Getinge Maquet PowerLED II Maintenance Manual
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Getinge Maquet PowerLED II Maintenance Manual

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Maintenance Manual
Maquet PowerLED II
MN 01810 EN 02 2021-06-22

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Summary of Contents for Getinge Maquet PowerLED II

  • Page 1 Maintenance Manual Maquet PowerLED II MN 01810 EN 02 2021-06-22...
  • Page 2 Copyright All rights reserved. This document may not be copied, adapted or translated without prior written permission, except as permitted under copyright law. © Copyright 2021 Maquet SAS Subject to technical changes. The illustrations and technical specifications provided in this manual may, on account of future product devel- opments, differ slightly from the actual product supplied.

  • Page 3: Table Of Contents

    Contents Contents Introduction ......................Preface ..............................Other documents relating to this product....................Information about this document ......................1.3.1 Symbols used in this manual ....................1.3.1.1 Cross-references....................1.3.1.2 Actions and results ....................1.3.1.3 Menus and buttons....................1.3.2 Definitions ..........................1.3.2.1 Hazard levels....................... 1.3.2.2 Indications ......................
  • Page 4 Contents 3.5.2.6 Dual 24  V  AC/24  V  DC version with remote control (with communication board) ........................33 3.5.3 Connecting wall-mounted power supplies ................34 3.5.3.1 Connecting the ceiling-mounted enclosure ............42 3.5.4 Views of the boards ....................... 45 Maintenance and inspection procedures .............. 47 Tools required for maintenance ......................
  • Page 5 Contents 4.8.3.1 SHD/SC07 and 4K camera mounts on SHAFT 2 or 3......... 80 Recording the inspection ..................81 Service protocol and tools used ......................Maquet PowerLEDII 5 / 90 MN 01810 EN 02...
  • Page 6 Contents Maquet PowerLEDII 6 / 90 MN 01810 EN 02...

  • Page 7: Introduction

    Your hospital has chosen Getinge's innovative medical technology. We thank you for the confid- ence you have shown in us. Getinge is one of the world’s leading suppliers of medical equipment for operating rooms, hybrid rooms, induction rooms, intensive care units and patient transport. Getinge always puts the needs of healthcare staff and patients first during the development of its products.

  • Page 8: Definitions

    Introduction Changes to the document compared to the previous version 1.3.2 Definitions 1.3.2.1 Hazard levels The text in safety instructions describes types of risk and how to avoid them. Safety instructions are classified into the following three levels: Symbol Hazard level Meaning DANGER! Indicates a direct and immediate risk that may be...

  • Page 9: Safety-Related Information

    Anyone not trained in installation, maintenance or decommissioning opera- tions is exposed to the risk of injury or electric shock. Installation, maintenance and decommissioning of the device or components of the device must be performed by a Getinge technician or a Getinge-trained service technician. AR NI NG...

  • Page 10: Product Integrity

    Safety-related information Safety instructions AR NI NG Risk of injury Some items (e.g., tools, hardware) may drop during installation or mainten- ance of the device. Please limit your presence under the device during installation, maintenance or decommissioning, and use the appropriate safety equipment (e.g. safety hat, safety glasses).

  • Page 11: Technical Specifications

    Technical specifications Optical specifications Technical specifications Optical specifications Specifications Maquet Maquet Tolerance PowerLED II 700 PowerLED II 500 Nominal illumination 130,000 lx ± 10% Illumination with Boost mode 160,000 lx 0-10% Illumination adjustment (10 levels + 10 to 100% + Boost ̶ Boost) Central illumination (AIM enabled) 130,000 lx ±...

  • Page 12: Electrical Characteristics

    0.58 mrad Maximum power output 1 mW Tab. 6: Laser specifications Electrical characteristics Electrical specifications Maquet PowerLED II 700 Maquet PowerLED II 500 WPS input voltage 100-240 V AC/50-60 Hz WPSXXX24 input voltage 24 V AC, 50/60 Hz or 24 V DC Power Single configuration: 200 VA Double lighthead configuration: 400 VA Triple lighthead configuration: 600 VA...

