Rockwell Automation MultiSight 48MS-SE1PF1-M2 User Manual
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Rockwell Automation MultiSight 48MS-SE1PF1-M2 User Manual

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MultiSight™ Vision Sensors
USER MANUAL
48MS

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Summary of Contents for Rockwell Automation MultiSight 48MS-SE1PF1-M2

  • Page 1 MultiSight™ Vision Sensors USER MANUAL 48MS...

  • Page 2: Important User Information And Definition Of Symbols

    Rockwell Automation, Inc. cannot assume responsibility or liability for actual use based on the examples and diagrams. No patent liability is assumed by Rockwell Automation, Inc. with respect to use of information, circuits, equipment, or software described in this manual.

  • Page 3: Table Of Contents

    MultiSight™ User Manual Important User Information Table of Contents Important User Information and Definition of Symbols ........... .2 Components Supplied .

  • Page 4: Components Supplied

    MultiSight™ User Manual Components Supplied Components Supplied • Bulletin 48MS MultiSight vision sensor with integrated lighting • Computer software on CD-ROM • Installation instructions, mounting bracket 48MS-BKTDT with three screws, Allen wrench, screwdriver, and protective cap for M12 Ethernet connector. •...

  • Page 5: Performance Features

    MultiSight™ User Manual Description of Operation Performance Features • Vision sensor • Easier handling and setup than traditional vision systems • 640 x 480 resolution CCD chip • Integrated white-light illumination • Image display on computer using included software • Standalone sensor function •...

  • Page 6: Installation Instructions

    MultiSight™ User Manual Installation Instructions Setup The PC must be connected to a MultiSight sensor via the Ethernet port to load the configuration software. Also, Run mode of the sensor is automatically stopped when the software connects to the sensor. The software is tightly integrated with the firmware on the sensor.
  • Page 7 MultiSight™ User Manual Installation Instructions Operating Distance Width of Height of Field of View Field of View The height and width of the field of view is determined by the operating distance (see “Minimum Operating Distance and Field of View by Cat. No.” on page 63). For most applications, it is recommended to align the MultiSight at an angle of approximately 10…15°...

  • Page 8: Electrical Installation

    MultiSight™ User Manual Installation Instructions Fine Adjustment Fine adjustment of the MultiSight should not be carried out until after electrical connection and start-up (PC software installation) IMPORTANT (see “Start-up” on page 18). Electrical Installation The electrical installation of the MultiSight must be carried out by a qualified electrician.
  • Page 9 MultiSight™ User Manual Installation Instructions Sensor Display LED Description Name Color Meaning Pwr. green Operating voltage Err. Error yellow Result 1 (pass/fail = OUT1) Result 2 (position = OUT2) yellow Table 1: Table Display LEDs For electrical installation, connect the MultiSight as shown: ENET (a) ENET 48MS...
  • Page 10 MultiSight™ User Manual Installation Instructions Network Connection (a) for standard models Direct connection of the MultiSight to a PC with a single crossover cable (recommended): Ethernet Cross-over Cable 48MS-ECSCROSS-3 48MS RJ45 Direct connection of the MultiSight to a PC with an industrial ethernet cable and a separate standard RJ-45 crossover cable: Ethernet Connector 48MS-RJ45Conn...

  • Page 11: Network Settings

    MultiSight™ User Manual Network Settings Connection of the MultiSight with EtherNet/IP to a PC and PLC via a network: Network e.g. Switch, Hub, etc RJ45 RJ45 RJ45 Ethernet Cable 1585J-M8TBJM-2* Standard Network Cable RJ45 EtherNet Cable 1585D-M4TBDM-2* Ethernet Connector 1585A-DD4JD Ethernet Cable 1585J-M8TBJM-2* 48MS...

  • Page 12: Basic Settings For Pc And Multisight Sensor

    MultiSight™ User Manual Network Settings Basic Settings for PC and MultiSight To configure the MultiSight Sensor with a PC it is essential that Ethernet capability is installed in the PC and the LAN connection on the PC is active with a TCP/IP protocol. This also applies when the PC is not connected to a network (see “Network Connection” on page 8).
  • Page 13 MultiSight™ User Manual Network Settings To set the IP address of the computer carry out the following procedure in the operating system: Click on the “Start” button on your computer. Click on “Settings” Click on “Network Connections” Double click on “Local Area Connection” 10000000877(02)
  • Page 14 MultiSight™ User Manual Network Settings Click on “Properties” Click on “Internet Protocol TCP/IP” properties Set the IP address and Subnet mask per the previous page 10000000877(02)

