IQeye User's Guidelib.store.yahoo.net/lib/webcameverything/iqc3_um.pdf · 2001-08-14 · The front of the camera has an LED and a lens mount. The rear has the camera’s hardware

user'sguide

manual version 1.5/2

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Notices

© 2001, IQinVision. All rights reserved. No part or contents of this manual may be transmitted or reproduced without written permission from IQinVision.

The release date for this manual is April 25, 2001. The instructions contained in this manual correspond to operating software version 1.5/2. Due to updates in the camera’s operating software, this manual will change periodically and may change without notice. Current versions of the manual are kept at the IQinVision web site (www.IQeye.com).

The screenshots in this manual are used for explanatory purposes. Your actual screens may differ from the screenshots included in this manual.

For the on-line version of this manual, all cross-references to other chapters, sections, and pages are highlighted in blue. These highlighted words are links to the indicated section. Navigate to the section indicated in the cross-reference by clicking the highlighted word.

This product is partially based on source code appearing in “The Working Programmer's Guide to Serial Protocols,” Copyright (c) 1995 Tim Kientzle and Coriolis Group, Inc.

Portions Copyright Netscape Communications Corporation, 1999. All Rights Reserved. Netscape Navigator and the Netscape N Logo are registered trademarks of Netscape in the United States and other countries. Microsoft Windows and Internet Explorer are registered trademarks of Microsoft Corporation. Other company or product names are trademarks or registered trademarks of their respective owners.

Table of Contents

Notices 2

1: Introduction 61.1 Overview 61.2 Features 61.3 The IQeye Camera 7

1.3.1 The IQEye1 and IQEye2 71.3.2 The IQEye3 8

1.4 Installation Basics 91.5 Configuration Basics 10

1.5.1 Browser-Based Settings Pages 101.5.2 Online Help Pages 111.5.3 VisiCon 11

1.6 Lens Mount Compatibility 111.7 Browser Compatibility 12

1.7.1 Browser Support 121.7.2 Browser Management 12

2: Installation & Initial Configuration 132.1 Overview 132.2 Connectors 13

2.2.1 Connect Ethernet 132.2.2 Connect Power 13

2.3 Assign the IP Address 142.3.1 VisiCon 142.3.2 Directed Ping Packet 17

2.4 Configure the Camera 192.4.1 Focus 202.4.2 Image Size and Orientation 212.4.3 Image Settings 232.4.4 Server Settings 25

2.5 Access the Camera 262.5.1 Pan/Tilt/Zoom Within Images 272.5.2 View Still Images 282.5.3 Save Images (optional) 29

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3: Image Configuration 303.1 Overview 303.2 Navigation 303.3 Image Settings 323.4 Window Tools 36

3.4.1 Hot Spot Tool 373.4.2 Crop Tool 373.4.3 Gain Window Tool 37

3.5 Focus 38

4: Server Configuration 404.1 Overview 404.2 Server Setup Items 414.3 Important Server Information 44

5: Access Control 455.1 Overview 455.2 Passwords 46

5.2.1 General Password 465.2.2 Management Password 475.2.3 Cookies 47

5.3 Access Hours 48

6: Trigger Event Configuration 496.1 Overview 496.2 Trigger Settings 49

6.2.1 General Settings 516.2.2 E-mail Settings 536.2.3 FTP Settings 556.2.4 Verify Outgoing Connection 57

7: Modem Settings 597.1 Overview 597.2 Enabling Dial-up Connectivity 60

7.2.1 Connect a Compatible Modem 607.2.2 Configure Dial-up Settings 61

7.3 Using the Modem 627.3.1 Dial-in Connections 627.3.2 Dial-out Connections 62

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8: VisiCon 638.1 Overview 638.2 Managing the Camera 638.3 Using Browser-Based Configuration Pages 658.4 Installing New Operating Software 668.5 Rebooting 69

9: Lenses 709.1 Overview 709.2 Lens Selection 70

9.2.1 Imaging Chip Size (format) 709.2.2 Focal Length 719.2.3 Lens Mounts 729.2.4 Depth of Field 739.2.5 Iris (aperture) 73

9.3 Lens Compatibility 749.3.1 Compatible Lenses 749.3.2 Incompatible Lenses 74

A: Technical Support 75

B: Troubleshooting 76

C: Pinouts 80

D: Focus Utilities 83

E: Software Updates (Manual) 87

Certifications 91

Warranty 92

Index 93

table of contents 5

1: Introduction

1.1 OverviewThe IQeye is a digital camera that contains a compression engine and an integrated web server. This combination enables the IQeye to capture live digital images, host its own web site, and deliver the images via the World Wide Web without needing any additional computer equipment, plug-ins, or software.

1.2 FeaturesThe IQeye offers a wide range of versatile features. Most importantly, the camera:

• Supports the most commonly used World Wide Web browsers: Netscape 4.67 and higher (4.0 and higher necessary for configuration) and Internet Explorer 5.5 and higher,

Note: Refer to the Browser Compatibility section on page 12 of this chapter for information on the operational differences between the two browsers.

• Connects to the Internet through an ordinary RJ45 10/100BASE-T Ethernet port,

• Contains a web-based configuration utility for image, web server, and security settings,

• Supports the TCP/IP protocol for easy connectivity and hassle-free software upgrades,

• Can place images on external FTP servers,

• Can e-mail images to remote users,

• Can be easily configured to capture images in any size up to 640 by 480 pixels (IQeye1 and IQeye2) or 1288 by 1032 pixels (IQeye3, subject to change), and

• Protects all browser-based settings with encrypted passwords.

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1.3 The IQeye Camera

1.3.1 The IQEye1 and IQEye2

The front of the camera has an LED and a lens mount. The rear has the camera’s hardware address, connection ports, power supply input, and two LEDs.

(1) Red “Image Capture” LED Programmable LED. By default, it flashes each time the IQeye camera captures an image when a user is connected to the camera. It also indicates the level of focus when using the focus utility.

(2) Lens The IQeye camera ships with an 8mm 1:1.2 lens.

(3) RJ45 Ethernet Port Accepts an RJ45 Ethernet connector.

(4) Din-8 Serial Port Allows users to perform camera management or attach a modem to the IQeye camera.

(5) Green “Status” LED Flashes to indicate that power is being supplied to the camera and also flashes to indicate the boot process.

(6) Hardware Address Necessary when assigning an IP address to the camera.

(7) Power Input Accepts the power plug of the included power supply.

(8) Screw Terminal Relay I/O Allows users to attach an external device such as an infrared motion sensor.

(9) Focus/Factory Reset Button Dual-purpose button. When pressed once, it initiates the focus utility. When pressed and held during the boot process, it returns all settings to their factory defaults.

Note: After completing a factory reset, you will need to reassign the camera’s IP address before any connectivity will be available. Refer to the Installation & Initial Configuration chapter for more information about assigning an IP address.

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(11) Yellow “Link/Activity” LED Lights steadily to indicate a successful network connection and flashes to indicate the presence of network or serial activity. Also used to indicate the level of focus when using the focus utility.

1.3.2 The IQEye3

The front of the camera has an LED, a lens mount, and a focusing wheel. When the lens is removed, you can see the lens selector and imager chip inside the camera. The rear has the camera’s hardware address, connection ports, power supply input, and two LEDs.

(1) Lens Mount Attach a C-mount or CS-mount lens.

(2) Imager Chip Captures the images through the lens.

(3) Focus Wheel Turn the wheel to adjust the focus.

(4) Lens Selection Pointer Turn the Focus Wheel until the pointer is over the line marked C or CS, which corresponds to the type of lens attached to the camera.

(5) Red “Image Capture” LED Programmable LED. By default, it flashes each time the IQeye camera captures an image when a user is connected to the camera. It also indicates the level of focus when using the focus utility.

(6) Power Input Accepts the power plug of the included power supply.

(7) RJ45 Ethernet Port Accepts an RJ45 Ethernet connector.

(8) Mic In Port Accepts a stereo miniplug to provide sound to those viewing the image.

(9) Audio Out Port Accepts a stereo miniplug.

(10) Auto Iris Port Accepts an auto-iris connector that is attached to the lens.

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(11) DB9 Serial Port Allows users to perform camera management or attach a modem to the IQeye camera.

(12) Screw Terminal Relay I/O Allows users to attach an external device such as an infrared motion sensor.

(13) Hardware Address Necessary when assigning an IP address to the camera.

1.4 Installation BasicsThe IQeye camera becomes operational once it is:

1 Connected to an Ethernet network using twisted-pair Ethernet cable,

Note: To configure the camera to operate with an external modem, refer to the Modems chapter.

2 Connected to its power supply and plugged into an ordinary electrical outlet, and

3 Assigned an IP Address.

Note: If your IQeye is installed on a network that uses a DHCP server to assign IP addresses, you will need to enable the DHCP feature in the camera. See DHCP on page 42 for more information.

Once you assign an IP address to the camera, you can access the camera from your favorite web browser by typing its IP address into the browser’s URL/Location field.

After you enter the IP address into the browser, you will see the IQeye camera’s View Images page, which should look similar to the following:

The IQeye’s home page allows you to view live images, access still images, and navigate to the browser-based configuration pages.

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1.5 Configuration BasicsOnce an IQeye camera is properly installed, you can customize image settings, security features, and networking capabilities. While some of the camera’s features will need to be customized only for particular situations, other features will need to be configured for all installations. These important features can be configured using the browser-based configuration page and are discussed in the following places in this manual:

• Clock, see the Clock Date section on page 26

• Login and privileged passwords, see the Passwords section on page 46

• The network gateway, see the TCP/IP Gateway section on page 25

• Image lighting, see the lighting section on page 33

Use the camera’s browser-based configuration pages to adjust the features mentioned above. These pages contain fields that allow you to reconfigure most of the camera’s default settings.

1.5.1 Browser-Based Settings Pages

IQeye cameras contain browser-based settings pages for configuring most settings. The pull-down menus and text input fields on the these pages enable you to optimize the performance of your camera. When using the pull-down menus, all settings will activate once you choose the appropriate setting. For the text input areas, all settings will activate once you press <Tab>.

To adjust the settings on the browser-based settings pages:

1 Become the privileged user (see Passwords on page 46).

2 Choose the setting you want to adjust.

3 Select the appropriate value from the pull-down menu or enter the appropriate value into the form field and then press <Tab>.

Note: When using the pull-down menus, the setting will change once you select the appropriate setting.

4 Repeat this process for any other settings you want to adjust.

5 Press the Logout Session button.

The Logout feature will close that privileged session, which ensures that no one else can access the privileged features of your camera from that computer without logging in. You will also end the privileged session by quitting your browser.

Note: For the browser-based pages to operate properly on Netscape browsers, you must enable both Java and JavaScript. These options are available within the Advanced area of the Preferences settings. Access these settings by selecting Edit from the menu bar. Within the Edit menu, choose Preferences and then scroll down to Advanced. Enable Java and JavaScript by clicking the appropriate check boxes.

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1.5.2 Online Help Pages

All settings on the browser-based settings page are linked to a comprehensive help text. Access the help text for a particular setting by clicking the question mark icon that appears next to the desired setting:

1.5.3 VisiCon

For advanced configurations, such as downloading new software and configuring identical settings for multiple cameras, we suggest that you use VisiCon. VisiCon’s easy-to-follow on-line interface allows you more configuration options without having to manually enter commands.

VisiCon is contained on the IQeye Operating Materials CD-ROM that accompanied your camera. You can also download the application from the IQinVision web site at www.IQeye.com. Refer to the ReadMe for VisiCon—also included on the CD-ROM—for information about which platforms will support VisiCon. See the VisiCon chapter in this manual for more information about using VisiCon.

1.6 Lens Mount CompatibilityIQeye cameras contain a built-in mount for CS-mount lenses. An adapter is available so that the IQeye can also accommodate C-mount and micro-mount lenses.

Each lens requires a specific mounting assembly, which places the lens a certain distance from the camera’s imaging chip. If the lens is not placed at the proper distance, it will not be possible to focus the lens. For more information about lens selection and usage, see the Lenses chapter starting on page 70.

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1.7 Browser CompatibilityFor viewing images, IQeye cameras support most of the commonly used World Wide Web browsers on PC, Macintosh, and UNIX platforms. Supported browsers include Netscape 4.67 or higher and Internet Explorer 5.5 or higher. However, the camera’s configuration pages and some additional features are optimized for more recent browser versions.

1.7.1 Browser Support

The supported browsers are:

• Netscape 4.67 and higher on a PC, Macintosh, or UNIX machine

• Internet Explorer 5.5 and higher on a PC or Macintosh machine

1.7.2 Browser Management

You can improve the performance of the camera by taking the following steps for your browser.

