Page 1 MX-E90 Industrial Vision Processor PRODUCT REFERENCE GUIDE MX-E Series family Support Gig-E multi-camera connectivity...
Page 2 Datasensing and the Datasensing logo are trademarks of Datasensing S.r.l. Datalogic and the Datalogic logo are registered trademarks of Datalogic S.p.A. in many countries, including the U.S.A. and the E.U. Impact, is a trademark of Datasensing S.r.l. and/or its affiliates, registered in many countries, including the U.S.
Page 3: Table Of Contents
TABLE OF CONTENTS PREFACE ........................VI About this Manual ......................vi Manual Conventions ........................... vi Compliance ........................vi European Declaration of Conformity ....................vi UKCA Declaration of Conformity ....................... vi EAC Compliance ..........................vii Custom Union ..........................vii Technical Support ......................vii Support Through the Website ......................
Page 4 M1xx, E1xx and E2-xxx Camera Connection ................... 43 M1xx and E1xx Circuit Diagrams ..................... 44 M565/M570/M575/M580 Camera Connection ................. 47 M565/M570/M575/M580 Circuit Diagrams ................48 Supported Datalogic Camera and impact software compatibility ........51 Third-party Cameras ...................... 52 JAI Cameras ............................52 JAI Camera Connection ......................53 JAI Camera Circuit Diagrams ....................
Page 5 CONTENTS LAN Connections ..........................76 TCP/IP Protocol .........................76 Profinet protocol ........................77 Serial Connection ......................78 CHAPTER 5. INDUSTRIAL VISION PROCESSOR I/O........... 80 General Operation ..........................81 Industrial Vision Processor I/O Connection ..............81 Current configurable NPN (sinking) or PNP (sourcing) I/O.............81 Pin Assignment .........................83 Industrial Vision Processor Inputs ....................83 Input Wiring ............................84...
Page 6: Preface
PREFACE ABOUT THIS MANUAL This Product Reference Guide (PRG) is provided for users seeking advanced technical information, including connection, programming, maintenance and specifications. The Quick Reference Guide (QRG) and other publications associated with this product can be downloaded free of charge from the website listed on the back cover of this manual. Manual Conventions The following conventions are used in this document: The symbols listed below are used in this manual to notify the reader of key issues or...
Page 7: Eac Compliance
TECHNICAL SUPPORT EAC Compliance Custom Union The CU Conformity certification has been achieved; this allows the Product to bear the Eurasian mark of conformity. TECHNICAL SUPPORT Support Through the Website Datasensing provides several services as well as technical support through its website. Log on to (www.datasensing.com).
Page 8 PREFACE NOTES viii MX-E90...
Page 9: Chapter 1. When Your System Arrives
CHAPTER 1 WHEN YOUR SYSTEM ARRIVES Thank you for purchasing an MX-E90 embedded machine vision system (MX-E90 Indus- trial Vision Processor). Please read the instructions in this document before starting your system setup. This manual explains the various parts of the MX-E90 system hardware, including the system inputs and outputs available to integrate your system into a production line.
Page 10: Hardware Components
Seals: The Industrial Vision Processor has seals in some areas. The seals must not be broken or removed for any reason. The sealed parts may be opened only and exclusively by Datalogic. Breakage of these seals by a customer shall result in immediate cancella- tion of the warranty on the entire Industrial Vision Processor.
Page 11: Turning Off The System
INDUSTRIAL VISION PROCESSOR SPECIFICATIONS This section lists the general operating specifications for MX-E90 Industrial Vision Pro- cessors. Only Datalogic GigE cameras will operate with MX-E90 Industrial Vision Proces- sors. USB cameras cannot be used. Each of the M-Series cameras has different operating specifications.
Page 12: Physical Features
WHEN YOUR SYSTEM ARRIVES TECHNICAL DATA On Current >3mA Off Current <1mA Current Maximum 8.5 mA @30VDC Isolation Protection 2500VDC Optical Isolation Response 100s time Overvoltage protection 70 VDC Load Voltage 5 ~ 40VDC (max) Load Current 350mA (max per channel) 3.28mA @ 12VDC Input Current 6.71mA @24VDC...
Page 13: Hardware Features
NOTE: Do not leave the camera imager uncovered. When you remove the lens cap, you must replace it with a lens. 6. Connect the camera to the Industrial Vision Processor GigE port using a Datalogic cable. See “Front Panel Connections” on page 9 7.
Page 14: Remote Connection
Datalogic recommends that MX-E90 remain disconnected from networks that access the Internet in order to minimize security risks. Datalogic will attempt to support systems with antivirus software installed, but we cannot guarantee system perfor- mance.
Page 15 SETTING UP THE SYSTEM 2. Enter: Remote Desktop Settings 3. Turn Enable Remote Desktop off 4. Confirm PRODUCT REFERENCE GUIDE...
Page 16: Profinet I/O: External Port
WHEN YOUR SYSTEM ARRIVES PROFINET I/O: external port This section refers only to MX-E90-8 model when more than 2 or 4 cameras are used. If LAN1 and LAN2 Ethernet ports are both used for ProfinetIO communications, it is possi- ble to enable a third Ethernet port for other connections (e.g. external communica- tions).
