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GE Innova IGS 6 Preinstallation Manual
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GE Innova IGS 6 Preinstallation Manual

GE Innova IGS 6 Preinstallation Manual

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Innova
Pre-Installation Manual
IGS 6
5750182-1EN
3
© 2017 General Electric Company
All rights reserved.

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Summary of Contents for GE Innova IGS 6

  • Page 1 Innova IGS 6 Pre-Installation Manual 5750182-1EN © 2017 General Electric Company All rights reserved.
  • Page 2 Language policy Direction 2128126 - Language Policy For Service Documentation ПРЕДУПРЕЖ Това упътване за работа е налично само на английски език. ДЕНИЕ • Ако доставчикът на услугата на клиента изиска друг език, задължение на клиента е да (BG) осигури превод. •...
  • Page 3 ADVARSEL Denne servicemanual findes kun på engelsk. (DA) • Hvis en kundes tekniker har brug for et andet sprog end engelsk, er det kundens ansvar at sørge for oversættelse. • Forsøg ikke at servicere udstyret uden at læse og forstå denne servicemanual. •...
  • Page 4 FIGYELMEZ- Ezen karbantartási kézikönyv kizárólag angol nyelven érhető el. TETÉS • Ha a vevő szolgáltatója angoltól eltérő nyelvre tart igényt, akkor a vevő felelőssége a fordítás (HU) elkészíttetése. • Ne próbálja elkezdeni használni a berendezést, amíg a karbantartási kézikönyvben leírtakat nem értelmezték.
  • Page 5 경고 본 서비스 매뉴얼은 영어로만 이용하실 수 있습니다. (KO) • 고객의 서비스 제공자가 영어 이외의 언어를 요구할 경우, 번역 서비스를 제공하는 것은 고객 의 책임입니다. • 본 서비스 매뉴얼을 참조하여 숙지하지 않은 이상 해당 장비를 수리하려고 시도하지 마십시 오. • 본 경고 사항에 유의하지 않으면 전기 쇼크, 기계적 위험, 또는 기타 위험으로 인해 서비스 제 공자, 사용자...
  • Page 6 ATENÇÃO Este manual de assistência técnica só se encontra disponível em inglês. (PT-PT) • Se qualquer outro serviço de assistência técnica solicitar este manual noutro idioma, é da re- sponsabilidade do cliente fornecer os serviços de tradução. • Não tente reparar o equipamento sem ter consultado e compreendido este manual de assis- tência técnica.
  • Page 7 VARNING Den här servicehandboken finns bara tillgänglig på engelska. (SV) • Om en kunds servicetekniker har behov av ett annat språk än engelska, ansvarar kunden för att tillhandahålla översättningstjänster. • Försök inte utföra service på utrustningen om du inte har läst och förstår den här service- handboken.
  • Page 8 Revision History Part/Rev Date Reason for Change Pages 5750182-1EN rev 1 April 7, 2017 Initial release of 5750182-1EN 5750182-1EN rev 2 September 19, 2017 Release after HII review 5750182-1EN rev 3 November 6, 2017 Post FDR3 release 5750182-1EN 3 Innova IGS 6...
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  • Page 10: Table Of Contents

    Contents Chapter 1. General Requirements ..... 1 1.1 Objectives & Overview 1.1.1 Object and Scope of this manual . 1.1.2 Pre-Installation Process . 1.2 Customer Responsibilities 1.2.1 Responsibilities of the Purchaser/Customer .
  • Page 11 4.3 Heat Output . 4.4 Acoustic Specifications . Chapter 5. Electrical Requirements ....137 5.1 Power Requirements . 5.1.1 Electrical Requirements . 5.1.2 Power Distribution .

  • Page 12: Chapter 1. General Requirements

    General Requirements Chapter 1. General Requirements 1.1 Objectives & Overview 1.1.1 Object and Scope of this manual This document is intended as a guide and information resource to properly plan and prepare a site for the installation of an Innova system (Innova IGS 620, Innova IGS 630). In addition, this document provides references to the pre–installation documents of the various product included with an Innova System.

  • Page 13: Customer Responsibilities

    General Requirements Figure 1-1 1.2 Customer Responsibilities 1.2.1 Responsibilities of the Purchaser/Customer To ensure that the installation of an Innova System meets the purchaser or customer expectations, it is important to determine who will take responsibility for the various items during the system installation process.

  • Page 14: Equipment Classifications

    Be sure to inform the customer that the cost of any alteration or modification not specified in the sales contract are liable to the customer. The following GE-supplied equipment must be installed by the Hospital's Contractors, per room drawings: • PDB (Electrical Power Distribution Box or Main Disconnect Panel) •...

  • Page 15: Pre-Installation Checklist

    General Requirements (continued) Classification category Equipment classification Degree of protection against Ordinary equipment (enclosed equipment without protection against ingress harmful ingress of water of water), except footswitch which is a watertight device (protected against the effects of submersion, IPX8). Method(s) of sterilization or disin- •...

  • Page 16: Delivery Requirements

    General Requirements 1.3 Delivery Requirements 1.3.1 Shipping Information Product Shipping Information Refer to Table 1-1 on page 5. To obtain shipping information for components not specified in Table 1-1 on page 5, refer to the appropriate component Pre-Installation Manual listed in 2.1.5 System Compatibility on page Table 1-1...
  • Page 17 General Requirements continued PRODUCT OR COMPONENT DIMENSIONS WEIGHT METHOD OF SHIPMENT kg (lbs) Height Length Depth mm (in) mm (in) mm (in) Omega Table Top Assembly 220 (9) 3470 (137) 840 (33) 70 (155) On pallet See Fig- ure 1-7 Omega Table Shipment on page 14 C1 Frontal Cabinet...
  • Page 18 General Requirements continued PRODUCT OR COMPONENT DIMENSIONS WEIGHT METHOD OF SHIPMENT kg (lbs) Height Length Depth mm (in) mm (in) mm (in) MAVIG suspension with fixed point 1860 (73.2) 2150 (84.6) 900 (35.4) 370 (815.7) On pallet , see Fig- dual arm for LDM ure 1-13 MAVIG suspension with...
  • Page 19 General Requirements Detail of Innova Shipping Information Frontal Positioner Gantry on Shipping Dolly Figure 1-2 Frontal Positioner Gantry on Shipping Dolly 5750182-1EN 3 Innova IGS 6...
  • Page 20 General Requirements Frontal Positioner Air Shipment Figure 1-3 Frontal Positioner Air Shipment 5750182-1EN 3 Innova IGS 6...
  • Page 21 General Requirements Lateral Positioner on Shipping Dolly (Longer and shorter dollies) Figure 1-4 Lateral Positioner on longer type Dolly 5750182-1EN 3 Innova IGS 6...
  • Page 22 General Requirements NOTE The dimensions above are for shipping. When the Lateral Positioner and dolly are in rolling configuration for hospital access, the dimensions are Height : 2001 mm (78.8 in) and width : 1040 mm (41 in). 5750182-1EN 3 Innova IGS 6...
  • Page 23 General Requirements Figure 1-5 Lateral Positioner on shorter type Dolly 5750182-1EN 3 Innova IGS 6...
  • Page 24 General Requirements Lateral Positioner Stationary Rails Packaging Figure 1-6 Lateral Positioner Stationary Rails Shipment 5750182-1EN 3 Innova IGS 6...
  • Page 25 General Requirements Omega Table Shipment Figure 1-7 Omega Table Shipment 5750182-1EN 3 Innova IGS 6...
  • Page 26 General Requirements Innova C1 Frontal, C1 Lateral, and C2 Cabinets (Frontal and Lateral) Figure 1-8 C1 and C2 Cabinets in crate The shipping weight is of about 90 kg (198.5 lbs) per cabinet. NOTE Please use appropriate transportation and lifting means when handling the system cabinets.
  • Page 27 General Requirements Power Distribution Box (PDB) CE Figure 1-9 PDB CE Shipment 5750182-1EN 3 Innova IGS 6...
  • Page 28 General Requirements Power Distribution Box (PDB) UL Figure 1-10 PDB UL Shipment Large Display Monitor (Option) Figure 1-11 Large Display Monitor Shipment 5750182-1EN 3 Innova IGS 6...
  • Page 29 General Requirements Figure 1-12 Large Display Cabinet on pallet 5750182-1EN 3 Innova IGS 6...
  • Page 30 General Requirements Large Display Monitor suspension with fixed point dual arm MAVIG suspension with fixed point dual arm for Large Display Monitor Figure 1-13 MAVIG suspension with fixed point dual arm Shipment 5750182-1EN 3 Innova IGS 6...