  • Page 13: Mechanical Specifications

    Lighthead protection against dust and IP44 ̶ liquid ingress Tab. 8: Table of mechanical specifications 3.3.2 Power supply Specifications Maquet PowerLED II Tolerance Dimensions of wall-mounted power supply 311 × 400 × 145 mm ± 2% Tab. 9: WPS power supply mechanical specifications 3.3.3 Screen holder...
  • Page 14 Technical specifications Mechanical specifications Type PSX handle Hanau handle Devon handle XHS0 (0.7 kg) (0.7 kg) (0.7 kg) MHD2 (1 kg) (1 kg) (1 kg) XHD1 XS09 XS12 XS32 XD24 Tab. 11: Screen holder option specifications - 1 Type VESA 100x200 / 100x300 Additional weight Box weight, empty: 1.4 kg : 0.4 kg / VESA...

  • Page 15: Communication Protocol

    Technical specifications Communication protocol Minimum cross-section Dimensions cable routing FHS0 Diam. 22.2 mm Oblong diam. 30 x 40 mm Irregular shape 47 x 35 mm MHS0 / MHD2 Diam. 44 mm Irregular shape 44 x 35 mm minimum Oblong diam. 30 x 40 mm Irregular shape 47 x 35 mm XHD1 Diam.
  • Page 16 Technical specifications Communication protocol Description of the MAQBUS communication connections on the RJ-45 connector: RJ-45 connector Signal Reserved for future use Reserved for future use CAN H +24V +24V CAN L (not used) Maquet PowerLEDII 16 / 90 MN 01810 EN 02...

  • Page 17: Maqbus Protocol Communication Frame Format

    Technical specifications Diagrams 3.4.2 MAQBUS protocol communication frame format Not applicable to this product. Diagrams 3.5.1 Electrical wiring block diagram 3.5.1.1 Power supply without backup Fig. 1: Power supply without backup Maquet PowerLEDII 17 / 90 MN 01810 EN 02...
  • Page 18 Technical specifications Diagrams Version with pre-installed safety earth connection 24VDC 24VDC CAT 5E or 6-T 568B max. 50 m max. 15 m Safety earth connection (6 AWG 10 mm²) Fig. 2: Power supply without backup - Version with pre-installed safety earth connection Maquet PowerLEDII 18 / 90 MN 01810 EN 02...

  • Page 19: Power Supply With Backup

    Technical specifications Diagrams 3.5.1.2 Power supply with backup Fig. 3: Power supply with backup Maquet PowerLEDII 19 / 90 MN 01810 EN 02...
  • Page 20 Technical specifications Diagrams Version with pre-installed safety earth connection 24VDC 24VDC CAT 5E or 6-T 568B max. 50 m max. 15 m Safety earth connection (6 AWG 10 mm²) Fig. 4: Power supply with backup - Version with pre-installed safety earth connection Maquet PowerLEDII 20 / 90 MN 01810 EN 02...

  • Page 21: Power Supply With Customer Backup

    Technical specifications Diagrams 3.5.1.3 Power supply with customer backup POWERLED II Wall power supply with customer Backup Electrical connexion Not provided by Ge nge 10 A 10 A Input 100-240V. 2 solu ons RS232 OR Integra on Ceiling Wall Power supply Module Wall Keypad 2 solu ons...
  • Page 22 Technical specifications Diagrams Version with pre-installed safety earth connection Faston eyelet not provided max. 15 m Safety earth connection (6 AWG 10 mm²) Fig. 6: US-type power supply - Version with pre-installed safety earth connection Maquet PowerLEDII 22 / 90 MN 01810 EN 02...

  • Page 23: Checking The Triple And Quadruple Configuration

    Technical specifications Diagrams 3.5.1.5 Checking the triple and quadruple configuration COMMUNICATION CAT6e CONNECTION FOR 2 CONFIGURATIONS UP TO 3 LIGHTHEADS + 1 WALL KEYPAD Power Supply 2 Power Supply 1 Keep the jumper wire on position 1 Change the jumper wire position CEILING from 1 to 2...
  • Page 24 Technical specifications Diagrams COMMUNICATION CAT6e CONNECTION FOR 2 CONFIGURATIONS UP TO 4 LIGHTHEADS + 1 WALL TOUCH Power Supply 2 Power Supply 1 Keep the jumper wire on position 1 Change the jumper wire position CEILING from 1 to 2 CEILING TS1/WK1 TS1/WK1...