  • Page 15: Setting The Ip Address Of The Multisight

    MultiSight™ User Manual Network Settings Setting the IP Address of the MultiSight Contact the system administrator to determine which IP addresses are allowed on your network for the MultiSight. The IP address set for the MultiSight should be marked on the enclosed IMPORTANT label.
  • Page 16 MultiSight™ User Manual Network Settings Creating a Functioning Ethernet Connection Between a PC and a MultiSight Direct connection (see “Electrical Installation” on page 8) All cables correctly connected? 24V DC Power Supply? Connect all cables correctly 1. Power and I/O cable 2.
  • Page 17 MultiSight™ User Manual Network Settings Connect all cables correctly All cables correctly connected? 1. Connecting cable 2. Ethernet cable (straight) Electrical connection ok? MultiSight Pwr LED on Network: Start/Settings/Network connections No red X on Local Area Connection Obtain IP address for sensor from system administrator If necessary execute IPConfig Check settings, adjust if necessary...

  • Page 18: Firmware Update

    Rockwell Automation supplies defect-free software for installation in the customer‘s plant and integration in the customer‘s computing system. Rockwell Automation is not liable for any interference, failure or damage to the customer‘s system caused by the installation or integration of this software.
  • Page 19 MultiSight™ User Manual Start-up To start the MultiSight, proceed as follows: Switch on the power supply (24V DC) for the MultiSight. If necessary, connect the control input (IN2) with V+ (24V DC) (see note on page 11). For the first start-up of the MultiSight, install the supplied software on the computer that will be used for configuring the sensor.
  • Page 20 MultiSight™ User Manual Start-up Click the desired sensor to select it in order to Connect, SetIP, or Update. Click the Connect button in order to establish a network connection with the sensor and start the configuration software. If no sensor can be found with the Find command, it is possible to connect manually with function “Add IP” by filling in the known IP-address of the sensor.
  • Page 21 MultiSight™ User Manual Start-up 11. If no live image appears, check to confirm the following: No obstruction in front of the lens. Sufficient lighting. Detector Parameter “Illumination” should be “Internal ON” or sufficient external lighting provided. Correct shutter settings (under Detector Parameters—see screen shot). Increase shutter time to brighten the image. Correct focus—focus screw on back of MultiSight.

  • Page 22: Program Description

    MultiSight™ User Manual Start-up Program Description Menu The menu for the PC program has main and subsections. These are selected by clicking the desired menu item or by pressing the ALT key and the first letter of the menu item at the same time. File/Exit Exit program.

  • Page 23: Program Interface

    MultiSight™ User Manual Start-up Program Interface The program interface is entirely displayed on one screen. It is arranged into six windows as follows: Commands Select Detector Detector Parameters Image Pattern Results 10000000877(02)

  • Page 24: Commands

    MultiSight™ User Manual Start-up Commands The buttons shown along the left hand side of the screen are for the general operation of the MultiSight, administration of detector configuration and displaying other information on the program. If a button is not active (i.e., greyed out) then that command is not available in the current mode.
  • Page 25 MultiSight™ User Manual Start-up Command Description Run/Stop Run  Evaluation mode (MultiSight is automatically in Run mode when not connected to the software) Stop  Configuration mode. Configuration parameters can only be changed in this mode. Trigger Manual triggering of MultiSight image evaluation (active only in “Run” mode and if Trigger parameter is set to “triggered”...