  • Page 31: Tools And Test Equipment

    General Requirements Substructure for Dual Arm suspension Figure 1-14 Shipment of Substructure for Dual Arm suspension Other Elements Package NOTE All OEM parts are shipped inside there original boxes group as needed on pallets. Figure 1-15 Other Standard Shipping Box 1.3.2 Tools and Test Equipment Refer to Table 1-2 on page...
  • Page 32 General Requirements Table 1-2 PRODUCT OR COM- TOOL OR TEST USED FOR SOURCE RECEIVED (DATE) PONENT EQUIPMENT Frontal Positioner Service Engineer's General Use Tool Case Level, Protractor Positioner Checks Type Torque Wrench 2 to Positioner Checks 20 daN.m (15 ft. lbs. to 150 ft.
  • Page 33 General Requirements continued PRODUCT OR COM- TOOL OR TEST USED FOR SOURCE RECEIVED (DATE) PONENT EQUIPMENT Torque Wrench 2 to Positioner Checks 20 daN.m (15 ft. lbs. to 150 ft. lb) Omega Table Same as for Frontal Positioner (Service Engineer's Tool Case) C2 Cabinet (Frontal Same as for Frontal Positioner (Service Engineer's Tool Case) and Lateral)

  • Page 34: Door Size Requirements

    General Requirements 1.3.3 Door Size Requirements Minimum door sizes also apply to hallways and elevators. For additional details, refer to 1.3.1 Shipping Information on page 5 Door Height The minimum door height (to accommodate Innova positioner on its dolly) is 2001 mm (78.8 in). Door Width The minimum door width needed (to accommodate the Innova Frontal/Lateral shipping dolly) is 1040 mm (41 in) with the cable inlet and the dolly stabilizers removed.
  • Page 35 General Requirements Figure 1-16 Step Two — Survey Data concerning the intended delivery route are recorded on the Route Survey in the following pages. Record all loading capacities, corridor widths, door openings, turning radii, flooring materials, elevator sizes, obstructions and so on. Step Three —...

  • Page 36: Product Storage And Handling Requirements

    General Requirements continued Route Survey Ref. no. Area: loading dock, doorway, hallway, turn, Limitations: loading capacity, height, width, elevator, obstruction, etc. depth flooring material, radius, etc. 1.4 Product Storage and Handling Requirements Product Storage and Handling limits Relative Humidity and Temperature: Refer to Table 1-1 Storage and transport –...
  • Page 37 Storage 10 to 40 ºC (50 to 104 °F); 10 to 90 % RH, 250 day storage transportation –20 to +60 ºC (–4 to 140 °F) and 10 to 80% RH. The Detector Conditioner is shipped within GE Healthcare packaging.
  • Page 38 General Requirements NOTE (2) Special Humidity Instructions: The following parts can be can be shipped in standard shipment conditions with the requirement that on arrival to installation site, and before supplying power to these parts, they shall be kept in an environmental relative humidity equal or lower than their specified capability, and that’s for a minimum of 48 hours.
  • Page 39 General Requirements Fluoro, 3 kVA & 1 kVA UPS Shipment Duration NOTE In the case the material shipped will be subject to different temperature values during shipment, the maximum shipment duration can be calculated, depending on the duration of different temperature values application, and using values given in the tables above Fluoro UPS (CE and UL) The maximum shipment duration is given in the table for both Fluoro UPS CE and UL.

  • Page 40: Chapter 2. Equipment Requirements

    Equipment Requirements Chapter 2. Equipment Requirements 2.1 System Components 2.1.1 Presentation of the 3 Rooms The components shall be installed in three different rooms with different constraints: the Exam Room, the Control Room and the Technical Room. Exam Room This is where the patient is situated. It contains the table on which the patient is lying, the table side user interfaces (TSUI), the frontal and lateral gantries, the exam monitors, and accessories.

  • Page 41: Description Of The System

    Equipment Requirements 2.1.2 Description of the System Core system Frontal and lateral gantries Figure 2-1 Frontal and Lateral Gantries The frontal and lateral gantries include: • Frontal Gantry • 1 - L-arm • 2 - Pivot • 3 - C-Arc •...
  • Page 42 Equipment Requirements • 7 - X-Ray Tube cover spacer • 8 - 21 cm or 31 cm Detector • Lateral Gantry • 9 - Carriage • 10 - Pivot • 11 - C-Arc • 12 - Motorized Elevator for the Detector •...
  • Page 43 Equipment Requirements User Interfaces Figure 2-3 User Interfaces Monitors By default: • Four 19” monitors are provided in the Exam Room: • FRT LIVE monitor, • FRT REVIEW monitor, • LAT LIVE monitor, 5750182-1EN 3 Innova IGS 6...
  • Page 44 Equipment Requirements • LAT REVIEW monitor. • Three 19” monitors are provided in the Control Room: • FRT LIVE monitor, • LAT LIVE monitor, • DL monitor. Electronic cabinets The following cabinets are provided with the system: • C1 frontal cabinet, which contains the High Voltage generator for the frontal gantry, 2 PCs and IT components, •...
  • Page 45 Equipment Requirements NOTE The dongle and the mouse are not provided in the kit. • Bolus handle Figure 2-4 Optional User Interfaces Monitors According to the subscribed options: • 2 additional 19" monitors in the Exam Room (Frt Roadmap, Lat Roadmap), •...
  • Page 46 For the second LDM, a wall mounting kit can be provided. Third party monitor suspension In addition or replacement of the GE provided suspensions, the customer can install the suspension of his choice (“third party monitor suspension”), provided the requirements below are met: •...
  • Page 47 Only the monitors provided with the system can be powered by the system: • 19" monitors: Eizo RX150 GE or Eizo MX193, • Large Display monitors: Eizo LS580W GE or Barco GEH-8258 L. CAUTION THE INNOVA SYSTEM DELIVERED WITH THE THIRD PARTY MONITOR SUSPENSION OPTION CANNOT PRESUME ON THE MECHANICAL CONSTRAINTS OF NON-GE MONITOR(S) SUSPENSION(S) INTRODUCED IN THE SYSTEM.