Page 17: General View
GENERAL VIEW GENERAL VIEW Front Panel Connections This photo shows the connections on the Industrial Vision Processor’s front panel. SYMBOL FUNCTION Power Button and status lights: see “Turning Off the System” on page 3, see “Status Lights” on page LAN1: 10/100/1000Mbps Base-T. Intel® I219LM LAN2: 10/100/1000Mbps Base-T.
Page 18: Status Lights
WHEN YOUR SYSTEM ARRIVES Status Lights This illustration shows the status lights on the front of the Industrial Vision Processor. SYMBOL WHEN LIT INDICATES: COM1: TX1/RX1 LED for date transmission status monitoring. COM2: TX2/RX2 LED for data transmission status monitoring. HDD LED for status monitoring.
Page 19: Preventive Maintenance
Before You Call If you have a problem with your system, contact your distributor or call Datalogic S.r.l. Before calling, however, review the installation to ensure you are not overlooking an obvious reason for the problem.
Page 20: Chapter 2. Basic Hardware Components
CHAPTER 2 BASIC HARDWARE COMPONENTS INDUSTRIAL VISION PROCESSOR VIEWS AND DIMENSIONS This section shows specifications for the Industrial Vision Processor, including various views and dimensions. Processor Views and Dimensions: mounting brackets on the rear side Mounting brackets Top view on the rear side Mounting brackets Front view...
Page 21 INDUSTRIAL VISION PROCESSOR VIEWS AND DIMENSIONS Processor Views and Dimensions: mounting brackets on the bottom side Top view Mounting brackets on the bottom side Front view Side view Mounting brackets UNITS: mm PRODUCT REFERENCE GUIDE...
Page 22 BASIC HARDWARE COMPONENTS Processor Views and Dimensions: mounting brackets on the left side Side view Mounting brackets on the left side Side view Front view Mounting brackets UNITS: mm MX-E90...
Page 23: Industrial Vision Processor Installation
Seals: The Industrial Vision Processor has seals in some areas. The seals must not be broken or removed for any reason. The sealed parts may be opened only and exclusively by Datalogic. Breakage of these seals by a customer shall result in immediate cancella- tion of the warranty on the entire Industrial Vision Processor.
Page 24 BASIC HARDWARE COMPONENTS • The wall or control cabinet must be able to withstand four times the total weight of the industrial visual Industrial Vision Processor. • Do not exceed the flex radius of any connected cables. To mount the mounting brackets 1.
Page 25: Mounting Positions
INDUSTRIAL VISION PROCESSOR INSTALLATION Mounting Positions CAUTION: To prevent overheating, maintain a minimum of 1.5 inches (38.1 mm) of clearance between the cabinet and the MX-E90 Industrial Vision Processor. Position 1 Position 2 PRODUCT REFERENCE GUIDE...
Page 26 BASIC HARDWARE COMPONENTS Position 3 MX-E90...
Page 27: Power Supply Connection
POWER SUPPLY CONNECTION POWER SUPPLY CONNECTION WARNING: To avoid electrical shock, disconnect all power to the power supply before working on it. Pour éviter un choc électrique, débranchez votre source d'alimentation avant de commencer à travailler. This equipment is to be powered by a Listed power supply for the U.S. and Canada, or a power supply that meets the requirements for use where either IEC 60950 or EN60950 is applicable.
Page 28: Usb Hardware Key
BASIC HARDWARE COMPONENTS The functional ground on the Industrial Vision Processor is the Chassis Ground terminal. Chassis ground To guarantee a good functional ground: • Connect the Industrial Vision Processor Chassis Ground to the grounding point in the control cabinet using the shortest route possible. •...
Page 29: Cfast Card
CFAST CARD 3. Close the slot cover. Industrial Vision Processor Front View A USB Hardware key is ordered and shipped separately from the Industrial Vision Proces- sor. It must be present in the USB port on the Industrial Vision Processor front before the Industrial Vision Processor is powered on.
Page 30 BASIC HARDWARE COMPONENTS To insert the CFast card 1. Unscrew to open the CFast card slot cover 2. Gently pull the tray straight out. 3. Remove the protective plastic. MX-E90...
Page 31 CFAST CARD 4. Gently place the new card onto the slot tray. 5. Insert the slot tray until you feel lock into place and then tighten the cover screws. PRODUCT REFERENCE GUIDE...
Page 32: Chapter 3. Mx-E90 Cameras
This section describes digital cameras provided by Datalogic S.r.l. and other third-party manufacturers. USB cameras will not operate on an MX-E90 Industrial Vision Processor. Datalogic S.r.l. does not support the use of these cameras in any manner other than described herein.
Page 33: Camera Basics
CAMERA BASICS transmission. Cameras connect to power and triggering signals using a cable and terminal block. See for more details. “Camera connection” on page 43 NOTE: We recommend that you do not use a switch or a router between the MX-E90 Industrial Vision Processor and the camera.
