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Olympus GLIDER User Manual

Olympus GLIDER User Manual

Two-axis flat panel scanner
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GLIDER
Two-Axis Flat Panel Scanner
User's Manual
This instruction manual contains essential information on how to use this Olympus product safely and effectively.
Before using this product, thoroughly review this instruction manual. Use the product as instructed.
Keep this instruction manual in a safe, accessible location.
DMTA029-01EN — Rev. E
December 2017

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  • Page 1 DMTA029-01EN — Rev. E December 2017 This instruction manual contains essential information on how to use this Olympus product safely and effectively. Before using this product, thoroughly review this instruction manual. Use the product as instructed. Keep this instruction manual in a safe, accessible location.
  • Page 2 Olympus Scientific Solutions Americas, 48 Woerd Avenue, Waltham, MA 02453, USA Copyright © 2007, 2014, 2016, 2017 by Olympus. All rights reserved. No part of this publication may be reproduced, translated, or distributed without the express written permission of Olympus.

  • Page 3: Table Of Contents

    DMTA029-01EN, Rev. E, December 2017 Table of Contents Labels and Symbols ................... 1 Important Information — Please Read Before Use ........3 Intended Use .......................... 3 Instruction Manual ........................ 3 Loose Parts ..........................4 Scanner Compatibility ......................4 Presence of Visual Interferences or Phantom Spots ............5 Safety Symbols ........................
  • Page 4 DMTA029-01EN, Rev. E, December 2017 2.2.4 Installing Springs on the Bearing Arm ............30 2.2.5 Replacing a Conventional Ultrasonic Transducer ........33 2.2.6 Replacing a Phased Array Probe ..............35 2.2.7 Changing an Encoder ..................37 2.2.8 Changing the Length of an Axis ..............38 Scanner Installation on the Inspection Surface .............

  • Page 5: Dmta029-01En, Rev. E, December

    DMTA029-01EN, Rev. E, December 2017 List of Abbreviations A.M. according to model European Community eddy current eddy current array friction stir weld internal diameter not applicable normal liters outside diameter original equipment manufacturer part number phased array SCFM standard cubic feet per minute ultrasonic testing WEEE waste electrical and electronic equipment...
  • Page 6 DMTA029-01EN, Rev. E, December 2017 List of Abbreviations...

  • Page 7: Labels And Symbols

    DMTA029-01EN, Rev. E, December 2017 Labels and Symbols Safety-related labels and symbols are attached to the GLIDER scanner at the location shown in Figure i-1 on page 1, with contents listed in Table 1 on page 2. If any or all of the labels or symbols are missing or illegible, please contact Olympus.

  • Page 8: Table 1 Content Of The Rating Label

    The CE marking is a declaration that this product conforms to all the applicable directives of the European Community. See the Declaration of Conformity for details. Contact your Olympus representative for more information. The direct current symbol. Labels and Symbols...

  • Page 9: Important Information - Please Read Before Use

    The GLIDER scanner is designed to perform nondestructive inspections on industrial and commercial materials. WARNING Do not use the GLIDER scanner for any purpose other than its intended use. It must never be used to inspect or examine human or animal body parts. Instruction Manual This instruction manual contains essential information on how to use this Olympus product safely and effectively.

  • Page 10: Loose Parts

    Conduct a proper inspection before and after use to prevent foreign-object debris (FOD) that could potentially cause equipment damage, injuries, or loss of life. Scanner Compatibility The GLIDER scanner is compatible with the Olympus ancillary equipment listed in Table 2 on page 4. CAUTION Always use equipment and accessories that meet Olympus specifications.

  • Page 11: Presence Of Visual Interferences Or Phantom Spots

    DMTA029-01EN, Rev. E, December 2017 Table 2 Ancillary equipment (continued) Equipment Description P/N: U8775201 Scanner interface adaptor to connect scanner encoder cables with DE15 connector to OmniScan MX2, SX and FOCUS PX with LEMO connector scanner interface. P/N: U8780329 Scanner interface adaptor to connect scanner encoder cables with LEMO connector to OmniScan MX with DE15 connector scanner interface.

