VICORE
Vision Core Element

Installation Manual

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Notice
VICORE Installation Manual
Document Number 405-00084-00
Copyright 2021 Teledyne Imaging.
All rights reserved.
All copyrights in this manual, and the hardware and software described in it, are theexclusive property of Teledyne Imaging and its licensors.
Claim of copyright does not imply waiver of Teledyne Imaging or its licensors otherrights in the work. See the following Notice of Proprietary Rights.
NOTICE OF PROPRIETARY RIGHTSThis manual and the related hardware and software are confidential trade secrets
and the property of Teledyne Imaging and its licensors. Use, examination,
reproduction, copying, transfer and/or disclosure to others of all or any part of thismanual and the related documentation are prohibited except with the express
written consent of Teledyne Imaging.
The information in this document is subject to change without notice. Teledyne
Imaging makes no representations or warranties with respect to the contents of thismanual and specifically disclaims any implied warranties of merchantability or
fitness for a particular purpose. Teledyne Imaging assumes no responsibility forerrors or omissions in this document.
iNspect, Sherlock, and the Teledyne Imaging logo are trademarks of Teledyne
Imaging. All other trademarks are the property of their respective owners.

Teledyne Digital Imaging US, Inc.
Information: TDI_Sales.ipd@teledyne.com
Support: TDI_Support.ipd@teledyne.com
Web: http://www.teledynedalsa.com/visionsystems
700 Technology Park Drive
Billerica, MA, USA 01821
Tel 1.978.670.2002 Fax 1.978.670.2010

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Certifications
Declaration of Conformity

Manufacturer

Teledyne Digital Imaging US, Inc.
700 Technology Park Drive
Billerica MA 01821
USA

CE

We declare that this product has been tested to comply with the
EC Directive for a class A digital device in accordance with
EN55022/CISPR22

FCC

We declare that this product has been tested and found tocomply with the limits for a class A digital device, pursuant toPart 15 of the FCC rules. These limits are designed to provide
reasonable protection against harmful interference in a
residential installation.
This equipment generates, uses and can radiate radio
frequency energy and may cause harmful interference to radio
communication.

Other

CFR 21 Part 11

VICORE Installation

This product provides tools needed for users to implement anauditing program that could be in compliance with CFR 21 Part
11. These tools include:• System or software backup and restore• System software security (password login and access limits)• Protection of system backup files from modification.
• Record of actions by users with time stamp information• Time stamp information on data output.

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Handling Precautions
Care should always be exercised when handling and operating your VICORE System.
Even though the system is encased within a rugged, industrial enclosure, incorrect use
or handling can result in damage to your investment. To prevent this, we recommend
the following precautions:• Avoid “hot-plugging” cables and devices. Be sure to shut the system down andremove power before connecting or disconnecting anything to it.
• Do not use in a Free-standing operation. Mount the system properly to prevent it fromfalling accidentally. Mounting hardware is provided with the system.
• Always use the VICORE system within the recommended operating conditions. Referto the complete specifications on page 13.
• Do not install the VICORE system in a location that will expose it to excessive heat,humidity, vibration, impact, corrosive substances, or flammable substances.
• Do not attempt to service or modify the VICORE system by opening the enclosure.

Electrostatic Discharge
Avoid the damage that ESD can cause. Never expose the internal electronics to apotentially hazardous environment by opening the enclosure. Doing so may cause
serious damage.

User Service WarningThis product has no field-replaceable components. Tampering with the unit will void the
product warranty.

Warranty
Teledyne Imaging warrants the VICORE System against defects in materials andworkmanship for a period of Twelve (12) months from the date of delivery. Teledyne
Imaging and its representatives expressly disclaim any and all other warranties.
Your sole remedy shall be repair or replacement of the VICORE System product andassociated optional components, provided that the defective product is returned within
the warranty period.
If you need to return the VICORE System, you must contact the Teledyne Imaging
representative who sold you the product. Do not return your product to Teledyne Digital
Imaging US without prior authorization.
Teledyne Imaging assumes no liability for damages resulting from the use of thismanual.
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Table Of Contents
Introduction
Installation

VICORE Overview………………...............................

6

Components………………...............................

7

VICORE Connectors………………...............................

8

Typical Connection………………...............................

9

Camera IO Connector………………...............................

10

Camera Cable Wiring

11

GigE Cameras………………...............................

12

VICORE Specifications………………...............................

13

Input & Output Connector………………...............................

14

Input Specifications………………...............................

15

Output Specifications………………...............................

16

Wiring Diagrams………………...............................

17

Encoder Inputs………………...............................

18

Serial Port………………...............................

18

LED Indicators………………...............................

19

Mechanical Dimensions………………...............................

20

Accessing VICORE

Direct or Remote Access………………...............................

21

SoftwareGetting Started………………...............................

25

The License Manager………………...............................

26

Camera Address………………...............................

27

PLC Port Configuration………………...............................

28

Sherlock 8 Setup………………...............................

29

Configure VICORE IO………………...............................

32

GenICamX64 Setup………………...............................

34

Sherlock 7 Setup………………...............................

36

VICORE IO………………...............................

40

iNspect Express Setup………………...............................

42

Specifications

Sherlock 8

Sherlock 7
iNspect Express

Configurator

System Applications
VICORE Installation

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Write Protection & Acronis

5………………...............................

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Introduction
VICORE Vision System Overview
The VICORE (Vision Core Element) system is a compact dual-camera vision systemthat supports image acquisition, processing, display and communications. VICORE
uses industrial grade components encased within a fan-less aluminum enclosure. It is
offered with panel mountable hardware.
The VICORE system has a small footprint that requires minimal cabinet space. All
camera, I/O and network connections are conveniently accessed from the front, serial
port and encoder inputs on the top, and power on the bottom to simplify wiring.
The VICORE system is equipped with 2 Ethernet ports for interfacing GigE cameras, 1
Ethernet LAN port for general communication with network devices and 1 dedicatedindustrial networking port for interfacing with devices that support either Ethernet/IP or
Profinet. This dedicated port cannot be used for other PLC protocols, cameras or othernetwork connections.
The VICORE system has 8 General Purpose inputs and 8 General Purpose outputs
plus dedicated shaft encoder inputs for synchronizing control outputs to the speed of
the conveyor.

Product Support
This manual will assist you with the installation and setup of your VICORE product andthe embedded inspection software. It describes what the product supports and how toconnect the external interfaces. If your questions are not answered in this reference,
please contact your local Teledyne Imaging representative.
Additional manuals are available on the VICORE system disk at:
C:\IPD Install Files\PDF Manuals
Additional files for use in your PLC Programming environment are located on the
VICORE system disk at: C:\IPD Install Files\PLC Support Files.

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VICORE Vision System Components
VICORE vision systems are shipped with the components listed below. Take a few
moments to verify that everything has arrived in good condition. If your product has
been visibly damaged during shipment or is missing parts, please contact your Teledyne
Imaging representative immediately.
Standard components (ship with every VICORE Vision System):Component

Description

VICORE Vision System
xxxxxxx-03 orxxxxxxx-04

Fully integrated vision system with iNspect Express (-03) or
Sherlock (-04) embedded software, power connector, andpanel mounting hardware.