Refresh/Reload Liberal use of Refresh/Reload will generally clear up any occasional display issues. If the Refresh/Reload button does not appear to update the page, it may help to request all new information from the camera by forcing a reload from the server: hold down the <Control> key (Internet Explorer) or <Shift> key (Netscape) when you click the Refresh/Reload button.

Clear Cache The cache stores pages and images on your local computer, so that the browser can re-draw a screen or re-load a page quickly. However, the data in the cache is usually old. The forced reload mentioned above should clear the cache. You can also clear the cache by turning caching off or dumping the cache contents from the browser’s Preferences dialog.

Enable Java Java must be enabled to manage the camera. The first time you need Java in any browser session you have to wait for Java to load. This takes a few seconds.

Enable Cookies The IQeye uses “cookies” to secure the password protected areas. Cookies are a mechanism with which a web server can transfer and store information on a user’s computer. When users login as 'root', the IQeye gives a cookie to their computer so it can recognize a camera manager. This cookie is automatically removed when a user selects 'logout', or quits the browser. The cookie also times out after a short inactive period.

Cookies are permanently enabled in Internet ExplorerTo enable them in Netscape, go to the Edit menu, select Preferences, and then go to the Advanced area.

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2: Installation &Initial Configuration

2.1 OverviewThis chapter discusses the installation procedures for IQeye cameras. To install your IQeye camera, you will need to:

1 Connect Ethernet,

2 Connect Power, and

3 Assign a valid IP address.

2.2 ConnectorsThe back of the IQeye camera contains the ports you will need for installation: the Ethernet port and the Power Input. The two LEDs on the rear cap will verify that the camera is successfully connected: The Green “Status” LED will flash after you have properly connected power and the Yellow “Link & Activity” LED will flash to indicate network activity.

When you assign an IP address to the camera, you must use the camera’s hardware address, which appears on the label affixed to the back of the camera.

The IQeye camera has two additional inputs. Refer to the Pinouts appendix for information on how to use these ports.

2.2.1 Connect Ethernet

1 Connect one end of a twisted pair Ethernet cable to your network device.

2 Connect the other end to the camera’s RJ45 Ethernet Port.

2.2.2 Connect Power

1 Connect the plug of the included power supply to the camera’s universal Power Input.

Note: When connecting the IQeye, be sure to use the universal power supply included with your camera. Using the wrong power supply may damage your power supply and/or your camera.

2 Plug the appropriate end of the power cord into the power supply.

3 Plug the opposite end of the power cord into an ordinary electrical outlet.

Note: The IQeye automatically turns on once power is supplied. The Green “Status” LED on the back of the camera will flash to tell you that the camera is on.

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2.3 Assign the IP AddressThere are two possible ways by which to assign the IP address: VisiCon, which is a Java configuration utility, or a directed ping packet. VisiCon is easier to use, but if your system does not support VisiCon or you would like to assign the IP address at the command line, you must use the directed ping packet method.

Most operating systems support VisiCon, including Windows 95, 98, 2000, NT, and ME; Macintosh; and several UNIX platforms. VisiCon is located on the CD-ROM accompanying your IQeye camera. You can also download the latest version of VisiCon from the IQinVision web site (www.IQeye.com).

Note: If your camera sits on a network that has a DHCP server, the camera can get its address from that server. If possible, configure the server to supply the camera with a static IP address. For more information on this method, consult your system administrator or refer to the documentation that accompanied your DHCP server. Also refer to the Server Commands chapter of the IQeye Reference Manual for more details on the DHCP notification feature.

2.3.1 VisiCon

After you use VisiCon to assign an IP address to your camera, VisiCon will use your computer’s default web browser to automatically open the camera’s installation wizard—a series of four web pages that contain your camera’s initial configuration items. Use these web pages to complete your camera’s setup.

To use VisiCon to assign your camera’s static IP address:

1 Install VisiCon on your computer.

To install VisiCon on your PC or Macintosh, insert the IQeye Operating Materials CD-ROM into your CD-ROM drive. The appropriate installer should appear on your desktop. Follow the on-screen instructions to complete the installation.

To install VisiCon on a Unix computer, read the Readme file on the IQeye Operating Materials CD-ROM that corresponds to your version of Unix.

2 Double-click on the VisiCon icon that appears on your computer (Windows or MacOS), or enter the command visicon (Unix). A dialog box will appear:


3 Click the assign an IP address button. A dialog box will appear:

4 Specify which camera to assign the IP address to using one of the following methods:

❍ Enter the camera’s hardware address, which appears on the label affixed to the back of the camera.

❍ Push the Browse button. VisiCon will search your network for cameras.

In the example, VisiCon shows the hardware address and default camera name for each camera it finds, but the IP address for the highlighted camera is all zeroes (the factory default).

Note: The Browse feature in VisiCon version V1.4/1 and later will not be able to find cameras running operating code older than V1.5/2. To check your camera’s operating code, see Server Configuration on page 40.


5 Click the OK button.

You have two options for assigning an IP address to your camera:

❍ IP via will configure the camera to use one or more standard network protocols for automatic IP address assignment.

❍ Assign IP allows you to assign a fixed IP address to the camera. This is the most commonly-used option.

You will need to verify that the correct Subnet Mask is used - VisiCon will assign one by default, and it is correct for most situations. Consult your system administrator for assistance.

For Gateway, enter a value only if you know the correct gateway. Otherwise leave the automatic checkbox checked.

6 Click the OK button.

If you selected the IP via option, the camera will automatically reboot to enable the new selections.


If you selected the Assign IP option, the new IP address, subnet mask, and gateway (if specified) will be immediately updated in the camera.

If you instead received an error message, refer to the Troubleshooting appendix on page 76 to fix the problem(s) noted in the error message.

2.3.2 Directed Ping Packet

When the IQeye does not already have an IP address, you can assign it a temporary address by sending a directed ping packet. You can then access the camera to permanently assign the IP address.

1 Choose an IP address that is not currently being used by another device on your network. For best results, ask your system administrator for an available IP address.

2 Enter the ARP command at the appropriate prompt. An ARP command consists of:

• Your camera’s hardware address, which appears on the label affixed to the rear cap of the camera, and

• The desired IP address for the camera, which can be obtained from your system administrator.

Format: arp -s <IP Address> <Hardware Address>

Example:

Note: For ARP/Ping to work properly on Windows machines, there must already be at least one IP address in the ARP table. Type ARP -A at the DOS prompt to ensure that one entry is present. If there is not another IP Address in the table, ping a known device on your network to build an entry (See step 3 below). Once you establish an entry in the ARP table, repeat the process to set the IP address for the camera.


3 Ping the camera’s IP address. The camera must be fully booted to accept the ping.

Once the camera has received a ping packet, it will temporarily use that IP address to communicate with other servers.

4 Use the temporary IP address to Telnet to the camera.

When you connect to the camera, you will see a Username> prompt.

5 Enter a username to identify yourself as the current user.

Note: This username is not associated with authentication.

6 Become the privileged user (Superuser).

Changing most settings on the camera requires “privileged user” status. To become a privileged user, you must issue the Set Privileged command and enter a password:

At the resulting Password> prompt, enter system, the default privileged password. A Local>> prompt will appear.

7 At the Local>> prompt, issue the Define Server IP address command.

The camera will save this IP Address for future use. You can now access the camera through your web browser.

Note: After setting the IP address, you may need to set a subnet mask for the camera. Ask your system administrator for an appropriate subnet mask. Once you know the appropriate subnet mask, specify it by using the browser-based configuration pages. Refer to the subnet mask section on page 43.


8 Exit the Telnet session.

The Logout command will close that privileged session with the camera, which ensures that no one else can access the privileged features of your camera from that computer without logging in.

2.4 Configure the CameraIQeye cameras feature a browser-based installation wizard that contains all of the initial settings that should be configured for each installation. After assigning an IP address to your camera using VisiCon, the default web browser on your computer will open the first page of the wizard. (You can also access the installation wizard by selecting Install Wizard from the navigational pull-down menu that appears on the View Images page.)

Note: VisiCon will issue the default username and password when accessing the installation wizard. If you have changed the management password, the login page will appear.

Note: For the browser-based pages to operate properly on Netscape browsers, you must enable both Java and JavaScript. These options are available within the Advanced area of the Preferences settings. Access these settings by selecting Edit from the menu bar. Within the Edit menu, choose Preferences and then scroll down to Advanced. Enable Java and JavaScript by clicking the appropriate check boxes.

Use the text input fields and pull-down menus in the installation wizard page to adjust the camera’s initial configuration settings. When using the pull-down menus, all settings will activate once you choose the appropriate setting. For the text input areas, all settings will activate once you press <Tab>.


To adjust the settings in the wizard:

1 Choose the setting you want to adjust.

2 Select the appropriate value from the pull-down menu, or enter the appropriate value into the form field and press <Tab>.

3 Repeat this process for any other settings you want to adjust.

2.4.1 Focus

If your camera is out of focus, you can use the rapidly updating image on the first page of the wizard to bring your camera into focus. The image that appears on the page is a reduced image from the center of your camera’s field of view.

The image on the Focus page displays a number that corresponds to the level of focus. Maximize this number to properly focus the camera. As you approach the proper focus point, either by bringing the image into focus or by maximizing the focus number, slight adjustments will bring the camera into focus.

To focus your IQeye1 or IQeye2 camera, gently rotate the lens while you watch the updating image. For Micro-mount lenses, turn the entire lens. For C-mount and CS-mount lenses, the lens usually contains a built in focus-ring on the outer edge of the lens. For IQeye3 cameras, gently rotate the focus knob while you watch the updating image.

When you are satisfied with your camera’s level of focus, click the Next>> link that appears near the bottom of the page.


2.4.2 Image Size and Orientation

Use the second step of the installation wizard to personalize the size of your image, properly position your IQeye so that it provides the desired field of view, and optimize the characteristics of your camera’s image.

The image that appears on this page is a half size image that updates more rapidly than a full size image. Watch this image as you position and properly frame your image. Use the settings on this page to finalize the general characteristics of your image.

Crop Tool Cropping an image involves selecting one region of interest in the image and discarding the rest, creating a smaller image. When you crop the image, you will increase the rate at which the camera can process and transmit images. Set the cropping of your camera’s image by using the crop tool


To set a crop area:

a Click the Crop rectangle select button.

b Click the part of the image that you want to be in the upper-left corner of the crop window. Do not hold the mouse button down.

c Move your mouse to the area that you want to be the lower-right corner of the crop window and click again.

Image Size Select the factor by which you want the image to downsample, or shrink. For example, selecting 1/3 will downsample the image to 1/3 its original size. Since smaller images are processed and transmitted faster, this feature is important if you need to transmit more images per second and are not as concerned with the quality of the images.

Flip/Rotate Select a flip or rotate setting to properly orient your camera’s image. The default orientation is with the mounting screw hole on the bottom of the camera.

The Horizontal and Vertical settings reflect your camera’s image. BLTR reflects your image across a diagonal line starting in the bottom left corner of your image and extending to the top right corner. TLBR reflects across the diagonal extending from the top left corner to the bottom right corner.

The 90, 270, BLTR, and TLBR settings require additional processing, which may slow down performance.

When you are pleased with your image position and size, click the Next>> link that appears near the bottom of the page.


2.4.3 Image Settings

Complete the image configuration by using the third page in the installation wizard. The Image Settings page provides the most important settings for optimizing the quality of your images.

The settings on the Image Settings page of the installation wizard include:

Lighting Choose the type of lighting that illuminates your camera’s surroundings.

The lighting settings control the color corrections that are needed to account for specific types of lighting. Each category of lighting correction will change the basic color matrix the camera uses to process its images.

Brightness Set an average value for the overall brightness (gain) control. The value of the brightness corresponds to the shade of gray of the gain correction (For example, 0.4 = 40% gray. The resulting image will have an average brightness that is 40% white).

Select the value by clicking the Up or Down buttons, or by entering a number into the text input field. Return to the default brightness by clicking the Default button.


Contrast Adjust the midtones, or gray levels, of your camera’s image. The effect is to make the lighter and darker parts of the image either more (up) or less (down) distinguishable from one another. Select the value by clicking the Up or Down buttons, or by entering a number into the text input field. Return to the default contrast by clicking the Default button.

Compression Select the level of compression to apply to your image, which affects the quality of the image. Low levels of compression result in high quality images, large file sizes, and slow transmission times. Conversely, high levels of compression yield smaller file sizes, poorer image quality, and faster transmission times.

Your ideal compression setting will depend on the minimum image quality and maximum transmission time that you find acceptable.

Subject Select the appropriate shutter speed and light conditions to improve the quality of your images. Choose the settings based on the activity of the subject in your image and the level of illumination in your camera’s surroundings.

When you are satisfied with your camera’s image quality, click the Next>> link that appears near the bottom of the page.


2.4.4 Server Settings

The final step on the installation wizard contains the most important of the server settings. If necessary, consult your network administrator or your ISP for the appropriate information.