  • Page 25: Ceiling-Mounted Power Supply Electrical Connections

    Technical specifications Diagrams 3.5.2 Ceiling-mounted power supply electrical connections 3.5.2.1 100-240 V AC version without remote control (without communication board) For each way, make the following electrical connections : Attach the cable here Voltage input 100-240V AC : L : Phase N : Neutral : earth earth connexion Output voltage 24V DC :...
  • Page 26 Technical specifications Diagrams Install the unit on its bracket • Align the tabs on the enclosure with the grooves on the plate. • Push the enclosure gently sideways to align the last two tabs with the grooves on the plate Push Fig. 10: Installing the unit on its bracket...

  • Page 27: Single 100-240 V Ac Version With Remote Control (With Communication Board)

    Technical specifications Diagrams 3.5.2.2 Single 100-240 V AC version with remote control (with communication board) For each way, make the following electrical connections : Attach the cable here Voltage input 100-240V AC : L : Phase N : Neutral : Earth Earth connexion Voltage output 24V DC : : to lighthead.
  • Page 28 Technical specifications Diagrams Install the unit on its bracket • Align the tabs on the enclosure with the grooves on the plate. • Push the enclosure gently sideways to align the last two tabs with the grooves on the plate Push Fig. 14: Installing the unit on its bracket...

  • Page 29: Dual 100-240 V Ac Version With Remote Control (With Communication Board)

    Technical specifications Diagrams 3.5.2.3 Dual 100-240 V AC version with remote control (with communication board) For each way, make the following electrical connections : Attach the cable here Voltage input 100-240V AC : L : Phase N : Neutral : Earth Earth connexion Voltage output 24V DC : : to lighthead.
  • Page 30 Technical specifications Diagrams INPUT INPUT 2XARD569203558 fils de terre ARD569203506 ARD569203506 Carte Carte interface interface secteur secteur Voie I Voie II OUTPUT 2XARD569203558 2XARD569203558 fils de terre fils de terre OUTPUT OUTPUT Fig. 18: Connecting the communication cable • Connect the communication cable between the two units.

  • Page 31: Ac/24V Dc Version Without Remote Control (Without Communication Board)

    Technical specifications Diagrams 3.5.2.4 24V AC/24V DC version without remote control (without communication board) For each way, make the following electrical connections : Attach the cable here Voltage input 24V AC/DC : L : Phase if 24AC or +24 if 24V DC N : Neutral if 24AC or -24 if 24V DC : Earth Earth connexion...

  • Page 32: Ac/24V Dc Version With Remote Control (With Communication Board)

    Technical specifications Diagrams 3.5.2.5 24V AC/24V DC version with remote control (with communication board) For each way, make the following electrical connections : Attach the cable here Voltage input : L / + : Phase 24AC or + 24 if 24V DC N / - : Neutral 24AC or - 24 if 24V DC : Earth Earth connexion...

  • Page 33: Dual 24 V Ac/24 V Dc Version With Remote Control (With Communication Board)

    Technical specifications Diagrams 3.5.2.6 Dual 24 V AC/24 V DC version with remote control (with communication board) INPUT INPUT 2XARD569203558 fils de terre Voie I Voie II 2XARD569203558 2XARD569203558 fils de terre fils de terre OUTPUT OUTPUT OUTPUT Fig. 23: Dual 24V AC/24V DC version with remote control •...

