Spreadsheet: 0657a557-ab94-4c1c-8dae-b0be169e6be4
Sheet: Sheet1

ILC - Main Linac Tunnel Specification Sheet   (DRAFT) | Unnamed: 1 | Unnamed: 2 | Unnamed: 3 | Unnamed: 4 | Unnamed: 5 | Unnamed: 6
 |  |  | FNAL, Jun 23, 2006   DRAFT
MAIN LINAC
BEAM TUNNEL
(BASIS OF CURRENT BEAM TUNNEL CROSS SECTIONAL LAYOUT)
System/Component Description | Quantity    (per RF Unit) | [NAME] (WxLxH)  (meters) | Weight ([NAME]) | Interface Point | Source of Information/Comments
Cryomodule with Quad | 1 | 1.6 width x 12.6 Length |  |  | Current Design of Type IV from FNAL 3-D Model (Length from L.Lilje Bangalore Slide 3-22-06; [NAME] 3-23-06)
Cryomodule without Quad | 2 | 1.6 width x 11.3 Length |  |  | Current Design of Type IV from FNAL 3-D Model (Length from L.Lilje Bangalore Slide 3-22-06; [NAME] email 3-23-06)
Interconnect Between Cyromodules | 2 | 0.85 Length |  |  | Current Design of Type IV from FNAL 3-D Model
Cryogenic System | 1 | - |  |  | Cryogenic distribution lines are shown in cross-section (size needs to be verified).  Cryogenic turn-around/disconnect will most likely require an alcove.  This is not considered for the typical cross-section layout.
[NAME] | ? | ? |  |  | Details to be determined.
Waveguide System | 1 | - |  |  | From 3-D Model of [NAME] and HLRF Group as of May 4 2006
Cable Tray | 4 | 0.5 |  |  | This is an estimate at this time.  Four 0.5m (18") wide, divided trays.
Positron Beamline | 1 | 50 cm full width Quad with 15cm tube at one Quad per 3 Cryomodule |  |  | 50 cm full width Quad with 15cm tube at one Quad per 3 Cryomodules (C.Adolphsen Email   2-23-2006)
Convenience, Welding & Charging  Receptacles. Other? |  | Aisle Wall & Back Wall @ Intervals TBD |  |  | 1-60A;480V Welding Recpt @ 108m spacing;  1-Quad Recept each with 2-20A, 120V Duplex Recept and 2-20A, 208V Twist [NAME] every 36m; 3-20A; 120V Duplex every 36m; 1-20A;120V Duplex every 36m
Area, Emergency, Exit & Task Lighting | - | Energy Efficient Support & Backup Lighting is required  40W Flour; (2) [NAME]; 277V |  |  | 48" Fluorescent Light (2-T8 Lamps; Electronic Ballast) & Wire Guard, 20FC Avg-6m spacing both sides;  Emergency and Night lights per Code
Water (Deionized/Low Conductivity Water) | 2 | Two 50mm (2") Supply and Return from the service tunnel skid  (placeholder only) |  |  | (from Shigeki heat load spreadsheet)
Other Utilities | - | Assumed as One 50mm (2") Compressed Air and One 50mm (2") [NAME] |  |  | Grounding-500MCM, bare ground cable routed entire length of tunnel with cross connects and risers to surface.  (Magnet side)                1-75kVA Transf & Recept Panel; 1-225A (480/277V panel for Mech equip)
Drain/Sump System | 1 | AMERICA: 120 liters per min per Km (50 gpm/mile) flow. Data from NLC/SSC info. Sump at every 5 Km. Trench invert [NAME] depth 12"      EUROPE: 10 liters per min per Km |  |  | AMERICA: 120 liters per min per Km (50 gpm/mile) flow. Data from NLC/SSC info. Sump at every 5 Km. Trench invert [NAME] depth 12"      EUROPE: 10 liters per min per Km
HVAC/Air Handling System | 1 | Refrigerant based dehumidifiers every 36 Meter |  |  | Placeholder
Fire Protection System | - | placeholder |  |  | CF&S group to provide info.
Communications System | - |  |  |  | CF&S group to provide info.
Transport Equipment | - | 1.6 wide |  |  | This is based on the widest item (Cryomodule=1.6m).  Current FNAL transport equipment maximum width is 1.35 meters.  So, the [NAME], itself determines the space required. 0.3m (12") is assumed reasonable space on each side of transported equipment to avoid interference during transport.