Use the text input fields and pull-down menus on this page to adjust the camera’s necessary server settings. All settings will be activated once you choose the appropriate setting.

IQeye Name Enter a descriptive name for your camera, up to 16 characters long. The name can include numbers and letters. Use the underscore character (_) instead of any spaces.

TCP/IP Gateway Enter the IP address of the router to be used as a TCP/IP gateway between networks. Traffic destined for another network will be routed to the gateway and then forwarded to their destination.

If you only need to communicate with your camera over a local network, no gateway setting is required. However, if you plan to access your camera on the Internet, you must enter the appropriate TCP/IP gateway.

Time Zone Choose the appropriate time zone setting from the settings contained in the pull-down menu.


The camera’s clock is preconfigured. You should only need to adjust the time zone setting for your camera to display the proper time.

Note: The camera will use the time zone setting to properly adjust time-based information it receives from the network. Most of this information is sent using GMT—a format that does not contain a time zone setting. Your camera will operate better if the time zone is properly configured.

Clock Date Adjust the date of your camera. This setting is important when transferring images to a remote FTP server, at which time the default settings will use the date to create a directory. Enter the date in the MM/DD/YY format.

Clock Time Adjust the time on your camera. Before you adjust the clock, make sure that you have already selected the appropriate time zone for your camera.

After completing the settings on the Server Settings page, the installation wizard is finished. Click the Done>> link that appears near the bottom of the page to access your camera’s Live Images page. From that page, you can navigate to the remainder of the settings pages to completely customize your camera.

2.5 Access the CameraTo access your camera after the previous steps have been completed:

1 End any previous web sessions with your camera by closing your browser windows or quitting your browser.

2 Open a new window in your preferred web browser.

Currently, the camera supports most browsers, including Netscape 3.0 or higher (4.0 or higher is necessary for web-based configuration) and Internet Explorer 4.0 or higher.

3 Type the camera’s IP address into your browser’s URL/Location field.

Note: You can add this camera to your host table to associate a text name with the IP address. When the camera is in the host table, you can access it by typing the name in your web browser instead of typing the IP address. Consult your system administrator for details about this process.

4 Press Return.


The camera’s View Images page appears. This page contains the live images from your camera along with the digital pan/tilt/zoom controls. Your page should look similar to the following:

From this page, you will be able to:

• View live, updating images from your camera,

• Retrieve (save) still images,

• Pan/tilt/zoom within images, and

• Access your camera’s configuration pages.

Note: Because Netscape and Internet Explorer behave differently, IQeye cameras operate two live connection pages: a server push page for Netscape users and a Java Applet-based server push page for Internet Explorer users. IQeye cameras automatically sense the browser being used and route users to the appropriate live connection page.

2.5.1 Pan/Tilt/Zoom Within Images

The IQeye includes a digital pan/tilt/zoom feature that allows you to move around within the full viewing area of the camera’s imager. The following controls can be found at the top of the View Images page:

arrow buttons Click on the arrow buttons to move the image left, right, up, or down.

For each click, the center of view will move by one-half the image size in the appropriate direction. When you reach the edge of the image, you will see an alert message.

Note: You can also click within the image to re-center the image on that point.


zoom buttons Click the zoom buttons to zoom in (+) or out (-).

You can zoom in to an area that is two pixels wide. You can zoom out to the full imager viewing area (which depends upon your camera model and lens). When you reach maximum zoom in either direction, you will see an alert message.

size buttons Click the size buttons to make the viewing window smaller (-) or larger (+).

The maximum viewing window size is the same as your camera’s imager size (which differs by camera model). You can also downsample to progressively smaller images that are 1/2, 1/4, 1/8, and 1/16 of the maximum size. When you reach the maximum or minimum size, you will see an alert message.

Note: At smaller sizes, image overlays will be truncated, and may overlap. The size of the overlays doesn’t change, but there is less image area available for displaying them.

2.5.2 View Still Images

To view still images, click the stop button that appears at the top of the View Images page:

Once you click the stop button, the camera will take an image and then display it in a new browser page. Since the browser is requesting a new still image from the camera, the new image will most likely differ from the last streaming image.


Your page should look similar to the following:

To update the still image on the View Still Image page, click the new image button:

Note: If the same image appears after the page reloads, you may need to override your browser’s cache. Hold the <Control> key (or <Shift> for Netscape users) when pressing the Refresh/Reload button.

To return to the View Images page, click the play button:

2.5.3 Save Images (optional)

Although you cannot save images from the camera’s streaming images page, you can save still images by using the same method you would use to save any image from the World Wide Web.

Since techniques for saving images from the WWW vary according to the type of browser, the following steps outline the process used by most browsers.

1 Access your camera’s Still Image page.

2 Right-click the image (MacOS users click and hold over the image).

3 Highlight “Save this image as.”

4 Choose the folder in which to save the image.

5 Rename the image, if desired.

6 Click the Save button.

Note: Once you click the Save button, your browser will request a new still image from the camera. Because of browser functionality, the saved image will not be identical to the one displayed in your browser.

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3: Image Configuration

3.1 OverviewIQeye cameras feature an easy-to-use browser-based Image Settings Page that lets you adjust most of the image settings.

Note: Some of the image settings on this page differ from the command syntax used at the command line. Refer to the IQeye Reference Manual for details on the complete command syntax of all image commands.

Beyond adjusting the image settings, you can use the Window Tools Page to personalize the size and characteristics of your camera's image. Use the Hotspot, Cropping and Gain tools to optimize the performance of your camera.

3.2 NavigationAccess the browser-based management screens by selecting them from the navigational pull-down menu located on the View Images page:

You can also access the image settings page by clicking the Image tab that appears in the navigation menu on all settings pages.

Note: The active screen will not have an underline below the screen name in the navigation header menu.

Note: Your camera model (IQeyeXT in this example) and your camera name (IQEYE0005BB - a unique factory default name) are displayed in the top of the navigation header menu.

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To protect your camera’s settings from outside users, you must pass through a security page to access the IQeye Image Settings page. If you are not logged into the camera, you will be asked to enter the Superuser username and password.

The default username and password are:

name = rootpassword = system

Note: You only need to enter this information once per session. The session will end either when you press the Logout button or when you quit your browser.

Important: To optimize the security of your camera by changing the default passwords, refer to the Access Control chapter .

After you log into the camera, the page you selected will appear.


3.3 Image SettingsUse the Image Settings page to “fine tune” the image displayed by the camera. You can define and position the date/time stamp and custom user message, compensate for lighting and subject, specify compression, and flip or rotate the image.

On this page, you can use the pull-down menus and text input fields to adjust several of the camera’s image settings.

Note: Refer to the Browser-Based Settings Pages section on page 10 for information on how to use the browser-based settings pages.

Note: Each setting on the Image Settings page is linked to a comprehensive help page. To access the help text for a particular setting, click the question mark icon that appears next to it.


lighting Choose the type of lighting that illuminates your camera’s surroundings. The lighting settings control the color corrections that are needed to account for specific types of lighting. Each category of lighting correction will change the basic color matrix the camera uses to process its images.

brightness Set an average value for the brightness (gain) control. The value of the brightness corresponds to the shade of gray of the gain correction (For example, 0.4 = 40% gray. The resulting image will have an average brightness that is 40% white).

Select the value by clicking the Up or Down buttons, or by entering a number into the text input field. Return to the default brightness (0.40) by clicking the Default button.

contrast Adjust the midtones, or gray levels, of your camera’s image. Select the value by clicking the Up or Down buttons, or by entering a number into the text input field. Return to the default contrast (0.50) by clicking the Default button.

compression Select the level of compression to apply to your image. The level of compression affects the quality of the image. Low levels of compression result in high quality images, large file sizes, and slow transmission times. Conversely, high levels of compression yield smaller file sizes, poorer image quality, and faster transmission times.

Your ideal compression setting will depend on the minimum image quality and maximum transmission time that you find acceptable. Select medium for an image balanced with acceptable image quality and reasonable file size.


subject Select the appropriate shutter speed and light conditions to improve the quality of your images. Choose the settings based on the activity of the subject in your image and the level of illumination in your camera’s surroundings.

timestamp Enable or disable a timestamp overlay that will appear on your image.

timestamp position Select a position for the timestamp that appears on your image.

timestamp color Select a color for the timestamp that appears on your image.

overlay text Enter a text message that will appear as an overlay on your image.

Note: A text overlay automatically becomes enabled after you enter text into the overlay field and press <Tab>. Disable the text overlay by deleting the text from the text field.

text position Select a position for your text overlay.

text color Select a color for the overlay that appears on your image.


image size Select the factor by which you want the image to downsample, or shrink. For example, selecting 3 will downsample the image to 1/3 its original size. Since smaller images are processed and transmitted faster, this feature is important if you need to transmit more images per second and are not as concerned with the resolution of the images.

monochrome Choose the level at which you want the monochrome feature to function. When the feature is enabled, the camera will discard all color information, essentially creating greyscale images. When automatic is specified, the camera will dynamically enable the feature for dark scenes. In dark scenes, there is often little or no useful color information, so image quality will improve with monochrome images. Additionally, monochrome images compress better and transmit faster than comparable quality color images.

flip/rotate Select a flip or rotate setting to properly orient your camera’s image. The default orientation is with the mounting screw hole on the bottom of the camera.


The Horizontal and Vertical settings reflect your camera’s image. BLTR reflects your image across a diagonal line starting in the bottom left corner of your image and extending to the top right corner. TLBR reflects across the diagonal extending from the top left corner to the bottom right corner.

The 90, 270, BLTR, and TLBR settings require additional processing, which may slow down performance.

3.4 Window ToolsUse the Window Tools page to customize the size and characteristics of your camera’s image and to optimize the performance of your camera. To access the Window Tools page, either select Window Tools from the navigational pull-down menu located on the View Images page, or click the Window tab that appears in the settings menu:

After you make your selection, the Window Tools page appears. Your page should look similar to the following:

Use any of the three window tools on this page to customize your camera’s images.


3.4.1 Hot Spot Tool

A hot spot is one area within the image that updates faster than the rest of the image. This technique is also called picture-in-picture. Create a rapidly updating area within your camera’s image by using the hot spot tool.

Note: To properly view hot spot images using Netscape browsers, you must enable stylesheets within your browser. This option is available within the Advanced area of the Preferences settings. Access the setting by selecting Edit from the menu bar. Within the Edit menu, choose Preferences and then scroll down to Advanced. Enable stylesheets by clicking the appropriate check box.

To set a hot spot:

1 Click the Set Hot Spot button.

2 Click the part of the image that you want to be the upper-left corner of the hot spot window. Do not hold the mouse button down.

3 Move your mouse to the area that you want to be the lower-right corner of the hot spot window and click the mouse again.

To remove a previously configured hot spot, click the Clear button.

3.4.2 Crop Tool

Cropping an image involves selecting one region of interest in the image and discarding the rest, creating a smaller image. When you crop the image, you will increase the rate at which the camera can process and transmit images. Set the cropping of your camera’s image by using the crop tool.

To set a crop area:

1 Click the Set Crop button.

2 Click the part of the image that you want to be the upper-left corner of the crop area.

3 Move your mouse to the area that you want to be the lower-right corner of the crop area.

4 Click the mouse again to apply the changes to your camera’s image.

To remove a previously configured crop window, click the Clear button.

3.4.3 Gain Window Tool

A gain window is an area within the image that determines the brightness level for the entire image. When you set a gain window, the brightness of the rest of the image adjusts to match the brightness of the image in the window.


To set a gain window area:

1 Click the Set Gain Window button.

2 Click the part of the image that you want to be the upper-left corner of the gain window.

3 Move your mouse to the area that you want to be the lower-right corner of the gain window.

4 Click the mouse again to apply the changes to your camera’s image.

To remove a previously configured gain window, click the Clear button.

3.5 Focus If your camera is out of focus, you can use the rapidly updating image on the Focusing Aid page to bring your camera into focus. The image that appears on the Focusing Aid page is a rapidly updating, reduced image from the center of your camera’s field of view. To access the Focusing Aid page, either select Focusing Aid from the navigational pull-down menu located on the View Images page, or click the Focus tab that appears in the settings menu:

After you make your selection, the Window Tools page appears. Your page should look similar to the following:


Use the rapidly updating image on this page to bring your camera into focus. The image on the Focus page also displays a number that corresponds to the level of focus. Maximize this number to properly focus the camera.

To focus your camera, gently rotate the lens while you watch the updating image. As you near the proper focus point, either by bringing the image into focus or by maximizing the focus number, slight adjustments will bring the camera into focus.

Note: When focusing a Micro-mount lens, turn the entire lens. For C-mount and CS-mount lenses, the lens usually contains a built in focus-ring on the outer edge of the lens.