  • Page 34: Connecting Wall-Mounted Power Supplies

    Technical specifications Diagrams 3.5.3 Connecting wall-mounted power supplies Single version without backup 100 V - 240 V mains input Output to light Communication cables 1: to ceiling-mounted enclosure 2: touchscreen control panel or wall-mounted keypad 3: touchscreen control panel or wall-mounted keypad For each channel: •...
  • Page 35 Technical specifications Diagrams Dual version without backup 100 V - 240 V mains input Communication cables 1: to ceiling-mounted enclosure 2: touchscreen control panel or wall-mounted ke 3: touchscreen control panel or wall-mounted ke Output to light For each channel: • Connect the mains input (100-240 Vac +/- 10%, 50-60Hz). •...
  • Page 36 Technical specifications Diagrams US single version 100 V - 240 V mains input Earth to light Communication cables 1: to ceiling-mounted enclosure 2: touchscreen control panel or wall-mounted keypad Output to light 3: touchscreen control panel or wall-mounted keypad • Connect the mains input (100-240 VAC +/- 10%, 50-60 Hz). •...
  • Page 37 Technical specifications Diagrams US dual version 100 V - 240 V mains input earth to light Output to light Communication cables 1: to ceiling-mounted enclosure 2: touchscreen control panel or wall-mounted ke Output to light 3: touchscreen control panel or wall-mounted ke For each channel: •...
  • Page 38 Technical specifications Diagrams Single version with Getinge backup 100 V - 240 V mains input Earth to battery pack Output to light Battery input Communication cables 1: to ceiling-mounted enclosure Installing 2: touchscreen control panel or wall-mounted keypad the ferrite bead 3: touchscreen control panel or wall-mounted keypad For each channel: •...
  • Page 39 Technical specifications Diagrams Double version with Getinge backup 100 V - 240 V mains input earth to battery pack Output to light Communication cables Install the ferrite bead 1: to ceiling-mounted enclosure 2: touchscreen control panel or wall-mounted keyp Battery input 3: touchscreen control panel or wall-mounted keyp For each channel: •...
  • Page 40 Technical specifications Diagrams Single version with customer backup 100 V - 240 V mains input Output to light Communication cables 1: to ceiling-mounted enclosure Install the ferrite bead 2: touchscreen control panel or wall-mounted keypad Backup input 3: touchscreen control panel or wall-mounted keypad For each channel: •...
  • Page 41 Technical specifications Diagrams Dual version with customer backup 100 V - 240 V mains input Output to light Communication cables 1: to ceiling-mounted enclosure Install the ferrite bead 2: touchscreen control panel or wall-mounted keyp 3: touchscreen control panel or wall-mounted keyp Backup input For each channel: •...

  • Page 42: Connecting The Ceiling-Mounted Enclosure

    Technical specifications Diagrams 3.5.3.1 Connecting the ceiling-mounted enclosure • Slide the lower section of the enclosure to open it. Fig. 24: Triggering the opening of the housing • Separate the two halves of the housing as shown. Fig. 25: Separating the two halves Maquet PowerLEDII 42 / 90 MN 01810 EN 02...
  • Page 43 Technical specifications Diagrams lightheads power supplies Fig. 26: Connecting the housing wires • Connect the wires from the suspension arms to the corresponding +, - and CAN terminals. • Connect the +, - and earth wires from the power supplies. • Fasten the cables to the self-adhesive bases using plastic cable ties.
  • Page 44 Technical specifications Diagrams WK : Wall K eypad P S : P ower S upply T S : T ouch S creen Vers Vers Vers l'écran tactile Wall Keypad l'alimentation Wall-mounted keypad Wall-mounted keypad or touchscreen control panel option Fig. 27: Connecting the communication leads Maquet PowerLEDII 44 / 90...

  • Page 45: Views Of The Boards

    Technical specifications Diagrams 3.5.4 Views of the boards Standard Powerbox Powerbox Power sup- Communic- Mains inter- Powerbox components power sup- 24 V power ply interface ation board face board power sup- supply board Backup Bypass board Charger board Customer backup board components OEM option RS-232 board...
  • Page 46 Technical specifications Diagrams Arrangement of components in the wall-mounted power supply Dual version with Maquet backup and maintenance option Mains interface board Power supply Power supply interface board Bypass board Charger board Customer Communication board backup Fig. 28: Views of the boards Maquet PowerLEDII 46 / 90 MN 01810 EN 02...

  • Page 47: Maintenance And Inspection Procedures

    Maintenance and inspection procedures Tools required for maintenance Maintenance and inspection procedures AU TION Risk of equipment damage If adjustments are made incorrectly or not at all, the lighthead or installed equipment may drift. Make all adjustments (balance, stop and brakes) during installation and then after all maintenance operations.

  • Page 48: Periodic Replacements

    Maintenance and inspection procedures Periodic replacements Periodic replacements 4.2.1 Periodic replacement cycles To ensure safety and performance, please follow the recommendations below. Items Frequency All brakes Every year Suspension mounting screws Every six years (tighten the screws to the recommended tight- ening torque) Bushing mounting screws Every six years...