  • Page 12: Safety Signal Words

    DMTA029-01EN, Rev. E, December 2017 Shock hazard caution symbol This symbol is used to alert the user to potential electric shock hazards. All safety messages that follow this symbol shall be obeyed to avoid possible harm. Magnetic field warning symbol This symbol is used to alert the user to potentially strong magnetic fields.

  • Page 13: Note Signal Words

    DMTA029-01EN, Rev. E, December 2017 Note Signal Words The following note signal words could appear in the documentation of the product: IMPORTANT The IMPORTANT signal word calls attention to a note that provides important information, or information essential to the completion of a task. NOTE The NOTE signal word calls attention to an operating procedure, practice, or the like, which requires special attention.

  • Page 14: Equipment Disposal

    Do not install substitute parts or perform any unauthorized modification to the instrument. Equipment Disposal Before disposing of the GLIDER scanner, check your local laws, rules, and regulations, and follow them accordingly. CE (European Community) This device complies with the requirements of both directive 2014/30/EU concerning electromagnetic compatibility and directive 2014/35/EU concerning low voltage.

  • Page 15: Warranty Information

    Retain packing materials, waybills, and other shipping documentation needed in order to file a damage claim. After notifying the carrier, contact Olympus for assistance with the damage claim and equipment replacement, if necessary.
  • Page 16 DMTA029-01EN, Rev. E, December 2017 Important Information — Please Read Before Use...

  • Page 17: Introduction

    This manual contains instructions on assembling, installing, and operating the GLIDER scanner. The GLIDER scanner has two axes of motion: the X-axis and the Y-axis. Encoders, one on each axis, provide precise position information. The scanner is used for inspecting slightly curved and flat surfaces.
  • Page 18 DMTA029-01EN, Rev. E, December 2017 Introduction...

  • Page 19: Overview

    DMTA029-01EN, Rev. E, December 2017 1. Overview This chapter provides an overview of the components on the GLIDER scanner. The scanner’s X-axis is secured to the inspection surface by either suction cups or magnetic pods (sold separately). The probe (or transducer) holder moves along the Y- axis.

  • Page 20: Figure 1-1 Scanner Components

    DMTA029-01EN, Rev. E, December 2017 X-axis encoder module X-axis increment knob X-axis lock Encoder 1 Pivot lock for mounting X-axis Y-axis Encoder 2 increment knob Y-axis quick release Y-axis Y-axis lock Bearing arm Mounting pod Probe or transducer Mounting bracket for holder probe or transducer holder...

  • Page 21: Figure 1-2 Mounting Pod Models: Optional Magnetic (Left) And Manual Suction Cup (Right)

    DMTA029-01EN, Rev. E, December 2017 Figure 1‑2 Mounting pod models: optional magnetic (left) and manual suction cup (right) The following features are common to both the X-axis and the Y-axis encoder modules: • Wheels, which are mounted on bearings that provide a smooth movement during the entire axis stroke.

  • Page 22: Figure 1-4 Scanner Components Stored In The Case

    DMTA029-01EN, Rev. E, December 2017 X-axis encoder module In addition to the common features listed above, the X-axis encoder module is equipped with a quick-release device for the Y-axis, which allows you to position the Y-axis with respect to the X-axis. Y-axis encoder module In addition to the common features listed above, the Y-axis encoder module includes a mounting surface for the probe (or transducer) holder.

  • Page 23: Scanner Assembly And Setup

    DMTA029-01EN, Rev. E, December 2017 2. Scanner Assembly and Setup The GLIDER scanner is designed for ease of assembly, servicing, installation, and setup. Assembling the Scanner To assemble the scanner, simply insert the Y-axis into the X-axis module. To insert the Y-axis into the X-axis module Pull up on the Y-axis quick release device (see Figure 2-1 on page 17).

  • Page 24: Part Replacement And Adjustment

    DMTA029-01EN, Rev. E, December 2017 Part Replacement and Adjustment This section contains procedures for replacing or adjusting the bearing arm springs, the mounting pods, the probe or transducer holders, and the encoders. 2.2.1 Replacing a Mounting Pod The following procedure is valid for both the manual suction-cup model and the magnetic-pod model (see Figure 2-2 on page 18).