Optional components (sold separately):
Component

Description

A-CAM-GX-XXXX

Genie Nano Series GigE cameras.

A-CAB-GE-X

GigE CAT5e camera cables (video data, network communication).

A-CAB-G3-IO-X

Genie Nano IO/Trigger/Strobe

A-CAB-G2-TPS-X

Genie TS IO/Trigger/Strobe

A-CAB-GTP-X

Genie classic Trigger/Strobe

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Installation
Connecting the VICORE Vision System
This section details the physical connections on the VICORE vision system. The
VICORE provides connectors on the front, left and right plates.

Front Connections
1

2

6

3

4

7

8

5

9

1. Status LEDs, power, reset, fault, and 3 application-programmable.
2. Two USB 2.0 ports, Two USB 3.0 ports.
3. HDMI video output up to 2560x1600 resolution @ 60 Hz, (larger at lower refresh rate).
4. GigE Port for LAN, TCP/IP, UDP/IP, or Modbus. Default static IP: 192.168.0.100.
This port does not support Profinet or Ethernet-IP.
5. Status LEDs for inputs and outputs.
6. Two POE GigE Camera ports. Static IP: CAM1 192.168.11.1, CAM2 192.168.12.1.
7. Camera IO: 1 input and 1 output per camera, 4 Status LEDs
8. 100MBps Port for Ethernet-IP or Profinet only. Default setting: Ethernet-IP, static IP
address 192.168.10.100. This port is not available in Windows adapter settings.
This port cannot be used for other network or camera connections.
9. General Purpose IO: 8 inputs, 8 outputs.
Note: Camera Ethernet cables must be type Cat5e. Use A-CAB-GE-X.
LAN left LED: Off = 10 Mbits/s; GREEN = 100 Mbits/s; ORANGE = 1000 Mbits/s.
LAN right LED: ON = port active; BLINK = port traffic.
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Bottom Connections

Top Connections

1

2

1. Power connector 24V

34

2. Encoder inputs
3. Serial Port
4. Reset switch

Typical Configuration
Strobeoutputs

Trigger
inputsA-CAB-G3-IO-X

Camera1

Camera2

A-CAB-GE-X

Power

NOTES:
1. Cameras are powered by POE (Power Over Ethernet).
2. Use A-CAB-GE-X for camera Ethernet connections.

3. Use A-CAB-G3-IO-X for the Genie Nano I/O Connector to VICORE Camera IO Connector.
Provides support for 1 input and 1 output each camera, usually camera Trigger and Strobe.

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Camera IO Connector
This connector provides trigger and strobe connections for two cameras using common
ground for the camera’s input and common 24V for the camera’s output.
Two 4-pin connectors are supplied with the VICORE. One connector for each camera.
Pin #

Label

VICORE Function

1

T-

Camera 1 Trigger In– (GND)

2

T+

Camera 1 Trigger In+

3O-

Camera 1 Strobe Out–

4O+

Camera 1 Strobe Out+ (24V)

5

T-

Camera 2 Trigger In– (GND)

6

T+

Camera 2 Trigger In+

7

O-

Camera 2 Strobe Out–

8O+

Camera 2 Strobe Out+ (24V)

IO Cables
The Genie Nano and the Calibir use the same 10-pin connector for IO but with different
pinout assignments. A 10-pin 10-wire IO cable is available in three lengths.
Part Number

Cable Length

A-CAB-G3-IO-0

3 meters

A-CAB-G3-IO-1

5 meters

A-CAB-G3-IO-2

10 meters

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Genie Nano
VICORE is compatible with the Genie Nano IO design using common ground for thecamera’s input and common 24V for the camera’s output. Note: iNspect Express
defines Camera Input 2 as the Trigger and Camera Output 2 as the (optional) Strobe.
Genie Nano Wiring
Label

VICORE Function

Wire Color

Genie Nano Pin #Genie Nano Function

T-

Trigger – (GND)

Brown

3

Input Common

T+

Trigger +Blue

7

GPI2 + Line 2O-

Strobe –Violet8

GPO2 + Line 4

O+

Strobe + (24V)

Orange4

Output Common

Calibir GXM640 and DXM640
VICORE is compatible with the Calibir design using common ground for the camera’s
input and common 24V for the camera’s output. GXM640 and DXM640 both support
triggering.
Calibir GXM640 & DXM640 Wiring
Label

VICORE Function

Wire Color

Calibir Pin #Calibir Function

T-

Trigger – (GND)

Brown

3

Input Common

T+

Trigger +Yellow

5

GPI_P0 + Line 1

O-

Strobe –Green

6

GPO_P0 + Line 2O+

Strobe + (24V)

Orange4

Output Common

Calibir 640 GigE
VICORE is compatible with the Calibir design using common ground for the camera’s
input. Calibir 640 requires a firmware update (January 2020) to support triggering.
Calibir 640 Wiring
Label

VICORE Function

Wire Color

Calibir Pin #Calibir Function

T-

Trigger – (GND)

Blue

7

Input Common

T+

Trigger +Orange4

GPI_P0 + Line 1

O-

Strobe –No connection

No output available

O+

Strobe + (24V)

No connection

No output available

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GigE Camera Suport
VICORE supports the Z-Trak 3D laser profiler (Sherlock 8 only) the Calibir IR (thermal)
camera and the Genie Nano series cameras for image acquisition.
The Genie Nano series offers a range of sensor resolutions from 640x480 up to
5120x5120 pixels in color and monochrome.
The following should be noted when matching your application camera needs to the
VICORE:
1. Sherlock 8: Cameras can be a mix of different resolutions. Sherlock 8 supports the
Genie Nano, Calibir and Z-Trak.
2. Sherlock 7: Cameras can be a mix of different resolutions. Sherlock 7 supports the
Genie Nano and Calibir. The Z-Trak is not supported.
3. iNspect Express: All cameras must be the same resolution (size and color/mono) in
iNspect Express. iNspect Express supports the Genie Nano and Calibir. The Z-Trak
is not supported.
Two cables are needed in the setup of each camera. The data cable (A-CAB-GE-X)
connects the camera’s Ethernet port to one of the VICORE camera ports and provides
camera power. The I/O cable provides access to the camera’s I/O, supporting trigger
input and strobe output.
iNspect Express and Sherlock use different software drivers to interface GigE cameras.
iNspect Express uses a driver called IFC, whereas Sherlock uses a driver called
Sapera LT. The setups associated with each will be described later in this manual.
Generally, Sapera offers additional flexibility over IFC, but requires additional steps toset up.
Note: By default, iNspect Express and Sherlock assumes Genie Nano camera Input 2(Line 2) is the trigger input and Genie Nano camera Output 2 (Line 4) is the strobe
output.