Page 34: High Resolution (20+ Mpx) Cameras Support
MX-E90 CAMERAS High Resolution (20+ MPX) Cameras support The table below shows the maximum recommended number of cameras to use and the Program Memory settings. The default program memory value is 800 MB. For more details about the Program Memory see Impact Reference Guide. MINIMUM PROGRAM NUMBER OF CAMERA TYPE...
Page 35 CAMERA BASICS 13. Verify that the image pixel values are medium intensity, not saturated or very dark. Adjust the exposure time and other settings, if necessary. 14. Move to the JAI Custom Control area of the Feature Window. 15. Select the preferred Shading Correction Mode. You will probably want Flat Shad- ing, which corrects for both brightness variations and color variations.
Page 36: Camera Dimensions
MX-E90 CAMERAS CAMERA DIMENSIONS M1xx and E1xx These cameras weighs approximately 4 ounces (112 grams) with a mounting block, but without a lens. 2 x 1/4-20; 0.31 [8] 1.0 [25] deep 2 x M5 0.31 [8] deep Block Mounting holes 3 x M3 Fasteners provided 0.25...
Page 37: E2-Xxx
CAMERA DIMENSIONS E2-xxx These cameras weighs approximately 3,2 ounces (90 grams) without mounting block and and lens. M565/M570/M575/M580 The camera weigh approximately 8 ounces (240 grams) without a lens. With an F-mount lens adapter the weight is approximately 11.6 ounces (330 grams). A = I/O Connection B = Power Connection C =Ethernet Connection...
Page 38: Camera Specifications
MX-E90 CAMERAS CAMERA SPECIFICATIONS E-Series E1xx, E1xxC All E1xx cameras have the following specifications. Model numbers that end in “C” are color cameras. E1XX COMMON SPECIFICATIONS Lens Mount C mount Cabling Camera cable provides trigger. Ethernet cable transmits video and provides POE. Temperature: 0 to +50 C (+3 to 122 F) Operating Environment Humidity: 0 to 90% (non-condensed)
Page 39: E151, E151C
CAMERA SPECIFICATIONS E151, E151C This camera captures a 1280 x 1024 pixel size image with square pixels. It can partially scan the image horizontally and vertically. E151 Spectral Response (excludes lens and light source characteristics) E151 SPECIFICATIONS Part Number 959933024; 959933025 Pick-up Device Global Shutter CMOS - 1280 (H) x 1024 (V) pixels Sensor Size...
Page 40: E182, E182C
MX-E90 CAMERAS E181 SPECIFICATIONS Sensor Size 2/3” (11 mm) diag - 9.2mm (H) × 5.8mm (V) Capture Rate 50 full-resolution fps; higher with partial scan Pixel Size 4.8x 4.8 micrometers Gain 100% to 1023% Shutter Open 137 to 1,000,000 microseconds Software Version Impact Software Release 11.12.0 or greater E182, E182C...
Page 41: E193, E193C
CAMERA SPECIFICATIONS E193, E193C This camera captures a 2048 x 1536 pixel size image with square pixels. It can partially scan the image horizontally and vertically. E193 Spectral Response (excludes lens and light source characteristics) E193 SPECIFICATIONS Part Number 959933042; 959933043 Pick-up Device Global Shutter CMOS - 2048 (H) x 1536 (V) pixels Sensor Size...
Page 42: E2-Xxx, E2-Xxxc
MX-E90 CAMERAS E198 SPECIFICATIONS Sensor Size 2/3” (11.1 mm) diag - 8.4 mm (H) x 7.1 mm (V) Capture Rate 22.7 full-resolution fps; higher with partial scan Pixel Size 3.45 x 3.45 micrometers Gain 100% to 1023% Shutter Open 28 to 1,000,000 microseconds Software Version Impact Software Release 11.10 or greater E2-xxx, E2-xxxC...
Page 43: E2-244, E2-244C
CAMERA SPECIFICATIONS E2-123 Spectral Response (includes IR cut filter characteristics, but excludes lens and light characteristics). E2-123, E2-123C SPECIFICATIONS Part Number 959980011, 959980012 Pick-up Device Global Shutter CMOS - 4096 (H) x 3000 (V) pixels 13.91 mm (1/1.2”) diagonal Sensor Size 11.2230 (h) x 8.2200 (v) mm Capture Rate 9.5 fps at full resolution...
Page 44: M-Series
MX-E90 CAMERAS E2-244 Spectral Response (includes IR cut filter characteristics, but excludes lens and light characteristics). E2-244, E2-244C SPECIFICATIONS Part Number 959980013, 959980014 Pick-up Device Global Shutter CMOS - 5328 (H) x 4608 (V) pixels 19.3 mm (1.2") diagonal Sensor Size 14.600 (h) x 12.626 (v) mm Capture Rate 4.8 fps at full resolution...
