S02 Azurion 7 C20 - R3 standard drawing.pdf

City, State Customer Name Here

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*Photo shown is not site specific.

Important Note:

THE INFORMATION IN THIS PACKAGE IS PROVIDED AS PHILIPS EQUIPMENT REQUIREMENTS, AND IS NOT TO BE CONSTRUED AS ARCHITECTURAL DRAWINGS OR CONSTRUCTION DOCUMENTS.

Philips assumes no liability nor offers any warranty for the fitness or adequacy of the premises or the utilities available at the premises in which the equipment is to be installed, used, or stored.

For Architects and/or Contractors: The latest revision listed must be thoroughly reviewed so that all changes can be incorporated into your project, final revisions are valid for 90 days from latest revision date. Please check with Philips PM for current updates.

Rev. Date Revision Descriptions Planner CPM Approved By

Table of Contents Sheet Number Sheet Name

CS COVER SHEET

GN GENERAL NOTES

A1 ARCHITECTURAL PLANS

AD1 EQUIPMENT DETAILS

AD2 EQUIPMENT DETAILS

S1 STRUCTURAL PLANS

S2 STRUCTURAL PLANS

SD STRUCTURAL DETAILS

E1 ELECTRICAL PLANS

ED ELECTRICAL DETAILS

NN NETWORK NOTES

CS

THIS SHEET IS PART OF THE DOCUMENT SET LISTED ON SHEET CS

AND SHOULD NOT BE SEPARATED. 05.20.2024

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Project Details

Philips Contacts

Drawing Number

AZURION 7 C20 - R3

Date Drawn: 5/15/2024 Quote:

Order:

Project Manager:

Contact Number:

Email:

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These temperature and humidity levels must be maintained in all (3) rooms (equipment, examination and control rooms).

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 *5456 BTU/hr

Equipment Room *12618 BTU/hr

Control Room *1944 BTU/hr

Electrical Requirements Mains MA 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 4 AWG, 90°C or higher temperature rating. The conductor size is dependant on the upstream circuit breaker rating:

Nominal Line Voltage: 380 (Canada) - 480 VAC, 60 Hz

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

Circuit Breaker: 3 phase, Type D with long-time delay and shunt trip Shunt trip to be removed when UPS is present.

System Circuit Breaker: 80A rating.

UPS breaker: 125A-150A, pending configuration.

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INSPECTIONS

Inspected by: Date:

Facilities:

Clinical:

Infectious Control:

Architect:

Engineer:

Administrator:

Project Manager:

Sales Specialist:

Account Manager:

Service:

REQUIRED SITE READINESS CHECK LIST FOR PHILIPS DELIVERY

Items to be completed Prior to Equipment Delivery: Inspected by: Date: Common Site Drawing Reference:

Sheet/Section/Detail

Table Iso Center: Verified per Philips Final Drawings. A1/1,2.

Floor Levelness: Checked with Laser Level. S1/1, S1/Equipment Support Information.

Floor Plates: installed, isolated, and leveled at the correct locations. S1/1,3, S1/Equipment Support Information.

Ceiling Unistruts (P1001): Installed and leveled per Sheet with written engineer certification. S2/2,4,5,7,8, S2/Equipment Support Information.

Modular Laminar Array with Unistruts (P1001) installed and level per sheet if Class 3 required. S2/4, S2/Equipment Support Information.

Ceiling Plate for Equipment Rack (EP Boom) (if applicable): Installed and leveled.

Cable Trough/Raceway/Conduit: A Greenlee measuring tape (part no., 435, or equivalent) are Installed, verified and locations checked. E1/Point to Point Run Lengths, E1/1,4.

3rd Party Booms (if applicable): Structural support installed and verified with boom vendor and locations.

Ceiling Height: Verified and measure from bottom of Unistrut. S2/3,4.

Verify the Fixing Blocks sits properly in the Unistrut channel with no obstructions. S2/4,1.

Ceiling Obstructions: Verify there are no obstructions where Philips rails will be installed. S2/1,3.

Clearances: Verified to the closest obstacles (i.e. walls, cabinets), in order to lift up the C-arm, monitor support, etc. AD1/1.

Back Boxes: Installed with required covers and grommet material. E1/1, ED/4,5.

ERB Conductor Bar Installed per drawing. E1/1,2.

All electrical boxes and raceway are grounded to the ERB. ED/1,2,5,6.

Mains Power Supply: Installed per drawing (Including impedance, isolated grounds, wire size and circuit breakers verified). ED/Power Quality Requirements (Azurion), ED/Branch Circuit and Wire Gauge Requirement (Azurion).

Mains Supply Wiring installed for connection in Cabinet Rear Cover (CRC) of MA-Cabinet. ED/5,6.

Video Connection Boxes: video sources, and display destinations are verified with customer and located. A1/AUX Chart.

Med Gas Box (if applicable): Location does not interfere with the installation and movement of table. S1/3,5.

Walls: Installed and final finished per customers architectural specifications.

Millwork: Completely installed in all rooms.

Leaded glass installed.

Flooring: Installed and covered with protective covering (1/8" masonite). S1/Equipment Support Information.

Lighting and Wall Outlets Installed and functional. ED/General Electrical Information.

HVAC system is operational and commissioned to engineered specifications. GN/HVAC Requirement for General Equipment Locations.

3rd Party Booms (if applicable): Installed prior to Philips equipment delivery.

UPS: Fully installed per Philips Final Drawings, and startup has been scheduled with vendor. ED/6.

X-Ray in Use Light is installed. ED/3.

Physicist: If required has been scheduled.

UPS: Commissioned and certified by UPS vendor.

Permits Inspections: Completed or scheduled by applicable governing authorities.