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Specifications
General Specifications
The following table lists the specifications of the VICORE vision system.
Specification
Platform
MemoryCommunication

Definition
Processor

Quad Core Atom x5-E3940 CPU @ 1.8 GHz

OS

Windows 10 IoT 64-bit

Storage

32GB Solid State Flash Drive

Program

4GB DDR3L 1333/1600 MHz non-expandable

Ethernet

2x Gigabit PCIe ports support POE for cameras
1x Gigabit PCIe direct lane for Network connection

PLC

1x 100MBps port for Industrial Ethernet-IP or Profinet devices.
Cannot be used for cameras or other network support.

Serial1x RS-232/343/485 DS-9-pin; default parameters 11520 baud, 8
data stop bits, no parity, 1 stop bit, no flow control

USB

2x USB 3.0 and 2 x USB 2.0

I/O

8 isolated Inputs, 8 isolated Outputs with 16 status LEDs

Encoder

6 inputs: +/-A, +/-B, +/-E and GroundLED status

3 indicators for Power, Reset and Fault; 3 application defined,
2x per camera: 1 input & 1 output each,
8 Input and 8 Output for general purpose IO

DisplayHDMI

19-pin HDMI up to 3849x2160 @ 24 Hz or 2560x1600 @ 60 Hz;
display supports clone, independent, extended modesPower

20.7 – 31.0 V

25.1 W @ 24 V without cameras, 39 W @ 24 V with 2 cameras.
Recessed Reset button. Use pointed object to push and hold for
5 seconds.

Cooling

Fanless

Passive heatsink

MechanicalMaterial

Machined Aluminum with paint finish

Mounting

DIN Rail mountSize

160 mm x 90 mm x 55 mm

Weight0.76 KG

Temp

0°C to 40°C Operating -20°C to 70°C Storage

Humidity

5 to 95% non-condensing

Environment
Certification

VICORE Installation

CE, FCC Class A, RoHS

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Input and Output Connector
The VICORE Inputs and Outputs are optoisolated and may be wired for sourcing or
sinking current. The inputs and outputs areorganized in four groups. Each group has adedicated common (for power or ground) andeach group can be wired independently.
Example wiring diagrams are on page 17.
Pin #

Type

Function1

Input

Input 0 (default trigger for both cameras)

2

Input

Input 13

Input

Input 24

Input

Input 3

5

CommonCommon for inputs 0-3

6

Input

Input 4 (optional camera 2 separate trigger)

7

Input

Input 58

Input

Input 69

Input

Input 7 Job Change

10

CommonCommon for inputs 4-7

11OutputOutput 012

OutputOutput 1

13

OutputOutput 2

14

OutputOutput 3 or camera 1 strobe output

15

CommonCommon for outputs 0-3

16

OutputOutput 4

17

OutputOutput 518

OutputOutput 6

19

OutputOutput 7 or camera 2 strobe output

20

CommonCommon for output 4-7

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Inputs SpecificationiNspect uses Input 0 as the trigger to both cameras in Sync mode. In Async mode Input
0 is the Camera1 trigger and Input 4 is the Camera2 trigger. Sherlock defaults to input 0
for both cameras but also allows you to select your own input assignments.
Parameter

Value

Isolation

OpticalMaximum Input Voltage

30 Volts

Maximum Input Current

30 mA

Minimum Voltage to Engage Trigger

11.0 V typicalInput Resistance

3.32 kOhm

Electrical Isolation

400 V RMS

Noise Reduction

Ferrite bead 120 ohms at 100 MHz

Polarity

Bidirectional: can be positive or negative

Typical current at 24V input

8 mA

Switching time ON

20 us typical, direct connection 5 meter cable

Switching time OFF

15 us typical, direct connection 5 meter cable

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Outputs SpecificationiNspect and Sherlock both use Output 3 as the Camera1 strobe and Output 7 as the
Camera2 strobe. This assignment is not reconfigurable.
Parameter

Value

Isolation

OpticalMaximum Load Current continuous

170 mA

Maximum Load Current peak

Pulsed 300 mA for 100 seconds
Pulsed 400 mA for seconds
Pulsed 500 mA for 1.9 seconds – duty cycle
must be 10% or lessMaximum Load Voltage

30 Volts

Output ON resistance

1 ohm minimum 5.5 ohm maximum

Isolation

1500 VAC

Noise reduction

Ferrite 2 kOhm at 100 MHz (1 k on signal, 1 k
on common)

Output capacitance

10 nF

Switching time ON

600 us typical, 2000 us maximum

Switching time OFF

80 us typical, 500 us maximum

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Wiring Diagrams
Input Wiring

Each group of 4 inputs can be wired independently.
PNP

24V+

NPN

0
1
2

0

24V-

1

OR

2

3

24V24V+

24V-

Output Wiring

3

24V+

COM
4

5

6

6

7

7

24V+

COM

PNP

NPN

0

0
1

OR

2

3

VICORE Installation

COM

Each group of 4 outputs can be wired independently.

2

24V+

4

24V-

5

1

24V+

COM

3

24V-

COM

COM

4

4

5

5

6

6

7

7

24V-

COM

17

COM

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Encoder Inputs Specification
Shaft Encoder Inputs are used for synchronizing tomoving or rotating equipment.
Parameter

Value

Isolation

Not isolated

Maximum data rate

20MbpsEncoding modes

Single-Channel X1, Dual-Channel X1Single-Channel X2, Dual-Channel X2
Dual-Channel X4 must be 10% or less

Signals

A+/A-, B+/B-, Z+/Z- RS-422 / RS-485

Common-Mode Range VCM-7 to +12 V

Differential Threshold VTH

Min -200 mV Max +200 mV

Input Resistance

48 kOhm minimum

Input Current+/- 0.2 mA maximum

ESD Protection

Contact Discharge +/-8 kV
Air Gap Discharge +/-15 kV

RS-232 Connector
VICORE has one standard serial port for communication with peripheral devices.
Pin #Connection

1

No connection

2

RX – input

3

TX – output

4

No connection

5

Ground6, 7, 8, 9

No Connection

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LED Status Indicators
There are 6 LEDs at the top-left corner of the front panel which
provide system status. Some are also available for program use.

Label

Displayable Colors

Status

Red/Green

Green – power good
Red – Unit is shut down, or power fault

Reset

Red/Green

Red – Reset active
Green – user defined

Fault

Red/Green

Red – Hardware fault: FPGA Not loaded, CPU error,
Temperature alert, internal voltage fault
Green – application defined1

Red/Green/Amber

Amber blinking – VICORE powering up, continues
blinking until stopped by starting a software
application.
Green blinking – iNspect Express heartbeat: 2s 50%
Red/Green/Amber – application defined2

Red/Green/Amber

Green blinking – iNspect Express acquisition:2s 50%
Red/Green/Amber – application defined3

Red/Green/Amber

Red/Green/Amber – application definedNote: All other LEDs on the VICORE are green only and turn on when a particular input
or output is active.