If you prefer, you can also use the IQeye built-in Focus Utility to adjust your camera’s level of focus. This method uses either the camera’s LED’s or a console window to help you focus the camera. Refer to the Focus Utilities appendix for information on using the Focus Utility.


4: Server Configuration

4.1 OverviewThis chapter discusses the server configuration items for IQeye cameras, such as web and FTP settings, which enable you to specify how the camera operates during TCP/IP connections. Adjust the server configuration items using the browser-based Server Settings page. To access the Server Settings page, either select Server Settings from the navigational pull-down menu located on the View Images page, or click the Server tab that appears in the settings menu:

After you make your selection, the Server Settings page appears. Your page should look similar to the following:

Note: If you are not logged into the camera, you must provide the correct management username and password to access this page.

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The pull-down menus and text input fields on the Server Settings page enable you to optimize your camera by adjusting several important settings. The lower right hand corner shows some important server information (see page 44).


Note: Each setting on the Server Settings page is linked to a comprehensive help page. Click the question mark icon next to a setting to see the help text.

4.2 Server Setup ItemsUse the text input fields and pull-down menus on this page to adjust the camera’s initial configuration settings. All settings will be activated once you choose the appropriate setting.

IQeye name Enter a descriptive name for your camera, up to 16 characters long. The name is used to identify a camera in the web browser title page so that you can distinguish between different cameras.

The name can include numbers and letters. Use the underscore character (_) instead of any spaces.

set IQeye home page Enter the filename of the web page that you want to appear as your camera’s home page, such as index.htm or livevid.htm. This setting allows you to choose a custom home page. For more information, see the IQeye Reference Manual

Include either the absolute or relative path to this page.

time zone Choose the appropriate timezone setting from the settings contained in the pull-down menu.

Since the time displayed on the camera’s clock is preconfigured, you should only need to adjust the timezone setting to display the proper time.


IQeye clock date Adjust the date of your camera. This setting is important when transferring images to a remote FTP server, at which time the default settings will use the date to create a directory. Enter the date in the Month/Day/Year format (MM/DD/YY).

IQeye clock time Adjust the time on your camera. Enter the time in hours:minutes format (HH:MM). Alternately, you can use the IP Timeserver setting.

Before you adjust the clock, make sure that you have already selected the appropriate timezone for your camera. Never adjust the timezone by setting the clock instead of the timezone.

Note: The camera will use the timezone setting to properly adjust time-based information it receives from the network. Most of this information is sent using GMT—a format that does not contain a timezone setting. Your camera will operate better if the timezone is properly configured.

IP timeserver Enter the IP address of the timeserver on your network (if any). The timeserver automatically sets and updates your camera’s time setting.

DHCP Enables or disables querying for a DHCP host when the camera boots. If the camera sits on a network that uses a DHCP server, the DHCP host can supply the camera with an IP address at boot time.

Note: If your camera sits on a network that has a DHCP, server, the camera can get its address from that server. If possible, configure the server to supply the camera with a static IP address. For more information on this method, consult your system administrator or refer to the documentation that accompanied your DHCP server. If you must use a dynamic IP address, you can configure the camera to send an e-mail or FTP containing the newly assigned IP address. Refer to the Server Commands chapter of the IQeye Reference Manual for more details on the DHCP notification feature.

Refer to your DHCP server documentation for information on configuring the server to respond to the camera and supply it with a static IP address.


BOOTP Enables or disables querying for a BOOTP host when the camera boots. If the camera sits on a network that uses a BOOTP server, the BOOTP host can supply the camera with an IP address at boot time.

TCP/IP gateway Enter the host to use as a TCP/IP gateway between networks. The gateway allows communication between devices that are on different networks. Without a correct gateway setting, the camera cannot receive or transmit data from/to devices that are in different network address ranges.

Note: The outgoing gateway must be properly configured for the camera to be accessible over the Internet.

subnet mask Specify the subnet mask, or netmask, that the camera should use.

IP networks can be divided into several smaller networks by subnetting. When a network is subnetted, you must specify a subnet mask which tells network devices which smaller network they belong to. Without a correct subnet mask setting, the camera cannot communicate properly with devices that are in different network address ranges.

primary nameserver Specify the IP address of the external nameserver (if any) the camera will use when it attempts a TCP/IP connection with another host.

An external nameserver must be specified for the camera to use a text-based name when communicating with other machines.

Note: When using the camera to dial-out through a connected modem, enter the word NONE into the nameserver field. The ISP will assign an appropriate nameserver to the camera.

domain name Enter the default domain suffix for your camera, such as yourcompanyname.com.


4.3 Important Server InformationIn addition to the configuration fields, the Server Settings page shows the following information:

hardware address Displays the camera’s hardware address, which is needed for IP address configuration. This is the same number that is printed on the back of your camera.

firmware revision Displays the version number of the currently-used operating code. You can update the camera’s firmware using the VisiCon configuration tool.

bootcode version Displays the version number of the currently-used boot code. You can update the camera’s boot code using the VisiCon configuration tool.


5: Access Control

5.1 OverviewThis chapter discusses the security settings for IQeye cameras, which are contained on the Access Settings page. The items on this page enable you to personalize passwords and configure the level of accessibility for your camera. To navigate to the Access Settings page, either select Access Control from the navigational pull-down menu located on the View Images page, or click the Access tab that appears in the settings menu:

After you make your selection, the Access Settings page appears. Your page should look similar to the following:

You can use the pull-down menus and text input fields to adjust the camera’s level of security.


Note: Each setting on the Access Settings page is linked to a comprehensive help page. Access the help text for a particular setting by clicking the question mark icon that appears next to the desired topic.

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5.2 PasswordsThe IQeye camera has two sets of password protection: general password protection and management or “superuser” password protection. Although you cannot change the username for either set of security features, you should personalize each password.

Note: IQinVision strongly recommends that you change the default passwords.

For web sessions, you only need to enter the usernames and passwords once per session. A session ends either when you click the Logout Session button or when you quit your browser.

5.2.1 General Password

The General password features enable password protection for your entire camera. When the General password is active, no one can gain access to your camera for viewing images without entering the appropriate username and password. The default General username and password are:

name = loginpassword = access

When the General password is enabled, users must enter this password to see any of your camera’s images.

Note: Unless you enable the General password, users can access images from your camera without logging in.

Activate general password protection by selecting Enable from the general password protection menu. To change the password, type a unique password into the Change General Password field:

The password should be seven or fewer alphanumeric or punctuation characters (ASCII 0x21 to 0x7e) with no spaces. Ideally, you should use a mix of numbers, letters, and punctuation characters in your password to decrease the likelihood of others guessing your password.

Note: IQeye passwords are not case sensitive.

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5.2.2 Management Password

The Management password mode enables a password protection for any areas of the camera where settings can be adjusted. Users must enter this password to change any image settings for your camera. This Management feature is always enabled. The default Management username and password are:

name = rootpassword = system

Warning: If you forget your Superuser password, you must manually reset the camera to factory defaults. After the reset, the Management password reverts to the default password: system.

To change the password, type a unique password into the Change Management Password field:

The password should be seven or fewer alphanumeric or punctuation characters (ASCII 0x21 to 0x7e) with no spaces. Ideally, you should use a mix of numbers, letters, and punctuation characters in your password to decrease the likelihood of others guessing your password.

Note: IQeye passwords are not case sensitive.

Retype the password in the Retype Management Password field to complete the password change.

5.2.3 Cookies

The IQeye uses “cookies” to secure the password protected areas. Cookies are a mechanism with which a web server can transfer and store information on a user’s computer. When a user issues the proper passwords to a camera, an authentication cookie is placed on that user’s computer. The server will then recognize that the user has authenticated and will allow them privileged user status.

Support for cookies is permanently enabled in Internet Explorer browsers. For the cookie mechanism to work on Netscape browsers, the browser must be set to accept cookies. Otherwise, users cannot log into any of the camera’s password protected areas. To enable cookies within Netscape browsers:

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For Netscape 4.7

1 Select Edit from the Menu bar selections.

2 Choose Preferences from within the Edit options.

3 Select Advances from the list of Preferences options.

4 Click the radio button next to either “Select all cookies” or “Select only cookies that get sent back to originating server.”

5.3 Access HoursIQeye cameras feature an access hours setting that lets you control the operating hours for the camera. Although the browser-based interface does not support setting hours for individual days, you can configure the operating hours separately for weekdays versus weekends. For both weekdays and weekends, you can either configure the hours to provide unlimited, 24-hour access or close the camera completely.

To provide flexibility for the operating hours, you can also set specific times during which the camera will be available to outside users. At times that are outside of the specified hours of operation, the camera will serve a black image containing a customizable message to any non-privileged users. Privileged users can still see the streaming images at any time.

You can adjust the access hours separately for Monday through Friday, and for Saturday and Sunday. Use the Access pull-down menu to choose On for unlimited access, Off for permanently closed, or Timer for hours-based operation.

Use the access denied message field to personalize the message that appears during off-hours.

To set the operating hours for timer-based access control:

1 Select Timer from the pull-down menus for either Weekdays, Weekends, or both.

2 Enter the time that the camera should open in the Timer Start field. Enter the time in 24-hour time, using the hours:minutes format (HH:MM). For example: 14:30 equals 2:30 PM.

Note: You cannot set the camera to operate according to multiple hours cycles.

3 Set the time that the camera will close by entering a time into the Timer Stop field. Enter the time in hours:minutes format (HH:MM).

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trigger event configuration 49

6: Trigger EventConfiguration

6.1 OverviewAn IQeye camera normally captures and processes images continuously and displays them on the web. But, by using a hardware or software initiated trigger, you can configure the camera to save image sequences prior to processing. This allows you to capture frame rates much faster than you can in normal mode, where each image is processed before the next image is captured. After a trigger occurs, the camera processes the image sequence to JPEG files and saves the images either to internal memory or to an external FTP server. The camera can also send an e-mail to notify a user that a trigger event occurred.

A trigger event can be initiated either through hardware, such as when an infrared motion sensor activates a trigger event, or by software, such as with a timer or when a user manually forces a trigger event.

Hardware initiated trigger events involve an external device. Each time the device activates, it can initiate a trigger event. The camera also has a built-in relay, or switch, that can control external devices. Refer to the IQeye Reference Manual for information on controlling sensors and other devices with the camera.

Software initiated trigger events force the camera to save image sequences at specified times or intervals. You can specify the interval with the Periodic Triggering setting.

6.2 Trigger SettingsThe browser-based Trigger Settings page contains all of the necessary settings for properly configuring trigger events. To navigate to the Trigger Settings page, either select Trigger Settings from the navigational pull-down menu located on the View Images page, or click the Trigger tab that appears in the settings menu:

After you make your selection, the Trigger Settings page appears. Your page should look similar to the following:


On this page, you can use the pull-down menus and text input fields to adjust the camera’s trigger, FTP, and e-mail features.


Note: Each setting on the Access Settings page is linked to a comprehensive help page. Access the help text for a particular setting by clicking the question mark icon that appears next to the desired topic.

Note: Refer to the IQeye Reference Manual for more detailed information on setting the Trigger, FTP, and e-mail features.


6.2.1 General Settings

The items on the left side of the Trigger Settings page control the trigger event itself. Depending on your particular configuration, a trigger event can prompt the camera to perform a series of actions. The remainder of the settings on the trigger settings page configure the actions that the camera will take based on these settings.

Use the settings displayed above to configure software initiated trigger events, choose the method that the camera will use for transferring images from trigger events, and customize the sequence of images that result from trigger events. If you wish to connect an external sensor to your camera for controlling trigger events, specify the action that will initiate a trigger event by selecting onopen or onclose.

time lapse period Enter the amount of time, in seconds, that should pass between automatic trigger events. For example, if you enter 120.0, exactly two minutes will pass between trigger events. The amount of time between the events is measured from the end of the preceding event.

Entering a non-zero number into this field enables the periodic triggering feature. Once the number is entered, the camera will immediately begin to initiate periodic trigger events.

external input Select the condition when the input from an attached device will cause a trigger event. Since the input is connected to a switch within the camera, the input has two states during a trigger event: open and closed. Normally Open switch devices can cause a trigger event either when the switch closes, which happens once the trigger event occurs, or when the switch opens again, which happens when the device returns to normal. Likewise, Normally Closed switch devices can cause a trigger event either when the switch opens or when it closes again.


transfer Select the method you wish to use for transferring images from trigger events. Once the remainder of the items on the Trigger Settings page are properly configured, the camera can e-mail images to a remote user and/or FTP images to an external FTP server.

forced idletime Enter the time, in seconds, for the external device to remain idle between trigger events that are initiated by an external device. Use this setting to eliminate the possibility of redundant images that occur between closely-spaced trigger events.

This text input field is only used for hardware-initiated trigger events involving an external device.

number of Images Enter the number of images you want the camera to save from both before and after the trigger event. You can save up to 6 full-sized images from a trigger event.