  • Page 48: Dimension Drawings

    ECG Acquisition kit The ECG Acquisition kit allows the connection of an ECG device (such as GE’s MacLab, CardioLab or ComboLab) to the system. The ECG Acquisition kit consists of a Hubican and Physio modules and their associated cables;...
  • Page 49 Equipment Requirements continued Product or component Illustration Lateral Positioner - Top View Figure 2-9 Lat- eral Positioner dimensions - Top View on page 44 Lateral Positioner - Front View Figure 2-10 Lat- eral Positioner dimensions - Front View on page 45 Omega V Table Figure 2-11 Omega V Table...
  • Page 50 Equipment Requirements continued Product or component Illustration Lateral Positioner Cable Drape Length Figure 2-17 Lat- eral Positioner Cable Drape Length on page LCD 6 monitors suspension Figure 2-18 LCD 6 monitors sus- pension dimen- sions (Optional) on page 54 (For Suspension with rails) Large Display suspension with rails (Optional) Figure 2-19 Large Display suspension with...
  • Page 51 Equipment Requirements continued Product or component Illustration Coolix 4100 Chiller Figure 2-25 X- Ray Tube Chiller dimensions on page 61 Thermo-Con Detector Conditioner Figure 2-26 De- tector Condi- tioner dimen- sions on page 1 kVA Cabinet UPS - model 9130 Figure 2-27 1 kVA Cabinet UPS (model 9130) di-...
  • Page 52 Equipment Requirements continued Product or component Illustration DL Image Monitor Figure 2-34 DL Image Monitor dimensions on page 69 VCIM Figure 2-35 VCIM dimen- sions on page Figure 2-5 Frontal Positioner dimensions - Side View 5750182-1EN 3 Innova IGS 6...
  • Page 53 Equipment Requirements Figure 2-6 Frontal Positioner dimensions - Top View Figure 2-7 Frontal Positioner dimensions - Front View 5750182-1EN 3 Innova IGS 6...
  • Page 54 Equipment Requirements Figure 2-8 Lateral Positioner dimensions - Side View 5750182-1EN 3 Innova IGS 6...
  • Page 55 Equipment Requirements Figure 2-9 Lateral Positioner dimensions - Top View 5750182-1EN 3 Innova IGS 6...
  • Page 56 Equipment Requirements Figure 2-10 Lateral Positioner dimensions - Front View 5750182-1EN 3 Innova IGS 6...
  • Page 57 Equipment Requirements Figure 2-11 Omega V Table dimensions 5750182-1EN 3 Innova IGS 6...
  • Page 58 Equipment Requirements NOTE The 500 mm (19.7 in) minimum clearance between the table foot end and nearest object must take Into account any table devices installed on the table end rail. If there are any devices installed on the table foot end, the width of these devices must be added to the existing 500 mm (19.7 in) to maintain absolute minimum distance of 500 mm (19.7 in).
  • Page 59 Equipment Requirements Figure 2-12 Omega Table side clearance (CPR access) 5750182-1EN 3 Innova IGS 6...
  • Page 60 Equipment Requirements Figure 2-13 Table Head Extender dimensions 5750182-1EN 3 Innova IGS 6...
  • Page 61 Equipment Requirements Figure 2-14 Gas box outlets Omega Table 5750182-1EN 3 Innova IGS 6...
  • Page 62 Equipment Requirements Figure 2-15 Frontal and Lateral Positioner and Omega Patient Table Relative Positions - Side View NOTE (1) For Frontal Gantry isocenter to Table distance, refer to Table 2-7 Patient Table - Frontal Gantry isocenter distances on page (2) in the case of Lateral Gantry Off iso feature installed, the Lateral Gantry will work in the range - 200 mm (7.9 in) and 200 mm (7.9 in) from isocenter.
  • Page 63 Equipment Requirements Figure 2-16 Frontal and Lateral Positioner and Omega Patient Table Relative Positions - Top View Table 2-7 Patient Table - Frontal Gantry isocenter distances ANGIO / CARDIO CARDIO / NEURO Omega V - non motorized 1278 mm (50.3 in) 1395 mm (54.9 in) Omega V - motorized 1278 mm (50.3 in)
  • Page 64 Equipment Requirements Figure 2-17 Lateral Positioner Cable Drape Length Maximum cable drape length is 6 m / 236 in (with vinyl zipper cable cover of 6.2 m / 244 in) from Lateral Gantry to ceiling exit point. This includes sag between drape points (A, B, C and D). The worst case Lateral Gantry cable drape extension, including sag, is: •...
  • Page 65 Equipment Requirements Figure 2-18 LCD 6 monitors suspension dimensions (Optional) 5750182-1EN 3 Innova IGS 6...
  • Page 66 Equipment Requirements Figure 2-19 Large Display suspension with rails dimensions (Optional) 5750182-1EN 3 Innova IGS 6...
  • Page 67 Equipment Requirements Figure 2-20 Large display Mavig suspension with fixed point dual arm dimensions (Optional) 5750182-1EN 3 Innova IGS 6...
  • Page 68 Equipment Requirements Figure 2-21 Ceiling Plate of Substructure for Dual Arm suspension dimensions 5750182-1EN 3 Innova IGS 6...
  • Page 69 Equipment Requirements Figure 2-22 C2 Cabinet dimensions 5750182-1EN 3 Innova IGS 6...
  • Page 70 Equipment Requirements Figure 2-23 C1 Frontal Cabinet dimensions 5750182-1EN 3 Innova IGS 6...
  • Page 71 Equipment Requirements Figure 2-24 C1 Lateral Cabinet dimensions 5750182-1EN 3 Innova IGS 6...
  • Page 72 Equipment Requirements Figure 2-25 X-Ray Tube Chiller dimensions NOTE Required floor space depends on ambient room temperatures. When in doubt, allow for maximum floor space. 5750182-1EN 3 Innova IGS 6...
  • Page 73 Equipment Requirements Figure 2-26 Detector Conditioner dimensions 5750182-1EN 3 Innova IGS 6...
  • Page 74 Equipment Requirements Figure 2-27 1 kVA Cabinet UPS (model 9130) dimensions 5750182-1EN 3 Innova IGS 6...
  • Page 75 Equipment Requirements Figure 2-28 3 kVA LDM UPS (model 9130) dimensions 5750182-1EN 3 Innova IGS 6...
  • Page 76 Equipment Requirements Figure 2-29 Fluoro UPS UL dimensions (Optional) The left, right or back side of the UPS cabinet can be positioned against the wall. The front side of the UPS cabinet must be accessible for maintenance operation. In front of the cabinet, the clear width of the service area to insure electrical safety shall be at least 0.9 m.
  • Page 77 Equipment Requirements Figure 2-30 Fluoro UPS CE dimensions (Optional) The UPS cabinet can be positioned against the wall but, in order to improve the ventilation and to make easier the maintenance operations for UPS and battery, we recommend a minimum distance of 200 mm (8”) from the wall.
  • Page 78 Equipment Requirements Figure 2-31 ECG Acquisition Device Modules dimensions 5750182-1EN 3 Innova IGS 6...
  • Page 79 Equipment Requirements Figure 2-32 Large Display Cabinet dimensions (Optional) 5750182-1EN 3 Innova IGS 6...
  • Page 80 Equipment Requirements Figure 2-33 DL Keypad dimensions Figure 2-34 DL Image Monitor dimensions 5750182-1EN 3 Innova IGS 6...