All network information provided by facility IT, i.e. IP addresses (static IPs only), AE Titles, SNM, GTWY and DNS server are available. NN.

Project Space: Is clean, free of dust, all construction-related debris and tools have been removed.

PPE requirements identified (Construction and Hospital). No open electrical or hazardous materials on site. GN/Milestone and General Conditions for Successful IGT project.

Site Access Is available for after hours. Storage for tools, parts, covers and packing material has been arranged.

Room is secure with keys provided.

Complete Delivery Path Route and backup for bad weather has been reviewed & reverfied with the customer and lead FSE.

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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 8750 BTU/hr for optional Socomec UPS Add 1194 BTU/hr for additional large monitor Add 273 BTU/hr for additional small monitor Add 1024 BTU/hr for additional workstation See AD details for additional heat load in case of UPS and Ambient

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

Philips IGT-S systems may only be operated at an altitude of max. 9,843 ft (3,000m) above sea level as defined in our instructions for use (IFU).

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Milestones and Tasks for Successful IGT a Single Suite Project

ID

Task Name

IGT Single Suite Project

Hospital Multidisciplinary Project Team Planning with AM and CPM (Project Initial Schedule)

Philips P.O. Issued

Architect/Engineering Phase (Experienced Design Build 6-8 Weeks/Standard AE 8-16 Weeks)

Construction Bidding and Award (Depends on Complexity)

Final Defined Project/Construction Schedule Review Meeting with CPM, Hospital PM, GC

Philips Secures Production Slot and Determines Delivery Date

Permitting - DOH/CON Approvals (Local Permits 1-4 Weeks)

Mobilization - MEP Lead Times (HVAC System and Airframe "Hybrid" 8-24 Weeks)

Removal of Old Equipment (3 Days)

Construction Phase (Based on Complexity and Site Constraints - Average 16 Weeks)

Philips System Delivery and Installation (3 Weeks Average)

Hospital 3rd Party Delivery and Installation (Booms, Hemo, Laser, Ultrasound, Video Integration)

14 Final Inspections (Philips Certification, Radiation Physicist, Fire Marshal, Cert. of Occupancy, etc.)

Terminal Cleaning and Stocking

Clinical Training - First Patient

Non-Standard System Acceptance Terms and Conditions (Govt 45 Days from Inspection Notice or Other Special Terms)

18 Project Complete (Sale Record Date)

Duration

52.4 wks

4 wks Hospital Multidisciplinary Project Team Planning with AM and CPM (Project Initial Schedule)

1 wk Philips P.O. Issued

8 wks Architect/Engineering Phase (Experienced Design Build 6-8 Weeks/Standard AE 8-16 Weeks)

4 wks

0.2 wks

Construction Bidding and Award (Depends on Complexity)

Final Defined Project/Construction Schedule Review Meeting with CPM, Hospital PM, GC

0.8 wks

4 wks

4 wks

Philips Secures Production Slot and Determines Delivery Date

Permitting - DOH/CON Approvals (Local Permits 1-4 Weeks)

Mobilization - MEP Lead Times (HVAC System and Airframe "Hybrid" 8-24 Weeks)

1 wk Removal of Old Equipment (3 Days)

16 wks Construction Phase (Based on Complexity and Site Constraints - Average 16 Weeks)

3 wks Philips System Delivery and Installation (3 Weeks Average)

2 wks Hospital 3rd Party Delivery and Installation (Booms, Hemo, Laser, Ultrasound, Video Integration)

2 wks Final Inspections (Philips Certification, Radiation Physicist, Fire Marshal, Cert. of Occupancy, etc.)

1 wk

1 wk

0.2 wks

Terminal Cleaning and Stocking

Clinical Training - First Patient

Non-Standard System Acceptance Terms and Conditions (Govt 45 Days from Inspection Notice or Other Special Terms)

0.2 wks Project Complete (Sale Record Date)

1 54

Remote Control of Room Lighting Room lighting controls are the responsibility of the customer. Refer to sheet ED/2 for X-ray in use and room light switching requirements.

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Milestone and General Conditions for Successful IGT Projects

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 (Facility Guidelines Institute) 2022 APPENDIX A1.2-1.2. (www.fgiguidelines.org) (Architect Responsible for ADA compliance.)

2. Schedule The customer or general contractor shall provide Philips with a project/construction schedule with milestones to assist in the coordination of delivery of Philips supplied products and primary equipment.

Project schedule must be provided by customer to obtain production slot and delivery.

3. Responsibility The customer shall be solely responsible, at their expense for preparation of site. Philips required specifications and any required MEP, construction and structural alterations shall be incorporated into customer's design and construction documents. Compliance with all safety, electrical, and building design codes relevant to the build out of the clinical area for Philips equipment and its installation is the customer's responsibility. Sufficiency of such plans and specifications, specifically including, but not limited to the accuracy of the dimensions described therein, shall be the sole responsibility of the customer. The customer shall advise Philips of conditions at or near the site, which could adversely affect the function of the equipment and/or carrying out of the delivery and installation work.

a. Customer's structural engineer shall provide Philips with written certification that structural supports meet Philips requirements to permit delivery and installation of equipment.

b. Customer shall acknowledge the final site preparation confirmation document.

c. Upon completion of project, Customer's Architect and Engineers of record shall provide a set of As-Built project construction documents (.dwg) to Philips for closure of the Philips project history file.

This shall ensure that such conditions are compliant and that the site is fully prepared and available for Philips before the installation work is due to begin.

4. 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 shall bear any expense in obtaining same or in complying with any related rules, regulations, ordinances and statutes.