Page 45: M190, M190C
CAMERA SPECIFICATIONS M190, M190C This camera captures a 2048 by 1088 pixel size image with square pixels. It can partially scan the image horizontally and vertically. M190 Spectral Response (excludes lens and light source characteristics) M190 SPECIFICATIONS Part Number 601-0454; 601-0455 Pick-up Device Global Shutter CMOS - 2048 (H) x 1088 (V) pixels Sensor Size...
Page 46: M197, M197C
MX-E90 CAMERAS M195 SPECIFICATIONS Pick-up Device Global Shutter CMOS - 2048 (H) x 2048 (V) pixels Sensor Size 1" (15.92mm) diag - 11.26 mm (H) x 11.26 mm (V) Capture Rate 25 full-resolution fps; higher with partial scan Pixel Size 5.5 x 5.5 micrometers Gain 100% to 1023%...
Page 47: M565/M570/M575/M580 Camera
CAMERA SPECIFICATIONS M565/M570/M575/M580 Camera These cameras have the following specifications. Spectral Response (excludes lens and light source characteristics) M565/M570/M575/M580 COMMON SPECIFICATIONS Lens Mount F or C mount; Add -F to part number for F mount 6-pin cable provides power. 12-pin cable provides frame and line triggers. Ethernet Cabling cable transmits video Temperature: 0 to +50 C (+32 to 122 F)
Page 48: M575 Camera
MX-E90 CAMERAS M575 camera This camera captures a 6144 pixel width image with a maximum line rate of 17khz.It is a monochrome, GigE line scan camera with the following specifications. M575SPECIFICATIONS Sensor Size 6144 pixels Capture Rate 17,000 lines per second maximum Pixel Size 7 x 7 micrometers Power...
Page 49: Mounting The Camera
MOUNTING THE CAMERA MOUNTING THE CAMERA This section provides instructions for mounting Datalogic cameras. For information about third-party cameras, consult the manufacturer’s documentation for those cam- eras. To mount an M1xx or E1xx camera 1. With the mounting block held tightly against the camera body, insert the mount- ing bolts through the mounting bolt holes (see diagram below).
Page 50 MX-E90 CAMERAS Mounting Block (381-1355) 0.39 [10.0] 0.53 [13.35] Block Mounting bolts M3; 4.5mm deep (2 ea.) M5 x 0.8; 8mm deep (2 ea.) Camera front faces this direction UNITS: inch [mm.] ¼"-20; 8mm deep (2 ea.) 0.69 [17.4] 0.39 [10.0] Bottom View 1.65 [42] To mount an E2-xxx camera...
Page 51: Camera Connection
CAMERA CONNECTION To mount an M565/M570/M575/M580 camera 1. With the camera body held tightly against the desired mounting surface, insert two mounting bolts through the mounting surface and into the mounting bolt holes (see diagram below). Mounting Bolt holes M4 (2 ea.) Bottom View CAMERA CONNECTION CAUTION: Never wire M1xx, E1xx or E2-xxx Camera Strobe Outputs in par-...
Page 52: M1Xx And E1Xx Circuit Diagrams
MX-E90 CAMERAS TERMINAL SIGNAL NOTES NAME 0 to +24 VDC recommended Maximum +30 VDC As sinking input Off: 0 to +1.4 VDC Trigger In** Camera Trigger In On: +2.2 to +24 VDC; 5 to 15 ma As sourcing input (see Trigger Pullup +VCC) Off: +2.2 to +24 VDC;...
Page 53 CAMERA CONNECTION CAUTION: Never wire M1xx or E1xx Camera Strobe Outputs in parallel with M1xx, E1xx, M2xx, or M3xx Camera Strobe Outputs. This will damage the cameras. M1xx Strobe Trigger Output Circuit 661-0399 Terminal Block Dimensions PRODUCT REFERENCE GUIDE...
Page 54 MX-E90 CAMERAS M1xx and E1xx Terminal Connections The response times for the strobe output on the M1xx and E1xx camera will typically fall into the ranges specified below. The exact response time for your application will depend on the external resistor and the applied voltage you use. The shutter begins opening simultaneously with the “Camera Strobe Output”...
Page 55: M565/M570/M575/M580 Camera Connection
CAMERA CONNECTION M565/M570/M575/M580 Camera Connection To connect one of these cameras, use terminal block 661-0401 with cable 606-0673-xx (12-pin to HD-15 camera I/O) and cable 606-0674-xx (6 pin to DB9 camera power). For details about programming the Line Trigger, refer to the Impact Reference Guide. NOTE: Do NOT use the M2xx/M3xx terminal block (661-0400) or M1xx block (661-0399) to connect this camera.
Page 56: M565/M570/M575/M580 Circuit Diagrams
MX-E90 CAMERAS TERMINAL SIGNAL NAME NOTES Line Trigger Pullup - use if Input 2 Pullup +5VDC Maximum: +5 VDC Input 2 needs sourcing input Line Trigger Pullup - use if Input 3 Pullup +5VDC Maximum: +5 VDC Input 3 needs sourcing input NOTE: To help prevent ground loops and possible false triggering, we rec- ommend connecting I/O Ground to Camera Power Ground.