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VICORE Mechanical Dimensions
All dimensions are in millimeters

Side View

Front View

Bottom View

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Accessing VICORE
Direct AccessConnect a Monitor, Keyboard and Mouse directly to the VICORE to access it “directly”
like a PC or laptop. Connectors are shown on page 8.
1. Connect a monitor to the HDMI connector.
2. Connect a keyboard and mouse to any of the 4 USB connectors.
VICORE is configured to boot to the desktop without requiring a password. This is theadministrator account. You can change settings to require a password or add additionaluser accounts through Windows setup.

Remote Access
You can connect a PC or laptop to VICORE using an ethernet cable, to access VICORE“remotely” using “Remote Desktop” on your PC or Laptop.
VICORE is already configured at our factory to allow Remote Desktop access. You
need to configure your PC or laptop to access VICORE. There are a few things youneed to know about VICORE:• VICORE default computer name is “VIC-” plus the full 7 digits of the serial number,for example: VIC-1234567.
• VICORE default LAN address is 192.168.0.100 and Subnet mask 255.255.255.0.
• The default account name is “teledyne” and the default password is “teledyne”.
Use the steps below to connect to VICORE using Remote Desktop in Windows 10.
Overview of Remote Access1. Connect an Ethernet cable to the VICORE LAN connector (#4 on page 8).
2. Connect the other end of the Ethernet cable to your PC or Laptop LAN connector.
3. Configure your PC or Laptop’s LAN Address to be compatible with VICORE (details
on page 22).
4. Open the Remote Desktop application on your PC or Laptop (details on page 23).
5. Enter the Computer name of your VICORE and the account user name.
6. Click the Connect button. You will be asked for a password.
After several seconds a window will open showing part of the VICORE desktop.
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How To Configure Your LAN Address
The exact steps to open your system settings may depend on your Windows
configuration, account permissions, and network security settings.
1. In the Windows 10 Start menu, click on the Settings button.
2. Click on Network & Internet.
3. Click on Change adapter options.
4. Right-click on the Ethernet connector
you will use for connecting to VICORE
and select “Properties”.
Depending on your account and security, you may
be asked to confirm changing settings by clicking
on Yes or No. Or you may be asked to enter an
Administrator password.

5. Click on “Internet Protocol Version 4(TCP/IPv4)”. Scroll down to find it ifnecessary.
6. Click the Properties button.

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7. Click the bubble beside “Use thefollowing IP address:”
8. Enter an address that is compatible
with VICORE, for example
192.168.0.101.
9. Click in the field beside “Subnet
mask.” It should populate
automatically to show
255.255.255.0.
10. Click OK to close the IP4 menu.
11. Click OK to close the Port
properties menu. You do not haveto reboot the PC or Laptop for an
address change.

How To Open Remote Desktop
1. Click the Search button in the taskbar and type “Remote Desktop”.
2. Click on “Remote Desktop Connection” (not on
the arrow beside it).
The remembered Computer name anduser name (if any) are displayed or as
shown here no previous connection data.
3. Click the Show Options button.

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4. Enter the Computer name andaccount user name.
The default Computer name is “VIC-”
followed by the 7 digits of the
VICORE serial number. Such as:
VIC-1234567. The default accountname is “teledyne”.
Note: User names are not casesensitive.
5. Click the Connect button. You will be
asked to supply a password. The
default password is “teledyne”.
Note: The password is case sensitive.

6. After several seconds the remote desktop window will open showing part of the
VICORE desktop with the Teledyne logo. You can maximize this window.

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Software Applications Interface
Getting Started

VICORE has the 64-bit Windows 10 IoT operating system. VICORE-03 model has
iNspect Express licensed (Sherlock is not licensed). VICORE-04 model has Sherlock 8,
Sherlock 7 and iNspect Express licensed for Genie Nano and Calibir. VICORE-H model(for Z-Trak) has no software license installed. The Z-Trak includes a Sherlock 8 3D
license. These applications offer a suite of vision capabilities that satisfy a diverse rangeof automated inspection needs. The following shows where VICORE software is
installed. Refer to the respective software user manual for more information. Manuals
provided on the VICORE system drive. C:\IPD Install Files\PDF Manuals
Software Directory Structure
Software applications are installed in various directories on the VICORE. The following
table lists the location and association of core programs and data directories referenced
in this manual.
Sherlock 8 Program Files and Directories

Sherlock
Sherlock Drivers
Sherlock Programs
Emulator Images
Sapera CamExpert
iDiscoverGenie
License Manager

C:\Program Files\Teledyne Dalsa\Sherlock8x64\bin\IpeApp.exe
C:\ProgramData\Teledyne Dalsa\Sherlock8x64\drivers-data
C:\ProgramData\Teledyne Dalsa\Sherlock8x64\programs
C:\ProgramData\Teledyne Dalsa\Sherlock8x64\images
C:\Program Files\Teledyne Dalsa\Sapera LT\CamExpert.exe
C:\Program Files\Teledyne Dalsa\Sherlock8x64\bin\iDiscoverGenie.exe
C:\Program Files\Teledyne Dalsa\Sherlock8x64\bin\IpdLicMgr.exe

Sherlock 7 Program Files and Directories

Sherlock
C:\Program Files\Teledyne Dalsa\Sherlockx64\bin\IpeStudio.exe
Sherlock Drivers
C:\ProgramData\Teledyne Dalsa\Sherlockx64\Drivers
Sherlock Programs
C:\ProgramData\Teledyne Dalsa\Sherlockx64\Programs
Emulator Images
C:\ProgramData\Teledyne Dalsa\Sherlockx64\Images
Sapera Acquisition Wizard C:\Program Files\Teledyne Dalsa\Sherlockx64\bin\IpeSaqAcqWiz.exe
Sapera CamExpert
C:\Program Files\Teledyne Dalsa\Sapera LT\CamExpert\CamExpert.exe
License Manager
C:\Program Files\Teledyne Dalsa\Sherlockx64\bin\IpdLicMgr.exe
iNspect Express Program Files and Directories

Configurator
iNspect Express
Solution Files
Emulator Images
iDiscoverGenie
License Manager

C:\Program Files\Teledyne Dalsa\iNspectExpress x64\iNspectExpressConfig.exe
C:\Program Files\Teledyne Dalsa\iNspectExpress x64\Express.bat
C:\ProgramData\Teledyne Dalsa\iNspectExpressVA\Solutions
C:\ProgramData\Teledyne Dalsa\iNspectExpressVA\Images
C:\Program Files\Teledyne Dalsa\iNspectExpress x64\iDiscoverGenie.exe
C:\Program Files\Teledyne Dalsa\iNspectExpress x64\IdpLicMgr.exe