5. Infection Control and Interim Life Safety Measure 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.

6. Radiation Protection The customer or their contractor, at their own expense, shall obtain the service of a licensed radiation physicist to specify radiation protection and testing.

7. Asbestos and Other Toxic Substances Philips assumes that there is no hazardous material contained in the 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.

8. 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 technical support and supervision for proper completion for the Philips equipment installation.

9. Extended Installation or Turnkey Work by Philips If an extended installation or turnkey contract exists between Philips and the customer for room preparation 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 work scope and these drawings, the turnkey contract work scope shall govern.

10. Boom Vendors/3rd party cables Separation of cables shall be provided by boom vendor for the installation of cables within the boom. For example, use of liquid-tight plastic conduit.

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GN

THIS SHEET IS PART OF THE DOCUMENT SET LISTED ON SHEET CS

AND SHOULD NOT BE SEPARATED. 05.20.2024

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Project Details

Philips Contacts

Drawing Number

AZURION 7 C20 - R3

Date Drawn: 5/15/2024 Quote:

Order:

Project Manager:

Contact Number:

Email:

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N ot

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Revision Date:

Revision Number:

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AD7 Table Floor Plate ℄ le a / T ab le

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Iso Center The Iso Center is the initial and most crucial control point in the construction of a procedure room.

Once established, it guides the placement of all imaging equipment, third-party devices, mechanical, electrical, and plumbing systems (MEPs), as well as the overall construction. These are positioned relative to the Iso Center's X, Y, and Z coordinates to avoid operational issues and clinical limitations.

19'-11"

9' -6

1 2"

29'-7"

'-1

8' -0

16'-31 2"

7'-0"

'-1

14'-31 2" 3'

-1 0"

2'-0"4' -2

3'-0"

AD7

CC

FVXL

MAV

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

DB

AD7 Table Floor Plate ℄

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C us to m er 's

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MAMB

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Optional (UPS) Coordinate final location with customer if ordered

AUX8

Se rv ic e ar ea to m ee t N

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AUX9

AUX10

CR1

AUX7

AUX5

AUX4

AUX3

AUX2

AUX1

SH

19'-11"

9' -6

1 2"

3' -6

1 8"4'-0"

3' -4

Iso Center

AUX6ATY

Fi ni sh ed fl oo r t o bo tto m o f u pp er d ec k he ig ht

Vertical Arm

Elevation check needed

Patient Right Patient Left

Hose Arm

Min. distance for booms x-ax is

C en te r l in e of Tr an sv er sa l m ov em en t

Min. distance for booms.

Hose Arm travels along with vertical arm. Refer to sheet AD1 Top detail for further information.

No fly zone

No fly zone

Hose Outlet Note: Corrugated hose connects from hose outlet to hose arm.

Third Party to work around stationary Hose Outlet . See Sheet A2 for location.

Elevation check needed

9'

61 2"

1 8" (2

8m m

3m m

U ni st ru t h ei gh t m ea su re d fro m fi ni sh ed fl oo r t o bo tto m o f U ni st ru t.

Se e de ta il

S2 /1

FlexVision

5'-91 8" 5'-91

8"

4'-51 8"

1'-4"

3'-111 8"3'-111

8"

2' -3

5 8"

1' -3

5 8"

2' -3

1 2"

AD7 Table Floor Plate ℄

C le a / T ab le

19'-11"

9' -6

1 2"

9'-8"

9' -6

1 2"

29'-7"

'-1

4'-0"

4' -0

4'

-0

AD7 Table Floor Plate ℄

C le a / T ab le

19'-111 2" 11'-15

8"

31'-1"

'-0

3 4"

'-0

3 8"

'-0 3 8"

2' -6

"1'-6" 1'-6"

2'-6"

1' -6

4'-0"

4' -0

2'

-6

4' -0

1'-6"

Walls

Soffit

Existing (to be removed)

Beams or other building construction elements

Legend

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A CC Clea Ceiling 2557 1160 AD1

A AD7 Angio Diagnost 7 Table 999 453 AD1

A ME Certeray iX Generator Cabinet 320 145 AD1

A MA Mains 40E Cabinet 717 325 AD1

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

176 80 AD1

A ATY Exam Room Auxiliary Box 7 3 AD1

A IH Interventional Hardware 73 33 AD2

A MB Image 40E Cabinet 497 225 AD1

A CY Control Room Junction Box 80 36 AD2

A FVXL FlexVision XL/Monitor Suspension 563 255 AD1

A MAV Mavig 2.5m Ceiling Track 360 w/ Radiation Shield 167 76 AD2

A AUX1 Auxiliary Equipment Adapter 4 2 AD2

A AUX10 Auxiliary Equipment Adapter 4 2 AD2

A CR1 Control Room Equipment Adapter 4 2 AD2

A SH Service Hub 7 3 AD2

Items not on Philips Quote/Order

Table Movement Ceiling Equipment Movement Table Pinch Hazard

Legend

Source Location Displayed

AUX1 Physio Control FlexVision

AUX2 Physio Control FlexVision

AUX3 FlexSpot/Growth ** Control FlexVision

AUX4 PACS** Control FlexVision

AUX5 SYNC** Control FlexVision

AUX6 INT** Control FlexVision

AUX7 IH Control FlexVision

AUX8 Anesthesia** Exam FlexVision

AUX9

Procedure

Equipment** Exam FlexVision

AUX10

Procedure

Equipment** Exam FlexVision

SCALE:

Required Unistrut Height: 9' - 61

2", ±1 8" (2908mm, ±3mm) Unistrut height measured from finished floor to bottom of Unistrut.

A1

EQUIPMENT LAYOUT

1/4" = 1' - 0"

SCALE:

Required Unistrut Height: 9' - 61

2", ±1 8" (2908mm, ±3mm) Unistrut height measured from finished floor to bottom of Unistrut.