Page 57 CAMERA CONNECTION Quadrature Encoder Line Trigger Input Circuit 661-0401 Terminal Block Dimensions PRODUCT REFERENCE GUIDE...
Page 58 MX-E90 CAMERAS Terminal Connections Unterminated Cable Connections MX-E90...
Page 59: Supported Datalogic Camera And Impact Software Compatibility
SUPPORTED DATALOGIC CAMERA AND IMPACT SOFTWARE COMPATIBILITY SUPPORTED DATALOGIC CAMERA AND IMPACT SOFTWARE COMPATIBILITY MINIMUM CAMERA COMPATIBLE SW NOTES MODEL VERSION E101 E-Series cameras are not compatible with MX20, MX40, E101C 11.0.0.213 or MX80 processors using Impact releases earlier than E151, 11.10.4 or any 11.11.x release...
Page 60: Third-Party Cameras
You must purchase a license from us to connect a third-party camera to the MX-E90 Industrial Vision Processor. NOTE: Datalogic assumes no responsibility for the accuracy or timeliness of this third-party camera information. For complete details and the most accurate specifications for these cameras, consult the manufacturer’s doc-...
Page 61: Jai Camera Connection
THIRD-PARTY CAMERAS *See for special camera configu- “High Resolution (20+ MPX) Cameras support” on page 26 ration settings. JAI Camera Connection To connect JAI camera power, trigger signals, and strobe out- puts, use cable 606-0673-xx (12-pin to HD-15) with terminal block 661-0402.
Page 62: Jai Camera Circuit Diagrams
MX-E90 CAMERAS JAI Camera Circuit Diagrams JAI Camera Trigger Input Circuit (sourcing) JAI Camera Trigger Input Circuit (sinking) JAI Camera Strobe Output Circuit (sinking) JAI Camera Strobe Output Circuit (sourcing) MX-E90...
Page 63 THIRD-PARTY CAMERAS JAI Camera Strobe Output Circuits Sourcing Sinking 661-0402 Terminal Block Dimensions PRODUCT REFERENCE GUIDE...
Page 64: Jai Terminal Connections
MX-E90 CAMERAS JAI Terminal Connections JAI Terminal Connections (sourcing) JAI Terminal Connections (sinking) MX-E90...
Page 65: Jai Unterminated Cable Connections
THIRD-PARTY CAMERAS JAI Unterminated Cable Connections 12 pin cable (606-0671-xx) Camera Power VCC Plus + Camera Power (Wht/Org) or (Red/Blu) +12 VDC Camera Power Ground 13.2 VDC Max Minus - (Wht/Blu) or (Blu/Red) Camera Trigger Source Camera Trigger In Plus + (Wht/Gry) 3.3 to +24 VDC Recommended...
Page 66: Basler Cameras
NOTE: Datalogic assumes no responsibility for the accuracy or timeliness of this third-party camera information. You must purchase a license from Datalogic to connect a third-party camera to the MX-E90 Industrial Vision Processor. Basler Aviator Cameras...
Page 67: Camera Connection
THIRD-PARTY CAMERAS Camera Connection CAUTION: Third-party Camera Requirements are different. These cameras require +12 VDC Power. Use Caution when connecting power to these cam- eras. To connect power, trigger signals, and strobe outputs for these Basler camera mod- els, use cable 606-0673-xx (12-pin Hirose Male to HD-15) with terminal block 661- 0400.
Page 68: Circuit Diagrams
MX-E90 CAMERAS Circuit Diagrams Trigger In Circuit Strobe Trigger Out Circuit Terminal Connections MX-E90...
Page 69 THIRD-PARTY CAMERAS PRODUCT REFERENCE GUIDE...
Page 70: Aviator Unterminated Cable Connections
MX-E90 CAMERAS Aviator Unterminated Cable Connections Unterminated Cable Connections MX-E90...
Page 71: Svs-Vistek Cameras (Non-Ip67 Rated)
THIRD-PARTY CAMERAS SVS-Vistek Cameras (non-IP67 rated) Dual Ethernet connection NOT SUPPORTED. We only support a single Ethernet connec- tion so our frame rate may be less than the SVS-Vistek spec. Evo and hr model cameras have dual Ethernet ports to support two Gigabit/sec image rates.
Page 72 MX-E90 CAMERAS SVS-Vistek Non-IP67 I/O Circuit SVS-Vistek Non-IP67 Terminal Connections MX-E90...
Page 73: Svs-Vistek Cameras (Ip67 Rated)
THIRD-PARTY CAMERAS SVS-Vistek Cameras (IP67 rated) MODEL MEGAPIXEL IMAGE IMAGE MINIMUM SOFTWARE COLOR (GIGE - IP67) (MP) HORIZONTAL VERTICAL (APPROX) VERSION REQUIRED eco204MVGE67 1024 12.2 eco204CVGE67 eco267MVGE67 1392 1040 12.2 eco267CVGE67 eco274MVGE67 1600 1236 26.5 12.2 eco274CVGE67 eco285MVGE67 1392 1040 12.2 eco285CVGE67 eco414MVGE67...