Note: The directory C:\ProgramData and everything below it is normally hidden as
required by Microsoft Windows rules. iNspect Express and Sherlock have a Start Menu
shortcut to the User Files Directory, which includes Programs Images and configuration.
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The License Manager
The software installed on the VICORE is license-protected. The license is applied to theunit system number before it ships from the factory. Make sure that the product license
matches what you ordered before going any further. Open the license manager from the“start menu” as follows:
Start ➔Teledyne DALSA Sherlock 8 x64➔License Manager
Start➔Teledyne DALSA Sherlock x64➔License Manager
Start➔Teledyne DALSA iNspect x64➔License Manager
This example shows the model -04 with
Sherlock and iNspect Express both licensed.
Your system may have only one of theselicenses (model -03 has only iNspect Express
licensed).
“System #11931690309” is the VICORE SSD.
A Genie Nano camera or Z-Trak Laser Profiler
would be listed as “Sapera LT Board #######”.
If the license does not reflect what you
purchased, consult your Teledyne Imaging
sales representative. The license is field
upgradable by entering a new string in the“Enter License” box then clicking “Update
License”.
Note: QuickBarcode DPM is an optional license
addition.
This example shows a Sherlock 8 license
stored on a connected Z-Trak Laser Profiler.
“Sapera LT Board” refers to the Z-Trak and in
this example the serial number is 20000000.
If you purchase the –H model no licensees will
be installed. Connecting a Z-Trak as indicatedabove will enable the Sherlock 8 software.
Note: iNspect Express does not support alicense stored on a camera.
Note: The license manager requires
Administrator privileges.
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Camera Address
The iDiscoverGenie utility is provided for discovering GigE cameras connected to the
VICORE. Use the iDiscover interface to change the camera IP settings to match the IP
setting of the camera port.
• A shortcut to iDiscoverGenie is available on the VICORE desktop.
• Sherlock 8 creates a shortcut to iDiscoverGenie in the Windows start menu:
Start ➔Teledyne DALSA Sherlock 8 x64➔GigE devices network utility

The cameras are listed in the center field. A red camera icon indicates the camera IP
Address is not compatible with the NIC port and needs to be corrected. A blue camera
icon indicates the camera IP Address is compatible with the NIC port.
To change a camera’s IP Address or Subnet Mask:
1. Click on one of the cameras to populate the network configuration on the right. You
can then modify the camera IP address to match the camera port IP segment at the
top. The first 3 fields must match the NIC, the last field must be different.
2. Click the “Apply” button to save changes. The camera will reappear configured with
the new address. A Genie-TS camera will disappear and must be power cycled.

Select a camera.

Change theselected camera’s
Address andSubnet mask.

Click Apply tosave changes tothe camera.

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PLC Port Configuration
The VICORE uses dedicated port for Ethernet-IP or Profinet communication only. This
port is not configured or controlled under Windows or Sapera networking. The PLC port
is factory-configured for Ethernet-IP with a static IP address 192.168.10.100.
Note: The IFC driver must be enabled in Sherlock 8 or Sherlock 7 to use the PLC port.
Use the VICORE PLC Configure utility to set up this port for communication. You may
choose either Profinet or Ethernet-IP as your configuration.
The VICORE PLC Configure utility can be launched from theiNspect Express Configurator (page 43) or the Windows Start
menu: Start➔VA GenICam X64 Tools➔VICORE PLC Configure
1. Select Profinet or Ethernet IP and click
Apply. The progress bar changes to show
the firmware being loaded.
2. Enter an IP Address for the VICORE port
which is compatible with your PLC or
machine network. Enter a subnet maskthat matches your network.
3. Enter the default gateway if your network
requires it. Some networks are set toignore the gateway.
4. Enter a device name for the PLC to use
when addressing the VICORE.
5. Click Apply when finished, then click Close.
6. If you changed the Device Type (Profinet/Ethernet-IP) the progress bar will show
the Port configuration being loaded. You will be asked to shut down the VICORE.
7. If you did not change the device type, but you did change other information, you
should reboot (soft boot) your VICORE to complete the address configuration.
8. You may wish to reopen the Configurator to verify your changes were successful.
Note: iNspect Express and Sherlock 7 automatically select the PLC Port for Ethernet-IP
or Profient communication. In Sherlock 8 you must create a PLC “hard” communication
object for the PLC Port. Note: The VICORE LAN port will not support Ethernet-IP or
Profinet communication.
Note: If you switch between the two setups the PLC may see the VICORE as a new
device and refuse to connect, even if the name and address are the same.
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Sherlock 8 Setup
The first time you use Sherlock 8, you should save the list of attached cameras.
Sherlock detects the cameras and configures one image workspace accordingly. From
Sherlock 8 you can launch CamExpert configurator and change the camera settings.
Sherlock 8 uses the settings stored in the camera, or in camera configuration files. You
can also use Sherlock instructions to change Gain, Exposure (shutter time) or Strobe
pulse width programmatically (IO:Camera:write_number).
1. In Sherlock’s main window, pull down the Options
menu and select “Configure Drivers”.
Sherlock always opens with the “default” configuration.
The configuration is interactive. Changes
you make are used immediately andsaved when you close Sherlock.
The Sapera, IFC io, Network and Serial
drivers are enabled by default.
Note: The IFC io driver must be enabled
for the VICORE IO and the PLC port.
2. Click the Run button beside Sapera.
This opens the GenICam devices menu
showing a list of all detected cameras.
3. All cameras are enabled by default. Clearthe check boxes beside any cameras you do
not wish to use. Sherlock 8 will reserve all
attached cameras that it finds, unless they
are listed here and unchecked.
4. Click the “Save discovered to active” button.
This copies the new list of devices over theoriginal empty list.
5. You can click the “Run CamExpert” button to configure camera settings and save a
configuration file (page 30). Close CamExpert to return to this menu.
6. Click the “Show active config” button to edit the Sapera LT configuration file and point
to your camera configuration file. (page 31)

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The Sapera CamExpert Utility
GigE cameras store their configuration settings (I/O, shutter speed, white balance) inmemory (EEPROM). Changes you make to the camera settings are temporary, unlesssaved to the camera memory or to a configuration file. The Sherlock 7 Install Guide andSherlock 8 Tutorial 3 discuss configuring cameras in CamExpert. Tutorial 2 discusses
using CamExpert X to configure the Z-Trak profiler.
• Sherlock will use the current camera state or load a saved configuration file during
program initialization.
• iNspect Express overrides these settings and configures the camera according to thesolution file.
You can change a camera’s parameters and save them to the camera memory and/or
to a configuration file using the Sapera CamExpert utility. You can configure the camera
to load either your saved settings or the factory settings from its memory at power up.
The preferred method is to save your settings to both the camera and a configuration
file. Sherlock can load a configuration file at startup. If the two cameras are the same,
you can use one file for both cameras. If different configurations are needed, you cancreate different configuration files for each camera.

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All the detected cameras are listed (below). The file begins with a list of the cameras
and their status equal to True or False. All cameras you unchecked are false. Sherlock
will not access or reserve the cameras set to “false”. The cameras appear in Sherlockin the order they are listed here. You can change the camera order by editing this file.
1. If you created camera configuration files, edit the “configfile=“ to point to your files (afull path is required). Note: You can use the same file for multiple cameras if they are
the same model and the same settings. Or you can create multiple files to loaddifferent camera settings at startup.
2. If you have color cameras, enter the values for Red, Green and Blue gain values
form CamExpert. Enter as floating point; for example: 1.0524, 1.843113.
3. Save the Sapera configuration file when finished. (File-Save or Ctrl-S in Notepad).
4. Close the INI file.
5. Close the GigE Devices window.
6. Close the Sapera Driver configurator.