  • Page 25: Installing A Vacuum Generator With Pods

    Installing a Vacuum Generator with Pods An optional venturi vacuum generator that operates on compressed air can be installed on the GLIDER scanner. The vacuum generator requires two special mounting pods and air tubes (see Figure 2-5 on page 20).

  • Page 26: Figure 2-5 The Vacuum Generator Kit (P/N: Q7500041) With Mounting Pods

    DMTA029-01EN, Rev. E, December 2017 Note: air tube lengths included in kit may differ from air tube lengths shown here. Female quick-connector for air supply (connects to male quick-connector on generator) Figure 2‑5 The vacuum generator kit (P/N: Q7500041) with mounting pods To install a vacuum generator with pods Remove both mounting pods from the pod brackets, and remove one of the pod brackets from the frame (see Figure 2-6 on page 21).

  • Page 27: Figure 2-6 Removing A Mounting Pod (Top) And Pod Bracket (Bottom)

    DMTA029-01EN, Rev. E, December 2017 Figure 2‑6 Removing a mounting pod (top) and pod bracket (bottom) Slide the module off the frame (see Figure 2-7 on page 22). Scanner Assembly and Setup...

  • Page 28: Figure 2-7 Sliding The Module Off The Frame

    DMTA029-01EN, Rev. E, December 2017 Figure 2‑7 Sliding the module off the frame Feed the longest air tube through the opening on the new mounting pod, and then connect it to the fitting (see Figure 2-8 on page 22). Figure 2‑8 Feeding the tube through the opening (left) to the fitting (right) Push the tube into the slot near the frame end, and install the new mounting pod on the bracket on the frame (see Figure 2-9 on page 23).

  • Page 29: Figure 2-9 Pushing The Tube Into The Frame (Left) And Tightening The Screws (Right)

    DMTA029-01EN, Rev. E, December 2017 Figure 2‑9 Pushing the tube into the frame (left) and tightening the screws (right) Remove the frame nut on the open end of the frame, and push the tube into the frame slot past the frame end (see Figure 2-10 on page 23). Figure 2‑10 Removing the nut (left) and feeding the tube to the frame end (right) Slide the module back onto the frame, and then pull back the tube just enough to slide the frame nut back into the end of the frame (see Figure 2-11 on page 24).

  • Page 30: Figure 2-11 Reinstalling The Module (Left) And Frame Nut (Right)

    DMTA029-01EN, Rev. E, December 2017 Figure 2‑11 Reinstalling the module (left) and frame nut (right) Align the frame nut with the end of the frame, and then slide the pod bracket back onto the frame (see Figure 2-12 on page 24). Figure 2‑12 Positioning the frame nut (left) and pod bracket (right) Fasten the pod bracket, and then install the mounting pod so that the tube passes through the opening on the pod (see Figure 2-13 on page 25).

  • Page 31: Figure 2-13 Fastening The Bracket (Left) And Installing The Mounting Pod (Right)

    DMTA029-01EN, Rev. E, December 2017 Figure 2‑13 Fastening the bracket (left) and installing the mounting pod (right) Tighten the screws on the mounting pod (see Figure 2-14 on page 25). Figure 2‑14 Tightening the screws on the mounting pod 10. Install the vacuum generator onto the pod bracket by screwing the bolt into the threaded hole on the end (see Figure 2-15 on page 26).

  • Page 32: Figure 2-15 Installing The Vacuum Generator

    DMTA029-01EN, Rev. E, December 2017 Figure 2‑15 Installing the vacuum generator 11. Cut the excess length from the long tube, then connect the tube to the vacuum generator and install the air supply connector [with a suitable sealant on its threads] (see Figure 2-16 on page 27).

  • Page 33: Figure 2-16 Connecting The Tubes To The Vacuum Generator

    DMTA029-01EN, Rev. E, December 2017 Sealant Figure 2‑16 Connecting the tubes to the vacuum generator Figure 2‑17 An example scanner with vacuum generator installed Scanner Assembly and Setup...

