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CONSTRUCTION NOTES: - VERISHIELD (TM) PACKAGE
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CONSTRUCTION NOTES: - SHIELDTECH (TM) PACKAGE
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1.
All physics information, design information, and structural information herein remains property of Veritas Medical Solutions, LLC (VERITAS).
1.
All physics information, design information, and structural information herein remains property of Veritas Medical Solutions, LLC (VERITAS).
2.
All project scope and associated drawings indicated herein are based solely on project estimate documents previously reviewed and approved by the client.
2.
All project scope and associated drawings indicated herein are based solely on project estimate documents previously reviewed and approved by the Client. = -- -
SEAL.
3.
All demolition, site preparation Work, etc. must be completed by contractor prior to installation of shielding or other project materials.
3.
All demolition, site preparation work, etc. must be completed by Client prior to installation of shielding or other project materials.
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4.
Contractor is required to coordinate with the VERITAS representative for the project to ensure field conditions are appropriate as called for in the original project estimate documents and
4.
Client is required to coordinate with the VERITAS representative for the project to ensure field conditions are appropriate as called for in the original project es-timute d LLMe6fS and
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pre -site checklist.
pre -site checklist.
5.
Contractor is responsible to ensure that existing surfaces, including floors and ceilings, ore free of all protrusions, debris, bumps, etc. if VERITAS materials are to be installed against an
5.
Client is responsible to ensure that existing surfaces, including floors and ceilings, are free of all protrusions, debris, bumps, etc. if VERITAS materials are to be installed against an
existing structure, wall, etc.
existing structure, wall, etc.
6.
Contractor to provide all surfaces to be flat, plumb, and level to within 0.25" (6.35mm) per foot in all directions.
6.
Client to provide all surfaces to be flat, plumb, and level to Within 0.25" (6.35mm) per foot in all directions.
7.
Installer required to provide adequate access to the site in acoordancewith conditions of the project contract.
7.
Client required to provide adequate access to the site in accordance with conditions of the project contract.
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8.
Contractor to provide proper protection required for the project area, construction (flooring, its, etc. as well as equipment includin , but not limited to, storage for electronics, doors, frames,
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8.
Client to provide proper protection required for the project area, construction (flooring, its, etc. as well as equipment ment includin ,but not limited to, storage for electronics, doors, frames,
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drives, etc.
drives, etc.
9.
Shielding thickness indicated on drawings are nominal. Approval of any shielding changes are to be approved by VERITAS.
9.
Shielding thickness indicated on drawings are nominal. Approval of any shielding changes are to be approved by VERITAS.
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10.
VERITAS reserves the right to make any changes in layout, shielding, or design in order to ensure shielding integrity and /or provide more practical means of installation.
10.
VERITAS reserves the right to make any changes in layout, shielding, or design in order to ensure shielding integrity and /or provide more practical means of installation.
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11.
All field changes must be approved b VERITAS prior to proceeding and graphic documentation of the change must be furnished to VERITAS.
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11.
All field changes must be approved by VERITAS prior to proceeding and graphic documentation of the change must be furnished to VERITAS.
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12.
All penetrations indicated herein are approved for Mechanical, Electrical, & Plumbing (MEP) services and dosimetry, etc. All additional penetrations through shielded barriers, regardless of size
12.
All penetrations indicated herein are approved for Mechanical, Electrical, & Plumbing (MEP) services and dosimetry, etc. All additional penetrations through shielded barriers, regardless of size
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an number, are o e approved y VERT S.
and number, are to be approved by VERTAS.
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13.
Radiation shielding testing procedures to be per VERITAS testing protocol, dated June 2009, andas further recommended by Shielding Techniques for Radiation Oncology Facilities, P.H. McGinley,
13.
Radiation shielding testing procedures to be per VERITAS testing protocol. Testing shall be performed in the presence of a VERITAS representative with proper prior notice given.
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Medical Physics Publishing ®2002 Second Edition).
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14.
Final radiation shielding must be approved by an independent qualified healthcare physicist or expert in the field of radiation protection. Such an individual is to be selected and retained byarxr•
14.
Final radiation shielding must be approved by an independent qualified healthcare physicist or expert in the field of radiation protection. Such on individual is to be selected and retained by
the Client.
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the client.'
15.
All structural steel to be equivalent to ASTM A -992, Grade 50 or ASTM A -36 as noted on structural plans. All structural tubing to be equivalent to ASTM 500, Grade B.
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I. PRE - INSTALLATION & SITE PREPARATION NOTES
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16.
All steel that will ultimately be exposed to weather is to be field painted with rust inhibitive based primer.
1.
VERITAS will review the proposed installation area and confirm that preparations to the site have been accomplished by the Client (foundations, piping, any required demolition, protection of
17.