Camera order and enable.
Sherlock 8 uses the Serial Number to identify each camera.
Path to camera 1 configuration file

Color gain values for camera 1

Path to camera 1 configuration file

Color gain values for camera 2

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Configure the VICORE I/O in Sherlock 8
A configuration file is not required but it is recommended. By default Input 0 triggers
both cameras and strobe outputs are disabled. A Configuration file allows you tocustomize the IO settings.
1. In the Hardware Devices configuration
menu, click the Run button beside IFC
io driver. This opens a file in Notepad.
2. Edit the line “CONFIG=“ to point to avalid VICORE IO Configuration file.
3. Save the Ipeifcdrv.ini file and exit
notepad.
4. Close the Hardware Devices
menu to return to Sherlock 8.
Using a Supplied File
There are four VICORE configuration files supplied. Edit the IFCDrv.ini file to point to
one of the four files found in directory: C:\VAGenie\Config• VICORENoStrobesTrig0&0.txt – Default setting. No Strobe signals enabled to the
VICORE IO connector, both cameras use VICORE Input 0 for the trigger.
• VICORENoStrobesTrig0&4.txt – No Strobe signals enabled to the VICORE IO
connector, Camera 1 uses Input 0 for trigger and Camera 2 uses Input 4 for trigger.
• VICOREStrobe1&2Trig0&0.txt – Camera 1 strobe goes to VICORE Output 3 andCamera 2 strobe goes to Output 7. Both cameras use VICORE Input 0 for trigger.
• VICOREStrobe1&2Trig0&4.txt – Camera 1 strobe goes to VICORE Output 3 andCamera 2 Strobe goes to Output 7. Camera 1 uses Input 0 for trigger and Camera
2 uses Input 4 for trigger.
Create a New Configuration File
You can use the “VA GenICam X64 Setup” to create a new configuration file (page 34).
You can turn the strobe outputs on or off, and you can select which VICORE inputs
supply triggers to the two cameras. Note: You should disconnect the cameras while
creating an IO Configuration file.
When you open VA GenICam X64 Setup the default on both Camera ports is: strobe
outputs disabled, Camera port 1 uses GPI[0] for trigger and Camera port 2 uses
GPI[4] for trigger.
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Enabling Trigger and Strobe in Sherlock 8
Triggers and strobes are enabled in the camera, in the VICORE Configuration file, andin the Sherlock Application. Use this page to check that you have made all thenecessary changes.
1. Launch Sherlock 8 and then launch CamExpert (page 30).
2. Select the IO Controls in the left most pane in CamExpert.
3. Change the Trigger Mode to On. Change the Trigger Source to Line 2 (Input 2).
4. Use the Line Selector to select Line 4 (Output 2).
5. Change the mode to one of the Pulse output options for a camera strobe output.
6. Click the Save button in the toolbar or use the File menu to select Save.
7. In the popup, change the two “default” fields to identify the new camera settings,
such as “TrigIn2” and “StrobeOut2”.
8. Click Save. The default location is C:\Program Files\Sapera\CamFiles\User
If the cameras are the same model and use the same settings, you can use one file forboth cameras. Or you can create different files with different settings.
9. Open the Sapera LT Configuration (last step on page 29) and edit it to point to theconfiguration file you just saved (page 31). Do this for both cameras.
10. Save and Close the Sapera LT Configuration file.
11. Open the IFC Configuration file (page 32).
12. Change the “CONFIG=“ to point to a VICORE configuration file (page 32). The
default file is Strobes disabled and Trigger 0 for both cameras.
13. Save this file and close.
14. In Sherlock 8 open the System Objects window and select Image Sources.
15. Select a Camera and open the camera object properties. Change the trigger toExternal. Repeat for the second camera.

16. In the Program Window, open the Properties for the acquire instruction. Change thetimeout if necessary (for a large image or a long trigger interval) .

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GenICam X64 Setup
1. Disconnect the cameras so you do not get information you will
have to delete later.
2. Open the GenICamSetup X64 Tool from the start menu :Start ➔ VA GeniCam X64 Tools ➔ VA GenICam X64 Setup

Note: The IPD Version utility only works in 32-bit environments.
When you open VA GenICam X64 Setup the default on both camera ports is: Strobe
outputs disabled, Camera port 1 uses VICORE input IN0 for trigger and Camera port 2
uses VICORE IN4 for trigger. The 2 camera ports are configured separately.
3. Click on Port 0 in the upper pane.
3

4. Click the Trigger tab at the bottom of
the pane.
5. Click on the field beside “Trigger
Source” to activate the pull-down.
6. Select your trigger source from one of
the VICORE inputs.

5

IFC_EXT_AUTO_TRIG setting allows
iNspect Express to select the correct
trigger input in Synchronous andAsynchronous modes. Sherlock does
not have a defined Synchronous andAsynchronous mode.

4

7. Click on the Strobe tab at the bottomof the pane.
8. Click in the right column beside Strobe
Output Enable to activate the pull-down.
9. Select IFC_ENABLE to allow thecamera’s strobe signal to pass to the
VICORE outputs.

8

Camera1 (Port0) strobe goes to VICORE
output 0 and Camera2 (Port1) strobe
goes to output 4. This cannot be altered.
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10. Now click on port 1 in the upper pane. You are asked to save the changes to port
0. Answer yes.
11. You will be asked to give a name to your port configuration.
12. You are then given theoption to apply thechanges to all ports. Checkthe boxes beside each port
if you want both ports thesame.
13. Click OK.

14. If you want different settings on Port 1, click on Port 1 and repeat steps 4 through13.
Save Your Configuration
1. Use the File menu to select “Generate Portable
Config File”. This creates a single detailed file for all
ports and their settings.

2. Save the file using a name you will recognize.
3. You will point to this saved file using Sherlock.
The default location is C:\VAGeniex64\Config

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Sherlock 7 Setup
Follow these steps to configure the VICORE system to run Sherlock 7:
1. Connect cameras as shown in the typical installation (page 9).
2. Run the License Manager and verify a valid license is installed (page 26).
3. Run the iDiscover utility (page 27) or the Sapera Network Configuration Tool todetect and configure the addresses of all cameras connected to the system.
4. Run the Sapera CamExpert utility if you want to change settings in any of thecameras such as trigger, exposure, strobe or white balance (page 37).
5. Run the Sapera Acquisition Wizard to verify all attached GigE cameras are shown
as expected and click the “save” button (page 38) to save the configuration file
(SaperaLTDrv.ini).
6. Launch Sherlock 7 using the shortcut on the desktop (Sherlock GUI shown below).
7. Go to the Options menu and select “Acquisition”. In the “Configure Driver Loading”
section enable “Sapera LT” for the GigE cameras and enable “Ifc” for the VICORE
IO and the PLC port. Close Sherlock 7.
8. Use the Start menu shortcut for Sherlock’s User Data Directory. Open the “Drivers”
directory. Edit the “IfcDrv.ini” file to point to a valid configuration file (page 40). A fullpath is required. Note: Sherlock 7 may fail to run if you enable “Ifc” but do not point
to a valid configuration file!
9. Open Sherlock 7 again. Driver changes only take effect when Sherlock opens.
VICORE IO in Sherlock 7
In the default configuration both cameras use Input 0 for Trigger and the strobe
outputs are disabled. You can change this configuration (see page 40).