  • Page 34: Adjusting The Orientation Of The Probe Holder

    DMTA029-01EN, Rev. E, December 2017 2.2.3 Adjusting the Orientation of the Probe Holder The probe orientation can be easily adjusted by unlocking and turning the probe holder in set increments. To change the orientation of the probe holder Loosen the locking knob (see Figure 2-18 on page 28.) Figure 2‑18 Loosening the knob Free the position-locking notch under the knob and turn the probe holder to the desired position (see Figure 2-19 on page 29).

  • Page 35: Figure 2-19 Freeing The Notch (Left) And Turning The Probe Holder

    DMTA029-01EN, Rev. E, December 2017 Figure 2‑19 Freeing the notch (left) and turning the probe holder Align the notch in the new position (see Figure 2-20 on page 29). Figure 2‑20 Aligning the notch in the new position Tighten the knob to lock the probe holder (see Figure 2-21 on page 30). Scanner Assembly and Setup...

  • Page 36: Installing Springs On The Bearing Arm

    DMTA029-01EN, Rev. E, December 2017 Figure 2‑21 Tightening the knob in the new position 2.2.4 Installing Springs on the Bearing Arm Depending on how you choose to operate the scanner, it might be necessary to install springs on the bearing arm: •...

  • Page 37: Figure 2-23 Connecting The Spring To The Top Of The Bearing Arm

    DMTA029-01EN, Rev. E, December 2017 To install springs on the bearing arm Insert a mounting screw through the end loop of one of the springs, and then screw the screw into one of the threaded holes at the top of the bearing arm, as shown in Figure 2-23 on page 31.

  • Page 38: Figure 2-24 Connecting The Spring To The Mounting Bracket

    DMTA029-01EN, Rev. E, December 2017 Figure 2‑24 Connecting the spring to the mounting bracket Repeat the above steps for the second spring. The probe or transducer holder is now held against the inspection surface with a constant pressure (see Figure 2-25 on page 32). Figure 2‑25 Probe or transducer holder held down by springs on bearing arm Chapter 2...

  • Page 39: Replacing A Conventional Ultrasonic Transducer

    DMTA029-01EN, Rev. E, December 2017 2.2.5 Replacing a Conventional Ultrasonic Transducer To replace a conventional ultrasonic transducer, the transducer-holder assembly must be removed and partially disassembled. To replace a conventional ultrasonic transducer Turn off the couplant flow. Disconnect the couplant tubes from the couplant source, and from the wedge, if necessary.

  • Page 40: Figure 2-27 The Screw That Holds The Yoke Parts Together

    DMTA029-01EN, Rev. E, December 2017 Figure 2‑27 The screw that holds the yoke parts together Ensure that the transducer cable is disconnected, and then unscrew the transducer from the wedge (see Figure 2-28 on page 34). It is possible to unscrew the transducer without removing the wedge. Figure 2‑28 Unscrewing the transducer Screw the new transducer onto the wedge.

  • Page 41: Replacing A Phased Array Probe

    DMTA029-01EN, Rev. E, December 2017 NOTE Before you install the new transducer on the wedge, ensure that there is a sufficient amount of couplant between the transducer and the wedge. 10. Tighten the transducer on the wedge. CAUTION Do not overtighten the transducer on the wedge; overtightening might crack the wedge.

  • Page 42: Figure 2-29 The Screw That Holds The Yoke Parts Together

    DMTA029-01EN, Rev. E, December 2017 Figure 2‑29 The screw that holds the yoke parts together Using a cross-head screwdriver, unscrew the four screws that hold the probe on the wedge, and then remove the probe from the wedge (see Figure 2-30 on page 36).

  • Page 43: Changing An Encoder

    DMTA029-01EN, Rev. E, December 2017 NOTE Before you install the new probe on the wedge, ensure that there is a sufficient amount of couplant between the probe and the wedge. Tighten the four screws that hold the probe on the wedge. CAUTION Do not overtighten the screws;...

  • Page 44: Changing The Length Of An Axis

    Figure 2‑32 Removing the encoder 2.2.8 Changing the Length of an Axis The X-axis or Y-axis length on the GLIDER scanner can be increased or decreased by changing the appropriate frame section. NOTE To minimize wear of the axis-gear components, it is recommended to minimize the axis-changing frequency.