All welds are to be properly prepared, and ground smooth where indicated, in accordance with AISC standards.
existing onditions, provision of proper access routes, etc. prior to proceeding with installation.
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I. PRE - INSTALLATION & SITE PREPARATION NOTES
2.
Client to provide proper access routes to the installation area. Proper coordination between trades must be established by Client in order to transport materials to the site. Client to provide
a
copy of the Infection Control Risk Assessment, facility guidelines and /or regulation, and other policies for the facility.
1.
VERITAS will review the proposed installation area and confirm that preparations to the site have been accomplished by the contractor (foundations, piping, any required demolition, protection of
3.
Client to provide adequate storage/ staging area. Storage of materials will be within this defined area, which should be as close to the installation area as possible. NOTE: Any materials
existing conditions, provision of proper access routes, etc.) prior to proceeding with installation.
such as electronics, doors, frames, hardware, etc., must have adequate interior storage areas with security.
2.
Contractor to provide proper access routes to the installation area. Proper coordination between trades must be established in order to transport materials to the installation site. Contractor to
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4.
Client to provide utilities (water, electric, etc.) to be located in close proximity to the installation area.
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provide a copy of the Infection Control Risk Assessment, facility guidelines and /or regulation, and other policies for the facility.
5.
Client to provide as -built verification of concrete bunkers, steel supports, and door openings to VERITAS prior to fabrication and installation of door assemblies.
3.
Contractor to provide adequate storage/ staging area. Storage of materials will be within this defined area, Which should be as close to the installation area as possible. NOTE: Any materials
such as electronics, doors, frames, hardware, etc., must have adequate interior storage areas with security.
II.
LAYOUT NOTES
4.
Contractor to provide utilities (water, electric, etc.) to be located in close proximity to the installation area.
1.
Client to clearly locate existing building structure, columns, floor elevations, etc. using markers, strings, flags, or other permanent device prior to installation.
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LAYOUT NOTES
2.
Client to clearly locate machine isocenter from known existing building structure or other fixed point (stairs, elevators, shafts, etc.) using markers, strings, flags, or other permanent
1.
Contractor/ Client to clearly locate existing building structure, columns, floor elevations, etc. using markers, strings, flags, or other permanent device prior to installation.
devices prior to installation.
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3.
All dimensions (vertial and horizontal) of the project area within the existing building envelope are to be confirmed by direct measurement, in more than a single location, prior to start of
2.
Contractor Client to clearly locate machine isocenter from known existing building structure or other fixed point 5lgirs, elevators, shafts, etc. using markers, strips flags, or other permanent
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work.
Medical Solutions
5 GREAT VALLEY PARKWAY, SUITE
devices prior to installation.
210
MALVERN. PA 19355 (888) 242 -6760
4.
VERITAS materials shall be installed from the most recent set of approved drawings. Discrepancies are to be brought to VERITAS' attention immediately upon discovery and conditions should
be
3.
All dimensions ( vertial and horizontal) of the project area within the existing building envelope are to be confirmed by direct measurement, in more than a single location, prior to star] of
resolved before re- commencing with installation.
CONDITION OF USE
work.
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5. Client to layout doors, frames, and locations for door control cabinet and devices on floor are using markers, strings, or other permanent devices.
4.
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VERITAS materials shall be installed from the most recent set of approved drawings. Discrepancies are to be brow ht to VERITAS attention immediate) upon discovery and conditions should be
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resolved before re- commencing With installation.
6.
All door frames and drive assembly recesses shall be set at door opening as called for in drawings. All frames are to be set plumb and square. Drive assembly recess is to be set
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according to specifications on door drive drawings.
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5.
Installer to layout walls, doors, pilasters, etc. on floor area using markers, strings, or other permanent devices.
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6.
All door frames and drive assembly recesses shall be set at door opening as called for in drawings. All frames are to be set plumb and square. Drive assembly recess is to be set
III.
INSTALLATION NOTES
according to specifications on door drive drawings.
7.
First layer of VeriShield* block shall be laid out (dry) around the entire perimeter of the proposed shielded structure. All accessory items, (door frames, lintels, dosimetry pipes, conduits, etc.)
1.
A Pre- construction meeting with a VERITAS company representative and the General Construction Group is required. This meeting is intended to compare, inspect work of other trades that may
to be located at this time. Isocenter and column lines to be estabished and referred to during installation. Location of reinforced vertical and horizontal structural cells are to be identified at
affect successful installation.
this time. Vertical rebar shall be anchored through the floor slab, at corners, and at intersections, typical.
2.
Before commencing with installation of ShieldTech" door, follow pre - installation site preparation instructions listed in the drawing set.
8.
Once VERITAS materials have been properly located, continue by placing first course per installation notes herein. Horizontal structural cells are to be filled with VeriShield* grout along with
3.