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The Sapera CamExpert Utility
GigE cameras store their configuration settings (I/O, shutter speed, white balance) inmemory (EEPROM). Changes you make to the camera settings are temporary, unlesssaved to the camera memory or to a configuration file. The Sherlock 7 Install Guide andSherlock 8 Tutorial 3 discuss configuring cameras in CamExpert.
• Sherlock will use the current camera state or load a saved configuration file during
program initialization.
• iNspect Express overrides these settings and configures the camera according to thesolution file.
You can change a camera’s parameters and save them to the camera memory and/or
to a configuration file using the Sapera CamExpert utility. You can configure the camera
to load either your saved settings or the factory settings from its memory at power up.
The preferred method is to save your settings to both the camera and a configuration
file. Sherlock can load a configuration file at startup. If the two cameras are the same,
you can use one file for both cameras. If different configurations are needed, you cancreate different configuration files for each camera.

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The Sapera Acquisition Wizard
The Sapera Acquisition Wizard detects all available cameras and creates a file
“SaperaLTDrv.ini” that identifies them in Sherlock 7. Note: If the saved configuration
does not match the number of cameras, the Sapera LT driver will not load and Sherlock
will not run saved programs. Instead, Sherlock will open a new investigation (job) file.
The Sherlock application uses the settings stored in the camera, or in camera
configuration files. You can use Sherlock instructions to change Gain, Exposure (shuttertime) or Strobe pulse width (IO:Camera:SetNumberFeature) programmatically.
1. When you launch the wizard you may see a warning that the current configuration
cannot be loaded. This means the current cameras do not match the last saved list.
2. All cameras connected to the VICORE should be listed in the device window.
3. Only the first camera is enabled by default. If you have more than camera, you must
enable it in this dialog.
4. Enable using configuration files and brows to the file location.
5. Expand the “Device Settings” and enter color gain values from CamExpert.
6. Click the “save” button to store the configuration in the SaperaLTDrv.ini file.

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Sapera Acquisition Wizard creates a text file SaperaLtDrv.ini (below) Sherlock 7 will
load this file on startup. The full path to configuration files appears beside “ConfigFile”.
You can enter the Color Gain values in Sapera Acquisition Wizard or in this file. You canalso change the camera order by editing this file. “Server0” is the first camera andappears twice in the definition. “Server1” is the second camera. Do not open the Wizard
and resave a configuration file after you have edited this file.

Server0 is the first camera or “camera0” inSherlock 7.
Sherlock 7 uses the DeviceName to identify
each camera.
Path to camera 0 configuration file

Color gain values for camera 0

Server1 is the second camera or “camera1” inSherlock 7.

Path to camera 1 configuration file

Color gain values for camera 1

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Configure the VICORE IO in Sherlock 7
The IFC Driver requires a configuration file to spell out the IO functions of the VICORE.
Note: Enabling the driver without specifying a configuration file may cause Sherlock 7 to
not run.
The default setup selects file VICORENoStrrobesTrig0&0.txt. Both cameras use Input 0
for a trigger and strobe outputs are disabled.
To Change the default:
1. Use the Start menu to open the User Files directory. Open the Drivers folder.
2. Right-click on the file IfcDrv.ini and select Open. This launches notepad.
3. Edit the line “CONFIG=“ to point to a valid VICORE IO Configuration file.

Use a Supplied Configuration File
There are four VICORE configuration files in directory: C:\VAGenieX64\Config• VICORENoStrobesTrig0&0.txt – Default setting. No Strobe signals enabled to the
VICORE IO connector. Both cameras use VICORE Input 0 for the trigger.
• VICORENoStrobesTrig0&4.txt – No Strobe signals enabled to the VICORE IO
connector. Camera 1 uses input 0 for trigger and Camera 2 uses Input 4 for trigger.
• VICOREStrobe1&2Trig0&0.txt – Camera 1 strobe goes to VICORE Output 3 andCamera 2 strobe goes to Output 7. Both cameras use VICORE Input 0 for trigger.
• VICOREStrobe1&2Trig0&4.txt – Camera 1 strobe goes to VICORE Output 3 andCamera 2 Strobe goes to Output 7. Camera 1 uses Input 0 for trigger and Camera 2
uses Input 4 for trigger.
Create a New Configuration File
You can use “GenICam X64 Setup” to create a new configuration file (page 34). You
can turn the strobe outputs on or off, and you can select what VICORE inputs supply
triggers to the two cameras. Note: You should disconnect the cameras while creating
an IO Configuration file.
When you open VA GenICam X64 Setup the default on both Camera ports is: strobe
outputs disabled, Camera port 1 uses GPI[0] for trigger and Camera port 2 uses
GPI[4] for trigger.
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Enabling Trigger and Strobe in Sherlock 7
Triggers and strobes are enabled in the camera, in the VICORE Configuration file, andin the Sherlock Application. Use this page to check that you have made all thenecessary changes.
1. Launch CamExpert (page 37). Select a camera.
2. Select the IO Controls in the left most pane.
3. Change the Trigger Mode to On. Change the Trigger Source to Input 2 or Line 2.
4. Use the Line Selector to select Line 4 (Output 2).
5. Change the mode to one of the Pulse output options.
6. Click the Save button in the toolbar or use the File menu to select Save.
7. In the popup, change the two “default” fields to identify the new camera settings,
such as “TrigIn2” and “StrobeOut2”.
8. Click Save. The default location is C:\Program Files\Sapera\CamFiles\User
If the cameras are the same model and use the same settings, you can use one file forboth cameras. Or you can create different files with different settings.
6. Launch Sapera Acquisition Wizard (page 38).
7. Enable both cameras. Configuration Files. Use the Browse button to find theconfiguration file you just saved.
8. Click Save and then click Exit.
9. Use the Start menu shortcut to open the User Data Directory.
10. Open the “Drivers” directory and edit the file “ifcdrv.ini”.
11. Change the “CONFIG=“ to point to a VICORE configuration file (page 40). The
default file is Strobes disabled and Trigger 0 for both cameras.
12. Save this file and close.
13. Launch Sherlock 7. Double-click in the image to open the properties for the Image
Window.
14. Click the “External Camera Trigger” checkbox and change the Triggered Acquisition
Timeout value. It is in milliseconds; 1000 is one second.