A1

SITE LAYOUT

1/4" = 1' - 0"

SCALE:

A1

ELEVATION (Not Site Specific)

1/4" = 1' - 0"

SCALE:

A1

FGI GUIDELINES CLASS 2 (Not Site Specific)

3/16" = 1' - 0"

* 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.

Important Notes:

* Field to verify all room dimensions by customer and Philips

Service Area

Important Notes:

* Sources shown below are for consideration only.

Sources may change per quote/order.

Minimum FGI Area for Circulation Pathway

Anesthesia Zone 6'x8' (1829mm x 2438mm)

Legend

Minimum FGI Area for Movable Equipment

Minimum FGI Area for Circulation Pathway

Sterile Field 8'x16' (2438mm x 4877mm)

Legend

Anesthesia Zone 6'x8' (1829mm x 2438mm)

SCALE:

A1

FGI GUIDELINES CLASS 3 (Not Site Specific)

3/16" = 1' - 0"

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Required Ventilation

A1

THIS SHEET IS PART OF THE DOCUMENT SET LISTED ON SHEET CS

AND SHOULD NOT BE SEPARATED. 05.20.2024

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Project Details

Philips Contacts

Drawing Number

AZURION 7 C20 - R3

Date Drawn: 5/15/2024 Quote:

Order:

Project Manager:

Contact Number:

Email:

Pr oj ec t

St an da rd

R ef er en ce D ra w in g

N ot

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S pe ci fic

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Revision Date:

Revision Number:

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Existing to be MovedH

Equipment Designation

Description

Equipment Legend

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

Furnished by Philips and installed by Philips 3rd PartyI

Weight (lbs)

Weight (kg)

Detail Sheet

AutoCAD SHX Text 6071mm

AutoCAD SHX Text 2908mm

AutoCAD SHX Text 9017mm

AutoCAD SHX Text 5817mm

AutoCAD SHX Text 2438mm

AutoCAD SHX Text 4963mm

AutoCAD SHX Text 2134mm

AutoCAD SHX Text 5817mm

AutoCAD SHX Text 4354mm

AutoCAD SHX Text 1168mm

AutoCAD SHX Text 610mm

AutoCAD SHX Text 1270mm

AutoCAD SHX Text 914mm

AutoCAD SHX Text 6071mm

AutoCAD SHX Text 2908mm

AutoCAD SHX Text 1070mm

AutoCAD SHX Text 1219mm

AutoCAD SHX Text 1016mm

AutoCAD SHX Text 1755mm

AutoCAD SHX Text 1755mm

AutoCAD SHX Text 1349mm

AutoCAD SHX Text 405mm

AutoCAD SHX Text 1196mm

AutoCAD SHX Text 1196mm

AutoCAD SHX Text 701mm

AutoCAD SHX Text 397mm

AutoCAD SHX Text 696mm

AutoCAD SHX Text 6071mm

AutoCAD SHX Text 2908mm

AutoCAD SHX Text 2946mm

AutoCAD SHX Text 2908mm

AutoCAD SHX Text 9017mm

AutoCAD SHX Text 5817mm

AutoCAD SHX Text 1219mm

AutoCAD SHX Text 1219mm

AutoCAD SHX Text 1219mm

AutoCAD SHX Text 6082mm

AutoCAD SHX Text 3392mm

AutoCAD SHX Text 9474mm

AutoCAD SHX Text 7334mm

AutoCAD SHX Text 3667mm

AutoCAD SHX Text 3667mm

AutoCAD SHX Text 762mm

AutoCAD SHX Text 456mm

AutoCAD SHX Text 456mm

AutoCAD SHX Text 762mm

AutoCAD SHX Text 457mm

AutoCAD SHX Text 1219mm

AutoCAD SHX Text 1219mm

AutoCAD SHX Text 762mm

AutoCAD SHX Text 1219mm

AutoCAD SHX Text 458mm

EQ

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SCALE:

AD1

SYSTEM DETAIL

N.T.S.

SCALE:

AD1

SYSTEM CABINET DETAILS

N.T.S. SCALE:

AD1

DOCUMENTATION BOX DETAIL

N.T.S.

SCALE:

AD1

AUXILIARY BOX DETAIL

N.T.S.

SCALE:

AD1

MONITOR SUSPENSION DETAIL

N.T.S.SCALE:

AD1

TRANSPORT DETAILS

N.T.S.

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

(24.0)

FVXL

58" LCD Monitor Suspension Weight

563 lbs

1' -0

[3 m m

2' -7

3 16

[7 m m

3' -6

3 16

[1

2m m

M ax

Floor Plate ℄

Top

Side

2'-1 9 16"

[650mm]

12'-9 9 16"

[3900mm] Maximum Travel

3' -5

15 16

[1

5m m

5'-1011 16"

[1795mm]

11 7 16"

[290mm]

11 7 16"

[290mm]Front

Table Pivot is optional. This allows the table to rotate -90, +180 degrees about center of table base.

9' -6

1 2", +1

/4

-0

[2

8m m

6m m

-0

45 8"

[1 m m

Hose Arm

6'-1011 16"

[2100mm]

185° 120°

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

6' -2

13 16

[1

0m m

3'-3" [990mm]

7'-73 4"

[2330mm]

1' -7

1 16

[4 m m

1' -7

1 16

[4 m m

5'-1011 16"

[1795mm]

Optional Table Pivot ℄ (-90, +180 degrees)

Indicates equipment movement

Hose Outlet

Hose Arm

*Parked position limited 300mm for shorter rooms

Hose Arm and Outlet on opposite side (Optional)

8'-61 8"

[2594mm]

1' -0

[3 m m

M in

3'-3" [990mm]

Minimum clearance required for installation of carriage into rails (either side)

2'-1 9 16"

[650mm]

1'-11 3 16"

[588mm]

4'-51 8"

[1350mm]

5 8"

[1 5m m

* 300mm rail end stop adjustment is possible at either end of rails, to accommodate room size, ceiling obstructions, or non-standard unistrut spacing.