  • Page 81: Monitor And Monitor Suspension References

    5520086 2393190-1-1EN • CABLE HARNESS 24 m • 5420085 • or CABLE HARNESS 36 m • or 5420087 THIRD PARTY MONITOR SUSPENSION Non-GE supplied See manufacturer’s documentation • CABLE HARNESS 24M • 5420085 5772390-1EN • or CABLE HARNESS 36M • or 5420087 •...

  • Page 82: System Compatibility

    Color with Stand LCD 19” - SMD19100G 5148720-3 Color without Stand Eizo 19” LCD HB color 5499528-1-8EN monitor RX150 GE 2.1.5 System Compatibility System Compatibility Cross-Reference – Monitor Support & Suspension Sub-System Product Name Pre-Installation Document Num- Catalog Number Pre-cabled LCD 6 Monitor Suspen-...

  • Page 83: Room Layouts

    Catalog Number LCD 19” EIZO MX193 Color Monitor provided by EIZO Eizo 19” LCD HB color monitor sm 5499528-1-8EN RX150 GE 2.2 Room Layouts 2.2.1 Room Dimension Requirements For Room size dimensions, refer to 2.2.2.1 Patient Room Layout on page For additional details, refer to 2.2.3 Room Layout Considerations on page...
  • Page 84 Equipment Requirements NOTE The values above are calculated with the table without accessories, such as the Table Head extender. For details of Head Extender dimensions, see 2.1.3 Dimension Drawings on page 37 Table 2-9 (For Suspension with rails) Room Layout components (see Illustration below): Lateral Gantry stationary rails Cable drape rail Lateral Gantry...
  • Page 85 Equipment Requirements Figure 2-36 (For Suspension with rails) Patient Room Layout for Innova System 5750182-1EN 3 Innova IGS 6...
  • Page 86 Equipment Requirements Table 2-10 (For LDM Suspension with fixed point Dual Arm) Room Layout components (see Illustration below) Item DESCRIPTION DIMENSIONS LxWxH WEIGHT (kg) (mm) LC GANTRY 1552x1070x2234 LP GANTRY 4135x2724x2112 735/797 OMEGA V LONG PATIENT TABLE 3336x727x780 MAVIG LDM SUSPENSION XRAY BUZZER MAVIG RAD SHIELD AND LAMP WITH 2.5M CEILING TRACK...
  • Page 87 Equipment Requirements Figure 2-37 (For LDM Suspension with fixed point Dual Arm) Top view of MAVIG suspension with fixed point with dual arm 5750182-1EN 3 Innova IGS 6...
  • Page 88 Equipment Requirements NOTE The suspension ceiling fixation shall be determined taking into account at least: • Clinical need: with an overall radius coverage of 2.03 m, ensure the monitor will be able to reach the position required by medical staff, •...
  • Page 89 Equipment Requirements Figure 2-38 2.2.2.3 ECG Device Room Configurations The hardware delivered with the ECG acquisition kit will need to be installed in the Control Room and in Exam Room depending on the type of ECG Device used on the site. 5750182-1EN 3 Innova IGS 6...
  • Page 90 Innova system: Installation Configuration #1: For ECG devices installed in Control Room (such as GE ECG like MacLab, CardioLab or ComboLab) Both the Physio & Hubican modules are installed in the Control Room as shown below: Figure 2-39...

  • Page 91: Room Layout Considerations

    Equipment Requirements Figure 2-40 2.2.3 Room Layout Considerations Service Access Allow appropriate space for service access of equipment. Consult component pre–installation directions for clearance information. Clinical Access Make sure that you plan the room with the following clinical access requirements: •...
  • Page 92 Equipment Requirements • Operators in the control area must have easy access to video recorders and injector programmers, film and video storage cabinets, and service and operating manuals. • Consult customer on the number and location of nonelectrical lines (air, oxygen, vacuum, water, etc.) in the vascular room.
  • Page 93 Equipment Requirements Preferred Cabinet locations NOTE This is applicable for all types of cabinets (including PDB). The clear width of the service area in front of the cabinet doors to insure electrical safety shall be at least 0.9 m for all cabinets except the Large Display cabinet (1 meter is necessary for Large Display cabinet). In cases where 2 cabinets are installed face to face (both sides of the access way), the clear width shall be at least 1.2 m.
  • Page 94 Equipment Requirements Layout Constraints Table 2-11 System Layout constraints Technical and Exam room on same floor Location Constraint Name Parameter Specification Comment Technical room Cabinets location Maximum rela- 9 m (29 ft, 6 in) Make sure to provide tive distance enough space for storing ex- tra cable length (e.g.
  • Page 95 Equipment Requirements System Layout constraints Technical and Exam room on same floor continued Location Constraint Name Parameter Specification Comment Technical to Exam Distance between Max relative dis- 19 m (62 ft, 4 in) Tech and Exam room on room Lateral Gantry wall- tance (proj.
  • Page 96 Equipment Requirements Layout constraints Technical on above floor with respect to Exam room continued Location Constraint Name Parameter Specification Comment Technical to Exam Distance between Relative distance 13.5 m (44 ft, 3.5 Tech on floor above Exam room Lateral Gantry wall- room box and C1 or C2 en- Technical to Exam...

  • Page 97: Room Structural Requirements

    GE Healthcare’s Customer is responsible for the structural analysis and mounting of the base plates. If GE Healthcare is forced to mount the base plate, the Local Customer Team must hire a structural engineer to design and approve the mounting method and provide GE Healthcare with an engineering report.
  • Page 98 Equipment Requirements Figure 2-44 Through–Bolt Supplied (Slab Type Floor Construction) Floor requirements when using provided floor anchors The maximum pullout force per provided anchor was calculated assuming: • A concrete compression strength of 17.24 MPa at 28 days (which is the minimum required compression strength).
  • Page 99 Equipment Requirements Figure 2-46 Table baseplate NOTE Prepare the floor such that the Table baseplate will be flush with the floor surface. For alternative table bolts or seismic area, refer to template drawing shown in Illustration Gantry and table mounting holes contained in 2.3.2 Mounting Requirements on page Hole dimension and preferred location in concrete floor In the examination room, the Innova Frontal Positioner is not placed on a computer floor but directly put...
  • Page 100 Equipment Requirements Figure 2-47 Hole location in concrete floor 5750182-1EN 3 Innova IGS 6...
  • Page 101 Equipment Requirements Table 2-13 D distance of ANGIO / CARDIO CARDIO / NEURO Omega V Long 1278 mm (50.3 in) 1395 mm (54.9 in) Omega V non motorized Long 1278 mm (50.3 in) 1395 mm (54.9 in) NOTICE Due to the plastic bushing used in the USA to protect cables from the sharp edges of conduits it is necessary to place the cable conduit inside the table cable access opening but the height of the outcoming conduit plus bushing is limited to 12 mm (1/2 in).
  • Page 102 Figure 2-49 Water Conduit location with “On Grade” anchor kits NOTE For further information on kit 2286398 (S18101SK), refer to Innova Frontal Positioner and Omega/Tilt Table Floor Preparation Kits (GE Healthcare supplied) in 2.3.2 Mounting Requirements on page Figure 2-50 Cable Curvature with “Above Grade” anchor kits...