  • Page 45: Figure 2-33 Removing The Axis

    DMTA029-01EN, Rev. E, December 2017 Figure 2‑33 Removing the axis Align the new axis with the opening in the encoder module (see Figure 2-34 on page 39). The rack gear must align with the pinion gear in the module. Figure 2‑34 Aligning the new axis Turn the increment knob to move the axis into the module (see Figure 2-35 on page 40).

  • Page 46: Figure 2-35 Turning The Increment Knob To Move Axis Into The Module

    DMTA029-01EN, Rev. E, December 2017 Figure 2‑35 Turning the increment knob to move axis into the module Turn the increment knob to completely pass the axis through the encoder module (see Figure 2-36 on page 40). Figure 2‑36 The axis passed completely through the encoder module Chapter 2...

  • Page 47: Scanner Installation On The Inspection Surface

    DMTA029-01EN, Rev. E, December 2017 Scanner Installation on the Inspection Surface To install the scanner on the inspection surface, the scanner needs to be positioned, and the mounting pods need to be attached to the surface. This section outlines the procedures for the two types of mounting pod: suction-cup and magnetic pods.

  • Page 48: Figure 2-38 Attaching Manual Suction Cups To The Inspection Surface

    DMTA029-01EN, Rev. E, December 2017 For vacuum generator suction cups (optional), connect and turn on the air supply to the vacuum generator, and check that there is sufficient vacuum to hold both cups securely on the inspection surface. Be sure to use a reliable, uninterrupted supply of air with sufficient flow and pressure to continuously secure the cups on the surface during inspection (see Table 4 on page 54 for specifications).

  • Page 49: Figure 2-39 Tightening The Thumbscrew On The Y-Axis Support

    DMTA029-01EN, Rev. E, December 2017 Figure 2‑39 Tightening the thumbscrew on the Y‑axis support Tighten the pivot locks on the two mounting pods. NOTE To remove a scanner with manual cups from the inspection surface, push up against the tab on the suction cups, as shown in Figure 2-40 on page 43. To remove a scanner using a vacuum generator, turn off the air supply to the generator.

  • Page 50: Installing A Scanner With Magnetic Pods

    DMTA029-01EN, Rev. E, December 2017 2.3.2 Installing a Scanner with Magnetic Pods The magnetic pods are used to hold the scanner against a ferromagnetic surface. WARNING When the magnetic pods are switched on, they may exert forces that exceed regulatory limits. These forces are not exerted in the switched-off position. When using the magnetic pods, position the pod on the surface before switching on the magnet.

  • Page 51: Figure 2-42 Magnetic-Activation Lever In The "On" Position

    DMTA029-01EN, Rev. E, December 2017 When you are satisfied with the scanner position, turn the magnetic-activation lever to the “on” position (see Figure 2-42 on page 45). Figure 2‑42 Magnetic‑activation lever in the “on” position Check the holding force of each magnetic pod. If a pod is not holding strongly enough, release it, and then repeat the optimization of the contact area between the pod and the surface to firmly attach the pod to the surface.

  • Page 52: Setting Up The Scanner For Inspection

    DMTA029-01EN, Rev. E, December 2017 NOTE To remove a magnetic pod from the inspection surface, simply turn the magnetic- activation lever to the “off” position. Setting Up the Scanner for Inspection Before starting the inspection, it is necessary to ensure that the scanner’s connections (such as the probe or transducer cable, encoder cable, and water tube) are correctly made on the main equipment components.
  • Page 53 DMTA029-01EN, Rev. E, December 2017 Verify that the encoders have the desired allocation in the acquisition unit. Enter the encoder resolution on the acquisition unit. It is recommended to perform an encoder calibration on both axes to improve the precision. Conveniently arrange your connections: a suggested arrangement—using Velcro and cable ties—is shown in Figure 2-43 on page 46.
  • Page 54 DMTA029-01EN, Rev. E, December 2017 Chapter 2...

  • Page 55: Operating The Scanner

    WARNING If you are operating the GLIDER scanner in an upside down position, or if you are operating it on a high structure, secure the GLIDER scanner with a safety line (lanyard) to prevent it from falling. Failure to secure the scanner can lead to serious personal injuries or death.

