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Installation Schedule

Site Planning Information BioSpec 70/30 USR_2_V020

Installation Schedule

4.1

Installation planning overview

Planning for a BioSpec® installation comprises the following subject areas:

• Characterization the planned installation site in terms of its suitability for MR

• Planning the laboratory structure and operational procedures

• Planning the structure of rooms and buildings

• Planning electronics and cable trays

• Planning air conditioning, water supply and room ventilation

• Planning safety devices

The main components of an installation should be included in the following rooms:

• Air-conditioned and sound-proofed magnet room, potentially with RF shielding

• Temperized technical room for the MR system's electronics

• Operating area and animal preparation area

Figure 4.1: Installation planning overview

Magnet room

Power distribution panel

Operating area

Exhaust line and vent

Preparation area

Technical room

Summary of Contents for BioSpec 70/30 USR V2

Page 1: ...BioSpec 70 30 USR Site Planning Information with Magnet B C 70 30 USR V2 Version V020 Innovation with Integrity Preclinical Imaging...

Page 2: ...roduct names used are trademarks or registered trademarks of their re spective holders This manual was written by Bruker February 21 2018 Document Number 9007201111482251 P N Site Planning Information...

Page 3: ...Seismic Safety 16 2 2 8 Safety at Work 16 2 2 8 1 USER WORK SAFETY DS Isoflurane Rev0 18 2 2 9 Infrastructure Supervision and Messaging 19 3 Standards 21 3 1 Standards 21 3 2 Environmental Conditions...

Page 4: ...magnet exhaust system 48 6 2 1 5 MRI CryoProbe filter plate 48 6 2 1 6 In vivo filter plate 48 6 2 1 7 Filter plate for Faraday cage ventilation 48 6 3 Exhaust system 49 6 3 1 Design criteria of the...

Page 5: ...iture 78 7 Delivery and Transport 79 7 1 Maximum transport time 80 7 2 Packaging 80 7 3 Magnet Transport 81 7 3 1 Transport method and limitations 81 7 4 Transporting Electronic Cabinets 83 7 5 Moving...

Page 6: ...Contents vi Site Planning Information BioSpec 70 30 USR_2_V020...

Page 7: ...allation and describes the necessary prerequisites and responsibilities of the System Owner which must be met before installation by Bruker Service may start Chapter Laboratory infrastructure and inte...

Page 8: ...s the installation If there is a delay of receipt on the part of the System Owner after readiness for shipment has been sent to Bruker the System Owner may be charged for the resulting additional cost...

Page 9: ...or building Transport storage and placement of the MR instrument must be carried out with particular care Only trained qualified and authorized personnel is allowed to handle the MR instrument Occupa...

Page 10: ...plants or pacemakers or people carrying magnetic parts must not enter the Controlled Access Area u Establish a Controlled Access Area with minimum size of the 0 5 mT region u Train and authorize all p...

Page 11: ...bly displace the air in the magnet room and can therefore be a potential risk for asphyxiation u Only authorized and trained personnel may refill cryogen liquids u Always have a second person supervis...

Page 12: ...ontinually produces a very strong magnetic field inside of and outside of the magnet The magnetic field outside of the magnet typically extends much further than the magnet housing to the surrounding...

Page 13: ...ntrolled Access Area bears various risks that can lead to serious injuries People with medical implants or pacemakers must not enter the Controlled Access Area u Refuse and prevent actively people car...

Page 14: ...exhaust vent attention should be paid to the following The exhaust vent and the discharge area need to fulfill their function permanently The helium gas leaving in the exhaust vent into the discharge...

Page 15: ...the installation of an oxygen O2 supervision and alarm system in the magnet room and in storage locations for cryogen fluid containers An O2 supervision unit is not part of the delivery of the MR ins...

Page 16: ...ation to the health and safety of employees and laboratory animals we refer to compliance with national standards and regulations Repairs by Bruker BioSpin MRI can only be carried out after decontamin...

Page 17: ...he technical room Ventilation in the magnet room see Ventilation and air conditioning 69 Oxygen Supervision 15 Extraction of anesthetic gases where applicable see Anesthetic gas extraction 71 Appropri...