Page 74: Dalsa Linea Lite Cameras
MX-E90 CAMERAS TERMINAL SIGNAL NAME NOTES 7(Black) Trigger Out to Strobe 0 to +24 VDC; 300 mA Max 8, 9, 10, 11, 12 DO NOT USE Not Currently Supported SVS-Vistek I/O Circuit SVS-Vistek Terminal Connections Dalsa Linea Lite Cameras The following Dalsa Linea Lite camera models are supported: IMAGE MAX LINE MINIMUM SOFTWARE...
Page 75: Dalsa Linea Lite Camera Connection
THIRD-PARTY CAMERAS IMAGE MAX LINE MINIMUM SOFTWARE MODEL RESOLUTION COLOR HORIZONTAL RATE VERSION REQUIRED 959980016 CAM-DLL-L- 2048 x 2 2048 25 kHz 13.5.0 2K-C-GE-M42 Camera 959980017 CAM-DLL-L- 4096 x 2 4096 25 kHz 13.5.0 4K-M-GE-M42 Camera 959980018 CAM-DLL-L- 4096 x 2 4096 12.5 kHz 13.5.0...
Page 76: Input Signals Electrical Specifications
MX-E90 CAMERAS Input Signals Electrical Specifications External Inputs Block Diagrams: External Input Overview: • The input signals can be used as trigger acquisition event, counter or timestamp event, or integration control. • The input signal can be improved by user programmable Input Line Debouncing Period from 0 to 255 μs, in 1 μs.
Page 77: Output Signals Electrical Specifications
THIRD-PARTY CAMERAS External Input Timing Reference MAXIMUM SIGNAL INPUT MAXIMUM MINIMUM SOURCE PROPAGATION DELAY AT LEVEL INPUT PULSE CURRENT 60°C STANDARD FREQUENCY WIDTH REQUIREMENTS Input Signal Direction 0 to 3.3 V < 100 ns LVTTL (3.3 V) 20 MHz 25 ns 3.3 V to 0 <...
Page 78: Usage Notes
MX-E90 CAMERAS • Outputs are open (disabled) on power-up with the default factory settings. • A software reset will not reset the outputs to the open state if the outputs are active. • A user setup configured to load on boot will not reset the outputs to the open state if the outputs are active.
Page 79: Supported Third-Party Camera And Impact Software Compatibility
SUPPORTED THIRD-PARTY CAMERA AND IMPACT SOFTWARE COMPATIBILITY SUPPORTED THIRD-PARTY CAMERA AND IMPACT SOFTWARE COMPATIBILITY MINIMUM CAMERA COMPATIBLE SW NOTES MODEL VERSION 11.4.1.23 (GigE) Basler – all Ace and Ace model numbers begin with “acA” and Scout model Scout models numbers begin with “scA.” (GigE and USB) 11.5.0.95 (USB) Only Ace 2 R, GigE vision models are supported;...
Page 80 MX-E90 CAMERAS MINIMUM CAMERA COMPATIBLE SW NOTES MODEL VERSION SVS-Vistek eco204 SVS-Vistek eco267 SVS-Vistek eco274 SVS-Vistek eco285 SVS-Vistek eco414 10.5.0.35 color models SVS-Vistek eco415 SVS-Vistek eco424 SVS-Vistek eco618 SVS-Vistek eco445 SVS-Vistek eco655 SVS-Vistek 11.2.0.83 monochrome model eco1050MTLGEC67 SVS-Vistek 11.7.0.111 monochrome model evo8051MFLGEA SVS-Vistek...
Page 81 SUPPORTED THIRD-PARTY CAMERA AND IMPACT SOFTWARE COMPATIBILITY MINIMUM CAMERA COMPATIBLE SW NOTES MODEL VERSION Basler: acA1920-40gm 13.5.0 Monochrome and Color Models acA1920-40gc PRODUCT REFERENCE GUIDE...
Page 82: Chapter 4. Typical Layouts
CHAPTER 4 TYPICAL LAYOUTS The following typical layouts refer to system hardware configurations. However, they also require the correct setup of the software configuration parameters. NOTE: All software configurations are made through Impact which connects to the reader through the on-board Ethernet interface. INTRODUCTION An overview of the connections to the MX-E90 Industrial vision processor is shown in the Figure 1: Camera connections via cable 606-0677-xx, peripheral devices connected...
Page 83: Ethernet Connection
ETHERNET CONNECTION ETHERNET CONNECTION Camera Connections The Industrial Vision Processor MX-E90 has up to eight camera connections. CAM1 through CAM8 are connected using a Cable 606-0677-xx. Camera Triggers can be set either with or without the terminal block. Cable Cable 606-0677-xx 606-0677-xx Cable...
Page 84: Lan Connections
TYPICAL LAYOUTS LAN Connections TCP/IP Protocol The LAN connections provide connectivity to external devices (if needed). The following layout shows various peripheral devices connected via TCP/IP. Figure 3 External LAN Connections using LAN1 and LAN2 (Basic configuration) LAN1 The IP address of LAN1 must be on the same subnet as the Vision device. Typical appli- cation of LAN1 is to establish a communication with other Impact Devices.