  • Page 56: Figure 3-1 Knob Engages Inwards To Lock The X-Axis

    DMTA029-01EN, Rev. E, December 2017 Lock the X-axis by using the locking device (see Figure 3-1 on page 50). Figure 3‑1 Knob engages inwards to lock the X‑axis Pull the increment knob for the Y-axis into the free-running position (see Figure 3-2 on page 50).

  • Page 57: Figure 3-3 Making The Inspection Pass With The Y-Axis Module

    DMTA029-01EN, Rev. E, December 2017 Figure 3‑3 Making the inspection pass with the Y‑axis module When you have completed your inspection pass, lock the Y-axis. Unlock the X-axis (see Figure 3-4 on page 51). Figure 3‑4 Pull out the knob to unlock the X‑axis With the increment knob in the 4 mm increment position, turn the knob the desired number of increments (see Figure 3-5 on page 52).

  • Page 58: Figure 3-5 Turning The Increment Knob

    DMTA029-01EN, Rev. E, December 2017 Figure 3‑5 Turning the increment knob 10. Lock the X-axis. 11. Unlock the Y-axis. 12. Move the Y-axis encoder module in the reverse direction. 13. Repeat the above inspection-pass steps until the entire inspection surface has been covered.

  • Page 59: Specifications

    DMTA029-01EN, Rev. E, December 2017 4. Specifications The general specifications for the GLIDER scanner are listed in Table 3 on page 53. Table 3 General specifications Parameter Value General Dimensions and weight See Table 5 on page 55 Motion increment...

  • Page 60: Table 4 Venturi Vacuum Generator Specifications (Vkmh12B-S692Ns2-B02)

    DMTA029-01EN, Rev. E, December 2017 Table 3 General specifications (continued) Parameter Value Wet locations Pollution level Waterproof Venturi vacuum generator (optional) Venturi generator Manufacturer: Pisco Manufacturer’s part number: VKMH12B-S692NS2-B02 Air pressure, flow, and holding force: see Table 4 on page 54 Air input connector Quick-coupling male nipple, 1/4 NPT Table 4 Venturi vacuum generator specifications (VKMH12B‑S692NS2‑B02)

  • Page 61: Figure 4-1 Pinout For Ewix1415 Cable

    DMTA029-01EN, Rev. E, December 2017 Encoder Y Encoder X Encoder X Pair #1 White Black Brown Green Pair #2 White White Shield+drain wire Case Encoder Y Black Black Green Pair #3 White White Shield+drain wire Case Case Figure 4‑1 Pinout for EWIX1415 cable Table 5 Dimensions (overall) Model X (length)
  • Page 62 DMTA029-01EN, Rev. E, December 2017 Chapter 4...

  • Page 63: Accessories And Spare Parts

    5. Accessories and Spare Parts This chapter contains lists of accessories (such as yokes and pumps) and spare parts for the GLIDER scanner. Yokes Figure 5-1 on page 57 and Table 6 on page 57 provide ordering information for yokes.

  • Page 64: Couplant-Feed Units

    DMTA029-01EN, Rev. E, December 2017 Table 6 Replacement yokes (continued) Button Part Wedge compliance number (mm) (mm) (mm) SA1, SA2, SA10, SA11, SA12, SA31, SA32, U8775047 SI1, SPWZ3, SNW1-AQ25 (WR), and SNW3-AQ25 U8775046 SA10, SA11, SA31, and SA32 Other yokes U8775187 SPWZ1 and SA14 (in reverse position) U8780194 SPWZ1, SA14, RexoFORM, and SNW3- AQ25-WR...

  • Page 65: Connector Reference

    DE15 (Prior to U8775201 U8767107 July 2013) Spare Parts An exploded view of the GLIDER scanner is shown in Figure 5-2 on page 60. A list of standard spare parts is provided in Table 9 on page 60. Accessories and Spare Parts...