  • Page 103: Mounting Requirements

    Equipment Requirements Figure 2-51 Cable Curvature with “On Grade” anchor kits NOTE In case of on grade cabling, because of the minimum curvature constraint of 150 mm (6”), the cable will have to come from the side between Innova Frontal/Lateral Positioner and patient table.
  • Page 104 Equipment Requirements Table 2-14 PRODUCT OR DIMENSIONS LOAD BEARING WEIGHT/ OC- MOUNTING COMPONENT WEIGHT AREA CUPIED AREA METHOD mm (in) kg (lbs) mm (in) kg/m (lb/ft WIDTH DEPTH HEIGHT Recommended: • Through-Bolts (12)Alternates: • On Grade 5/8 in, Anchors (12) (1477) •...
  • Page 105 Equipment Requirements continued PRODUCT OR DIMENSIONS LOAD BEARING WEIGHT/ OC- MOUNTING COMPONENT WEIGHT AREA CUPIED AREA METHOD mm (in) kg (lbs) mm (in) kg/m (lb/ft WIDTH DEPTH HEIGHT See Illustration C2 Cabinet Dimensions in 600x900 C2 Cabinet 262 (578) 485 (99) Not applicable 2.1.3 Dimension Drawings (23.63x35.44)
  • Page 106 Positioner and Table Floor Mounting The distances between the Innova Frontal Positioner and the Tables are critical for a proper clinical usage. For this reason, GE Healthcare provides two floor mounting templates to ensure these components are properly placed in relation to one another.
  • Page 107 Equipment Requirements Table 2-15 Title Illustration Figure 2-52 Innova Frontal Positioner Floor Mounting Methods (1/2) on page 97 Figure 2-53 Innova Frontal Positioner Floor Mounting Methods Innova Frontal Positioner Floor Mounting Methods (2/2) on page 98 Figure 2-55 Cable Conduit For On-Grade Floor Anchor Kit on Cable Conduit For On-Grade Floor Anchor Kit page 100...
  • Page 108 Equipment Requirements Figure 2-52 Innova Frontal Positioner Floor Mounting Methods (1/2) 5750182-1EN 3 Innova IGS 6...
  • Page 109 Equipment Requirements Figure 2-53 Innova Frontal Positioner Floor Mounting Methods (2/2) 5750182-1EN 3 Innova IGS 6...
  • Page 110 Equipment Requirements Figure 2-54 Inner Base Plate For Above Grade Floor Anchor Kit 5750182-1EN 3 Innova IGS 6...
  • Page 111 Equipment Requirements Figure 2-55 Cable Conduit For On-Grade Floor Anchor Kit 5750182-1EN 3 Innova IGS 6...
  • Page 112 Equipment Requirements Figure 2-56 Fixing Bolt Overview NOTE For more details on Table Baseplate, refer to Figure 2-57 Gantry and table mounting holes on page 103. NOTE With any kind of fixation methods (Bolts M20, Mechanical anchors or Chemical anchors), the number of holes used mandatory is: •...
  • Page 113 Pull out efforts and recommendations about chemical anchors not provided by GE. The following table provides the recommended chemical anchors for Table/Frontal baseplates and for the floor plate ordered locally that they could be used instead of bolts provided by GE. Table 2-16 Chemical anchors Pull out efforts and recommendations...
  • Page 114 Equipment Requirements Figure 2-57 Gantry and table mounting holes 5750182-1EN 3 Innova IGS 6...
  • Page 115 Omega V non motorized Long 1278 mm (50.3 in) 1395 mm (54.9 in) Innova Frontal Positioner and Table Floor Preparation Kits (GE Healthcare supplied) Refer to Single Plane and Biplane Innova Systems - Pre-Installation Kit Installation Procedures. Injector Mounting Requirements...
  • Page 116 Equipment Requirements Specific Prerequisites for Installation Configuration #1 Verify the following items only in the case of Installation Configuration #1 with ECG Device in Control Room: Check the environment of the ECG Device module located in Control Room provides enough space to install the Physio module at a max distance of 1 meter.

  • Page 117: Ceiling Requirements

    Equipment Requirements 2.3.3 Ceiling Requirements Gantry rails The required ceiling rail height for the Gantry is 2845 mm +/–5 mm (9 ft. 4 in +/–0.2 in). The rails must be mounted so that the distance from isocenter to the wall where the park position is designated is an absolute minimum of 3081 mm (10 ft.
  • Page 118 Equipment Requirements Figure 2-58 Location of Stationary Rails on Ceiling – Delivered & Recommended max. configuration NOTE It is recommended to install the Gantry Stationary Rails at the maximum configuration (Figure 2-58 Location of Stationary Rails on Ceiling – Delivered & Recommended max. configuration on page 107).
  • Page 119 Equipment Requirements Figure 2-59 Location of Stationary Rails on Ceiling – Absolute min. configuration 5750182-1EN 3 Innova IGS 6...
  • Page 120 Equipment Requirements Figure 2-60 Gantry Rail Mounting Specifications Monitor Suspension Rails Aluminum rails support the In-room Monitor Bridge used in systems with 21 and 31 cm detector X-Ray rooms. 5750182-1EN 3 Innova IGS 6...
  • Page 121 • Each bolt must not “pull out” or otherwise fail under a vertically downward dead load of 1400 lbs (6228 Rails selection Monitor suspension rails in different lengths can be selected. Please refer to the GTC or contact the GE representative.
  • Page 122 Equipment Requirements Figure 2-61 Potential collision between Lateral gantry/carriage and detector lift Large Display Monitor suspension with fixed point dual arm General Policy The customer is responsible for the structural analysis and mounting of the Substructure for Dual Arm suspension in the solid ceiling (in case of a Large Display Monitor and the MAVIG suspension with fixed point dual arm).
  • Page 123 Equipment Requirements NOTICE The Substructure for Dual Arm suspension is mandatory to install the MAVIG suspension with fixed point dual arm. NOTICE The lower edge of the Substructure for Dual Arm suspension should be the same height as the lower edge of the false ceiling. Substructure for Dual Arm suspension The Substructure for Dual Arm suspension is used to attach the MAVIG suspension with fixed point dual arm to the solid ceiling.
  • Page 124 Equipment Requirements (continued) Item Description Middle Plate Maximum is 155 mm Maximum is 175 mm The Substructure for Dual Arm suspension is delivered with each system. In the GEHC system catalogue (Pre-Installation item), its purchase number is S18391MX (MAVIG Purchase number GD60D022). NOTICE If the distance between the ceiling and the lower edge of the false ceiling is more than 610 mm, Long variation of the Substructure for Dual Arm suspension...
  • Page 125 Equipment Requirements Bolt Specifications The Substructure shall be fastened to the ceiling with following specifications: The maximum axial load per bolt will not exceed 7210 N. The maximum Shear load per bolt will not exceed 957 N. The maximum pullout force shall be calculated in accordance with local building codes and it is part of structural analysis done by customer.

  • Page 126: Wall Requirements

    Equipment Requirements [1] : Port diameter of the false ceiling: maximum is 620 mm. 2.3.4 Wall Requirements The optional LD secondary monitor outside the patient room is mounted on wall. The swingout arm that holds the LD additional monitor shall be mount according to the manufacturer mounting manual, see Articulating Arm Wall Mount Installation Manual in OEM manuals list.