End stop adjustment can have a workflow (clear parking space) or clinical (C-Arm table top coverage) impact.

Minimum clearance required for installation of carriage into rails (either side)

Iso center

9'-611 16"

[2913mm]

1'-811 16"

[525mm]

(23.0)

CC

Clea Ceiling Weight

2557 lbs

(23.0)

AD7

Angio Diagnost 7 Weight

999 lbs

Front

Cabinet Rear Cover Deep

Top

6' -4

15 16

[1

5m m

Side

1'-81 2"

[520mm]

10 5 16"

[262mm]1'-95 8"

[550mm]

Cabinet Rear Cover Deep

8"

[10mm]

2"

[12mm]

13 16

[3 m m

16"

[300mm]

1' -3

3 4"

[4 m m

* Required ventilation for the front - 1113 16" (300mm)

* Required ventilation for the top - 1'-33 4" (400mm)

Notes:

* 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

Cabinet Rear Cover Deep

Top

6' -4

15 16

[1

5m m

Side

1'-81 2"

[520mm]

10 5 16"

[262mm]1'-95 8"

[550mm]

Cabinet Rear Cover Deep

8"

[10mm]

2"

[12mm]

13 16

[3 m m

1' -3

3 4"

[4 m m

16"

[300mm]

* Required ventilation for the front - 1113 16" (300mm)

* Required ventilation for the top - 1'-33 4" (400mm)

Notes:

* 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")

Top

6' -4

15 16

[1

5m m

Side

1'-81 2"

[520mm]

8"

[175mm]1'-95 8"

[550mm]

Front

CRC Cover

CRC Cover

13 16

[3 m m

16"

[300mm]

1' -3

3 4"

[4 m m

* Required ventilation for the front - 1113 16" (300mm)

* Required ventilation for the top - 1'-33 4" (400mm)

Notes:

* 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")

(24.0)

ME

Certeray iX Generator 40E Cabinet Weight

320 lbs

(24.0)

MA

Mains 40E Cabinet

Weight

717 lbs

(24.0)

MB

Image 40E Cabinet Weight

497 lbs

Front

Top

Side

9 16

[6 5m m

16"

[195mm]

1 4"

[2 m m

(23.0)

ATY

Auxiliary Box Weight

7 lbs

Front

Top

Side

1'-95 8"

[550mm]

4' -0

[1

0m m

3' -8

1 16

[1

0m m

1'-1 3 16"

[335mm]

1' -1

3 16

[3 m m

(23.0)

DB

Documentation Box

Weight

176 lbs

Detail - Clea Ceiling (C-ARM) Transport Details

Detail - Clea Ceiling (L-ARM) Transport Details

Transport Possibilities

Crate Pallet Kick Wheels Wide Kick Wheels Small Height 77.95" (1980mm) 76.22" (1936mm) 69.02" (1753mm) 77.76" (1975mm)

Weight 2050 lbs (930 kg) 1940 lbs (880 kg) 2061 lbs (935 kg) 1764 lbs (800 kg)

3'-7 5 16"

[1100mm]

8' -2

7 16

[2

0m m

3'-7 5 16"

[1100mm]

8' -0

5 16

[2

6m m

5'-415 16"

[1649mm]

7' -5

9 16

[2

4m m

3'-13 4"

[960mm]

7' -5

1 2"

[2

4m m

Transport Possibilities

Crate Pallet Klick Wheels Wide Klick Wheels Wide Elevator Klick Wheels Small Klick Wheels Small

Elevator Height 57.09" (1450mm) 54.80" (1392mm) 49.25" (1251mm) 79.53" (2020mm) 49.25" (1251mm) 79.53" (2020mm)

Weight 2094 lbs (950 kg) 1973 lbs (895 kg) 1896 lbs (860 kg) 1896 lbs (860 kg) 1896 lbs (860 kg) 1896 lbs (860 kg)

3'-3" [990mm]

9' -9

11 16

[2

0m m

2'-11 7 16"

[900mm]

9' -9

3 4"

[2

0m m

5'-13 4"

[1568mm]

9' -7

1 4"

[2

7m m

5'-13 4"

[1568mm]

7' -9

1 8"

[2

5m m

9' -6

7 8"

[2

8m m

2'-10 1 16"

[865mm]

2'-1013 16"

[884mm]

7' -9

1 8"

[2

5m m

(24.0)

AD1

THIS SHEET IS PART OF THE DOCUMENT SET LISTED ON SHEET CS

AND SHOULD NOT BE SEPARATED. 05.20.2024

K on in kl ijk e Ph ilip s

El ec tro ni cs N

.V . 2

9.

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 co py rig ht h ol de r.

Project Details

Philips Contacts

Drawing Number

AZURION 7 C20 - R3

Date Drawn: 5/15/2024 Quote:

Order:

Project Manager:

Contact Number:

Email:

Pr oj ec t

St an da rd

R ef er en ce D ra w in g

N ot

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S pe ci fic

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D ra w in g Ti tle

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Revision Number:

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SCALE:

AD2

SERVICE HUB

N.T.S. SCALE:

AD2

CONTROL ROOM

EQUIPMENT ADAPTER

N.T.S.

SCALE:

AD2

CONTROL ROOM JUNCTION BOX DETAIL

N.T.S.