  • Page 26: Select Detector

    MultiSight™ User Manual Start-up Command Description Recorder Images Transfers the images saved on the MultiSight to the computer. The MultiSight can save up to 30 images on its local memory. To save images, the Recorder parameter in the Select Detector window must be turned on (see page 27). Based on the setting of that parameter, the MultiSight can save either the last 30 images or the last 30 images of inspections that resulted in an output of FAIL.
  • Page 27 MultiSight™ User Manual Start-up Parameter Description Screen Shot Sensor name Assign a name for the connected MultiSight. This name appears in the MultiSight Sensor Finder software and allows for easier identification of the correct sensor when multiple MultiSight sensors are on a single network. Live Images When this checkbox is selected, the live image is displayed in the Image window of the software during Run mode.
  • Page 28 MultiSight™ User Manual Start-up Parameter Description Screen Shot Logic The Logic field allows the user to define how the detectors are linked together to determine the single OUT1 (pass/fail) output. A detector can be standalone (inspection of a single characteristic), logically linked (multiple inspections on a single part), or grouped (multiple inspections on different parts).
  • Page 29 MultiSight™ User Manual Start-up Parameter Description Screen Shot Logic (continued) Select radio buttons 0-9 ( 0-31) in order to configure the parameters for that detector. Detectors that are logically linked should follow these guidelines for the Detector Parameter configurations: Detector Type Illumination identical Resolution/Speed...
  • Page 30 MultiSight™ User Manual Start-up Parameter Description Screen Shot Logic (continued) In order to use the grouping functionality, Detector Parameter Control Input must be set to “Activate 031” for ALL active detectors. IMPORTANT The same Logic is applied to each Group of detectors.
  • Page 31 MultiSight™ User Manual Start-up Parameter Description Screen Shot Radio buttons Designates the active detector—by clicking one of the ten radio 0…9 buttons, the corresponding detector is selected and its parameters can be configured. The parameters are displayed in the Detector 0…31) Parameters window in the middle of the screen.

  • Page 32: Detector Parameters

    MultiSight™ User Manual Start-up Detector Parameters To configure a detector, select the appropriate radio button in the Select Detector window and then set the parameters in the Detector Parameters and Image windows. Each detector is configured independently. (Detector parameter configurations can be copied into other detector parameters using the Copy command, see page 24.) Parameter Description...
  • Page 33 MultiSight™ User Manual Start-up Parameter Description Control Input The settings for the Control Input are described in detail on page 58) Enable Teach temporary Activate 0 or 1 Activate 0 to 31 Teach permanent If this parameter is set to Enable (the default setting), the I/O control input IN2 must be connected to V+ (24V DC).
  • Page 34 MultiSight™ User Manual Start-up Parameter Description Shutter x.xx ms Exposure time: slide for setting shutter value manually. Increase to brighten image; decrease to darken image. The shutter speed can also be adjusted by clicking on the number and typing a new value into the pop-up window. Trigger Delay (ms) Time between trigger and exposure/evaluation in 0-3000 ms (see “Configurable Delays”...

  • Page 35: Detector Types-Detailed Description

    MultiSight™ User Manual Start-up Detector Types—Detailed Description The following detector types are available: Pattern Matching, Brightness, and Contrast. The EtherNet/IP model also has a Contour Matching detector type. Pattern Matching With this method, the detector looks for a pattern in a defined Region of Interest (ROI). By defining this ROI as larger than the pattern there is some tolerance in positioning of the inspected part.
  • Page 36 MultiSight™ User Manual Start-up For example, here is the same image with three different shutter speeds: Region of Interest: Shutter setting: The setting of the threshold determines the maximum number of pixels detected as being dark which is required to pass the evaluation.
  • Page 37 MultiSight™ User Manual Start-up Contour Matching The Contour Matching detector type is essentially a simplified pattern matching algorithm. Instead of the fully detailed pattern with relative grey scale levels and complex area evaluation used for comparison in the Pattern Matching detector type, the Contour Matching detector type compares simple line contours and shapes.
  • Page 38 MultiSight™ User Manual Start-up Parameter Description Screen Shot Difference in grey-scale value. Edge contrast Minimum difference in grey scale value to define a line contour, i.e. the min. difference between bright and dark areas to get a blue contour line. Defined in terms of 8 bit grey scale value Value range = 7…128, default = 50.
  • Page 39 MultiSight™ User Manual Start-up Parameter Description Screen Shot Minimum factor for scaling the size of the contour. Min. scaling Values = 0.5 … 1.0, default = 1.0 Maximum factor for scaling the size of the contour. Max. scaling Values = 1.0 … 1.5, default = 1.0 Angle at which the search starts.
  • Page 40 MultiSight™ User Manual Start-up Configurable Delays There are three timing mechanisms that can be used: Trigger Delay, Output Delay, and Output Duration. Each has a range of 0…3000 ms. The following timing diagrams show the behavior of the outputs for each timing mechanism condition. Case 1: No delay timers used (default state) (Trigger) Evaluation Time of Sensor...
  • Page 41 MultiSight™ User Manual Start-up Case 3) Output Delay = Time (in ms) between the Trigger and the availability of results from Output 1+2 (Pass/Fail). Note that the Output Delay must be longer than the evaluation time. (Trigger) Output Delay (Includes Evaluation Time) OUT4 (Ready/Busy) OUT 1+2...