Note: You can enter a higher quantity of pre- and post- event images if your image is downsampled or cropped.

time between images Enter the time, in seconds, to take place between each image capture in the image sequence.

reset trigger settings Click this link to restore the camera’s default trigger settings.


6.2.2 E-mail Settings

After a trigger event, the camera can send an e-mail to a remote user containing the images from the event. Use the e-mail settings to properly configure the necessary e-mail settings.

Use the e-mail settings to enable the e-mail feature and specify all of the information necessary for the camera to send e-mails to any valid Internet address.

Note: Some mail servers are configured to filter messages based on addresses, subject lines, or other message parameters. Consult your system administrator if you have problems sending messages from your IQeye.

domain name Enter the default domain suffix for your camera, such as yourcompanyname.com. This setting must be properly configured for the e-mail function to operate correctly.

mailserver Defines the name or IP address of the SMTP (Simple Mail Transfer Protocol) server on the camera's network.

Note: Before the camera can use a text-based name for connection attempts, you must specify a nameserver on the Setup page.

from Define the e-mail address from which e-mails will be sent. Users will see this address in the “from” field of the message. The domain name in the From field must match the domain name set above.

subject Configure the title of the e-mail message. Users will see this text in the “subject” field of the message.

Note: Review the IQeye Reference Manual for a complete description of all dynamic print variables.

recipient Set the user or users who will receive an e-mail from the camera after each trigger event. Enter multiple users separated by commas


6.2.2.1 Verify E-mail Settings

Once you configure the e-mail settings, use the Trigger Now link on the Trigger Settings page to verify that your camera is properly configured to send e-mail.

Pressing this link will manually initiate a trigger event, forcing the camera to act as it would during a software- or hardware-controlled trigger event. When all Trigger and e-mail settings are correct, the camera will successfully e-mail trigger images to the specified remote user.

Note: If your camera will communicate through a connected modem, you must also configure the dial-out settings. Refer to the Modem Settings chapter for details on configuring your camera to operate with a modem.

Use the Trigger Now link to verify that the image files were sent properly. The result of the e-mail attempt will be displayed on the Trigger Settings page.

Result Explanation

Success The e-mail was sent properly.

No Mailhost No mailserver has been specified. Enter a mailhost using the Mailserver entry field.

File Open The camera could not open the local file. Verify that the file exists and is not corrupted.

Connect The camera could not connect to the specified mailserver.

Negotiation The camera could not negotiate SMTP with the specified mailhost. Verify that the specified server is an SMTP server.

Send The camera could not send the local file.

None The camera has not made an e-mail attempt yet.


6.2.3 FTP Settings

A trigger event will prompt the IQeye to initiate an FTP connection with an external host. By using the FTP section of the Trigger Setup page, you can specify that the camera will transfer trigger event images from its memory to an external FTP server, which allows you to save and organize multiple trigger sequences in one place. You can also control file naming and settings needed for the camera to place images on the FTP server, and specify the correct username and password for logging onto the server.

Note: This external server must be an FTP server. Consult a system administrator for more information on setting up an FTP server on your host machine.

Use the FTP settings to enable the FTP feature, specify the remote FTP server, configure the correct username and password, and set the appropriate path and filename for your trigger images. If desired, also use this page to enable the unique naming feature, which will rename the current file if it encounters an older file that has the same name.

Note: If your camera is configured to operate with a modem, a trigger event will initiate a dial-out connection attempt. Use the Modem Setup page to properly configure your camera for dial-up connectivity.

Use the FTP settings to enable the FTP feature, specify the remote FTP server, configure the correct username and password, and set the appropriate path and filename for your trigger images. If desired, also use this page to enable the unique naming feature. When this feature is active, the camera will rename the current file if it encounters an older file that has the same name.

ftp hostname Specifies the name or IP address of the remote FTP server to which the camera will transfer the trigger images. Enter a hostname of up to 31 characters.

Note: For the camera to use a text-based name for connection attempts, you must specify a nameserver on the Setup page.

Use the backup hostname field to enter an alternate FTP host.

username Enter the username that the camera will issue to the FTP server during its login attempt.


password Enter the password that the camera will issue to the FTP server during its login attempt.

filepath Specify the path and appropriate folder into which the camera will save the trigger event images.

The $SN/$SD variables above are the dynamic print variables for the camera’s name and the current date. When you issue these variables within the FILEPATH field, the camera will create a new directory named after the camera. Within that directory, the camera will create a new directory daily with that date as the directory’s title. It will save all subsequent trigger images from that date in the same directory.


file name Specify the desired filename for the trigger event images.

The $ST/$FN variables above are the dynamic print variables for the camera’s name and the current date, which the camera uses when saving image sequences on an external server. When you specify the filename with the $FN variable, the camera will name the images according to their base file name (trig.jpg) and their location in the trigger sequence. Additional characters in the filename will be added to the base file name. For example, the filename above will save the images as time.trig#.jpg in which time is the exact time (in hour.minutes.seconds format) that the images were taken.

Note: If your camera is configured to capture images at intervals of less than one second, you will get numerous images with the same time stamp.

The following images will result from a trigger event with the filename above:

•10.30.14.trig-3.jpg (Pre-trigger image)



•10.30.16.trig+0.jpg (Image taken at time of sensor activation)

•10.30.16.trig+1.jpg (Post-trigger image)





unique filename If desired, enable the unique naming feature. When the unique naming feature is enabled, the camera will dynamically rename new images if it encounters an older image with the same name. (Ex: trig+3.jpg.1) The new name with which the images will be saved depends on your server.

If the unique filename is not enabled, new images will overwrite the previous images.

6.2.4 Verify Outgoing Connection

Once you configure the FTP settings, use the Trigger Now link on the Trigger Settings page to verify that your camera is properly configured.

Pressing this link will manually initiate a trigger event, forcing the camera to initiate an FTP session with the specified remote server. When all Trigger/FTP settings are correct, the camera will successfully transfer trigger images to a remote FTP server.

Note: If your camera will communicate through a connected modem, you must also configure the dial-out settings. Refer to the Modem Settings chapter for details on configuring your camera to operate with a modem.


Use the Trigger Now link to verify that the camera logged in to the external FTP server properly; that an image sequence was placed on the external FTP server; and that the images were placed in the appropriate folder with the appropriate name. The result of the FTP transfer attempt will be displayed on the Trigger Settings page.

Result Explanation

Success All images transferred properly.

Login Login failed. Username and/or password is incorrect.

CWD The camera failed to change directories into the one specified in the FTP path setting.

Send The camera failed to send the file. This error is usually caused by a network error or a full disk.

MKD The camera failed to make the directory specified in the FTP path setting. Either permission was denied, the disk was full, or the path contained invalid characters for the FTP host.

Memory The camera is out of memory. Check the memory statistics by issuing a SHOW SERVER command during a command line connection. Refer to the IQeye Reference Manual for more information about command line connections.

Connect The camera failed to connect to the FTP server. Check that the name or IP address for the FTP server is correct. If the name or IP address is correct, use another device to try to establish a connection with the FTP server.

Name resolution The camera could not resolve the FTP host name to an IP address. Check nameserver and domain name settings on the camera. Use another device to try to establish a connection with the FTP server by the FTP server name.

Socket create The camera could not create a network socket.

Open The camera could not open the local trigger file. Either no image was taken or the disk is full. Do a DISK LS -L on the /ram disk to see if the trigger file(s) update when you issue a TEST TRIGGER INPUT command. Refer to the IQeye Reference Manual for more information about command line connections.

Configuration The FTP settings are not configured properly (i.e. something is not filled in).

None The camera has not made an FTP attempt yet.

Command The specified FTP host did not understand one or more of the commands issued by the camera.


7: Modem Settings

7.1 OverviewWhen an IQeye camera is connected to a compatible modem, a remote user can establish an incoming connection to the camera to access either Telnet or WWW sessions with that camera. Or, a trigger event can initiate the camera to establish a dial-out connection for transferring trigger images to a remote FTP server or for sending images via e-mail.

This chapter discusses the settings necessary for enabling dial-up connectivity for IQeye cameras. These settings are contained on the Modem Settings page. The items on this page enable you to configure the necessary information for establishing both dial-in and dial-out connections through a connected modem. To navigate to the Modem Settings page, either select Modem Settings from the navigational pull-down menu located on the View Images page, or click the Modem tab that appears in the settings menu:

After you make your selection, the Modem Settings page appears. Your page should look similar to the following:

modem configuration 59


On this page, you can use the pull-down menus and text input fields to configure dial-up connectivity.


Note: Each setting on the Modem Settings page is linked to a comprehensive help page. Access the help text for a particular setting by clicking the question mark icon that appears next to the desired topic.

7.2 Enabling Dial-up ConnectivityTo enable dial-up connectivity for your IQeye camera, you must connect a compatible modem to the serial port and configure the dial-up settings.

7.2.1 Connect a Compatible Modem

If your modem is among the list of modems supported by the camera, you can connect the modem to the camera through the camera’s Din-8 Serial Port. The compatible modems are listed in the Modem Type pull-down menu located on the Modem Settings page.

Note: Due to the tremendous differences in communication methods among various modems, IQeye cameras only support a limited number of modems.

To connect a compatible modem to the camera:

1 Connect an active phone line to the modem.

2 Connect the modem to the camera using the IQeye Modem Cable.

A Connect the Serial Adapter of the IQeye Modem Cable to the serial port on the modem.

B Connect the Din-8 adapter to the serial port on the camera.

Note: Contact IQinVision for more information on purchasing the IQeye Modem Cable.

3 Turn the modem on.

After your modem is connected properly and supplied with power, turn the camera “on.” Complete the modem installation by selecting the appropriate modem from the modem type pull-down menu:

Note: After selecting certain modems, an alert box will open containing instructions for configuring the dip switches on your modem. Within these alert messages, “U” refers to the dip switch in the UP position and “D” indicates the DOWN position.


7.2.2 Configure Dial-up Settings

The Modem Settings enable you to configure how the camera operates dial-up connections. Use the pull-down menus and text input fields on this page to configure your camera for dial-up connectivity.

incoming password Sets the password remote users must enter when dialing-in to the camera. This password must be included in the user’s modem string. The default dial-in password is dialin.

You cannot change the dial-in username, which is also dialin.

Note: IQinVision strongly recommends that you change the default dial-in password.

idletime (dial-in) Sets the time, in seconds, that the dial-up connection can remain idle before the camera automatically logs out the serial port. Enter an integer between 10 and 65000 (seconds). Enter 0 to disable the idletime log out.

dial-out gateway For modem-based dial-out connections with an ISP, specify Dialout, which instructs the camera to initiate a dial-out connection to find a gateway. The ISP will provide the appropriate gateway. Without a correct gateway setting, the camera cannot receive or transmit data from/to devices that are not in the same network address range. Consult your ISP to verify that the address for a gateway will be provided for each new session.

Setting the outgoing gateway to Dialout makes the camera initiate a dial-out connection each time a trigger event occurs and the FTP or e-mail settings specify that the camera should transfer the images.

Note: After selecting dialout, you will not be able to communicate with the camera using devices outside of the camera’s network. You must either establish a connection from a device in the same IP address range or use a computer with dial-up capabilities to dial into the attached modem.

PPP server username Sets the username the camera will use when dialing-out to an ISP. Consult your ISP for the appropriate username.


password Sets the password the camera will use when dialing-out to an ISP. Consult your ISP for the appropriate password.

idletime (dial_out) Specifies the time, in seconds, that the dial-up connection can remain idle before the camera logs out. Enter an integer between 10 and 65000 (seconds). Enter 0 to disable the idletime log out.

phone number Sets the phone number the camera will use when dialing-out to an ISP.

7.3 Using the ModemOnce your modem is connected to your camera and properly configured, you can establish dial-in connections and initiate dial-out sessions.

7.3.1 Dial-in Connections

To dial into an IQeye camera that is connected to a compatible modem, you must attempt the connection from a computer that has dial-out capabilities. Using a communications program, prompt the modem on your dial-out computer to dial the phone number for the phone line that is connected to the camera’s modem. Once the camera answers the call and negotiates PPP, you will have both web and Telnet access to the camera.

7.3.2 Dial-out Connections

Once the Outgoing Gateway setting is set to Dialout, the camera will dial-out to the specified ISP each time it needs to send data over the Internet, such as when a trigger event occurs and the camera is configured to send an e-mail. To verify that the modem settings are properly configured, use the Trigger Settings page to set the camera to transfer trigger event images via e-mail or FTP. Then click the “Trigger Now” link that appears near the bottom of the page. The camera should initiate a dial-out connection with the specified ISP to transfer the image.

Note: If the dial-out connection fails, verify that all of the information is correct, according to the information detailed above.