  • Page 127: Seismic

    Equipment Requirements Figure 2-67 Swing out arm Center of Gravity 2.4 Seismic Seismic areas Floors Chiller: The seismic kit for both Chillers SMC is included with the chiller when shipped.. LD cabinet : the seismic kit to fasten the LD cabinet to the wall is included with the cabinet when shipped. In Seismic areas all cabinets must be anchored to the floor.
  • Page 128 Any additional hardware that is required will be the responsibility of the institution and/or their contractor. Contact your local GE Installation Program Manager to obtain seismic calculations. Seismic calculations are per California Building Code (CBC) and International Building Code (IBC).
  • Page 129 Equipment Requirements Figure 2-1 Center of gravity and seismic support, and attachments 5750182-1EN 3 Innova IGS 6...

  • Page 130: Chapter 3. Special Construction Requirements

    Special Construction Requirements Chapter 3. Special Construction Requirements 3.1 Radiation Protection Because x–ray equipment produces radiation, special precautions may be needed or special site modifications may be required. The General Electric Company does not make recommendations regarding radiation protection. It is the purchasers’ responsibility to consult a radiation physicist for advise on radiation protection in x–ray rooms.
  • Page 131 Special Construction Requirements Table 3-1 Emissions Test Compliance Electromagnetic Environment The system uses Radio Frequency energy only for its internal function. Therefore, its Radio Frequency emissions are very low and are not Radio–Frequency likely to cause any interference in nearby electronic equipment. Group1 Class A emissions limits...
  • Page 132 Special Construction Requirements Table 3-2 Immunity IEC 60601–1– IEC 60601–1– Compliance Electromagnetic Environment Test 2 Ed2.1 & 3 2 Ed4 Test Level Test Level Level (profes- sional healthcare environment) Electrostatic +/-6 kV con- +/-6 kV con- +/-6 kV con- Floors are wood, concrete, or ceramic tile, or discharge tact tact...
  • Page 133 Special Construction Requirements The Innova system is intended for use in the electromagnetic environment specified below. The purchaser or user of the Innova system should assure that it is used in such an environment. Table 3-3 Immunity IEC 60601–1–2 IEC 60601–1–2 Compliance Electromagnetic Environment Test...
  • Page 134 Special Construction Requirements NOTE : The ISM (industrial, scientific and medical) bands between 0,15 MHz and 80 MHz are 6,765 MHz to 6,795 MHz; 13,553 MHz to 13,567 MHz; 26,957 MHz to 27,283 MHz; and 40,66 MHz to 40,70 MHz : Field strengths from fixed transmitters, such as base stations for cellular telephones and land mobile radios, amateur radio, AM and FM radio broadcast, and TV broadcast cannot be theoretically estimated accurately.
  • Page 135 Special Construction Requirements Table 3-5 Additional IEC60601-1-2 ed4.0 field level & frequencies - immunity to proximity fields from RF wireless equipment Tested frequencies (MHz) Field Level (V/m) Modulation Pulse modulation (50% duty cycle) - 18Hz Pulse modulation (50% duty cycle) - 18Hz Pulse modulation (50% duty cycle) - 217Hz Pulse modulation (50% duty cycle) - 217Hz Pulse modulation (50% duty cycle) - 217Hz...
  • Page 136 Special Construction Requirements WARNING PORTABLE RF COMMUNICATIONS EQUIPMENT INCLUDING PERIPHERALS (SUCH AS ANTENNA CABLES AND EXTERNAL ANTENNAS) SHOULD BE USED NO CLOSER THAN 30CM (12 INCHES) TO ANY PART OF THE SYSTEM INCLUDING CABLES SPECIFIED BY THE MANUFACTURER. OTHERWISE, DEGRADATION OF THE PERFORMANCE OF THIS EQUIPMENT COULD RESULT.
  • Page 137 Special Construction Requirements Installations Requirements & Environment Control WARNING THE USE OF ACCESSORIES, TRANSDUCERS, AND CABLES OTHER THAN THOSE SPECIFIED MAY RESULT IN DEGRADED ELECTROMAGNETIC COMPATIBILITY OF THE INNOVA SYSTEM. Other electrical equipment may disturb and interfere with these Innova components. The control of the clearing distances from the noise sources is recommended, power supplies converters from nearby monitors or from other close electrical equipment).
  • Page 138 Special Construction Requirements NOTICE In order to minimize interference risks, the following requirements shall apply: • Cables shielding & grounding: All interconnect cables to peripheral devices must be shielded and properly grounded. Use of cables not properly shielded and grounded may result in the equipment causing radio frequency interference.
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  • Page 140: Chapter 4. Environmental Requirements

    Environmental Requirements Chapter 4. Environmental Requirements 4.1 Relative Humidity and Temperature NOTICE Avoid extremes in temperatures Innova system room climate requirements – relative humidity and temperature. Individual products or components are classed by their installation area for in use see Table 4-1 In use - Humidity and Temperature on page 129,...

  • Page 141: Altitude And Atmospheric Pressure

    Environmental Requirements NOTE (1): The target temperature (best recommended) is 18°C (64°F). The target humidity (best recommended) is 50% RH. NOTE (2a): In use temperature limits specify the range where the system shall work. Operating outside these limits could occur severe performance and reliability issues. (2b): Recommended temperature limits specify the range where it is recommended to adjust air conditioning control in order to warranty current operations inside the in use range.

  • Page 142: Heat Output

    Environmental Requirements 4.3 Heat Output Equipment Heat Output Tables Refer to Table 4-1 on page 131. To obtain heat output information for components not specified in Table 4-1 on page 131, refer to the appropriate component Pre-Installation Manual listed in 2.1.5 System Compatibility on page Table 4-1 HEAT OUTPUT...
  • Page 143 Environmental Requirements continued HEAT OUTPUT Maximum Use Moderate Use (8 Typical Use (13 (maximum peak Stand by cases / a 10 hour cases / a 10 hour power during ex- day) day) Room Core System BTU/hr BTU/hr BTU/hr BTU/hr Main disconnect 0.60 2216 0.65...
  • Page 144 Environmental Requirements continued HEAT OUTPUT Maximum Use Moderate Use (8 Typical Use (13 (maximum peak Stand by cases / a 10 hour cases / a 10 hour power during ex- day) day) Room Core System BTU/hr BTU/hr BTU/hr BTU/hr Note (3): For UPS 20 kVA option refer to Fluoro UPS Option on page 133 Note (4): The 2nd optional LD monitor is not necessarily in the control room.

  • Page 145: Acoustic Specifications

    Environmental Requirements Table 4-2 on page 134 indicates the typical heat dissipation at nominal load and specify cooling air flow in two situations: • 1000 m (3280 ft) altitude, cooling air between 25°C (77°F) and 30°C(86°F) • 250 m (820 ft) altitude, cooling air below 18°C (64°F) Table 4-2 Fluoro UPS Typical heat output...
  • Page 146 Environmental Requirements Gantry Noise measurements continued Measurements Gantry (FRT, LAT, both) Gantry posi- Peak (db) Mean (db) tions 80.2 60.3 First scopie (anode accel- eration) 80.3 59.6 79.7 59.2 79.5 59.1 Fluoro FRT and LAT 79.8 60.2 NOTE Noise generated by system cabinets all together is 70dB. If cabinets are installed too close to the exam room (e.g.
  • Page 147 Environmental Requirements Page intentionally left blank 5750182-1EN 3 Innova IGS 6...