  • Page 42: Image

    MultiSight™ User Manual Start-up Special Case: Control of Outputs with Use of Output Duration Parameter Output Behavior with 0 ms Output Duration (default setting) Behavior with > 0 ms Output Duration OUT4 (Ready) This output shows when the sensor is ready to make an This output shows when the sensor is ready to make an evaluation and when the results of the previous evaluation but DOES NOT show when the results of the...
  • Page 43 MultiSight™ User Manual Start-up Screen Shot Field name Description Region of Interest (ROI) – When a detector is selected (radio buttons in Select Yellow frame with a Detector window) its ROI appears as a yellow frame number with a number on the image. The ROI can be selected by double clicking anywhere inside it.
  • Page 44 MultiSight™ User Manual Start-up Screen Shot Field name Description Display: ROI, Pattern, and For currently non-selected detectors whose Display Position Icon check box is selected, the check boxes determine whether each respective frame is displayed on the image. Single Image Allows the user to capture a single image initiated by (via Trigger) the external (or software) trigger, including trigger...
  • Page 45 MultiSight™ User Manual Start-up Recommendations for selecting a pattern or contour: For reliable evaluation - The pattern/contour should have a unique characteristic— some aspect that does not occur on a “bad” part. - Patterns or pattern characteristics should have clear contours/ shapes.
  • Page 46 MultiSight™ User Manual Start-up Region of Region of Interest Interest Sensor Image Sensor Image Pattern Pattern Faster Slower Position Deviation Check and Frame Type Position control can be activated when the pattern matching or contour matching detector types are selected. If position control is selected, a blue frame is displayed on image screen.

  • Page 47: Pattern

    MultiSight™ User Manual Start-up Pattern The Pattern window shows the taught pattern or contour for the currently selected detector. Save Pattern  Saves the taught pattern (or contour) as a bitmap file (.bmp) Zoom  Opens a window showing an enlarged version of the pattern (2:1 ratio, digital zoom) Eraser size (contour matching only)—determines the size (in pixels) of the square eraser that can be used to edit the taught contour (which is depicted as a blue line).
  • Page 48 MultiSight™ User Manual Start-up Field Description Result Bar Graph The degree of conformity of the current pattern with the pattern taught is shown as a bar graph. The status of the overall inspection is shown as a green (pass) or red (fail) dot. The result is determined by whether the degree of conformity is within the configured thresholds.

  • Page 49: Setup-Quick Guide

    MultiSight™ User Manual Setup—Quick Guide Setup—Quick Guide Preparation Double click the MultiSight software icon to launch the Sensor Finder software. The Sensor Finder software will show ALL MultiSight sensors on the local Ethernet network. Select the sensor and set the IP address if necessary.
  • Page 50 MultiSight™ User Manual Setup—Quick Guide Slowly adjust the manual focus on the back of the MultiSight using the small screw driver until the image comes into focus. You may need to adjust the shutter speed more to get the best image. The ideal is to have a high level of contrast and a sharp focus.
  • Page 51 MultiSight™ User Manual Setup—Quick Guide 11. In the Detector Parameters section (third column), change the Trigger Mode setting to Continuous (from Triggered). While in run mode, this will cause a new inspection to start as soon as the last one finishes. In the Select Detector section (second column), click the Live Images checkbox so that images will be displayed in the software while the sensor is connected.

  • Page 52: Example Application

    MultiSight™ User Manual Setup—Quick Guide 14. Based on the results of several good and bad parts, you may need to adjust the threshold settings. Click the Stop button in the Commands section to return to configuration mode and make adjustments. Example Application Example: Detecting whether hex nuts are welded on mounting brackets by using the detector type “Pattern Matching.”...
  • Page 53 MultiSight™ User Manual Setup—Quick Guide When the MultiSight is powered up, the image shown in the “Image” section of the computer software is the last image recorded. For setting up a new inspection, click on the “Reset” Command button. To view and continuously update the live image, click the “Live Image”...
  • Page 54 MultiSight™ User Manual Setup—Quick Guide Click on the “Stop” button to stop live image. Change the trigger mode to “Continuous.” This makes it easier to check good and bad parts. Click on the “Teach” and select “Teach from PC image” button to teach the pattern.

  • Page 55: Reset/Power On

    MultiSight™ User Manual RESET/Power On In the opposite figure, MultiSight sensor has evaluated the object as “bad.” Notice that the red LED is on and the hex nut is missing from the bracket. RESET/Power On To reset the MultiSight, pull out the plug or turn off the power supply and then restore power. Maintenance Cleaning Clean the MultiSight with a clean dry cloth.