Page 85: Profinet Protocol
ETHERNET CONNECTION LAN2 (Basic configuration) Using the LAN2 it is possible to communicate with the Plant Network and through this, to create a remote desktop session via Internet. Profinet protocol Plant Network Cable 606-0677-xx Cable Internet 606-0677-xx Switch Cable 606-0677-xx LAN2 LAN1 Cable...
Page 86: Serial Connection
TYPICAL LAYOUTS LAN2 Is connected to the PLC through the switch. For more information about LAN2 see Impact Reference Guide (PROFINET Appendix). USB to Ethernet With the USB to Ethernet adapter it is possible to use additional LAN ports to communi- cate with the Plant Network and through this, to create a remote desktop session via Internet.
Page 87 SERIAL CONNECTION USB to COM With the USB to COM adapter it is possible to use additional COM ports to communicate with other vision devices (Vision Device 3 to Vision Device 8). Additional serial ports for Vision Devices will connect to the defined COM port if the COM port is available when the Vision Device starts as follows: Vision Device1 ->...
Page 88: Chapter 5. Industrial Vision Processor I/O
CHAPTER 5 INDUSTRIAL VISION PROCESSOR I/O There are three versions of the MX-E90 Industrial Vision Processor, one with 8 GigE camera ports - the model number contains a “8” (for example MX-E90-8-B-2), one with 4 GigE camera ports - the model number contains an “4” (for example MX-E90-4-B-2) and one with 2 GigE camera ports - the model number contains an “2”...
Page 89: General Operation
INDUSTRIAL VISION PROCESSOR I/O CONNECTION General Operation Input NPN/PNP selection is determined by the connection of Input Common (ECOM) to +VDC or GND. Output NPN/PNP selection is determined by the I/O selection in VPM_Settings_Com- munication. Each output is limited to 350mA by a polyswitch self-resetting fuse. INDUSTRIAL VISION PROCESSOR I/O CONNECTION To connect MX-E90 Industrial Vision Processor input and output signals use either cable 606-0675-xx (37 pin D-sub Male to Male Cable) with terminal block 248-0110 or remove...
Page 90 INDUSTRIAL VISION PROCESSOR I/O CONNECTOR COLOR SIGNAL NAME PIN NAME CODE TERMINAL NUMBER Red/White Output 9 Orange/ Output 11 O 11 White Green/ Output 13 O 13 White Blue/White Output 15 O 15 NPN: common pin for connecting inductive loads of Output 9 Purple/ to Output 16 P COM1...
Page 91: Pin Assignment
INDUSTRIAL VISION PROCESSOR I/O CONNECTION Pin Assignment I 10 I 11 I 12 I 13 I 14 I 16 I 15 ECOM PCOM0 O 10 O 11 O 12 O 13 O 14 O 15 O 16 PCOM1 Industrial Vision Processor Inputs The MX-E90 Industrial Vision Processors contain sixteen general-purpose input connec- tions.
Page 92: Input Wiring
INDUSTRIAL VISION PROCESSOR I/O Off Current <1mA Current Maximum 8.5mA @30 VDC Logic 0: 3V max Input Voltage Logic 1: 10V min (30V max) or dry contact. Isolation Protection 2500 VDC 100 s Optical Isolation Response Time Overvoltage protection 70 VDC 3.28mA @ 12VDC Input current 6.71mA @24VDC...
Page 93: Industrial Vision Processor Outputs
INDUSTRIAL VISION PROCESSOR I/O CONNECTION I 10 I 11 I 12 I 13 I 14 I 16 I 15 ECOM PCOM0 O 10 O 11 O 12 O 13 O 14 O 15 O 16 PCOM1 Industrial Vision Processor Outputs The MX-E90 Industrial Vision Processors contain sixteen general-purpose output con- nections.
Page 94: Addition Digital Output Total Current Capability
INDUSTRIAL VISION PROCESSOR I/O Addition Digital Output Total Current Capability The spring clamp connector on the I/O Card provides two extra connections that are equivalent to the GND/PCOM pin on the 37-pin connector and are used to increase the current tolerance on the I/O Card. The spring clamp pins should be connected when- ever the combined total output current is higher than 3.2A.
Page 95: Current Sourcing (Pnp) Output Circuit
INDUSTRIAL VISION PROCESSOR I/O CONNECTION I 10 I 11 I 12 5-40 V I 13 I 14 I 16 I 15 ECOM PCOM0 load O 10 O 11 O 12 O 13 O 14 O 15 O 16 PCOM1 Current Sourcing (PNP) Output Circuit The diagrams below show internal circuit diagrams and how to wire processor outputs.
Page 96 INDUSTRIAL VISION PROCESSOR I/O I 10 I 11 I 12 I 13 I 14 I 16 I 15 ECOM − + PCOM0 5-40 V load O 10 O 11 O 12 O 13 O 14 O 15 O 16 PCOM1 MX-E90...