  • Page 49: Replacing The Batteries

    Risk of burns If unsuitable batteries are used, they may explode due to the emission of gases or liquids. Always use batteries supplied by Getinge during installation and when repla- cing defective batteries. AR NI NG Risk of electric shock or injury The use of screws or spare parts other than those supplied by the manufac- turer may damage the device.
  • Page 50 Maintenance and inspection procedures Periodic replacements • Disconnect the four connectors from the fuse holder board. • Disconnect the connectors and replace the four batteries. • Connect the battery terminals according to polarity (red wire: positive; black wire: neg- ative). Connect all the connectors on the fuse holder board.

  • Page 51: Adjustments

    Maintenance and inspection procedures Adjustments Connect the earth wire to the battery pack cover. Fit the cover and secure it using the mounting screw. Adjustments AU TION Risk of equipment damage If adjustments are made incorrectly or not at all, the lighthead or installed equipment may drift.

  • Page 52: Adjusting The Spring Arms

    Maintenance and inspection procedures Adjustments 4.3.1 Adjusting the spring arms Adjusting the balance of the SF/DF spring arms • Unscrew the protective cap and insert a 3 mm Allen key in the opening. • Raise the spring arm higher than the hori- zontal position.
  • Page 53 Maintenance and inspection procedures Adjustments Adjusting the top stop (SF spring arm • Raise the ring to lower the stop. • Lower the ring to raise the stop. Fig. 31: Ring motion Ondaspace* spring arm • Perform this adjustment with the lighthead installed.

  • Page 54: Adjusting The Brakes

    Maintenance and inspection procedures Adjustments 4.3.2 Adjusting the brakes AU TION Risk of equipment damage If adjustments are made incorrectly or not at all, the lighthead or installed equipment may drift. Make all adjustments (balance, stop and brakes) during installation and then after all maintenance operations.

  • Page 55: Spring Arm Brakes

    Maintenance and inspection procedures Adjustments Normal wear after two to six months of use Brake after New brake two to six months of use Fig. 34: Brake wear 4.3.2.2 Spring arm brakes PWD II 500 spring arm • Tighten to apply the brakes. •...
  • Page 56 Maintenance and inspection procedures Adjustments PWD II 700 spring arm • Use a flat-bladed screwdriver to remove the sliding ring mounting screw. • Slide the sliding ring along the arm. Fig. 36: Removing the mounting screw • Adjust the brake screws using a flat- bladed screwdriver.

  • Page 57: Lighthead Brakes

    Maintenance and inspection procedures Adjustments 4.3.2.3 Lighthead brakes SF version Fig. 38: Adjusting the SF lighthead brake on PowerLED II 500 and 700 units • Use a flat-bladed screwdriver to adjust the lighthead brake: – Tighten to apply the brake. – Loosen to release the brake. DF version Fig. 39: Adjusting the DF lighthead brake on PowerLED II 500 and 700 units...

  • Page 58: Xs32 Screen Holder

    Maintenance and inspection procedures Adjustments 4.3.2.4 XS32 screen holder OTICE For the XS32 screen holder, the brake adjustment is described in the docu- ment supplied with the product, Ref. CARRIER INSTALL INSTRUCTIONS REV06 06/17/2014. 4.3.2.5 XS/XD screen holder • Adjust the brake screws (single or double screen holder) to adjust the rigidity of the rotation of the monitor on its mount.

  • Page 59: Adjustment Of The Brakes Of Camera Mount Sc07

    Maintenance and inspection procedures Adjustments 4.3.2.8 Adjustment of the brakes of camera mount SC07 Using a 3-mm Allen key, tighten or loosen the screw on the horizontal rotary joint of the cam- era mount: • Tighten to apply the brake. •...

  • Page 60: Conducting Backup Tests

    Ø If the test is successful, the battery level indicator flashes green. If the test fails, the battery level indicator flashes red. 3. If the test fails, contact the Getinge technical service department. 4. Press Battery backup test again. Ø The battery level indicator stops flashing.

  • Page 61: From The Touchscreen Control Panel

    5. If the test fails, press Maintenance information to access the maintenance information page, and then call the Getinge technical service department. Running a battery lifetime test (only with a Getinge backup) 1. Turn off the light. 2. Press Settings in the menu bar.