  • Page 56: Appendix

    MultiSight™ User Manual Maintenance Appendix Frequently Asked Questions How do I change the IP address of the MultiSight sensor? Proceed as described in “Network Settings” and “Setting the IP Address of the MultiSight Sensor” sections on pages 11 and 15, respectively. What is the easiest way of testing the connection to the MultiSight? In the start menu of the operating system, click on “Run”...

  • Page 57: Technical Data

    MultiSight™ User Manual Maintenance Technical Data Electrical Data Certifications cULus and CE Marked for all applicable directives Supply Voltage 24 V DC ± 10% (absolute maximum 18…30 V) Residual Ripple < 5 Vpp Current Consumption (no I/O) 200 mA, max. Inputs IN1/IN2 High 10 V…V+/24V DC (+10%), low 0…3 V Input Resistance...

  • Page 58: Use Of Control Input In2

    MultiSight™ User Manual Maintenance Technical Data (continued) Connections PWR and I/O connector M12, 8 pins; Ethernet M12, 8 pins Ethernet M12, 4-pins, D-code Housing Material aluminum, plastic Functions and Characteristics Number of test detectors per sensor up to 10 ( 32) detectors with definable parameters for each Detector Types •...
  • Page 59 MultiSight™ User Manual Maintenance IN 1 (Trigger) Out 4 (Ready) Out 1 (Pass/Fail) Activate 1 or 2 IN 2 (case 2) 1 or 2 IN 2 (case 3) Typ 5ms / 5ms Activate 0 to 31 IN 2 (case 4) Teach temp/perm .

  • Page 60: Control Input: Activate 0 Or 1 And Activate 0 To 31

    MultiSight™ User Manual Maintenance Case 1: Control Input = Enable Control input = Enable means that IN2 must be connected to V+ (+24 V DC) to allow the external trigger. If control input = enable (default state), IN2 (grey wire) MUST be IMPORTANT connected to V+ (24V DC) for the external trigger to work.

  • Page 61: Control Input: Teach Temporary Or Teach Permanent

    MultiSight™ User Manual Maintenance When changing detectors, if a detector is selected that does not have the Control Input parameter set to Activate 0 to 31 (or Activate 0 or 1), it is not possible to change to another detector using the control input IN2. The control input has a different function and therefore is no longer capable of switching to another detector.
  • Page 62 MultiSight™ User Manual Maintenance The save operation for permanent save (Teach permanent) may take up to 500 ms. During this period in continuous moving applications, the output locks to FAIL regardless of the part evaluation (i.e. both “good” IMPORTANT and “bad” parts give a FAIL output). When the Teach Temporary function is used, the new pattern is stored only in the RAM (this requires much less time).

  • Page 63: Trigger Mode Parameter

    MultiSight™ User Manual Maintenance Trigger Mode Parameter Triggered or Continuous When “Triggered” is selected, the sensor initiates an exposure and evaluation when the external trigger IN1 transitions from low (GND) to high (V+/24V DC) or the “Trigger” command button in the computer software is clicked. When the “Continuous”...
  • Page 64 MultiSight™ User Manual Maintenance Field of View per Operating Distance 12 mm Lens 6 mm Lens (3.93) (7.87) (11.8) (15.7) (19.6) (23.6) (3.93) (7.87) (11.8) (15.7) (19.6) (23.6) Operating Distance—mm (in) Operating Distance—mm (in) X = Width Y = Height Operating Distance Width of...
  • Page 65 MultiSight™ User Manual Maintenance Connection: M12 (Micro) 8-pin Male QD (both PWR and I/O and ethernet) Ethernet connection: M12 (micro) 4-pin D-code female quick disconnect (ethernet connection, EtherNet/IP model). Power and I/O Connection Cable Wiring Diagram Trigger Sensor Trigger Sensor Br own (2) White (1) PNP Output...

  • Page 66: Connector Pin Assignments

    MultiSight™ User Manual Maintenance Connector Pin Assignments PWR and I/O connector Pin (M12) Color White IN1 (external trigger) Brown 24V DC (V+) Green OUT1 (pass/fail); display LED = Q1 Yellow OUT4 (ready)  Grey IN2 (control input)  Pink OUT3 (external illumination trigger) Blue GND (V-) OUT2 (position);...

