.

Ceiling Height measured from finished floor to bottom of Unistrut.

D N90 Floor Plate SD3

B N90 Anchorage in floor for floor plate SD3

B DVS Support in wall for BuckyDiagnost VS SD4

B DVS Anchors in floor for BuckyDiagnost VS SD4

A VSC Anchors in wall for BuckyDiagnost VS Connection Box (not shown) SD4

Floor & Wall Support Legend

Item Number

Description

Detail Sheet

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.

A Furnished and installed/anchored by Philips (see exceptions - Note 2, below) B Furnished by customer/contractor and installed/anchored by customer/contractor C Installed/anchored by customer/contractor D Furnished by Philips and installed/anchored by contractor E Existing F Future G Optional item furnished by Philips

All dimensions must be off of the finished wall.

If a wall is furred out to hide electrical duct or boxes, the dimensions included in this plan must come off of the finished furred wall.

B DVS Anchors in wall for BuckyDiagnost VS SD4

A WAP Wi-Fi Access Point - optional wall mounting SD3

SD5A PS Optional Anchors in floor for Patient Support Floor Fixing Plates (not shown) m

1m 1.

5m 2m

2.

5m

3m 3.

5m

Table Tilt Axis

Ta bl e Lo ng itu di na l ℄ 5' -9

8'-6"

1' -0

1 4"

71 2" 9'

-1 1"

1'-9" 4'-13 4" 4'-13

4" 4'-13 4"

7'-11" 5'-1"

9' -1

1"

UNI

Typ.

UNI1

Typ.

UNI2

Typ.

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

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Ceiling Support Layout (Unistrut) 1/4" = 1'-0"

Reported Ceiling Height: 8'-11"

E UNI1 Unistrut (P1001 or equal) SD5

Ceiling Support Legend

Item Number

Description

Detail Sheet

A Furnished and installed by Philips B Furnished by customer/contractor and installed by customer/contractor C Installed by customer/contractor D Furnished by Philips and installed by contractor E Existing F Future G Optional item furnished by Philips

All dimensions must be off of the finished wall.

If a wall is furred out to hide electrical duct or boxes, the dimensions included in this plan must come off of the finished furred wall.

B UNI2 Unistrut (P1001 or equal) SD5 m

1m 1.

5m 2m

2.

5m

3m 3.

5m

3' -2

Table Tilt Axis

Ta bl e Lo ng itu di na l ℄ 5' -9

6' -3

1 8"

8'-5"

8'-6"

1' -0

1 4"

CSR

S3 THIS SHEET IS PART OF THE DOCUMENT SET LISTED ON SHEET C1 AND SHOULD NOT BE SEPARATED.

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Ceiling Support Layout (Equipment) 1/4" = 1'-0"

Reported Ceiling Height: 8'-11"

A CSR Philips Equipment Rails SD5

Ceiling Support Legend

Item Number

Description

Detail Sheet

A Furnished and installed by Philips B Furnished by customer/contractor and installed by customer/contractor C Installed by customer/contractor D Furnished by Philips and installed by contractor E Existing F Future G Optional item furnished by Philips

All dimensions must be off of the finished wall.

If a wall is furred out to hide electrical duct or boxes, the dimensions included in this plan must come off of the finished furred wall.

SD1

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Equipment Option Anchor Style (provided by Philips) Anchor Size (provided by Philips) Qty. Support Size & Material (provided & installed by customer/contractor)

Patient Support Floorplates

A Simpson or Hilti Drop-in with Stainless Steel Phillips Oval Head Screw with dress washer

4" x 1"L 4 Concrete Slab

B Hex Head Lag Bolt with flat washer #14 x 1"L 4 Wood Frame Floor

Wireless Detector Docking Station

A SPAX Multipurpose Flat Head Screw #10 x 11 2 "L 2 Drywall with minimum 3 4" plywood backing

B Round Phillips Head Self Drilling Screw #10-16 x 11 2"" 2 Drywall with min. 10 Gauge Steel Backing

C Toggler SnapToggle with Round Head Screw #BA with #10-24 x 21 2"L 2 Drywall (5 8"D min)

D Toggler Alligator with SPAX Multipurpose Flat Head Screw Toggler Alligator #A6 with SPAX #10 x 11 2"L 2 Concrete Wall

BuckyDiagnost VS (Advanced and Digital)

Wall Anchorage

A Through Bolt 3 8" diameter 4 Minimum 10 gauge steel plate¹, or Minimum 4"x 4" Douglas Fir # 2 grade

B Self Drilling Tek Screw # 14 4 Minimum 10 gauge steel plate¹

C Lag Screw 7 16" 4 Minimum 4" x 4" Douglas Fir # 2 Grade

D Toggler Snaptoggle Anchor 3 8" diameter expansion screw 4 Minimum 10 Gauge Steel Plate¹