  • Page 148: Chapter 5. Electrical Requirements

    3 kVA Single phase 100-127 V / 200-240 V 50 Hz or 60 Hz 11 A / 5.5 A Single phase S5I GE 100-120 V / 230 V 50 Hz or 60 Hz 400 VA Single phase NOTE PDB maximum rating is equal to 211 kVA.
  • Page 149 Electrical Requirements NOTICE Line impedance should be compliant with IEC 601.2.7 Refer to the table Max Line Impedance for feeder line between Generator cabinet and Hospital in 5.2.2 Power and Grounding Requirements on page 154. WARNING PRIOR TO EACH INSTALLATION, ENSURE THAT THE ECG POWER CABLE IS CONNECTED TO A LINE THAT IS PROTECTED AGAINST SHORT CIRCUIT HAZARDS, ACCORDING TO LOCAL REGULATIONS AND THAT THE ECG MONITOR IS POWERED ACCORDING TO IEC60601-1 REQUIREMENTS (LEAKAGE CURRENT AND...
  • Page 150 Electrical Requirements Figure 5-1 TNS scheme Power configuration for Coolix 4100 Chillers Both frontal and lateral Coolix 4100 chillers are powered from 2 phase supply : • 1st Chiller by phases L1 and L2 • 2nd Chiller by phases L1 and L3 Figure 5-2 Power configuration for Coolix 4100 Chillers A non-continuity measurement must be made between phase L2 of the frontal autotransformer and phase L3 of the lateral autotransformer.

  • Page 151: Power Distribution

    Electrical Requirements WARNING MEASUREMENTS SHOULD BE PERFORMED ON A SYSTEM OFF. Large Display Monitor System special instructions: WARNING THERE IS A DANGER TO LIFE IF WARNINGS ARE NOT OBEYED. SEVERE PERSONAL INJURY OR DAMAGE TO EQUIPMENT MAY OCCUR. DO NOT INSERT ANY OBJECTS INTO THE HOUSING. OBJECTS INSERTED INTO THE HOUSING MAY RESULT IN DAMAGE TO THE UNIT OR PERSONAL INJURY.
  • Page 152 Electrical Requirements NOTE Large Display Cabinet can provide power to an optional secondary large monitor outside of the patient vicinity. Figure 5-3 Power distribution - CE 5750182-1EN 3 Innova IGS 6...
  • Page 153 Electrical Requirements Figure 5-4 Power distribution - UL Cable CE UPS configuration UL UPS configuration length Recommended (1) Type Max gauge Recommended (1) Type R rectifier 5 x 10 mm² 3ph+N+PE AWG3 AWG6 3ph+N+PE 24 m (78ft 8in) L out /load 5 x 10 mm² 3ph+N+PE AWG3 AWG6...

  • Page 154: Emergency Failure

    Electrical Requirements 5.1.3 Emergency Failure During an examination, any operator can encounter two main cases of failures. Main power supply cut In this case, refer to 5.4.1 Physical Runs on page 160. Partial UPS Fluoro (option) A Fluoro UPS (20 kVA) has been designed for systems with 21 & 31 cm detector. This partial UPS lets the customer complete an exam in fluoro mode in case of a power failure.
  • Page 155 Electrical Requirements NOTICE Installation safety instructions: • Contractor responsibility: • Electrical contractor is responsible for providing and connecting the cables and configuring the PDB in by-pass mode. • GEHC is responsible for powering on the system with the UPS in by-pass mode.

  • Page 156: Power Distribution System

    5.1.1 Electrical Requirements on page 137. Contact your local GE Healthcare representative for more information and/or public power distribution analysis. System failure In the event of a system failure with a patient on table during an examination, the operator can utilize a Surgical Imaging mobile unit to finish the examination.
  • Page 157 Electrical Requirements Power Distribution Box - CE Figure 5-5 PDB CE - 50 Hz 5750182-1EN 3 Innova IGS 6...
  • Page 158 Electrical Requirements Figure 5-6 PDB Schematic CE - 1/2 5750182-1EN 3 Innova IGS 6...
  • Page 159 Electrical Requirements Figure 5-7 PDB Schematic CE - 2/2 5750182-1EN 3 Innova IGS 6...
  • Page 160 Electrical Requirements Power Distribution Box - UL Figure 5-8 PDB UL - 60 Hz (US only) 5750182-1EN 3 Innova IGS 6...
  • Page 161 Electrical Requirements Figure 5-9 PDB Schematic UL - 1/2 5750182-1EN 3 Innova IGS 6...

  • Page 162: Grounding

    Electrical Requirements Figure 5-10 PDB Schematic UL - 2/2 5.2 Grounding 5.2.1 Grounding A vascular lab is a critical care area and requires a special grounding system for patient safety. An equipotential grounding system is recommended for meeting patient safety requirements. 5750182-1EN 3 Innova IGS 6...
  • Page 163 Electrical Requirements Reference: For general system grounding requirements and information on establishing an equipotential grounding system, refer to: - Grounding Continuity – Job card in the Installation manual NOTICE All shielded cables shall have a connection to ground at each extremity without regard to the grounding to the scheme below.
  • Page 164 Electrical Requirements Figure 5-11 Grounding distribution Table 5-4 CABLE FROM WIRE GAUGE hospital AW Power Strip Ground hospital C1 Frontal Cabinet 35 mm² AWG1 5750182-1EN 3 Innova IGS 6...

  • Page 165: Power And Grounding Requirements

    0.12 NOTE These 3 phases cables are not furnished by GE Healthcare. Provided by installer. • These cables must be kept separated as much as possible from room system cables. • The shield of any shielded cable coming from the distribution cannot replace the ground wire.
  • Page 166 Electrical Requirements Large Display option requirements: The Large Display option must be powered through a wall circuit breaker or equivalent device with LOTO capability. This circuit breaker must have a 30 amps current rating. Procurement, delivery and installation of this device is customer’s responsibility. The customer shall provide the power supply cables from this circuit breaker to the LDM UPS, and the ground cable from the main power to the LDM cabinet.

  • Page 167: Interconnections

    Electrical Requirements 80 m 100 m note note note 120 m note note note NOTICE Recommended feeder cable section in mm² : for PHASES, NEUTRAL & GROUND PDB in- put terminals accept 35² to 95². Bigger cables needs a size reduction before PDB entry. NOTE Increasing transformer power will decrease its voltage loss and feeder cables section.
  • Page 168 • TRAM RAC in Exam Room with cable 2016134-106 routed back to Control Room where the other modules & PC are installed. • If no GE Maclab cable 2016134-106 installed between the TRAM (Exam Room) and the Control Room, need to route it so that installation/connection of Physio module can be made in Control Room.
  • Page 169 Electrical Requirements NOTE MEDRAD Avanta Table mount: A 76.2 mm (3 in) and max 25 m (984 in) length conduit between technical room and patient room shall be prepared below the floor for the three injector cables. It is recommended to use the MEDRAD Avanta floor mounting bracket to cover the duct hole in the patient room if there is no gases box.
  • Page 170 Electrical Requirements Figure 5-13 Floor ducts and outlets NOTE 18 meters (59 ft) is the only cable length available for the Remote TSUI box data cable connecting remote TSUIs in the Control Room and the patient Table. 5750182-1EN 3 Innova IGS 6...