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iNspect Express Setup
Follow these steps to configure the system to run iNspect Express:
1. Connect one or two cameras as shown in the typical installation (page 9).
2. Run the License Manager and verify a valid license is installed (page 26).
3. Open the iNspect Express Configurator utility and configure preferences; Select“GigE” in the camera menu (page 43).
4. Click on the iDiscover Genie button to detect and configure cameras connected tothe system (page 44).
5. Save Camera set (select which connected cameras you want to use).
6. Close iDiscover and launch iNspect Express (run panel shown below).
VICORE IO in iNspect Express
iNspect Express automatically recognizes the VICORE. You do not need to add aconfiguration file for the VICORE I/O. You cannot override the iNspect Express
assignments.
• In Synchronous mode VICORE Input 0 is the trigger to both cameras.
• In Asynchronous mode Input 0 is the trigger for Camera1 and Input 4 is the trigger for
Camera2.
• Strobes are disabled by default in iNspect Express. If you enable the strobes,
Camera1 strobe is VICORE Output 3 and Camera2 strobe is Output 7.

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The iNspect Express Configurator
This program is a front-end configuration tool for iNspect Express and for the Emulator.
1. Launch the configurator from desktop icon, or from the Start menu.
2. Select the Language and custom features for your application. These features are
peculiar to iNspect Express and are detailed in the software user’s manual.
3. To use the Emulator select “Emulator” and launch iNspect Express.
4. To use cameras select GigE cameras.
5. Launch iDiscover (page 44) to configure camera addresses.
6. Select “Enable Async Acquisition” if asynchronous mode is required.
7. Launch iNspect Express.

LaunchiDiscover
Genie
Launch
VICORE
PLC Port
Configurator

LaunchiNspect
Express

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The iDiscover Genie Utility
The iDiscoverGenie utility is provided for discovering GigE cameras connected to the
VICORE. Use the iDiscover interface to change the camera IP settings to match the IP
setting of the camera port. A shortcut to iDiscover is available on the VICORE desktop.
1. Click on one of the cameras to populate the network configuration on the right. You
can then modify the camera IP address to match the camera port IP segment at the
top. Note: Conflicting IP addresses will be designated by a red camera icon in thedetected camera menu.
2. Click the “Apply” button to save changes. The camera will reappear configured at the
new address. Note: A Genie-TS camera will disappear and must be rebooted toapply the new address.
3. Select which cameras to use in your iNspect Express configuration by clicking andmoving them to the left panel using the arrow buttons. You can change the camera
order in iNspect Express by using the up/down arrow buttons on the left control bar.
4. Save the corrected camera list. Then Close iDiscover Genie.

Change theorder ofcameras.
Delete a selectedcamera from thelist.

Click to save thelist of cameras.

Add a selectedcamera or allcameras to thelist.
Change theselected camera’s
Address andSubnet mask.
Click to savechanges to thecamera.

Click to close iDiscover Genie and return to the Configurator.
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Enabling Trigger and Strobe in iNspect Express
Triggers and strobes are controlled in the Sensor Setup panel in the iNspect Express
application. The first time you start iNspect Express (after installation) the default is:• Trigger inputs disabled, using internal timer to acquire cameras.
• Strobe outputs disabled.
• If you change the trigger and strobe settings, they are saved in your “Solution” orjob file. And the new settings are used as the default when you create new job files
1. Launch iNspect Express Configurator.
2. If the two cameras operate independently enable Async mode (asynchronous). If thetwo cameras operate together (synchronized) do not enable Async mode.
3. Launch iNspect Express.
4. Click the Sensor button. Use the drop-list in the top right corner to select a camera.
5. Use the first row of bubbles (radio buttons) under Trigger Source to select a trigger:• Internal Timer: the slider below the button
controls camera images.
• External Trigger: a signal from the I/O
connector controls camera images.
• Software Trigger: a command instruction
controls camera images.
6. Use the checkbox under Inspection Trigger Delay to enable delay. Use the sliders toadjust the Offset (amount of delay) between the External Trigger signal and thecamera image.
7. Use the checkbox under Strobe Output Pulse toenable strobe output. Use the two sliders toadjust the strobe delay and duration.
8. If you enabled Async mode, the triggers and strobes for both cameras areadjustable independently. If you are using synchronized cameras, only the strobe
settings are adjustable independently. Note: You must enable Async Mode before
you begin. A synchronous Solution setup cannot be converted to an asynchronous
Solution setup once you have begun.

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Job Switching Using Inputs
Solutions (job files) can be loaded on demand using the GPI1 & GPI2 inputs. A PLC, orother hardware controlling device, sets a HIGH signal on the “job change” line (GPI1)and sends a series of pulses on the “job select” line (GPI2) equal to the solution #. For
example, solution 12 = 12 pulses.
1 ms Minimum

1 ms Minimum

The pulse train requires a 1 millisecond (1 ms) setup and hold time between any edgetransition. When a solution switch is detected, VICORE will abort the current inspection(if running) and switch immediately.
To use the inputs for job switching, select the “Job Change” and “Job Select” functionsin the Input control setup panel as shown.

Note: Job switching is also supported through the software user interface and scripting.

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Additional Software Applications
Windows Unified Write Filter
The VICORE uses the Windows 10 IoT operating system, which supports a Unified
Write Filter (UWF) that provides the ability to write-protect a run-time image. By
redirecting all write requests to an overlay disk or RAM partition, UWF allows the runtime image to maintain the appearance of a writeable run-time image. The UWF
prevents accidental file corruption when accessing the system or when the systemsuddenly loses power.
The default state of the UWF is disabled allowing full access to files on the unit. Whenyou have completed development of your application, we recommended enabling thefilter to prevent accidental data corruption. When the filter is enabled, only writes to the
C:\ProgramData\Teledyne DALSA and C:\Program Files\Teledyne DALSA\Sherlock
directories will be allowed, all other system and program directories will be blocked.
The UWF is located in the C:\IPD Install Files directory. The utility has a GUI (graphic
user interface) for displaying status and setting the filter. Changes take effect on thenext system reboot.
Note: If you have run the filter and not yet rebooted, it is still showing the current statusfrom when you booted, not what you have set for the next reboot!

Acronis® True Image Software
A “registration form” with an “activation code” was shipped with your unit. Registration isfree. You should register with Acronis to obtain a key to unlock this software. Once
unlocked, you can create your own backup files on removable media (a USB thumbdrive) or a network resource. We suggest you make your own full backup on abootable thumb drive. You can use one thumb drive for booting to Acronis and a second
thumb drive for storing the image.
Create a Backup
1. Use Windows to make a bootable thumb drive.
2. Use Acronis tools to create a “bootable backup” (you must register first) which
deposits the Acronis restore executable onto the drive.
3. Run Acronis to create a full backup on the thumb drive.

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Restore the Factory Image
A backup image was created using the Acronis® True Image Software before your unit
was shipped. Restoring the factory image will all files and configuration changes. Backup your files before restoring the factory image.
1. Reboot the VICORE system.
2. When the Teledyne logo is displayed tap the Delete key continuously to enter BIOS.
3. Use the right arrow key to select the “Save and Exit” tab.
4. Use the down arrow key to select “Acronis loader” under the “Boot Override” options
and press the Enter key.

5. A loader menu is displayed. Press 1 on your keyboard for the Recover option.

6. Press the Y key to confirm the restore.

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