Distance between Service & beam Tunnel | - | 7.5m |  |  | Basis is 1.5 times the service tunnel for CFS tunneling consideration (The distance due to radiation consideration is less)
Turn Around Space for Transport Vehicles | - |  |  |  | CF&S group to provide info.
Egress Path | 1 | 0.9 (36") |  |  | Assumed to be the necessary egress path width at all times. This needs to be confirmed by CF&S group.
Cross-overs Between Tunnels (personel) |  |  |  |  | CF&S group to provide info. based on Life Safety Analysis.
SERVICE TUNNEL
(BASIS OF CURRENT SERVICE TUNNEL CROSS SECTIONAL LAYOUT)
System/Component Description | Quantity    (per RF Unit) | [NAME] (WxLxH)  (meters) |  |  | Source of Information/Comments
Klystron | 1 | 1.3 x 3.4 x 1.4                                 (0.46m gap required between Klsytron & Pulse Transformer) |  |  | Based on HLRF group estimateof size
Pulse Transformer | 1 | 1.2 x 1.3 x 1.4 |  |  | [NAME] (FNAL)
Modulator | 1 | 1.1 x 4.3 x 2.0 |  |  | Reconfigured Size based on info. from [NAME] (FNAL).  No access doors located on wall side.
Charging Power Supply | 1 | 1.22 x 2.44 x 2.0 |  |  | Reconfigured Size based on info. from [NAME] (FNAL) (e-mail 2/27/06).  [NAME] no access necessary on wall side.
Waveguide System | 1 | - |  |  | Based on component specification given by Shigeki Fukuda (e-mail 2/27/06) and 3-D model generated at FNAL using commercially available WR650 components.  Assumes klystron is rotated with waveguide ports facing up and down.  Installation of waveguide through penetrations between tunnels assumes three waveguide through one penetration (43 centimeter minimum) and each waveguide is made up of three equal length sections fed from the service tunnel into the penetration.  This needs to be studied in more detail.
Cable Tray | 4 | 0.5 |  |  | This is an estimate at this time.  Four 0.5m (18") wide, divided trays.
Electrical Racks for RF System | 6 | 0.6 x 0.8 x 2.0 |  |  | Four racks needed for klystron, two racks needed for modulator and charging supply as per [NAME] (FNAL).  0.9m (36") clearance in front and back of rack needed for access. Power required 30 KVA per ML sub Rack List (S. Fukuda & H. Hayano; [NAME]; 3-4-06) 45 KVA provided for each set of racks at Service tunnel RF area
Electrical Racks for other Equipment | 10 | 0.6 x 0.8 x 2.0 |  |  | This is an estimate for all additional equipment in tunnel (vacuum, instrumentation, controls, safety systems, etc.).  0.9m (36") clearance in front and back of rack needed for access. 45 [NAME] provided for each set of racks at Service Tunnel RF area
34.5 KV -11 kV DC Modulator Power | 1 every  [NAME] | (Data from Chris / Clay)                      1.22 x 2.44 x 2.0 Inclusive @ 36 meter intervals |  |  | All -in -one Transformer & Power Supply 34.5 KV AC to 8 KV AC to 11 KV DC
34.5  KV  -0.48 kV Equipment Power | 1 every 4th RF Station | (Data from Clay)             1.219 x 1.245 x 1.346 Inclusive @ TBD Intervals (foot print to be sized to match actual distributed non-RF loads)   OR  ((Data from Santic)                            1.57m (W) x 1.27m (D) x 1.37m (H) and 0.813m (W) x 0.248m (D) x 1.63m (H) Panelboard |  |  | AC Equipment Power Transformer    w/ Dead Front: Primary Selective Switch-Disconnect, Surge Arrestors, Terminations, Transformer & Secondary Feed Getaways to Equipment Disconnects                                                                                               RF  (AC) Power Transformer; 500kVA, 34.5kV (200kV BIL)-480/277V(30kV BIL); OW; Oil immersed primary fusing; Oil immersed 4 position load break sectionalizing switch; dead front; 1 transformer every 4th RF station.