8: VisiCon

8.1 OverviewThe VisiCon configuration utility allows users advanced configuration options through an easy-to-follow interface. VisiCon is contained on the IQeye Operating Materials CD-ROM that accompanied your camera. You can also download the application from the IQinVision web site at www.IQeye.com. Refer to the ReadMe for VisiCon—also included on the on the CD-ROM—for information about which platforms will support VisiCon.

Beyond setting the IP address for IQeye cameras, VisiCon offers users several time-saving advanced configuration options. Among the most important options are downloading and installing new operating software to IQeye cameras and using VisiCon to remotely reboot your camera. You can also use VisiCon to open the camera’s browser-based configuration pages.

Note: VisiCon includes a comprehensive series of Help screens. Refer to them at any time during the update process by pressing the Help button.

8.2 Managing the CameraTo manage an IQeye camera using VisiCon, you must install VisiCon on your computer and then choose the camera that you want to manage.

1 Install VisiCon on your computer. Refer to the ReadMe included on the CD-ROM for help installing VisiCon.

2 Double Click on the VisiCon icon that appears on your computer. A dialog box will appear:

VisiCon 63

3 Click on the configure a camera button. A dialog box will appear:

4 Enter your camera’s IP address into the input box, or click on the Find camera... button to select a camera from a list of the cameras on your network.

5 Click on the Configure button. VisiCon’s main management menu will appear.

6 Click any of the options to configure and manage your IQeye camera.

VisiCon 64

8.3 Using Browser-Based Configuration PagesTo simplify the process of configuring IQeye cameras, VisiCon connects directly to your camera’s browser-based configuration pages.

1 click on the Maintenance button in VisiCon’s main management menu:

VisiCon will open the default web browser on your computer. Your camera’s Setup page will appear in a new browser window:

Refer to the Configure the Camera section on page 19 for more information on how to use the browser-based configuration pages to configure your camera.

VisiCon 65

8.4 Installing New Operating SoftwareThe operating software for IQeye cameras updates periodically. The software updates section of the IQinVision web site contains the most recent version of the software.

To download and install this software on your camera, use VisiCon.

1 click on the Download New Firmware to camera button in VisiCon’s main management menu:

An introductory dialog box will appear.

2 Click on the Next button to proceed with the download. A new dialog box will appear:

3 Choose one of the following options:

A If you have a TFTP server, select Remote TFTP server and click on the Next button. A dialog box will appear asking for the IP address of the TFTP server. Enter the appropriate IP address and click on the Finish button to complete the firmware reload.

You are now finished.

VisiCon 66

B If you do not have a TFTP server, select VisiCon and then click on the Next button to use VisiCon for the software upgrade. A dialog box will appear:

Continue on to step 4.

4 Choose one of the following:

A If you have a local copy of the latest IQeye firmware, click on the Browse Local button to locate the firmware and use that file for the reload.

B If you do not already have a local copy of the IQeye firmware, click on the Browse IQinVision button to access the IQinVision FTP server.

Note: You must have access to the Internet to access the IQinVision FTP server.

Once you access the IQinVision FTP server, VisiCon will automatically display the latest version of the IQeye operating software. VisiCon will also determine if the latest version of the operating software is newer than the software on your camera.

VisiCon 67

5 click on the OK button to select the new software and display it in the Firmware File URL field.

6 Press the Next button to download and install the new software. A new dialog box will appear:

7 click on the Finish button to complete the download of the new software. Unless you plan to upgrade additional cameras, you do not need to save the software locally. A status dialog box will appear to indicate the progress of the upgrade:

VisiCon 68

8.5 RebootingYou can use VisiCon to remotely reboot your camera, to return all camera settings to the factory default settings, or to initiate an immediate software reload. To use the remote reboot feature:

1 click on the Reboot camera button in VisiCon’s main management menu. A new dialog box will appear:

2 Choose the operation you wish to perform and click on the OK button.

After you initiate a factory reset, all camera settings, including the IP address and passwords, will revert to the factory defaults. You will need to reassign the camera’s IP address before any connectivity will be available. Return to the Assign the IP Address section on page 14 for instructions.

Important: If you have forgotten your Superuser password, you must manually reset the camera using either the Focus/Factory Reset button or by using VisiCon. After the reset, the privileged password reverts to the default password: system.

3 Follow the onscreen instructions to complete the operation.

VisiCon 69

lenses 70

9: Lenses

9.1 OverviewThe IQeye camera accepts a wide range of lenses. You must select the appropriate lens for given situations. This chapter details the imaging chip and lens specifications that you must consider when selecting a lens for an IQeye camera.

9.2 Lens SelectionTo select a proper lens for IQeye cameras, you must account for imaging chip size, “normal” focal length, and lens-mount. For IQeye cameras, these characteristics are:

imaging chip size 1/3” (IQeye1 and IQeye2) or 1” (IQeye3)

normal focal length 8mm

lens mount CS-mount, with C-mount adapter

Beyond these specifications, you should also consider the depth of field (F-stop values), and the level of control you want over the lens’ iris (aperture or opening). Additionally, you should determine whether you want zoom capability.

9.2.1 Imaging Chip Size (format)

The imaging chip on IQeye cameras has a specific format, measured in inches, that represents the surface area of the device with which the camera captures light. When selecting a lens, you should choose a lens that can project an image that will cover the entire surface of the imaging chip. Thus, you should choose a lens with an image format equal to or larger than the size of the imaging chip.

Smaller format lenses cannot cover the entire surface of the imaging chip. If you use a lens that has a smaller format than the imaging chip, the corners of your camera’s image will appear to be darkened.

Larger format lenses, though more expensive, will work on smaller sized imaging chips. However, since larger lenses cover more area than the size of the imaging chip, excess light will enter the camera outside of the active image area. The excess light can reflect inside the lens mount and may cause a slight fog in your image.

Ideally, you will choose a lens that has the exact format of your imaging chip.

9.2.2 Focal Length

The focal length of a lens is the distance, in millimeters, from the optical center of the lens to the camera’s imaging chip. This distance determines the amount that objects within a camera’s image are magnified.

Lenses with high focal lengths produce larger, more magnified objects. Such lenses are called telephoto lenses. Conversely, smaller focal length or wide-angle lenses show objects at less magnification than they appear to the human eye from the same distance. The “normal” value for a given focal length is the distance at which the camera’s image is the same as the eye’s.

To calculate the level of magnification for a particular focal length, divide the focal length by the normal value. For example, an object will appear 3 times as large when a 24mm lens is placed on a camera that has a normal value of 8 mm.

f ocu

s

IQeye 1/3" CMOS imager1/3" CS-mount lens

focu

s


focu

s


telephoto lens(24mm 3x magnification)

normal lens(8mm unmagnified)

wide angle lens(4mm 50% of normal)

magnification =focal length

normal

lenses 71

Certain lenses have variable focal lengths, which gives users the ability to adjust the magnification of objects in their image. There are two types of variable focus lenses:

• Varifocal lenses, which can increase or decrease the focal length but need to be refocused after each adjustment.

• Zoom lenses, which remain in focus during changes to the focal length.

9.2.3 Lens Mounts

Each lens requires a specific mounting assembly that places the lens a certain distance from the camera’s imaging chip. If the lens is not placed at the proper distance, it will not be possible to focus the lens. C-mount lenses require 5mm greater distance from the imaging chip than CS-mount lenses.

All IQeye cameras contain a built-in mount for CS-mount lenses. Adapters are available so that IQeye1 and IQeye2 cameras can also accommodate C-mount and micro-mount lenses. The IQeye3 does not use adapters; it has a built-in utility that allows you to select which type of lens (C-mount or CS-mount) is attached to the camera, and adjusts the distance between the lens and the imaging chip accordingly. To select the lens type on an IQeye3 camera, remove the lens and rotate the focus wheel until the pointer is on the line marked “C” or “CS”, depending on the type of lens being used. In this example, the camera is set for a C-mount lens:

Note: When selecting a lens for your IQeye camera, be sure to choose a lens that has an appropriate format. The format refers to the size of a camera’s imaging chip.

CS-mount lenses IQeye cameras include a built-in lens mount for CS-mount lenses. You do not need an adapter. When placing a CS-mount lens on the IQeye3, ensure that the lens selection pointer is on the line for CS.

C-mount lenses IQeye1 and IQeye2 cameras can accommodate C-mount lenses with a C-mount adapter. This adapter extends the distance between the C-mount lens and the imaging chip:

•

C CS

pointer

focus wheel

lenses 72

When placing a C-mount lens on the IQeye3, do not use an adapter, but ensure that the lens selection pointer is on the line for C.

Note: CS-mount and C-mount lenses both use the same size threads. However, do not install a C-mount lens into the IQeye 1 or IQeye2 built-in CS-mount assembly without first installing the C-mount adapter. Your images will appear out of focus, and you will not be able to fix this problem by adjusting the focus.

Micro-mount lenses An optional Micro-mount adapter is available, which screws into the camera’s built-in mounting assembly:

9.2.4 Depth of Field

Depth of field is the area of a scene that is in sharp focus. When only one portion of the scene is in sharp focus, it is called shallow depth of field. When a lens has a shallow depth of field, only objects located in close proximity to one another at a certain distance from the camera will be in focus, while other objects that are closer to the camera or farther away will be out of focus. A large depth of field means that a high percentage of the image is in focus, including objects that are close to the camera and those that are far away from it.

Two factors determine a camera’s depth of field: the aperture of the lens and the focal length of the camera’s lens.

• Generally, smaller lens openings increase the depth of field. As the camera’s iris becomes more open, letting more light into the camera, the depth of field will decrease.

• Ordinarily, wide angle lenses have a greater depth of field than telephoto lenses.

9.2.5 Iris (aperture)

The iris controls the amount of light that enters the camera. In poorly lit situations, the iris should be almost fully open. In well lit scenes, the iris can be closed almost completely.

The iris setting directly affects the depth of field. Consider the percentage of your image that you want to be in sharp focus before you adjust the iris setting.

Note: The camera can account for a large variation in admitted light. However, too much light can cause the camera to lose contrast. Too little light can cause motion blur.

Small iris openings greatly increase your depth of field. However, since the camera needs a longer exposure time to capture more light when the iris opening is small, you may experience motion blur when your camera has a small iris opening.

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9.3 Lens Compatibility

9.3.1 Compatible Lenses

The IQeye camera supports an almost infinite number of lenses. The following table lists a small number of compatible lenses. Lenses marked with an asterisk (*) have been tested and approved by IQinVision.

Comments: a = Lens format is larger than the IQeye imaging chip.b = Lens iris cannot be adjusted.c = Lens requires C-mount adapter.d = Lens is vari-focal.e = Lens is manual zoom.

9.3.2 Incompatible Lenses

IQeye1 and IQeye2 cameras do not support the auto-iris control on lenses that have automatic or DC iris features, nor do they support the motorized focus and zoom capabilities of lenses that have motorized zoom and focus capabilities. If you need to control these advanced lens features, choose the IQeye3.

Table 9-1: Compatible Lenses

Manufacturer Product Number Format (in)

Focal Length (mm)

Aperture (f-stops)

Mount Comments

Computar T0412FICS-3 1/3 4.0 (fixed) 1.2~16 CS

Tamron 13FM04T 1/3 4.0 (fixed) 1.2~Close CS

*Computar H0612FI 1/2 6.0 (fixed) 1.2~16 C a, c

*Computar T0812FICS-3 1/3 8.0 (fixed) 1.2~16 CS

Computar T0812CS-3 1/3 8.0 (fixed) 1.2 CS b

*Kowa LM8PBR 1/3 8.0 (fixed) 1.2~Close CS

*Tamron 13FM08T 1/3 8.0 (fixed) 1.2~Close CS

Kowa LM12NCR 1/2 12.0 (fixed) 1.4~Close C a, c

Tamron 12FM12 1/2 12.0 (fixed) 1.4~Close C a, c

Tamron 13VM35814 1/3 3.5~8 1.4~Close CS d

Tamron 13VO35814 1/3 3.5~8 1.4 CS b, d

*Computar T8Z0516CS 1/3 5.0~40.0 1.6~Close CS d

Kowa LMVZ540 1/3 5~40 1.6~Close CS d

*Tamron 13VM550 1/3 5.0~50.0 1.4~Close CS d

Kowa LMVZ580 1/3 5.5~82.5 1.8~Close CS d

Computar T6Z5710-CS 1/3 5.7~34.2 1.0~16 CS e

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75

A: Technical Support

IQinVision maintains an online support section. If you are experiencing problems with your IQeye camera, please visit the technical support section of the web site, located at www.IQeye.com

If you cannot find an answer to your technical problem by referencing either the Troubleshooting section of this manual or the support FAQs on the IQinVision web site, you can contact an IQinVision representative for technical support.