  • Page 171: System Cable Information

    Electrical Requirements 5.4 System Cable Information 5.4.1 Physical Runs System Core Matrix NOTICE All lengths of cable are: • in useable meter when you look at group level, or • in meters (connector to connector) when you look at the cable level. Suspension are always pre–cabled with 36 meter cables of connector to connector Monitor options includes their 24 meters length for cabling In case 24 m required, they have to be added in the order and replaced on site.
  • Page 172 Electrical Requirements Figure 5-15 CABLE GROUP 1 – FROM TECHNICAL AREA TO EXAM AREA 5750182-1EN 3 Innova IGS 6...
  • Page 173 Electrical Requirements Figure 5-16 CABLE GROUP 2– FROM TECHNICAL AREA TO CONTROL AREA 5750182-1EN 3 Innova IGS 6...
  • Page 174 Electrical Requirements Figure 5-17 Cable Group - Fast Link Option 5750182-1EN 3 Innova IGS 6...
  • Page 175 Electrical Requirements Figure 5-18 CABLE GROUP 3 - FROM TECHNICAL AREA TO TECHNICAL AREA 5750182-1EN 3 Innova IGS 6...
  • Page 176 Electrical Requirements Figure 5-19 CABLE GROUP 4 - FROM TECHNICAL AREA TO EXAM AREA 5750182-1EN 3 Innova IGS 6...
  • Page 177 Electrical Requirements Figure 5-20 CABLE GROUP 5 - FROM TECHNICAL AREA TO EXAM AREA 5750182-1EN 3 Innova IGS 6...
  • Page 178 Electrical Requirements Physical Run - System Core Detail Table 5-7 Cable UL Style Voltage Max Volt- Cable Connector type Bigger num- Assem- rating (V) age car- diame- Plug size ried (V) (mm) (mm) Group n°1 (From Technical Room to Exam Room) 27468A 2258191 27473A...
  • Page 179 Electrical Requirements continued Cable UL Style Voltage Max Volt- Cable Connector type Bigger num- Assem- rating (V) age car- diame- Plug size ried (V) (mm) (mm) 27492A 5197765 27493A 5191322 Category 5 RJ45 14.1 27494A 5191644 27500A 5197765 27505A 5191322 Category 5 RJ45 14.1...
  • Page 180 Electrical Requirements continued Cable UL Style Voltage Max Volt- Cable Connector type Bigger num- Assem- rating (V) age car- diame- Plug size ried (V) (mm) (mm) 27679A 5191661 27681A 5182230 27683A 5194455 28254A 5193468 28781A 5181494 28782A 5191661 OPTICAL FIBER 28783A 5182870 28784A...
  • Page 181 Electrical Requirements continued Cable UL Style Voltage Max Volt- Cable Connector type Bigger num- Assem- rating (V) age car- diame- Plug size ried (V) (mm) (mm) 28847A 5191841 28848A 5191841 28856A 5194666 29285A 5760830 Group n°5 (From Technical Room to Exam Room) 28576A 5165029 28577A...
  • Page 182 Electrical Requirements continued Cable UL Style Voltage Max Volt- Cable Connector type Bigger num- Assem- rating (V) age car- diame- Plug size ried (V) (mm) (mm) 29107A 5305381 29108A 5305381 29109A 5305381 29110A 5191563 29111A 5414103 29112A 5419212 29158A 5427518 29159A 5427519 29163A...

  • Page 183: X-Ray On Lamp Distribution

    Electrical Requirements continued Cable UL Style Voltage Max Volt- Cable Connector type Bigger num- Assem- rating (V) age car- diame- Plug size ried (V) (mm) (mm) 28838A 5184554 Mac LAB Cable Standard Length 28761A 5179560 5.5 X-Ray ON Lamp Distribution The fitter shall install an X-Ray On lamp in the Exam room, and in the control room if necessary, outside the patient area, so that they are connected to the equipment through connection terminals.

  • Page 184: Ready For X-Ray Lamp

    Electrical Requirements Figure 5-1 X-Ray ON cabling between C2 cabinet and PDB 5.6 Ready For X-Ray Lamp Innova systems with 21 & 31 cm detector provides contacts for driving a Ready for X-Ray lamp. These contacts are terminals 5 and 6 of TB2 bulkhead connector of the C2 cabinet. 5750182-1EN 3 Innova IGS 6...

  • Page 185: Door Interlocks

    Electrical Requirements Figure 5-1 X-Ray READY cabling between C2 cabinet and PDB NOTE Check local regulations if this indication is required. If needed, the lamp needs to be provided by the hospital or their contractor. 5.7 Door Interlocks CAUTION IEC 60601–2–43 requires not to install door interlocks. It is the responsibility of the field service to check that this requirement is not in contradiction with local regulation.

  • Page 186: Room Speaker

    Electrical Requirements Figure 5-1 C2 cabinet bulkhead RM DOOR connecting 5.8 Room Speaker The remote speaker provides the operator in the exam room, the indication of record exposure sequence (same level information as provided by the control room control panel). The speaker must be installed in the exam room out of the patient vicinity to give easy access to the FE for maintenance operations and to medical staff to adjust the tone signal level and to be able to see the power LED indicator.

  • Page 187: Mac-Lab System Ex

    Electrical Requirements Figure 5-1 WARNING THE REMOTE SPEAKER KIT SHALL NOT BE INSTALLED IN THE PATIENT VICINITY. Patient Vicinity Definition : see Patient Environment Equipment in 2.2.3 Room Layout Considerations on page 80 5.9 MAC-LAB System EX For location of MAC–LAB Acquisition Unit Floor mount kit 408431–001, refer to Electrical Ducts in 5.3.2 Cable Channeling on page 156.

  • Page 188: Injectors

    Electrical Requirements NOTICE To power the AW splitter, use the appropiate cable out of lot P/N 2385173. 5.11 Injectors The injector is provided with an additional ground cable (P/N #2135737) to meet equipotentiality requirement at patient vicinity. Injector emergency power off: •...
  • Page 189 Electrical Requirements The minimum required average luminance Em shall be of 500Lx and minimum color rendering factor Ra of 80 as per IEC/EN 12464-1 (Light and lighting. Lighting of work places. Indoor work places: Illumination requirements for indoor workplaces corresponding to assembly of medium size electrical components, e.g.
  • Page 190 Electrical Requirements Room Lighting for System Figure 5-2 Zone 1: Intensive lighting needed by operator. Manually cut not located at false ceiling level. Zone 2: Variable lighting without specular reflection on display and monitor screens. Indirect lighting but preferable from ceiling. Automatically cut by the Innova system. Zone 3: Variable lighting without artifact on display and monitor screens.
  • Page 191 Electrical Requirements NOTE In Germany: Ambient luminance of 100 lux maximum is required to maintain Exam Room class 2 according to DIN 6868-157. 5750182-1EN 3 Innova IGS 6...

  • Page 192: Chapter 6. Communication Requirements

    Once submitted, a member of the GEHC Broadband Solutions team will contact the site IT to set up the VPN connection. The SupportCentral links where information from the InSite Connectivity Team or Insite Request Form can be found are: • Americas: http://supportcentral.ge.com/products/sup_products.asp?prod_id=73661 • Asia: http://supportcentral.ge.com/products/sup_products.asp?prod_id=19181 • Europe: http://supportcentral.ge.com/products/sup_products.asp?prod_id=24026...
  • Page 193 • For details on the new Privacy and Security features available with this machine, refer to the document Privacy and Security Guide - DOC1972949 available from MyWorkshop. • Support on Privacy and Security can also be found here (USCAN only): http:// supportcentral.ge.com/products/sup_products.asp?prod_id=259836. 5750182-1EN 3 Innova IGS 6...
  • Page 194 Innova IGS 6...

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