34.5 KV  to 0.208/0.12 kV Emergency Power | 1 every ?? RF | (Data from Clay)        0.965 x 1.245 x 1.346 Inclusive @ TBD Intervals (foot print to be sized to match actual distributed emergency loads)         OR        (Data from Santic)                    1.28 x 1.59 x 2.28H Primary [NAME]1.37 x 2.13 x 2.28H Transformer   0.92 x 0.92 x 2.28H Switchboard |  |  | AC Emergency Power Transformer    w/ Dead Front: Primary Selective Switch-Disconnect, Surge Arrestors, Terminations, Transformer & Secondary Feed Getaways to Equipment Disconnects
Convenience, Welding & Charging  Receptacles. Other? |  | Aisle Wall & Back Wall @ Intervals TBD |  |  | 1-60A;480V Welding Recpt @ 108m spacing;  2-Quad Recept each with 2-20A, 120V Duplex Recept and 2-20A, 208V Twist [NAME] every 36m
Area, Emergency, Exit & Task Lighting | - | Energy Efficient Support & Backup Lighting is required  40W Flour; (2) [NAME]; 277V |  |  | 48" Fluorescent Light (2-T8 Lamps; Electronic Ballast) & Wire Guard, 20FC Avg-6m spacing both sides;  Emergency and Night lights per Code
Water (Process water Distribution) | 2 | 300mm (14") diameter supply and insulated return header Process Water pipe to serve the LCW skid in Main Linac Service tunnel only (Placeholder only) |  |  | Current basis is ~125KW per RF unit at 35 C supply temperature and ~45C return temperature, at approximately 128 RF units per plant (Shigeki/Clay spreadsheet)
Water (Chilled Water Distribution) | 2 | 200mm (8") diameter insulated supply and return header to serve chilled water fancoils in each RF unit area, and one 1-1/2" condensate lines from fancoils |  |  | Current basis is about 25KW heat load - 50% to air & 50% to water cooled racks per RF (Shigeki/Clay spreadsheet), at 128 fancoils per plant
Water (Deionized / Demineralized / Low Conductivity Water) | 2 | Two 50mm (2") Supply and Return pipe from Skid |  |  | Current basis is ~125KW per RF unit at 35 C supply temperature and ~45C return temperature, at 128 RF units per plant (Shigeki/Clay spreadsheet)
Water Skids (pumps and HX) for RF Unit | 1 every  RF | Assumed as One (4' x 4') 1.2m x 1.2m, for water skid at every 36 meter (1 RF unit) |  |  | Placeholder of (4' x 4') 2.4m x 1.2m, for water skid at every 36 meter
Water Skid for water cooled racks | 1 every 4RF | placeholder |  |  | Placeholder of (4' x 4') 2.4m x 1.2m,
Water Skids (pumps and HX) for Quad in Positron Line |  | unknown at this time |  |  | Need info (Positron [NAME] water cooled components)
Other Utilities | - | Assumed as One 50mm (2") Compressed Air and One 50mm (2") [NAME] |  |  | Placeholder
Drain/Sump System | 1 | AMERICA: 120 liters per min per Km (50 gpm/mile) flow. Data from NLC/SSC info. Sump at every 5 Km. Trench invert [NAME] depth 12"      EUROPE: 10 liters per min per Km |  |  | AMERICA: 120 liters per min per Km (50 gpm/mile) flow. Data from NLC/SSC info. Sump at every 5 Km. Trench invert [NAME] depth 12"      EUROPE: 10 liters per min per Km
Oil Containment System | 1 |  |  |  | It is assumed that Secondary containment is part of the equipment.
HVAC/Air Handling System | 1 | two 5 Ton Chilled Water Fancoil every 36 meter, with minimal straight duct distribution |  |  | Current Basis Heat Load Spreadsheet (Shigeki/Clay/Emil)
Fire Protection System | - | Placeholder |  |  | CF&S group to provide info.
Communications System | - |  |  |  | CF&S group to provide info.
Transport Equipment | - | 1.35 wide |  |  | This is based on the widest item (Klystron=1.3m).  Transport vehicle is assumed to be 1.35m wide and is therefore the widest device transported through the tunnel. 0.3m (12") is assumed reasonable space on each side of transported equipment to avoid interference during transport.
Distance between Service & beam Tunnel | - | 7.5 m |  |  | Basis is 1.5 times the service tunnel for CFS tunneling consideration (The acceptable distance due to radiation consideration should be invesigated and compared)
Turn Around Space for Transport Vehicles | - |  |  |  | CF&S group to provide info.
Egress Path | 1 | 0.9 (36") |  |  | Assumed to be the necessary egress path width at all times. This needs to be confirmed by CF&S group.
Cross-overs Between Tunnels (personel) |  |  |  |  | CF&S group to provide info. based on Life Safety Analysis.