Page 18: ...s 1 When using a nose cone face mask that does not form a tight seal around the animal s face WAG can leak around the mask into the room 2 When using an induction chamber Opening the charged chamber t...

Page 19: ...esponsibility of the System Owner to decide and install appropriate measures such as acoustic and or visual alarm signs within the MR and laboratory rooms suitable alarm signals to a central supervisi...

Page 20: ...Safety 20 Site Planning Information BioSpec 70 30 USR_2_V020...

Page 21: ...he following environmental conditions must be fulfilled to maintain electrical safety at the installation site General conditions Indoor use Height up to 2000 m above sea level Temperature range 5 C t...

Page 22: ...ndards Operating MR Instruments Compliance with all national standards for operating MR instruments is in the responsibility of the System Owner responsible body The references to national standards l...

Page 23: ...ucture of rooms and buildings Planning electronics and cable trays Planning air conditioning water supply and room ventilation Planning safety devices The main components of an installation should be...

Page 24: ...fitted with the AutoPac positioning system Top right Rear view of the magnet with CCM and an installed MRI CryoProbe Bottom left Control electronics of an MR system with three cabinets no cooling cab...

Page 25: ...or preparation for system installation 89 This needs to be signed by the MR system owner 12 weeks at the latest prior to the scheduled delivery and sent to the local Bruker BioSpin MRI branch The deli...

Page 26: ...must be allowed access to adjacent rooms and or buildings and circuit diagrams as well as facilities and systems in the building All technical specifications for the different areas must be met in fu...

Page 27: ...onsidered Cleaning the laboratory rooms Maintenance of the MR instrument and access to the control electronics Exchange of components or instrument upgrades Interactions with other maintenance work in...

Page 28: ...ty These specifications are usually more stringent than the Standard Specifications The following sections outline the interactions and the Functional Specifications originating thereof 5 3 1 Magnetic...

Page 29: ...ving sources of magnetic interference in the vicinity of the magnet Mobile sources of magnetic disturbance can be caused by the following Underground trains subways Elevators Forklifts or cranes Cars...

Page 30: ...it cards oscilloscopes 0 5 Medical implants pacemakers insulin pumps neurostimulators X ray equipment 0 3 Ultrasound equipment video cameras 0 2 CT scanners 0 1 CRT monitors particle accelerators elec...

Page 31: ...isturbance is often caused by transformers 50 60 Hz ventilation motors approx 30 100 Hz lighting facilities or by railway lines 16 2 3 Hz Low frequency and DC interference are measured using a fluxgat...

Page 32: ...transmission of media or telecommunications signals e g digital television transmitters or mobile telephones Computer processors Satellite systems Other MR instruments If the frequencies of transmissi...

Page 33: ...MR system in an HF shield The following table provides a recommendation for the general use of an HF shielding measure for the different types of magnets Shielding measure 70 30 USR V2 Recommended RF...

Page 34: ...installation site negatively influence the quality of the measurement results of an MR system All MR systems are therefore installed with passive vibration absorbers Possible sources causing strong fl...

Page 35: ...or construction can also be taken by the builder The following points have proven to be advantageous when selecting a suitable installation site The magnet foundation should be firmly connected to the...

Page 36: ...nd level of a measurement ultimately depends on the method selected by the user and the time it takes To comply with the local guidelines for safety at work we recommend that appropriate acoustic abso...

Page 37: ...ons 6 1 1 Overview The room dimensions and the distances between the different areas of an MR system are in accordance with the following criteria the local amount of planning freedom according to the...

Page 38: ...y field and by the optional use of a Faraday Cage Figure 6 2 Magnet area and dimensions No fire prevention facilities requiring regular maintenance work may be incorporated in the areas shaded red abo...

Page 39: ...ails Site Planning Information BioSpec 70 30 USR_2_V020 39 Space required 70 30 USR V2 Dimensions Value Access door minimum width for He refill can 100 cm Table 6 1 Minimum space required for magnets...