SCALE:

AD2

AUXILIARY

EQUIPMENT ADAPTER

N.T.S. SCALE:

AD2

INTERVENTIONAL HARDWARE DETAIL

N.T.S.

SCALE:

AD2

MAVIG 2.5m CEILING TRACK DETAIL

N.T.S.

8'-2 7 16"

[2500mm] 2'-71

2"

[800mm] Max.

Cross Support

1' -1

1 4"

[3 m m

Radiation Shield Top

360°

Detail - Cross Support (Not to scale)

Two, 12" (12mm) Dia. holes

Bearing Forces:

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

360°

Front Side

2'-5 9 16"

[750mm]

2' -5

15 16

[7 m m

360°

(24.0)

MAV

Mavig 2.5m Ceiling Track 360 w/ Radiation Shield

Weight

167 lbs

1'-11 4"

[337mm]

31 4"

[8 3m m

7'-21 4"

[2190mm] Maximum Travel

1 16

[1 m m

1'-115 8"

[600mm]

2'-1113 16"

[910mm]

(23.0)

AUX1

AUX10

Auxiliary Equipment Adapter Weight

4 lbs

Front

Top

Side

16"

[278mm]

9 5 16"

[236mm]

7 16

[6 1m m

Front

Top

Side

4"

[234mm] 8"

[136mm]

3 16

[5 5m m

(23.0)

SH

Service Hub

Weight

7 lbs

(23.0)

CR1

Control Room Equipment Adapter Weight

4 lbs

Front

Top

Side

16"

[278mm]

9 5 16"

[236mm]

7 16

[6 1m m

Control Module (Optional)

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

Junction Box (See SD for mounting options)

5 16

[1 m m

2'-413 16"

[732mm] 1' -4

1 4"

[4 m m

5 16

[1 m m

81 2"

[2 m m

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 m

(23.0)

CY

Control Room Junction Box (All Components)

Weight

80 lbs

Weight shown is for all components.

Front Side

Top

Multiswitch

Front Side

Top

Keyboard / Mouse

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

(23.0)

IH

Interventional Hardware

Weight

73 lbs

Front Side

Top

CPU (44.1 lbs)

1' -8

1 2"

[5 m m

8"

[194mm]

1' -4

15 16

[4 m m

Front Side

Top

24" (610mm) LCD Monitor

91 4"

[2 m m

] 1'-101 8"

[561mm]

1' -4

7 8" [4 m m

1' -8

13 16

[5 m m

AD2

THIS SHEET IS PART OF THE DOCUMENT SET LISTED ON SHEET CS

AND SHOULD NOT BE SEPARATED. 05.20.2024

K on in kl ijk e Ph ilip s

El ec tro ni cs N

.V . 2

9.

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 co py rig ht h ol de r.

Project Details

Philips Contacts

Drawing Number

AZURION 7 C20 - R3

Date Drawn: 5/15/2024 Quote:

Order:

Project Manager:

Contact Number:

Email:

Pr oj ec t

St an da rd

R ef er en ce D ra w in g

N ot

S ite

S pe ci fic

R oo m

D ra w in g Ti tle

Revision Date:

Revision Number:

XXXXXX

XXXXXX

XXXXXX

XXXXXX

C lie nt N am e

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Drawn By:

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3' -0

1'-2"10'-10"

Level of floor ± 18" (±3mm) within this area. Unistrut height shall be set at 9'-6 12" above high point within this area.

AD7

AD7 Table Floor Plate ℄

C le a / T ab le

Level of floor within this area ± 18" (±3mm).

SC

R

U B

SH

19'-11"

10'-11"

9' -6

1 2"

Iso Center

ST

R

U C

TU

R

A L

P

LA

N S

Important 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.

(21.1)

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.

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.

Customer's structural engineer shall provide Philips with written certification that structural supports meet Philips requirements to permit delivery and installation of equipment. Upon completion of project, Customer's Architect and Engineers of record shall provide a set of As-Built project construction documents (.dwg) to Philips for closure of the Philips project history file.

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/base plates upon which Philips equipment is to be located shall be flat and level to within 0.05 degrees.

4. 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.

5. Floor Obstructions/ Floor Coverings There shall be no obstructions on the floor (sliding door tracks, etc.) within the serviceability area of the Philips technical 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.

D AD7 AD7 Universal Floor Plate S1/3

B SH Service Hub SD/3

SCALE:

Required Unistrut Height: 9' - 61

2", ±1 8" (2908mm, ±3mm) Unistrut height measured from finished floor to bottom of Unistrut.

S1

FLOOR & WALL SUPPORT LAYOUT

1/4" = 1'-0"

SCALE:

S1

AD7 UNIVERSAL PLATE -

FLUSH MOUNT INSTALLATION DETAIL

N.T.S.SCALE:

S1

AD7 UNIVERSAL PLATE -

FLUSH TABLE CLEARANCE DETAIL

N.T.S.

Floor & Wall 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

Furnished by Philips and installed by Third PartyH

SCALE:

S1

AD7 ADAPTATION PLATE -

SURFACE MOUNT INSTALLATION DETAIL

N.T.S.

Important Notes:

* The Iso Center is the initial and most crucial control point in the construction of a procedure room. Once established, it guides the placement of all imaging equipment, third-party devices, mechanical, electrical, and plumbing systems (MEPs), as well as the overall construction. These are positioned relative to the Iso Center's X, Y, and Z coordinates to avoid operational issues and clinical limitations.