  • Page 66: Figure 5-2 Exploded View

    DMTA029-01EN, Rev. E, December 2017 Figure 5‑2 Exploded view Table 9 Spare parts Drawing Part Quantity Description item number Q8300938 X-Y index module, complete assembly Q8300939 Hook and loop cable tie mounts U8907070 M3×8 mm hexagonal screw Chapter 5...
  • Page 67 Description item number Q7500042 A pair of 114 mm (4.5 in.) diameter, manually activated vacuum cups for the GLIDER scanner Comes with mounting posts and brass plates. U8775058 A pair of optional magnetic mounting pods (2); assembly and y-axis support...
  • Page 68 DMTA029-01EN, Rev. E, December 2017 Table 9 Spare parts (continued) Drawing Part Quantity Description item number U8900317 M5×12 mm stainless steel hexagonal socket cap screw U8775041 Screw for attaching yoke to bearing arm U8775110 Bearing, ID 6.35 mm (0.25 in.), OD 9.52 mm (0.375 in.), thickness 3.18 mm (0.125 in.) U8902465 Bearing arm for SLA...
  • Page 69 DMTA029-01EN, Rev. E, December 2017 Table 9 Spare parts (continued) Drawing Part Quantity Description item number A.M. U8775304 5 m encoder cable to OmniScan MX2/SX— shown 36×36 model Q8300936 3 mm hexagonal key shown Q8300935 4 mm hexagonal key shown Q8300871 16 mm (5/8 in.) VELCRO brand fastener strips (unit shown...
  • Page 70 DMTA029-01EN, Rev. E, December 2017 Chapter 5...

  • Page 71: Maintenance

    Adjustment” on page 18. Preventive Maintenance The GLIDER scanner does not require preventive maintenance. Only a regular inspection of the product is recommended to ensure that the GLIDER scanner functions correctly. Unit Cleaning The GLIDER scanner’s external surfaces can be cleaned when needed.
  • Page 72 DMTA029-01EN, Rev. E, December 2017 Wait until the unit dries completely before reconnecting the cables. Chapter 6...

  • Page 73: List Of Figures

    DMTA029-01EN, Rev. E, December 2017 List of Figures Figure i-1 Location of label on the GLIDER scanner ............1 Figure 1-1 Scanner components ..................14 Figure 1-2 Mounting pod models: optional magnetic (left) and manual suction cup (right) ......................15 Figure 1-3 Increment-knob positions: incrementing (left) and free-running (right) ...
  • Page 74 DMTA029-01EN, Rev. E, December 2017 Figure 2-24 Connecting the spring to the mounting bracket ........... 32 Figure 2-25 Probe or transducer holder held down by springs on bearing arm ... 32 Figure 2-26 The screw that holds the yoke on the bearing arm ........33 Figure 2-27 The screw that holds the yoke parts together ..........

  • Page 75: List Of Tables

    DMTA029-01EN, Rev. E, December 2017 List of Tables Table 1 Content of the rating label ..................2 Table 2 Ancillary equipment ....................4 Table 3 General specifications ................... 53 Table 4 Venturi vacuum generator specifications (VKMH12B-S692NS2-B02) ... 54 Table 5 Dimensions (overall) .....................
  • Page 76 DMTA029-01EN, Rev. E, December 2017 List of Tables...

  • Page 77: Index

    DMTA029-01EN, Rev. E, December 2017 Index accessories encoder module 15 pumps 58 encoder replacement 37 yokes 57 encoder specifications 53 adjustment, probe-holder orientation 28 environmental specifications 53 ancillary equipment 4 equipment disposal 8 assembly, scanner 17 European Community (CE) 8 Australia, RCM compliance 2 exploded view, scanner 59 axis length adjustment 38...
  • Page 78 NOTE signal word 7 magnetic-pod model 44 notes, information signal words 7 suction-cup model 41 serial number format 2 setup for inspection 46 Olympus technical support 9 signal words operation, scanner 49 information notes 7 orientation, probe holder 28 IMPORTANT 7...
  • Page 79 DMTA029-01EN, Rev. E, December 2017 magnetic pods 44, 49 misuse of instrument 3 use, intended 3 safety lanyard (line) 49 steep slopes 45 venturi vacuum generator 19 warranty information 9 waste electrical and electronic equipment 8 wedge installation caution 35, 37 WARNING signal word 6 WEEE directive 8 warning symbols...
  • Page 80 DMTA029-01EN, Rev. E, December 2017 Index...

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