Page 40: ...Planning Details 40 Site Planning Information BioSpec 70 30 USR_2_V020 Figure 6 3 Stray field of BioSpec based on magnet 70 30 USR V2...

Page 41: ...ed When planning the floor space access to the units must be taken into account Figure 6 4 Minimum space required in the technical area 1 Electronic cabinets connections on top 2 Magnet and gradient c...

Page 42: ...oling Unit 1 75 x 79 x 98 cm 70 cm 30 cm CRP Compressor 1 45 x 49 x 59 cm 30 cm 30 cm CRP Helium Tank 1 50 liter tank Table 6 3 Measurements of the MRI CryoProbe units in the technical area 6 2 RF Shi...

Page 43: ...Fig 6 2 1 in vivo filter plate free positioning 2 Anesthetic gas filter plate free positioning 3 MRI CryoProbe filter plate recommended position 4 magnet filter plate recommended position 5 electroni...

Page 44: ...the initial planning allow the openings in the Faraday cage to be compatible with potential extensions of the system and that these currently unused openings be sealed with suitable covers until neede...

Page 45: ...ge left 1 sheet copper of the Faraday cage 2 external insulation of the shielding box 3 Allen screw with spring ring and washer 4 RF sealing tape 5 filter plate 6 inner lining and inner frame of the f...

Page 46: ...ical distance to first hole B2 Horizontal distance between holes H2 Vertical distance between holes B3 Horizontal distance from edge of filter plate to center of bore hole H3 Vertical distance from ed...

Page 47: ...cage The ideal position is on the wall adjacent to the technical room as close as possible to the service end of the magnet If another position is selected unnecessarily long cable lengths must be ant...

Page 48: ...ined by the position of the cryo coolers The position should be selected in such a way that the distance between the MRI CryoProbe preamplifier and the cryo refrigerator cooler is the absolute minimum...

Page 49: ...ust vent To avoid the resulting risk of fire the exhaust vent must be thermally insulated The exhaust vent is not an integral part of the delivery of the system and is a structural service which must...

Page 50: ...revents liquids running into the magnet system The outlet into the open air is designed such that there is no risk to people in the event of a quench within a radius of 3 m The gas temperature when le...

Page 51: ...d by the System Owner Position of the connection point between the magnet exhaust outlet and the exhaust system for 70 30 USR V2 Q Distance of the magnet exhaust outlet from the center of the magnet d...

Page 52: ...w To avoid high pressure drops the length and the number of 90 bends should be minimized whenever possible The exhaust vent calculation 53 graphics show and ex ample for calculating and installing the...

Page 53: ...0 5 8 2 x 2 8 5 6 4a 90 bends 200 7 8 40 5 4 0 200 7 8 4 x 2 8 11 2 5a 90 bends 200 11 8 60 6 4 0 200 11 8 4 x 4 2 16 8 Total 221 72 The illustration Figure 6 9 53 and table Calculating the exhaust sy...

Page 54: ...t See chapter Magnet foundation 55 6800 kg 7470 kg Main Cabinet 120 x 80 cm 820 kg 700 kg Gradient Cabinet 60 x 90 cm 770 kg 650 kg Cooling Cabinet 80 x 80 cm max 390 kg max 460 kg Options Parallel Tr...

Page 55: ...ained for new buildings non magnetic reinforcement materials e g high yield austenitic steels should be considered The magnet foundation must be constructed in the form of a bonded screed If a RF shie...

Page 56: ...n need to be determined by the local building construction engineer A A and B B refer to the geometrical center of the magnet dewar Size and positions of the vibration absorber elements for magnet 70...

Page 57: ...Verification of building statistics More stringent specifications for the floor construction More stringent specifications for floor strength Exclusive use of authorized seismic protection of the MR...

Page 58: ...se of the high performance anchor supplied by type Fischer HFB IL AL4 Floor anchor assembly installation according to the assembly instructions of the anchor type listed Table 6 10 Floor construction...

Page 59: ...and connection of the central Line Power Distributor of the MR instrument Assembly of cable trays between technical area and magnet room Lighting system 6 5 2 Mains Supply An MR instrument is connecte...