The bottom hinge plate assembly to be installed level with the hinge bearing location centered per drawings prior to welding and installation of concrete kwik bolt expansion anchors.
rebar embedded as indicated on structural drawings and details.
4.
The top hinge plate assembly requires use of a laser level to allow for precise plumb location of the hinge center point, located per drawings prior to welding.
III.
INSTALLATION NOTES
5.
The bottom hinge bearing required packing with grease prior to installing to hinge plate assembly. Directly following bearing installation, the bearing cap plate is to be placed and bolted with
the Allen head cap screws included in the installation kit.
1.
A Pre - construction meeting with a VERITAS company representative and the General Construction Group is required. This meeting is intended to compare, inspect work of other trades that may
affect successful installation.
6.
The rubber bearing seal to be placed on the top of the bearing cap plate.
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12/07/12
PROGRESS ISSUE
2.
Before commencing with installation of VeriShieldTM block, follow pre - installation site preparation instructions listed in the drawing set.
7.
The lower hinge block to be unbolted from the interior of the door shell (requires a 1 -1/2" socket and ratchet or a 1-1/2" open end wrench).
11/06/12
LAYOUT ISSUE
11/02/12
PROGRESS ISSUE
3.
First course of VeriShield'" block to be laced plumb, level and true on a 1 4" bed of VeriShieldTM rout mixed according to ASTM C270 specification.
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8.
The lower hinge block, shaft end to be laced in the bottom hinge late bearing and insure the square opening in the rubber bearin seal is aligned with the square hinge block.
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DRAWING ISSUE
4.
Place all VeriShield'" block in a modified running bond pattern as called for on drawing and details. First (2) two courses of VeriShield'" block are placed in a "stack" bond. The (3rd)
9.
The wood 2 "x 4" hinge assembly assist should be bolted to the bottom hinge block With two (2) bolts with nuts and washers. included in the installation kit.
DRAWN BY
CHECKED BY
third course of block is offset to form a standard running bond pattern. The (41h) fourth course resumes stack bond. Subsequent courses of VeriShield* block continue this (4) course bond
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pattern accordingly.
10.
The upper hinge bearing should be grease packed then installed with the upper hinge bearingcope plate to be placed and bolted with Allen head cap screws included in the installation kit.
PROJECT NO.
SCALE
5.
Ensure all VeriShield" block is installed with leveling bed of grout at the joint above every (4th) fourth course of block. Maximum thickness of leveling bed is to be 1/4 ". Placement of
11.
The upper hinge block, shaft end to be placed in the upper hinge plate bearing and bolt up to the 2 "x 4" hinge assembly assist.
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AS NOTED
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appropriate brick ties or mesh to be adhered to as called for in the drawings and details.
12. Place the door shell on 3/4" pipes and roll door shell towards the hinge block assemblies that are sus endedb the 2 "x 4" hinge assembly assist to approximately 4" away then install the
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6.
It is only necessary to provide horizontal bed joints. Vertical head joints are not necessary. Ensure that there are no voids. La all block units plumb, level, and true to line in the
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hinge blook spacer standard with a shear key to the upper hinge block, place bolts through the hinge block and block spacer standard and thread all four (4) bolts into threads in the door
DRAWINGTITLE
modified bond pattern as described in item (4) above, as well as indicated on drawings. NOTE: For seismic conditions, see structural drawings for further clarification.
shell. Repeat for the lower hinge blocks. Tighten with the ratchet and 1 -1/2" socket or 1 -1/2" open end wrench.
13.
Review the drawings for necessary shielding and any supplemental shielding required for installation int o the door shell.
7.
If any VeriShieldT# units are displaced after VeriShieldlv grout has hardened - Remove and replace unit, following steps (3) through (6) above.
14.
Leave the 3/4" 0 pipes under the door shell during the loading of shielding. Install all VeriShieldTM Block and supplemental shielding materials (Steel, Lead, Poly., plywood) and ensure that
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8.
Strike flush all joints. Ensure the curved interlock is fully intact with adjacent VeriShield74 block.
any voids are then filled with VeriShieldTM' Grout.
9.
VeriShieldT" grout used between VeriShieldTM block shall be freshly mixed and shall be proportioned with (1) part Portland Cement, (3) parts VeriShieldTM grout, and (1/2) parts potable water.
15.
Weld any supplemental steel sheilding at any door edges as required.
NOTES
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No re- hydration of mixture is allowed.
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16.
Roll the door shell cover into place and secure with the countersunk Allen socket head cap screws included in the installation kit.°
10.
Use all VeriShieldT" grout within 2 % hours after mixing.
17.
Remove the 3/4" 0 pipes from under the door shell.
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DRAYANG NUMBER
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18.
Close the door and verify that the door has adequate clearances as described in the drawings. Check for level, plumb, and squareness.
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19.
Open the door to a full 90 degrees from the closed position and locate and drill and bolt the door stop.
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