Page 97: Chapter 6. Cable Reference
CHAPTER 6 CABLE REFERENCE This chapter documents MX-E90 Industrial Vision Processor and Camera cable assem- blies. INDUSTRIAL VISION PROCESSOR CABLES The following cables connect different hardware devices to the industrial visual Indus- trial Vision Processor. Power Supply This equipment is to be powered by a Listed power supply for the U.S. and Canada, or a power supply that meets the requirements for use where either IEC 60950 or EN60950 is applicable.
Page 98: Serial Port
CABLE REFERENCE CONNECTOR TYPE PART NUMBER 37 pin D-sub Male to pigtail (remove one end) 606-0675-xx Serial Port A standard serial cable is used to connect the Industrial Vision Processor to the serial port on an external device (e.g. terminal, PLC, motion controller, data recorder). This may require using a null modem cable or adapter.
Page 99: Camera Cable
CAMERA CABLE CAMERA CABLE M1xx and E1xx The terminal block and cable for connecting M1xx and E1xx cameras are listed in the table below. For connection diagrams, see “M1xx, E1xx and E2-xxx Camera Connection” . The last two digits of the part number indicate the cable length in meters. on page 43 CONNECTOR TYPE PART NUMBER...
Page 100: Chapter 7. System Protection Tool
User folder (Desktop, Downloads, Documents, Pictures, Videos) • System’s logs CAUTION: In addition to enabling the System Protection Tool, Datalogic always recom- mends that you back up these locations, including the IMPACT installation folder, to protect system, data and configuration files.
Page 101 By clicking on the notification popup. • By right-clicking the tray-bar icon then, “Configure”. • From Start Menu>Datalogic>System Protection. To enable the protection 1. Open the System Protection tool interface. 2. Click the ENABLE button to start the system configuration.
Page 102 SYSTEM PROTECTION TOOL 6. A message box is displayed asking the user for confirmation again before applying the setting. Press YES to continue. 7. Wait for the system reboot. 8. When the System Protection Tool is enabled, the following popup is shown: To disable the protection NOTE: When the System Protection is disabled the system is not protected against disk corruption or malware attacks.
Page 103 HOW TO USE THE SYSTEM PROTECTION TOOL 4. A message box is shown, asking the user a first confirmation for the new setting. Press YES to disable System Protection 5. A message box is displayed asking the user for confirmation again before applying the setting.
Page 104: Chapter 8. Multilingual User Interface (Mui)
NOTE: MUI only applies to MX-E90 Vision Processors running Windows 10 IoT Enterprise. Datalogic optionally provides several MUI languages already installed. The MUI provides nearly the same level of language support as the localized version of the operating system, with a few minor exceptions. Visit the Microsoft web site (www.microsoft.com) for more details.
Page 105 2. In the Settings window, select the icon labeled Time & Language. Select Language tab following which select the Add a language option 4. Once, Add a language option is selected. A drop-down list of the available lan- guages appears. Select the desired language from this list and click next. 5.
Page 106 MULTILINGUAL USER INTERFACE (MUI) 6. The language pack will automatically download and install. 7. Once the language pack is installed, make it as default using the Windows display language tab. Sign-out and sign-in. MX-E90...
Page 107: Chapter 9. System Restoration
3. Turn on processor power. While the system is restarting, repeatedly press the F8 key on the computer keyboard when you see “Datalogic” on the screen. 4. The menu displayed in Figure 1 should appear on the screen after a few seconds.
Page 108 SYSTEM RESTORATION 5. Press Enter to choose “Repair Your Computer.” 6. The menu “Choose an Option” is displayed, click “Troubleshoot”. Figure 2 7. When the Troubleshoot menu is displayed, click “Advanced options”. Figure 3 8. In the Advanced options menu, select “System Image Recovery”. Figure 4 MX-E90...
Page 109 MX-E90 SYSTEM RESTORATION 9. In the System Image Recovery menu in Figure, click “Administrator”. Figure 5 10. You do not need to enter a Password, just click “Continue”. Figure 6 11. When “Re-image your computer window” is displayed click “Next”. Figure 7 PRODUCT REFERENCE GUIDE...
Page 110 SYSTEM RESTORATION 12. In the menu (Figure 10), you have a final chance to exit the Restoration process without making any changes. • To continue with the Restoration, click “Yes”. • To Exit the Restoration without making any changes click “No”. Figure 8 13.
Page 111 MX-E90 SYSTEM RESTORATION Figure 10 15. If you typed “yes” in the previous step, the Restoration begins, with the progress displayed as seen in the figure below. CAUTION: Do NOT stop the Restoration process. Figure 11 16. When this part of the Restoration is complete, the system shuts down. 17.
Page 112 SYSTEM RESTORATION Figure 13 MX-E90...
Page 116 Datasensing S.r.l. • Datasensing and the Datasensing logo are trademarks of Datasensing S.r.l. Data- logic and the Datalogic logo are registered trademarks of Datalogic S.p.A. in many countries, including the U.S. and the E.U.

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