Page 60: ...ditional equipotential bonding bar 1b 1b Additional equipotential bonding bar to connect additional equipment other than MR instrument components 2 Bruker Line Power Distributor providing outgoing lin...

Page 61: ...nt consumer components and equipotential bonding 3 Generator or transformer of the building to provide the mains voltage required These units must be provided by the System Owner responsible body Conn...

Page 62: ...connected to the equipotential bonding within the Bruker Line Power Distributor LPD From the LPD all components of the MR instrument are supported No other equipment may be connected to the Bruker LPD...

Page 63: ...trument begins the Line Power Distributor can be delivered in advance The Line Power Distributor is assembled in a suitable position on the wall in the technical room weight 57 kg The maximum distance...

Page 64: ...iled planning of cable lengths and compliance to these plans during the final installation is a basic prerequisite for smooth installation of an MR system The local project leader must immediately not...

Page 65: ...d cryogenic gas line to the magnet Lines are routed on a cable tray assembled at ceiling height Alternatively a permanently installed CAT 6 cable with sockets in the technical and operator area can be...

Page 66: ...e possibility to fix and relieve strain at the outlets above the cabinets and above the CCM must be provided no sharp edges provide authorized edge protection if necessary When determining the actual...

Page 67: ...Planning Details Site Planning Information BioSpec 70 30 USR_2_V020 67 Figure 6 19 Construction of cable carrying system...

Page 68: ...ntrol unit The following cable lengths are available Connection Minimum bending radius Available lengths Connection cable for electrical distributor CRP compressor 20 cm 7 m Connection cable for elect...

Page 69: ...y AC sockets for additional equipment must be connected to the central electrical power distributor at the connection points provided for this purpose All supply lines into the HF shielded room must p...

Page 70: ...ble to maintain constant working conditions within the prescribed limits in order to meet the MR system s functional specifications Rapid changes in temperature or cold air blowing directly on to the...

Page 71: ...be adhered to Therefore the installation of a waste anesthetic gases WAG extraction system is strongly recommended The MR instrument provides a connection point to which it can be connected Within th...

Page 72: ...from the MR instrument is released via a heat exchanger to a cold water supply system Primary Water Circuit Check in the early site planning phase whether the cold water requirements can be fulfilled...

Page 73: ...y Flow for the maximum cooling requirement of 12 kW standard configuration without CryoProbe option Water quality Specification pH range 6 5 8 2 hardness 5 6 11 2 d maximum proportion of glycol in the...

Page 74: ...ples 5 Connection to the standard MR Instrument 6 MRI CryoProbe option An additional parallel connection is required 7 shut off valve 8 tube nipple n s potentially a bypass not shown is needed in case...

Page 75: ...ystems are to be planned installed and maintained by local refrigeration technology firms Bruker BioSpin can help with planning and supplying these systems if necessary but not with installing and mai...

Page 76: ...be Installation and operation of the MRI CryoProbe require compressed air and a helium gas supply in the Technical Area Requirements for the compressed air Quality of compressed air cleaned cold free...

Page 77: ...He hose connection between Cryo Platform and He gas supply in the Technical room during installation planning Information Estimated He gas consumption is about a 50 liter bottle year depending on the...

Page 78: ...re The laboratory furniture is not supplied by Bruker At the time the MR instrument is delivered a sufficiently large desk for the workstation and an office chair must be provided by the System Owner...

Page 79: ...wed to handle the MR instrument Occupational standards and minimum safety distances between building structures and heavy loads must be fulfilled along the entire transport route The load bearing capa...

Page 80: ...net Please make prompt contact with the local Bruker BioSpin MRI office if this is the case 7 2 Packaging The MR instrument is usually delivered as the following individual parts Main instrument in th...

Page 81: ...gnet Long distance transport can take place by air and or exclusively on tractors of a truck fitted with pneumatic shock absorber systems The tractors of trucks fitted with pneumatic shock absorber sy...