(24.0)

(23.0)

Volcano Bedside Utility Box (BUB)

*BUB is provided with IntraSight and may cause tripping hazard

1'-13 4"

[350mm]

1'-11 3 16"

[588mm]

3'-0" [914mm]

2' -3

7 16

[6 m m

1'-11 7 16"

[595mm]

3'-111 4"

[1200mm]

1' -1

015 16

[5 m m

Floor Plate ℄

Philips Surface Mounted Floor Plate

Area available for additional customer and/or non-Philips equipment such as Med Gases, electrical outlets, etc.

9 16

[4 0m m

SCALE:

S1

AD7 ADAPTATION PLATE -

SURFACE TABLE CLEARANCE DETAIL

N.T.S.

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. DO NOT

GRIND DOWN THE NUT

(24.0)

Four holes, 0.74" (19mm) dia.

Counterbored 1.57" (40mm) dia. x 0.83" (21mm) deep

Stand

Offset border of floor covering (Vinyl) by 0.16" (4mm) outwards. Follow outline of raised portion of floor plate.

5" (130mm) Core Drill

AD7 Table Floor Plate to Floor Bolt Forces:

(Tension) Tmax = 1950 lbs/bolt (Shear) Vmax = 776 lbs/bolt

Floor plate supplied by Philips / installed by Contractor.

Counterbored holes are sized for 1/2" (12mm) anchors per Seismic requirements.

1'-811 16"

[525mm] 1'-511

16"

[450mm]

2"

[38mm] 11 2"

[38mm]

1' -8

11 16

[5 m m

1' -5

11 16

[4 m m

57 8"

[1 m m

8"

[150mm]

8"

[200mm]

Conduits not routed through center of plate.

Section A - A

Universal AD7 Floorplate (to be supported completely)

AD7

Flange

Slab level Max floor covering 5mm

Epoxy Concrete

Concrete

A A

STANDARD DEFAULT FLOOR PLATE OPTIONAL SURFACE MOUNT FLOOR PLATE

1. 1.5748" (40mm) thick floor plate, surface mounted with top of slab.

2. Level within 1

16" (1.5mm) across surface of plate.

3. Anchor bolts with washer must not protrude above surface of floor plate. DO NOT GRIND DOWN THE NUT

4. Floor plate must be isolated from facility. isolation materials, such as electrical isolated sleeve washers with shoulders, are to be provided by the contractor.

(24.0)

Stand

Note: The bolts need to be 12" (12.7mm) (M12) or 58" (15.8mm) (M16) to allow the use of the insulation bush.

Isolation Washer Isolation Bush

Philips provided insulation plate in between floor and floor plate. Floor plate must be isolated from anchors and electrical boxes.

5" (130mm) Core Drill

Use six holes, 0.91" (25mm) dia.

Counterbored 1.5" (40mm) dia.

Conduits not routed through center of plate.

2' -1

11 16

[6 m m

2'-413 16"

[732mm]

715 16

[2 m m

715 16

[2 m m

4"

[235mm]

4"

[235mm]

16"

[72mm]

Detail - AD7 Table, Fixed/Pivot Base - Clearance Area (Not to scale)

1'-13 4"

[350mm]

1'-11 3 16"

[588mm]

3'-0" [914mm]

2' -3

7 16

[6 m m

1'-11 7 16"

[595mm]

3'-111 4"

[1200mm]

1' -8

11 16

[5 m m

1' -1

015 16

[5 m m

10 5 16"

[262mm]

Floor Plate ℄

Philips Flush Mounted Floor Plate

Area available for additional customer and/or non-Philips equipment such as Med Gases, electrical outlets, etc.

(23.0)

3 8"

[1 0m m

Volcano Bedside Utility Box (BUB)

*BUB is provided with IntraSight and may cause tripping hazard

S1

THIS SHEET IS PART OF THE DOCUMENT SET LISTED ON SHEET CS

AND SHOULD NOT BE SEPARATED. 05.20.2024

K on in kl ijk e Ph ilip s

El ec tro ni cs N

.V . 2

9.

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 co py rig ht h ol de r.

Project Details

Philips Contacts

Drawing Number

AZURION 7 C20 - R3

Date Drawn: 5/15/2024 Quote:

Order:

Project Manager:

Contact Number:

Email:

Pr oj ec t

St an da rd

R ef er en ce D ra w in g

N ot

S ite

S pe ci fic

R oo m

D ra w in g Ti tle

Revision Date:

Revision Number:

XXXXXX

XXXXXX

XXXXXX

XXXXXX

C lie nt N am e

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Drawn By:

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AutoCAD SHX Text 914mm

AutoCAD SHX Text 355mm

AutoCAD SHX Text 3302mm

AutoCAD SHX Text 6071mm

AutoCAD SHX Text 3328mm

2908mm

UNI

Typ.

Ceiling Clearance See Sheet "S2/3"

2" 1'-2" 2'-2" 2'-2" 2'-2" 2'-2" 2'-2" 3'-3" 55

8"

5"

5' -0

5'

-0

4"

2'-2"

AD7 Table Floor Plate ℄

C le a / T ab le

SC

R

U B

19'-11"

9' -6

1 2"

Iso Center

CR

CR

Ceiling Clearance See Sheet "S2/3"

MSR

MSR

MAV

1' -6

5 8" 1'

-6 5 8"

4"

2' -0

7 8"

2' -8

1 4" 3'

-5 5 8"

6'-11"

7'-4"

AD7 Table Floor Plate ℄

C le a / T ab le

SC

R

U B

19'-11"

9' -6

1 2" Iso Center

A CR 2 - Philips Clea Rails S2

A MSR 2 - Philips Monitor Suspension Rails S2

A MAV Mavig 2.5m Ceiling Track 360 AD2

B UNI Unistrut (P1000/P1001 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

S2

ST

R

U C

TU

R

A L

P

LA

N S

SCALE:

S2

RESTRICTED AREA DETAIL

N.T.S.