  • Page 67: Accessories

    MultiSight™ User Manual Maintenance Accessories Product Descriptor Cat. No. Dovetail Bracket  48MS-BKTDT Angle Bracket 48MS-BKTANG Rod Bracket 48MS-BKTROD Mounting Rod 200 mm 48MS-ROD200 Mounting Rod 400 mm 48MS-ROD400 Rod Clamp 48MS-CLAMP Mount Plate 48MS-MTPLATE RJ45 Connector 48MS-RJ45CONN Ethernet Crossover Cable, RJ45 to RJ45 48MS-ECROSS Area Light—White Light 48MS-ALWH...

  • Page 68: Dimensional Drawings

    MultiSight™ User Manual Maintenance EtherNet/IP Model Product Descriptor Cat. No. Power and I/O cordset—M12 8-pin female, 2 m 889D-F8AB-2  Cable Connector Cover (nonconducting)—M12 48MS-M12CVR Sealing Cap—M12 Female Connector 1485A-M12 Ethernet Patchcord M12 D-code to M12 D-code—2 m 1585D-M4TBDM-2  Ethernet M12 D-code to RJ45 converter 1585A-DD4JD Ethernet Cable RJ45 to RJ45—2 m...
  • Page 69 MultiSight™ User Manual Maintenance MultiSight EtherNet/IP Models Dovetail Bracket—48MS-BKTDT Angle Bracket—48MS-BKTANG (Included with MultiSight) R2.25 (0.19) (R.088) (0.90) 9 (0.35) 60° 90° (1.37) (0.17) Dia. (0.39) (0.11) (0.39) (1.37) 60° (0.59) (0.39) R2.25 60° (0.31) (0.07) (0.39) 14.25 (R.088) (0.56) 20 (0.78) 12.4 (0.48)
  • Page 70 MultiSight™ User Manual Maintenance Angle Bracket for Ring Light— Rod Bracket— 48MS-BKTANG2 48MS-BKTROD R2.25 12.5 (0.19) (R.088) (0.49) (0.39) 13 (0.51) 60° 90° (1.18) (0.17) Dia. 10 (0.39) (1.26) (0.11) (0.39) (1.18) 60° (1.26) (0.39) R2.25 14.25 (R.088) (0.56) 20 (0.78) 10 (0.39 (0.17) (0.39)
  • Page 71 MultiSight™ User Manual Maintenance Rod Clamp—48MS-CLAMP Mounting Plate—48MS-MTPLATE 150 (5.90) 100 (3.93) 50 (1.96) (0.78) (0.78) (0.43) (4X) 6.8 (0.26) 10 (0.39) 6.3 (0.24) Dia. (4X) 10000000877(02)
  • Page 72 MultiSight™ User Manual Maintenance Area Light (White Light)—48MS-ALWH 45 (1.77) 12.7 30.5 (0.94) (1.20) (0.50) Power M12X1 30.5 (1.69) IN IN (1.20) 31.4 22.65 (1.23) 11.6 (0.89) (0.45) 22.5 (0.88) (0.55) 13.1 Connector Pin Configuratio (0.51) 31.9 (1.25) Ring Light (White Light)—48MS-RLWH 30°...

  • Page 73: Mounting Setup Illustration

    MultiSight™ User Manual Maintenance Mounting Set-up Illustrations Rod clamp Rod bracket Angle bracket Dovetail bracket Mounting rod Mounting plate Mounting rod Dovetail Bracket (48MS-BKTDT) Angle Bracket Rod Clamp (48MS-BKTANG) (48MS-RODLINK) Rod Bracket (48MS-BKTROD) Mounting Rod (48MS-RODxxx) Mounting Plate (48MS-MTPLATE) 10000000877(02)
  • Page 74 MultiSight™ User Manual Maintenance 10000000877(02)
  • Page 75 MultiSight™ User Manual Maintenance 10000000877(02)
  • Page 76 Americas: Rockwell Automation, 1201 South Second Street, Milwaukee, WI 53204-2496 USA, Tel: (1) 414.382.2000, Fax: (1) 414.382.4444 Europe/Middle East/Africa: Rockwell Automation NV, Pegasus Park, De Kleetlaan 12a, 1831 Diegem, Belgium, Tel: (32) 2 663 0600, Fax: (32) 2 663 0640...

This manual is also suitable for:

Multisight 48ms-sn1pf1-m2Multisight 48ms-se1pf2-m2Multisight 48ms-sn1pf2-m2

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