Page 82: ...it Maximum horizontal acceleration 2 0 g Maximum vertical acceleration 3 0 g Maximum duration during maximum acceleration 20 ms Maximum tilt angle 10 No sliding on loading surfaces No contact with oth...

Page 83: ...ied by a qualified structural engineer The building dimensions along the entire transport routes must be carefully checked and must allow the transportation according to the transport requirements giv...

Page 84: ...lternative transport holdings exist 1 standard transport situation and 2 for the case when the U rails are removed 3 and A are additional transport options that are only available for 11 cm magnets Ad...

Page 85: ...aces in the entrance area The transport route must have the following features along its entire stretch free of barriers openly accessible free of steps maximum incline of 15 mm m If larger inclinatio...

Page 86: ...mstances If there are no suitable transport routes within the building to the magnet s installation site special procedures for moving it may be used In these instances please contact the local Bruker...

Page 87: ...dismantled or moved by qualified personnel CAUTION Personal injury and or risk to damage the MR instrument u The magnet must not be moved while energized u Transport fixation needs to be in place u Su...

Page 88: ...Moving or Dismantling the MR Instrument 88 Site Planning Information BioSpec 70 30 USR_2_V020...

Page 89: ...ted in full latest 6 weeks prior to the scheduled installation date and sent signed to your Bruker BioSpin MRI branch If the completed check list does not reach the local Bruker BioSpin MRI branch in...

Page 90: ...an appropriate crane available Required capacity in necessary pivoting range YES NO If yes what weight can be lifted _________ kg Is a pallet jack with fork length 90 cm available for moving within t...

Page 91: ...YES NO Will the electrical installations be finished on time YES NO Are the cable trays installed YES NO Will the air conditioning or ventilation be ready for operation at the time of delivery YES NO...

Page 92: ...em cables must span to the electronic cabinets less than 25 meters YES NO Is the ventilation system operational YES NO Are pictures or drawings of the operating area attached to this checklist YES NO...

Page 93: ...e person named responsible for the MR instrument by the customer I hereby confirm the details given beforehand Place date _____________________________________________________ Name ___________________...

Page 94: ...Checklist in Preparation of the Installation 94 Site Planning Information BioSpec 70 30 USR_2_V020...

Page 95: ...lation site is based on a floating floor 55 Figure 6 11 Schematic drawing of the footprint of the magnet 1 Position and size of the vibra tion absorbers supporting the magnet 2 Position of the magnet...

Page 96: ...e figure and where applicable alternative transport holdings exist 1 standard transport situation and 2 for the case when the U rails are removed 3 and A are additional transport options that are only...

Page 97: ...52 Table 6 7 Pressure drop in USR magnet cable elements 47 40 70 30 94 20 117 16 and mag nets 117 11 and 152 11 52 Table 6 8 Footprint and weights 54 Table 6 9 Maximum underground acceleration with se...

Page 98: ...Tables 98 Site Planning Information BioSpec 70 30 USR_2_V020...

Page 99: ...omponents 68 CRP compressor 68 CRP cooling unit it 68 CRP preamplifier 68 CRP temperature control unit 68 cryogen gas lines 64 Cryogen liquids 76 Cryogenic fluids handling 14 storage 14 Transport 14 c...

Page 100: ...exhaust gas filter plate 44 magnet filter plate 43 Measurements of the individual filter plates 47 MRI CryoProbe filter plate 44 supporting and contact surfaces 44 Fire prevention 16 fire prevention a...

Page 101: ...n 55 bonded screed 55 floating floor 55 sound impact decoupling 55 magnet room 31 36 64 Cooling performance of the air conditioning system in the magnet room 70 magnet room lighting 69 Magnet Service...

Page 102: ...abinets 41 Measurements of objects in the technical area 42 Measurements of the MRI CryoProbe 42 Minimum space required 41 MRI CryoProbe 41 MRI Parallel Transmit 41 Technical modifications 8 Technical...

Page 103: ...Site Planning Information BioSpec 70 30 USR_2_V020 103...

Page 104: ...Bruker Corporation info bruker com www bruker com Order No Site Planning Information BioSpec 70 30 USR...

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