BuckyDiagnost VS Connection Box

A SPAX Multipurpose Flat Head Screw #10 x 11 2"L 4 Drywall with Wood Backing

B Round Phillips Head Self Drilling Screw #10-16 x 11 2L" 4 Drywall with min. 10 Gauge Steel Backing

C Toggler SnapToggle with Round Head Screw #BA with #10-24 x 21 2"L 4 Drywall (5 8"D min)

D Round Phillips Head Self Drilling Screw # 10-16 x 11 2"L 4 Metal junction box or raceway

E Toggler Alligator with SPAX Multipurpose Flat Head Screws Toggler Alligator #A6 with SPAX #10 x 11 2"L 4 Concrete Wall or Hollow Concrete Block Wall

Parking Frame for Accessories (RAD)

A SPAX Multipurpose Flat Head Screw #10 x 11 2" L 4 Drywall with min. 3 4" plywood backing

B Phillips Round Head Self Drilling Screw #10-16 x 11 2"L 4 Minimum 16 Gauge Steel Backing

C Toggler SnapToggle with Round Head Screw #BA with #10-24 x 21 2"L 4 Drywall (5 8"D min)

D Toggler Alligator with SPAX Multipurpose Flat Head Screw #A6 with SPAX #10 x 11 2"L 4 Concrete Wall

Pediatric Support Parking Stand

A Hilti KB-TZ with OD flat washer and hex nut 1 2 x 33

4"L TBD Concrete Slab

B Long Lag Bolt with ID and OD flat washer 1 2" x 21

2"L TBD Wood Frame Floor

Stretch Grip Parking Bracket

A SPAX Multipurpose Flat Head Screw #10 x 11 2" L 3 Drywall with min. 3 4" plywood backing

B Toggler SnapToggle with Round Head Screw #BA with #10-24 x 21 2"L 3 Drywall

Tube Crane Box Cover A Round Phillips Head Self Drilling Screw #10-16 x 11 2"L 4 Metal junction box or raceway

¹ Unistrut, angle, or c -channel material is preferred.

Pre-Evaluated and -Approved Anchor Reference List for Philips Installers

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

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 below, the anchors shall be provided by customer/contractor and installed by Philips.

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.

(15.0)

SD2

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Ceiling Clearance Detail - Restricted Ceiling Area for Objects that Project Below Finished Ceiling (Not site specific)

A

B

Objects that project below finished ceiling are NOT allowed in this area (e.g. lights, smoke detectors, sprinkler heads, soffits, ceiling rails, etc).

Objects that project more than 3.5" below finished ceiling are NOT allowed in this area (e.g. lights, smoke detectors, sprinkler heads, soffits, etc).

21.0

B

A

CSM Long

16"

[100mm]

13'-51 8"

[4092mm]

4"

[108mm]

3' -8

3 16

[1

3m m

6'

-0

[1

9m m

3 16

[1 m m

3' -8

1 4"

[1

4m m

'-4

7 16

[4

6m m

513 16

[1 m m

B

B

A

SD3

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(19.0)

Bolt Forces Max Extraction Force = -2920 N (~660 lbs) per bolt (For seismic area forces, consult seismic calculation documents)

Detail - Plan View of Bolt Locations and Cable Outlet

Detail -ProxiDiagnost Floor Plate (Not to scale)

Notes

1. Floor plate may be surface or flush mounted.

2. Floor plate is supplied by Philips and installed by customer.

3. Floor plate must be level within 1.5mm (0.06") across surface of plate.

4. Floor anchors must NEVER be filed down or modified during installation.

5. Floor anchors must NEVER extend more than 6.35mm (0.25") above floor plate.

B

A Six holes, 7 8" diameter w/ c'bore 19 16" diameter x 12"D, for mounting floor plate to floor

Three holes, tapped M12, for mounting table to floor plate

* Thickness of spacer = 12mm (.47") ± 0.2mm (.01") ** Thickness of floorplate = 20mm (0.79")

Anchor fastener corresponding to safety bolt type

Screw 8-32 x 5 8 lg

L-washer M16 x 45 with Threaded rod

Screw M12 x 60 (part of delivery of table base)

A

B

20mm dia. hole m m m in . d ep th

Fishplate

L-washer M16 x 45

Screw M12 x 60 (part of delivery of table base)

A

B

Table Base Spacer*

Shim Floorplate**

Fo ot

-e nd

Ta bl e Ti lt Ax is

Table Longitudinal Centerline

Detail - Floor Plate Section

Standard installation - floor at least 100mm thick and of good quality

Alternate installation - for a floor other than concrete or of questionable quality concrete

Customer / contractor shall recommend and provide floor plate anchoring

C Twelve holes, tapped for…