  • Page 62: Mechanical Inspections

    Maintenance and inspection procedures Mechanical inspections The battery lifetime test can be stopped at any time by pressing the red cross Mechanical inspections 4.4.1 Visual inspections • Check that the ceiling cover and seal are not loose. Fig. 47: Inspecting the cover and seal •...
  • Page 63 Maintenance and inspection procedures Mechanical inspections • Check that the camera is securely fixed with the 1/4" screw. • Check that the rotation end stop is present. • Check the adjustment of the brake. Counter nut 1/4" screw Fig. 50: Inspecting the camera mount AR NI NG Risk of infection Lightweight parts from the device may fall onto the surgical site.

  • Page 64: Checks

    Maintenance and inspection procedures Mechanical inspections • Check that the silicone covers, seals and lighthead cover are not loose. • Check the condition of the underside (no scratches or cracks). Fig. 52: Inspecting the main cover and screw covers 4.4.2 Checks •...
  • Page 65 Maintenance and inspection procedures Mechanical inspections • Check the adjustment of the lighthead brakes. • Check that the configuration can be man- oeuvred easily and is stable on all axes of rotation. – Operate the device, making several movements in order to swivel the sus- pension arms, the spring arms and the lightheads.
  • Page 66 Maintenance and inspection procedures Mechanical inspections Position locking of spring arm with screen holders 1. Place the spring arm in its lowest position, horizontally and finally in its highest posi- tion. 2. Check that the spring arm remains in each of these positions.
  • Page 67 Maintenance and inspection procedures Mechanical inspections Lubricating the suspension under the slip ring 1. Remove the mounting screw. 2. Raise the screw cover. 3. Spray lubricating grease at the location of the screw cover. Fig. 57: Lubricating the suspension Lower the screw cover. 1.

  • Page 68: Electrical Inspections

    Positive Pole, Negative Pole, CAN Com- Output to light munication Communication cables • From customer or Getinge backup: Posit- Install the ferrite bead 1: to ceiling-mounted enclosure ive Pole, Negative Pole, Earth 2: touchscreen control panel or wall-mounted keypad Battery input...
  • Page 69 Maintenance and inspection procedures Electrical inspections Check that the battery system is properly con- nected to earth. Check the configuration earth connection. Check the condition of the batteries (swelling, oxidized terminals) and their voltage. Maquet PowerLEDII 69 / 90 MN 01810 EN 02...

  • Page 70: Functional Tests

    Maintenance and inspection procedures Electrical inspections 4.5.2 Functional tests • Check that the LEDs operate correctly: 1. Press the ON/OFF button on the lighthead control keypad to turn on the light. 2. Select the largest light field diameter, such that all LEDs are lit. 3.
  • Page 71 Maintenance and inspection procedures Electrical inspections Check that the camera operates correctly. Switch to battery mode and then return to mains power (if a backup system is available). Check the battery charge indicator in the status bar of the touchscreen control panel. Test Comfort Light mode.

  • Page 72: Hydraulic Inspections

    Maintenance and inspection procedures Hydraulic inspections Test Laser mode. 1. Press the Laser button and hold it until it flashes. Ø The light output level is reduced and two laser dots appear for 20 seconds. 2. Position the lighthead so as to bring the two dots closer together.

  • Page 73: Optical Inspections

    Maintenance and inspection procedures Optical inspections Optical inspections 4.7.1 Visual inspections OTICE Protective goggles [Minimum UV Class 2 (EN 170) – Optical Class 1 – Orange shade] are recommended during installation and maintenance operations on surgical lights. • Measure the illumination at the centre of the light field, at a distance of 1 metre, in small light field mode, with the dimmer at maximum setting or in Boost mode.

  • Page 74: Electrical Safety Tests

    Maintenance and inspection procedures Electrical safety tests Electrical safety tests 4.8.1 Lighthead Electrical safety measurements must be car- ried out using an IEC 62353-compatible elec- trical safety tester. • The protective earth resistance should be measured between: – Point , the protective earth connec- tion.
  • Page 75 Maintenance and inspection procedures Electrical safety tests Fig. 62: Continuity test • For a single fork lighthead, perform a continuity test between point and point • For a dual-fork lighthead, perform a continuity test between point and point • The earth resistance should be less than or equal to 300 mΩ. Maquet PowerLEDII 75 / 90 MN 01810 EN 02...