IQinVision20361 Irvine Avenue, Santa Ana Heights, California, 92707

e-mail: [email protected] 877-850-0805

When you contact IQinVision Technical Support, please make sure that you have the following information available:

• Your name, phone number, and e-mail address,

• Your company name, if applicable, and its address and telephone number,

• The IQeye product hardware number (printed on the label affixed to the rear cap of the camera), and

• A detailed description of the problem.

B: Troubleshooting

B.1 General ProblemsMost problems can be solved by making sure that the camera has been installed properly and assigned a valid, unique IP address. Before proceeding to specific troubleshooting sections, please check the items listed in Table A-1.

B.2 Power-up Problems

Table B-1: General Troubleshooting

Area to Check Explanation

Physical connections Ensure that the physical connections are secure. The cables should be gently but firmly seated into their connectors.

Check your cables and connectors for missing or bent pins or other damage. Replace them if necessary. If the IQeye connectors are damaged, return the unit to IQinVision for service.

Serial or relay device connections

Ensure that the device connectors and cables comply with the IQeye pin connections as shown in the Pinouts appendix.

IP address The camera must have a unique IP address on the LAN. Duplicate IP addresses can result in many errors, such as lost data.

Table B-2: Power-up Troubleshooting

Problem Suggestion

I plugged everything in properly, but the Green “Status” LED on the back of the camera doesn’t flash.

Ensure you are using the supplied power supply or a good quality power supply that meets the input specifications. Using any other power supply can damage the camera.

Ensure that the power supply is in working condition. Try connecting it to a voltmeter to see if it works on that device. If not, contact IQinVision to get a replacement power supply.

I can’t access the camera, and the OK LED is blinking very rapidly.

There is probably a boot error. Check the cabling. Unplug the camera and plug it back in to force the camera to reboot. If the problem persists, proceed to the Boot Related Problems section.

troubleshooting 76

B.3 Boot-related ProblemsBefore troubleshooting boot problems, ensure that you are using a valid software loadfile. The IQEYE.SYS loadfile should not be altered. If necessary, download a new boot file in binary mode from the IQinVision web site (http://www.visiqn.com/). Table 3 lists other areas to check to ensure that the IQeye can read and use the loadfile.

Table B-3: Boot-related Troubleshooting

Protocol What to Check

TFTP Check the file and directory permissions. The file should be world-readable.

Ensure the loadhost name and address are specified correctly. Ensure the file and pathnames are enclosed in quotes to preserve case.

Ensure that TFTP is enabled on the host; several major UNIX vendors ship their systems with TFTP disabled by default.

MOP Ensure that the files were transferred in Binary mode.

Ensure that the MOM$LOAD search path includes the directory containing the loadfile (IQEYE.SYS).

troubleshooting 77

B.4 Operational Problems

Table B-4: Operational Troubleshooting

Problem Suggestion

The camera appears to be working (LEDs blinking intermittently), but I can’t access it to get an image.

Ensure that the camera has an IP address. Ping the IP address that you think belongs to the camera and wait for a reply. For example:(UNIX) % ping 192.0.1.123(DOS) C: PING 192.0.1.123

Ensure that the camera’s IP address is unique to the network. You may need to consult your system administrator for assistance. Also, check your host’s ARP table for an entry that includes the IQeye camera’s hardware address, and make sure the IP address of that entry matches the address you are using to access the IQeye.

Check the Activity LED. If it only blinks once every thirty seconds, there is probably a problem with your Ethernet connection. Check your cable connections and hardware.

If you are connecting to the Ethernet via a hub or repeater, ensure that you are using a functional port and that the hub or repeater is connected properly to the network.

Ensure that you are using Netscape Navigator 3.0 or higher or Microsoft Internet Explorer 4.0 or higher. Most other newer browsers also support IQeye cameras.

I can access the camera and get an image, but the image is blank/all black/all white.

Ensure that there is a lens attached to the camera. The imager cannot function without a lens.

Ensure that the lens cap is off and that there is nothing blocking the lens. If necessary, unscrew your lens and ensure that there is nothing inside the lens mount area obscuring the imager.

Note: Do not touch the imager.

Ensure that the lens is in a location that receives some light, but is not in the direct path of a strong light source.

If the lens has an iris, make sure that it is at least partially open.

There are spots/streaks/horizontal lines in my images.

Try changing the Image Settings, especially SET/DEFINE IMAGE LIGHTING FREQUENCY. (see the Image Configuration chapter of the IQeye Reference Manual)

Check your camera’s lens for dust, scratches, smudges, or other problems. If necessary, clean the lens with a piece of lens paper.

troubleshooting 78

There is static in my images.

Increase the amount of light in your camera’s environment. Static most often appears in dark scenes.

Check for electromagnetic interference. Excess interference can lead to poor image acquisition and/or processing as well as visible static.

Check your image resolution and compression settings. Low-resolution, high-compression imaging may result in pixellation or “noise”.

My images are too red/green/blue.

Adjust the default lighting settings. Set the value to match the light source that illuminates your camera’s surroundings. If this value is set improperly, the colors in your image may appear out of balance.

Try changing the Image Settings, especially the auto color correction command SET/DEFINE IMAGE LIGHTING AUTO ENABLED. (see the Image Configuration chapter of the IQeye Reference Manual)

My images are blurry. Focus the camera. Refer to the Focus section on page 38 for information.

Fast-moving subjects may appear blurred as a result of imaging hardware limitations.

Once I connected a trigger to my camera, the camera no longer functions properly.

Check to make sure that your sensor device is not taking more than 50 mA of current from the Relay Power Out pin of the screw terminal. If so, choose a new trigger device.

Table B-4: Operational Troubleshooting (Continued)

Problem Suggestion

troubleshooting 79

C: Pinouts

The following charts show the pin configurations for each of the three connectors on the IQeye camera. Refer to this section for the appropriate Ethernet pin configuration, if you plan to attach a security sensor to the camera, or if you plan to connect an external modem to the camera.

The diagrams below appear as they would if you are looking at the IQeye with the threaded camera mount positioned on the bottom of the camera.

C.1 Ethernet ConnectorThe IQeye uses a standard RJ45 Ethernet connector. The pin connections are shown below.

C.2 Serial ConnectorsC.2.1 IQeye1/IQeye2 Serial Connector

The DIN-8 Serial port is used to connect a modem to the camera. The connector on the IQeye is male. Refer to the Modems chapter for more information about attaching a modem.

1 - TX (+)2 - TX (-)3 - RX (+)6 - RX (-)8 7 6 5 4 3 2 1

1 - RTS2 - CTS3 - TX4 - GND5 - RX6 - DTR7 - DCD8 - Ring

6 8

543

1 2

7

pinouts 80

C.2.2 IQeye3 Serial Connector

The DB9 Serial port is used to connect a modem to the camera. Refer to the Modems Chapter of the Reference Manual for more information about attaching a modem.

C.2.3 Cable Wiring - IQeye serial to IBM PC comm1

This diagram is provided for convenience only. IQinVision does not make the necessary cable.

9-pin “D” 8-pin mini-Din

CD 1 n/c

RXD 2 3 TX

TXD 3 5 RX

DTR 4 n/c

Gnd 5 4 Gnd

DSR 6 6 DTR

RTS 7 2 CTS

CTS 8 1 RTS

RI 9 n/c

n/c 7 DCD

n/c 8 RI

1

1 - DCD2 - RX3 - TX4 - DTR5 - GND6 - DSR7 - RTS8 - CTS9 - RING

5

6 9

8 6

345

2 1

7

5 1

9 6

IBM PC 9-pin “D”female, front view

IQeye 8-pin mini-Dinmale, front view

pinouts 81

C.3 Relay I/O ConnectorThe screw terminal supports a connection to a security sensor. By adding an ordinary sensor device to an IQeye camera, you can trigger the camera to operate when a sensor is activated.

The Relay Power Output is normally 12V DC. However, it will be lower than 12V DC if the input voltage to the camera is less than 13V DC. Externally-connected equipment is allowed to pull at most 50mA off the relay power output.

C.4 IQeye3 Auto-Iris ConnectorThe IQeye3 can be used to control the aperture of certain lenses.

Brake is sometimes referred to as “damp,” “dump,” or “control.” Drive is sometimes referred to as “iris.”

C.5 IQeye3 Power ConnectorThe IQeye3 receives its power from a 3-terminal screw terminal.

C.6 IQeye3 Mic In and Audio OutThe IQeye3 can use a microphone connected to the Mic In jack to capture audio and then relay the audio through the Audio Out jack. Both jacks accept center-positive miniplugs.

1 - Relay Power Output2 - Ground3 - Sensor In (-)4 - Sensor In (+)5 - Relay Out (-)6 - Relay Out (+)

6 5 4 3 2 1

1 Brake -2 Brake +3 Drive +4 Drive -

12

34

21 3

1 V in -2 Gnd3 V in +

pinouts 82

pinouts 83

D: Focus Utilities

D.1 OverviewThe preferred focus method for IQeye1 and IQeye2 cameras is to use the Focus Window contained on the camera’s internal Setup page. For IQeye3 cameras, a focusing wheel is provided on the front cap. Several other methods are also available for focusing the camera

• The LED Focus Utility,

• The Telnet Focus Utility,

• The Audible Focus Utility, and

• The IQeye Lens Selection Utility.

D.2 LED Focus UtilityFor situations when you must focus the camera without having access to a monitor, use the IQeye Focus Utility. Initiate the camera’s focus utility by inserting the end of a bent paperclip into the Focus/Factory Reset slot on the back of the camera to depress the button.

Note: Before pressing the Focus/Factory Reset button, ensure that the camera is in its normal operating cycle, indicated by the Green “Status” LED flashing at two second intervals.

Once you initiate the IQeye Focus Utility, the Red “Image Capture” LED on the front of the camera and the and the Yellow “Link and Activity” LED on the back of the camera will begin to show focus information. Both LEDs show the same information. While using the focus utility, if an LED is “on,” your camera is going out of focus. When an LED is “off,” your camera should be coming into focus. You can verify focus at any time by looking at an image from your camera.

Note: Do not block the camera’s view while using the IQeye Focus Utility.

1 Completely but gently rotate your lens (or focus-ring) in either direction. The LED should be lit to show that the lens is out of focus.

2 Slowly rotate your lens (or focus-ring) in the opposite direction until the LED turns off. This means your lens is near focus.

3 Continue to rotate the lens (or focus-ring) in the same direction as #2 until the LED turns on again. This is the point at which your lens goes out of focus.

4 Reverse the direction, rotating the lens (or focus-ring) slower than before, until the LED again turns off and then on.

5 Repeat step 4 above, switching directions and using slower and slower motion, until there is little movement necessary until the LED turns on.

6 Stop the IQeye Focus Utility by pressing the Focus/Factory Reset button. Otherwise, the utility will stop after three minutes.

Note: If the utility stops before your camera is in focus, press the Focus/Factory Reset button to start the utility again.

D.3 Telnet Focus UtilityThe Test Focus command initiates the camera’s Telnet Focus Utility. Once you issue the command, the utility will start to display numbers in your Telnet window. Use these numbers to properly focus your camera. The utility will stop either when you press any key in the Telnet window, or after three minutes pass.

To begin the Telnet Focus Utility

1 Telnet to your IQeye camera.

2 Become the privileged user.

3 Issue the TEST IMAGE FOCUS command.

Once you issue the TEST IMAGE FOCUS command, your Telnet window will begin to display lines of numbers that correspond to the camera’s level of focus. Larger numbers indicate that the camera is closer to being properly focused.

Rotate your lens (or focus-wheel) until you maximize the numbers in your Telnet window.

D.4 Audible Focus UtilityThe relay/output on the camera supports a connection to an audible continuity checker. After connecting an audible continuity checker to the camera, you can focus your camera by listening to tones.

Note: Audible continuity checkers, or audible multimeters, are available at most electronic equipment supply stores.

To attach the continuity checker to the camera, connect the positive and negative wires of the continuity checker to pins five and six of the camera’s Relay I/O port, as shown below.

Once the continuity checker is properly connected, you must configure the camera’s relay to open and close according to the Red “Image Capture” LED, which enables the Audible Focus Utility.

Relay Out (Zone + )

Relay Out (Zone - )

6

321 6

54321

4 5

pinouts 84

To configure the camera’s relay:

1 Telnet to your IQeye camera.

2 Become the privileged user.

3 Issue the TEST IMAGE FOCUS command.

Initiate the camera’s focus utility by inserting the end of a bent paper clip into the Focus/Factory Reset slot on the back of the camera to depress the Focus/Factory Reset button (see page 7)

Note: Be certain that the camera is not powering up before you press the button. The camera should be in its normal operating cycle, indicated by the Green “Status” LED flashing at two second intervals, when you depress the Focus/Factory Reset button.