SCALE:

Required Unistrut Height: 9' - 61

2", ±1 8" (2908mm, ±3mm) Unistrut height measured from finished floor to bottom of Unistrut.

S2

CEILING SUPPORT LAYOUT - UNISTRUT

1/4" = 1'-0"

SCALE:

Required Unistrut Height: 9' - 61

2", ±1 8" (2908mm, ±3mm) Unistrut height measured from finished floor to bottom of Unistrut.

S2

CEILING SUPPORT LAYOUT - EQUIPMENT

1/4" = 1'-0"

SCALE:

S2

UNISTRUT

DIMENSION DETAIL

N.T.S.

SCALE:

S2

UNISTRUT

MOUNTING DETAIL

N.T.S.

SCALE:

S2

CLIP RAIL CROSS SECTION DETAIL

N.T.S.

SCALE:

S2

CLIP RAIL STIFFNESS DETAIL

N.T.S.

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

Furnished by Philips and installed by Third PartyH

(24.0)

Clea Ceiling Clea Bearing Forces:

(Tension) Tmax = 2931 lbs/fixing block (Shear) Vmax = 1227 lbs/fixing block

Note:

1. The bearing force shown for the Clea is the maximum instantaneous equipment bearing load. This force can occur at two locations (each fixing block) simultaneously on the same Unistrut (or equal) rail.

2. If seismic forces must be considered, please refer to the seismic calculation sheets provided by Philips for the specific system components.

3. 27" (685mm) maximum allowed distance between unistrut. 5-7/8" (150mm) maximum rail overhang from last unistrut attachment at either side.

16"

[97mm]

4'-1015 16"

[1497mm]

6' -2

13 16

[1

0m m

Hose Outlet

AD7 Universal Floor Plate

Floor Plate ℄ (Scribe Mark)

3' -1

3 16

[9 m m

12'-93 8"

[3895mm]

2"

[140mm] 2'-2"

[660mm] 4"

[102mm]

2'-2" [660mm]

2'-2" [660mm]

2'-2" [660mm]

2'-2" [660mm]

1'-2" [355mm]

Iso Center

Floor Plate ℄ (Scribe Mark)

1' -6

5 8"

[4 m m

1' -6

5 8"

[4 m m

SCALE:

S2

AZURION 7 C20

STRUCTURAL DETAIL

N.T.S.

M in

9m mMin 35.5mm

7m m

1m m /-1

Max 3mm

M in

0m m

22mm, +0.5mm/-1

Ceiling construction is responsibility of local structural engineer

Ceiling Height

Rotational Stiffness

Finished Ceiling

Stiffness Requirements of Ceiling:

1. Horizontal Stiffness: preferred 10,000,000 Newton/meter - 57.1 klb/in, minimal 6,000,000 Newton/meter - 34.2 klb/in

2. Vertical Stiffness: preferred 10,000,000 Newton/meter - 57.1 klb/in, minimal 6,000,000 Newton/meter - 34.2 klb/in

3. Rotation Stiffness: minimal 100,000 Newtonmeter/Rad - 885 (klb in)/Rad

4. Ceiling interface stiffness requirements at each ceiling connection point

Side View X

Double nut supplied by

Philips

4" (101 mm)

Horizontal Stiffness

Horizontal Stiffness

Vertical StiffnessVertical Stiffness

Rotational Stiffness

Rotational Stiffness

Side View Y

Ceiling construction is responsibility of local structural engineer

Ceiling construction is responsibility of local structural engineer

Important Notes:

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.

Customer's structural engineer shall provide Philips with written certification that structural supports meet Philips requirements to permit delivery and installation of equipment. Upon completion of project, Customer's Architect and Engineers of record shall provide a set of As-Built project construction documents (.dwg) to Philips for closure of the Philips project history file.

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. 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 Unistrut support.

c. The structural Unistrut 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.

4. 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.

5. Ceiling Obstructions There shall be no obstructions that project below the finished ceiling in the area covered by ceiling suspended equipment travel. See detail 1/S2.

6. 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.

For Clea Stand (1160 kg or 11600 N): the maximum allowed deflection of the ceiling and/or floor construction is 1.93 mm.

* The Iso Center is the initial and most crucial control point in the construction of a procedure room. Once established, it guides the placement of all imaging equipment, third-party devices, mechanical, electrical, and plumbing systems (MEPs), as well as the overall construction. These are positioned relative to the Iso Center's X, Y, and Z coordinates to avoid operational issues and clinical limitations.

(24.0)

(24.0) (24.0)

(24.0)

(24.0)

5'-7" [1702mm]

6' -3

[1

5m m

6' -3

[1

5m m

Table Floor Plate ℄

St an d / T ab le

B

A

A

B

A No objects that project below finished ceiling are allowed in this area (lights, smoke detectors, sprinkler heads, etc).

No objects that project more than 4.5" (115mm) below finished ceiling are allowed in this area (lights, smoke detectors, sprinkler heads, soffit, etc).

13'-3" [4039mm]

'-6

18'-10"

Iso Center

14'-2"

3' -7

(24.0)

Cover ClipSelf-locking

Bolt, M10x40

Clip Rail

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

P1001 Unistrut

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. P1001 Unistrut is specified for the ceiling rail connection point.

Finished Ceiling Requirements:

1. Finished ceiling height shall be 14" (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 with positioning of the fixing block.

2. Fixing blocks for Philips ceiling rails (Clip rails) are designed to be installed in P1001Unistrut.

3. The inside of the Unistrut must be clear of obstructions.

Unistrut Requirements:

1. Welding Unistrut may warp Unistrut and deteriorate the structural integrity of the Unistrut.