  • Page 76: Screen Holder

    Maintenance and inspection procedures Electrical safety tests 4.8.2 Screen holder 4.8.2.1 FHS0/MHS0/MHD2 screen holder Fig. 63: Electrical safety test of the FHS0/MHS0/MHD2 screen holder • Test the protective earth resistance between Point  and Point  . The earth resistance should be less than or equal to 300 mΩ. •...

  • Page 77: Xhs0, Xs And Xd Screen Holders

    Maintenance and inspection procedures Electrical safety tests 4.8.2.2 XHS0, XS and XD screen holders Fig. 64: Electrical safety test of the XHS0 screen holder • Test the protective earth resistance between Point  and Point  . The earth resistance should be less than or equal to 300 mΩ. •...

  • Page 78: Xs32 Screen Holder

    Maintenance and inspection procedures Electrical safety tests 4.8.2.3 XS32 screen holder Fig. 65: Electrical safety test of the XS32 screen holder • Test the protective earth resistance between Point  and Point  . The earth resistance should be less than or equal to 300 mΩ. •...
  • Page 79 Maintenance and inspection procedures Electrical safety tests Fig. 66: Electrical tests • Test the protective earth resistance between point  and point  . The earth resistance should be less than or equal to 300 mΩ. • Test the continuity between Point  and Point  and between Point ...

  • Page 80: Camera Mount

    Maintenance and inspection procedures Electrical safety tests 4.8.3 Camera mount 4.8.3.1 SHD/SC07 and 4K camera mounts on SHAFT 2 or 3 Fig. 67: Electrical safety test of the SHD, SC07 and 4K camera mounts • For the camera mounts, test the protective earth resistance between Point  and Point ...
  • Page 81 Recording the inspection Service protocol and tools used Recording the inspection Service protocol and tools used See also 2 SW Service Protocol PM OR Lights PowerLED II-A-EN [} 82] Maquet PowerLEDII 81 / 90 MN 01810 EN 02...
  • Page 82 Recording the inspection Service protocol and tools used 5.1.1 SW Service Protocol PM OR Lights PowerLED II-A-EN Maquet PowerLEDII 82 / 90 MN 01810 EN 02...
  • Page 83 Recording the inspection Service protocol and tools used SW Service Protocol Preventive Maintenance Surgical Lights Maquet PowerLED II 1. Product Configuration Configuration Description Light Head 1 PN Light head 1 SN Description Light Head 2 PN Light head 2 SN...
  • Page 84 Check the presence and condition of the safety segment (DF) or safety screws (SF) Check the position of the sliding ring and its fixing screw on AC2000 or AC3000 spring arm Document name: SW Service Protocol PM OR Lights POWERLED / H LED www.getinge.com Maquet PowerLEDII 84 / 90...
  • Page 85 Check if the Power supply is connected to the ground Check the condition of the batteries (Inflated, oxidized terminal, …) Check batteries’ voltage Document name: SW Service Protocol PM OR Lights POWERLED / H LED www.getinge.com Maquet PowerLEDII 85 / 90 MN 01810 EN 02...
  • Page 86 Continuity test light head 2 Continuity test light head 3 Continuity test light head 4 Continuity test Equipment 1 Document name: SW Service Protocol PM OR Lights POWERLED / H LED www.getinge.com Maquet PowerLEDII 86 / 90 MN 01810 EN 02...
  • Page 87 Switch over to battery mode and back to mains Batteries charge indicator 11. Cleaning Clean and remove the grease from external parts of the device Document name: SW Service Protocol PM OR Lights POWERLED / H LED www.getinge.com Maquet PowerLEDII 87 / 90 MN 01810 EN 02...
  • Page 88 Device no longer safe. Taking out of service is recommended. Comments 13. Processed by Name / Title Date Signature YYYY Document name: SW Service Protocol PM OR Lights POWERLED / H LED www.getinge.com Maquet PowerLEDII 88 / 90 MN 01810 EN 02...
  • Page 89 Notes...
  • Page 90 *MAQUET POWERLED II, AIM, LMD, COMFORT LIGHT, LASER POSITIONING, FSP, POWERLED, SATELITE, MAQUET, GETINGE and GETINGE GROUP are trademarks or registered trademarks of Getinge AB, its divisions or its subsidiaries.   Maquet SAS · Parc de Limère · Avenue de la Pomme de Pin · CS 10008 ARDON ·...

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Maquet powerled ii 700Maquet powerled ii 500

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