Once you initiate the IQeye Focus Utility, the continuity checker should begin to beep. While using the focus utility, if the continuity checker is making a noise, your camera is going out of focus. When the continuity checker is silent, your camera should be coming into focus.

Note: Be sure not to block the camera’s view while using the IQeye Focus Utility.

1 Slowly rotate your lens (or focus-ring) as you listen to the continuity checker.

The continuity checker will beep when the lens is going out of focus. As the image comes into focus, the continuity checker will become silent.

2 Once the continuity checker becomes silent, continue to rotate the lens (or focus-ring) in the same direction until the continuity checker begins to beep again.

3 Reverse the direction, rotating the lens (or focus-ring) slower than before, until the continuity checker again turns off then on.

4 Repeat step 3 above, switching directions and using slower and slower motion, until there is little movement necessary until the continuity checker makes a noise.

Note: You can verify the focus by looking at an image from your camera.

pinouts 85

D.5 IQeye3 Lens Selection UtilityThe IQeye3 includes a lens selection device that moves the imaging chip toward or away from the lens as needed to achieve proper focus. As you rotate the focus wheel, the pointer moves, along with the entire imager assembly.

You can achieve near-perfect focus by moving the pointer to the line that corresponds with the type of lens being used. Some fine-tuning may be needed. For C-mount lenses, ensure that the pointer is closer to the line marked C before attempting to fine-tune the focus. For CS-mount lenses, ensure that the pointer is closer to CS before attempting to fine-tune the focus.

Note: For micro-mount lenses, move the pointer to CS and use the IQinVision micro-mount adapter.

•

C CS

focus wheel

pointer

pinouts 86

E: Software Updates(Manual)

E.1 OverviewThe operating software for IQeye cameras is continually being advanced. You may want to periodically reload your camera with a newer version of the software. The IQeye cameras support two methods of updating the operating software: VisiCon update and manual update.

The IQeye stores software in Flash memory to control the initialization process, operation, and image processing. The contents of Flash memory can be updated by downloading a new version of the operational software via FTP, TFTP, or MOP. You can also update the operational software using a modem connected to the IQeye’s serial port. Regardless of which protocol is used to update Flash memory, the following points are important:

• The Flash memory software is contained in a file called IQEYE.SYS. The name should not be changed.

• The download file should be world-readable on the host.

• There is a sixteen character length limit for the path name.

• DEFINE commands must be used because SET configurations are cleared when the Server boots. Use the LIST SERVER BOOTPARAMS command to check settings before rebooting.

• It is very important to check IQeye settings before using the Initialize Reload command to ensure that you are reloading the correct software file. Otherwise, the camera will not be able to boot.

E.2 Downloading New SoftwareThe current software file (IQEYE.SYS) for the IQeye camera is available on the distribution CD and on the IQinVision web site. Updates can be downloaded directly from the support section of the IQinVision web site.

As a result of the configuration of certain browsers, simply clicking on the software name will not allow you to download the file. You must save the file to your local host as a source document.

1 From the File menu, choose Save As.

2 In the Save dialog box, check the Source checkbox.

3 Specify the directory in which to download the file.

4 Click OK.

software updates 87

E.3 Reloading SoftwareAfter downloading the IQEYE.SYS firmware, use one of the following methods to load the update the camera’s firmware.

E.3.1 Reloading via FTPReloading the operating software via FTP is the fastest way to upgrade the software on your camera. To upgrade the firmware on the camera during a command line FTP session:

1 Download the latest version of operating software according to the instructions above. Make a note of the directory into which you saved the file.

2 Open a command line window on your computer (DOS window for 32-bit Windows machines, X-window for UNIX)

3 Change your working directory to the directory into which you saved the operating software upgrade.

Note: For 32-bit Windows machines, issue a DIR command at the C:\WINDOWS> prompt to see a list of aliases to specified directories.

4 Open an FTP session with your camera by issuing the FTP command from an appropriate prompt followed by the IP address of your camera:

software updates 88

5 Provide the Privileged Username and Password. Defaults are used in the example below. When you type the password, it will not appear in your terminal window.

Note: If you have changed your privileged password, enter the new password.

6 Issue a PUT command to place the firmware file on the camera’s Flash disk:

Note: The file name with which you FTP the firmware onto the camera must match the name specified in the SET/DEFINE SERVER SOFTWARE command. This input is case-sensitive. Refer to the IQeye Reference Manual for details on using the SET/DEFINE SERVER SOFTWARE command

The camera will place the firmware file on the Flash disk and will reboot the camera. Do not stop the FTP session or reset the camera during the reboot.

Note: If the reboot was interrupted, you must reload the camera’s BOOT code via TFTP.

7 Exit the FTP session.

software updates 89

E.3.2 Reloading via TFTPBefore the Server downloads the new software, it will send BOOTP and/or RARP queries (BOOTP and RARP queries are enabled by default). Next, the Server will attempt to download the IQEYE.SYS. file using TFTP (Trivial File Transfer Protocol).

Note: TFTP reloads take place when the camera boots, unlike the FTP method which requires that you place the new file on the camera’s /flash disk.

If a host provides BOOTP support, it can be used to set the loadhost information. Add the IQeye camera’s name, IP address, hardware address, and download path and file name to the appropriate host file on the BOOTP server (usually /etc/bootptab).

Some BOOTP and TFTP implementations require a specific directory for the IQEYE.SYS file; in this case the path should not be specified in the bootptab file but instead the software file must be placed in that directory. See your host’s documentation for instructions on how to configure the IQEYE.SYS file in this case.If BOOTP cannot be used to configure the Server's IP parameters, configure them manually by logging into the camera and issuing the following commands.

E.3.3 Reloading via MOPThe IQeye.SYS file name is the only parameter that the IQeye needs in order to reload via MOP. To reload the software:

1 Copy the IQEYE.SYS file to the MOM$LOAD directory.

2 Enable the service characteristic on the host's Ethernet circuit.

3 Reload the server using the Initialize Reload command.

If an error message is displayed indicating an invalid record size on the VAX console, it means that the IQEYE.SYS file was not transferred in binary mode. Download the file again and be sure to use binary mode.

software updates 90

91

Certifications

FCC compliance and advisoryThis equipment has been tested and found to comply with the limits for a Class B digital device pursuant to Part 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 if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

• Reorient or relocate the receiving antenna.

• Increase the separation between the equipment and the receiver.

• Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.

• Consult the dealer or an experienced radio/TV technician for help.

Any changes or modifications not expressly approved by the manufacturer void the user’s authority to operate the equipment.

Please note: The use of non-shielded interference cable with this equipment is prohibited.

Canadian DOC statementThis digital apparatus does not exceed the Class B limits for radio noise emissions from a digital apparatus set out in the Radio Interference Regulations of the Canadian Department of Communications.

Le présent appareil numérique n’émet pas de bruits radioélectriques dépassant les limites applicables aux appareils numériques de la classe B prescrites dans le Règlement sur le brouillage radioéletrique édicté par le ministère des Communications du Canada.

ULThis product is intended to be supplied by a Listed Power Source marked “Class 2,” “Limited Power Source,” or “LPS” and rated 12-33 V DC or 12 - 24 V AC, minimum 300 mA.

92

Warranty

IQinVision warrants that the IQeye camera you have purchased from IQinVision or from a IQinVision authorized reseller is free from defects in materials and workmanship under normal use for one year from the purchase date shown on your sales slip. During the warranty period, IQinVision will repair or replace defective parts of the IQeye camera with new parts, or with serviceable used parts that are superior or equivalent in performance to new parts, without charge. You must pay all shipping charges, insurance, taxes, or duties to send the camera for repairs to IQinVision at: 20361 Irvine Avenue, Santa Ana Heights, California, 92707. You assume the risk of loss during shipping.

This Limited Warranty extends only to the original purchaser, and to cameras purchased from IQinVision or its authorized resellers, and is valid only in the country in which the camera was purchased. The Limited Warranty extends only to cameras purchased from IQinVision or from IQinVision authorized resellers. The Limited Warranty does not extend to any camera which has been damaged or rendered defective (1) as a result of accident, misuse, or abuse; (2) as a result of an act of God; (3) by operation outside of specified usage parameters in our product guide; (4) by use of parts not manufactured or sold by IQinVision; (5) by modification of the camera; or (6) as a result of service by anyone other than IQinVision or its authorized service representatives.

EXCEPT AS EXPRESSLY SET FORTH IN THIS WARRANTY, IQinVision MAKES NO OTHER WARRANTIES, EXPRESSED OR IMPLIED, INCLUDING ANY IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. IQinVision EXPRESSLY DISCLAIMS ALL WARRANTIES NOT STATED IN THIS LIMITED WARRANTY. ANY IMPLIED WARRANTIES THAT MAY BE IMPOSED BY LAW ARE LIMITED TO THE TERMS OF THIS EXPRESSED LIMITED WARRANTY. IQinVision is not liable for any damages caused by the camera or by the failure of the camera to perform, including any lost profits, lost savings, incidental damages, or consequential damages. IQinVision is not liable for any claim made by a third party or made by you for a third party. This limitation applies whether any damages are sought, or a claim made, under this warranty or as a tort claim (including negligence and strict product liability), a contract claim, or any other claim. This limitation cannot be waived or amended by any person. This limitation liability will be effective even if IQinVision or any authorized representative of IQinVision has been advised by you of the possibility of such damages. Some states do not allow the exclusion or limitation of incidental or consequential damages, so the above limitation may not apply to you.

This warranty gives you specific legal rights, and you may also have other rights that vary from State to State.

Index

Aactivity LED 13audio out port 8auto-iris port 8, 82

BBOOTP 19, 43brightness 32, 37browser-based configuration 19, 30, 31, 63,

65

Ccamera name 26, 42change passwords 47C-mount 11, 72, 86compression 22, 24, 33, 34, 36cookies 47crop tool 21, 31, 37CS-mount 11, 72, 86

DDB9 9, 81default home page 27DHCP 14, 42digital pan/tilt/zoom 27Din-8 7, 80download firmware 65, 66, 67downsample 34

EEthernet 8

cable 9port 7, 13, 26, 42, 80

Ffactory reset 47, 69flip/rotate 22, 36focal length 71, 72focus 7, 39, 83focus wheel 8, 86Focus/Factory Reset button 7, 13, 47, 69, 83FTP 67

Ggain tool 21, 37gamma 32gateway 43GMT 26, 42green LED 7, 13, 26, 42

Hhardware address 7, 9, 13host table 26hotspot tool 21, 31, 37

IIBM PC Comm port 81image capture LED 7, 8image compression 24, 33, 34image feed 27image settings 11, 22, 30, 31, 32, 34, 36

brightness 32compression 22, 36downsample 34flip/rotate 22, 36gamma 32lighting 32monochrome 22, 36text overlay 34text overlay position 34timestamp 34timestamp position 34

imager 70initial configuration 19Internet Explorer 6, 26, 27IP address 9, 13, 19, 47, 69

static 13IP timeserver 26

JJava Applet 27JavaScript 19

Llens mounts 8, 11, 70lens selection pointer 8lenses 7, 70–74

93

varifocal 72zoom 72

lighting 32link & activity LED 8live images 27LOCAL>> prompt 19, 24, 33, 34logout 19, 31Logout Session button 47

Mmagnification 71mic-in port 8, 82Micro-mount 11, 72, 73monochrome 22, 36

Nnameserver 26Netscape 6, 26, 27network hub 13networking 11normal focal length 70, 71NVR factory reset 69

OOperating Materials CD-ROM 13operating software 65, 66, 67

Ppan 27passwords 31, 39, 47

superuser 19, 30, 39, 47, 69power input 7, 8, 13, 26, 42, 82power supply 9privileged user 24, 33, 34

password 19, 69

RRARP 19reboot camera 69red LED 7, 8relay I/O port 7, 9, 49, 82reset button 7, 13, 69RJ45 7, 8, 13, 26, 42

Ssave images 29screw terminal 7, 9, 82

security 11, 49serial port 80, 81server push 27Setup page 19status LED 7, 13, 26, 42still images 29streaming images 27subnet mask 19, 26, 43superuser 19, 31

password 30, 31, 39, 47

TTCP/IP gateway 26Telnet 19, 24, 33, 34text overlay 34TFTP server 66time server 42timestamp 34timezone 26, 41, 42trigger 49–58

UURL/location field 26

Vvarifocal lenses 72viewer password 39, 47VisiCon 11, 13, 14, 63, 65, 66, 67, 69

download firmware 65, 66, 67maintenance 65managing cameras 63reboot camera 69

Wweb session 31, 39, 47

logout 39, 47

Yyellow LED 8, 13

Zzoom 27zoom lens 72

index 94

Documents

IQeye User's Guidelib.store.yahoo.net/lib/webcameverything/iqc3_um.pdf · 2001-08-14 · The front of the camera has an LED and a lens mount. The rear has the camera’s hardware