Newton T-DAR T1010MT Installation And Operation Manual
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Newton T-DAR T1010MT Installation And Operation Manual

One/two/four head master and slave systems, mantrap tailgating / piggybacking detection system
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TAILGATING / PIGGYBACKING DETECTION SYSTEM
INSTALLATION AND OPERATION MANUAL
Newton Security Inc.
st
443 SW 41
Street
Renton, WA. 98057 USA
www.newtonsecurityinc.com
T-DAR
Model T1010MT One Head
Model T2010MT Two Head
Model T4010MT Four Head
Master and Slave Systems
Mantrap
®
REV. 13
Class 2

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  • Page 1 Model T1010MT One Head Model T2010MT Two Head Model T4010MT Four Head Master and Slave Systems Mantrap TAILGATING / PIGGYBACKING DETECTION SYSTEM INSTALLATION AND OPERATION MANUAL Newton Security Inc. 443 SW 41 Street Renton, WA. 98057 USA www.newtonsecurityinc.com Class 2 REV. 13...
  • Page 2 Warning: Modification of the T-DAR Control Unit by cutting or drilling will VOID the warranty and may require replacement.

  • Page 3: Table Of Contents

    Modification of the T-DAR Control Unit by cutting or drilling will VOID the warranty and may require replacement. _____________________________________________________________________________ 2 INTRODUCTION ________________________________________________________________________ 1 Tailgating/Piggybacking __________________________________________________________ 1 ® T-DAR Solution ________________________________________________________________ 1 Critical Elements for a Successful T-DAR Installation _________________________________ 2 PRODUCT DESCRIPTION ________________________________________________________________ 3 General Description ______________________________________________________________ 3 T-DAR Models Covered In This Manual _____________________________________________ 4...
  • Page 4 The maximum size of a mantrap, with the configuration shown below and camera heights at nine feet is 10ft by 10ft (3m x 3m). For information on non-standard installation types, contact Newton Security, Inc. or your T-DAR system distributor. ___________________________________________________________________ 32 Figure 17b –...
  • Page 5 Door Position Sensor (Door Encoder) ____________________________________________________ 36 Door Position Sensor for Mantraps with Multiple Public Doors ________________________________ 36 CONNECTION TO ACCESS CONTROL SYSTEMS ___________________________________________ 37 Relay Connections ______________________________________________________________ 37 Public and Secure Door, Valid Access Switches ______________________________________ 38 Protect the T-DAR from door lock voltage feedback __________________________________ 39 Door Lock Method ______________________________________________________________ 40 Door Position Switch ____________________________________________________________ 41 Door Position Switches for Large Mantraps _________________________________________ 42...
  • Page 6 Save Settings _______________________________________________________________________ 53 Load Settings _______________________________________________________________________ 54 Exit _______________________________________________________________________________ 54 Connection Menu _______________________________________________________________ 55 Connection _________________________________________________________________________ 55 Disconnect _________________________________________________________________________ 55 Configure Connection ________________________________________________________________ 55 Connecting with Master and Slave Systems__________________________________________ 56 Connect First with the Master Control Unit ________________________________________________ 56 Connect with Slave Control Units _______________________________________________________ 56 Debug Tab: ____________________________________________________________________ 57 Display ____________________________________________________________________________ 62...
  • Page 7 Imaging Problems _______________________________________________________________ 85 All Monitored Events Are Failing __________________________________________________ 88 Inputs/Outputs are not Functioning as Required _____________________________________ 88 DETAILED SPECIFICATIONS - CB110MT/210MT/410MT ____________________________________ 89 Power Specifications (Power Supply Not Included) ___________________________________ 89 DC Input Specifications __________________________________________________________ 89 Relay Output Specifications ______________________________________________________ 89 Auxiliary Power Outputs _________________________________________________________ 89 Control Unit Panel Connections ___________________________________________________ 90 Front Panel ____________________________________________________________________ 90...

  • Page 8: Introduction

    Piggybacking and Tailgating through secure portals. The Newton T-DAR system detects persons and differentiates them from carts or other objects in or around the secure side of the portal and then utilities Newton's sophisticated Stereo Machine Vision technology to identify and tag each human within the field of view of the tracking (overhead) camera.

  • Page 9: Modification Of The T-Dar Control Unit By Cutting Or Drilling Will Void The Warranty And May Require Replacement

    If adequate down lighting is not currently in place, additional lighting must be added. Invisible (near IR) lighting is available from Newton. 3. Line-Lock input is critical if low frequency fluorescents are utilized for lighting.

  • Page 10: Product Description

    PRODUCT DESCRIPTION General Description Several configurations of the T-DAR Series are available. The models covered in this manual are all inside systems and have the following features:  Confirm only one human for each authorized entry, including multiple authorizations for each escorted visitor ...

  • Page 11: T-Dar Models Covered In This Manual

     Thrown Object Detection Systems  Escalator Systems  Revolving Doors  Time and Attendance Tracking  Waiting Line Tracking  Directional Control Systems Consult Sales at Newton Security Inc. for T-DAR Models and Manuals for systems not covered in this manual.

  • Page 12: T-Dar Product List For The Systems Covered By This Manual

    T-DAR Product List for the Systems covered by this Manual Please use the following data when contacting your sales representative for additional components. Special configurations are also available. Note – A power supply is not included with the T-DAR system. Item Model Number Description...
  • Page 13 Four Head Adaptor A400 Adaptation box for running four camera heads on a single control unit. Event Camera EC105 Color Event Imager Cable Extender/Amplifier EA101/EA101A Cable Extender--Extends the EA102/EA102A distance from the mantrap to the T-DAR Control Unit. Required for distances EA101/EA102 greater than 200ft (60m).
  • Page 14 DAR software Non-standard Operating F105 Customer specified Software Operating software differing from the standard T-DAR operating software. F105 includes bidirectional tailgate detection (in mantraps other than two head mantraps), which stops tailgating during egress. Authorized Cart Software F106 Software allowing specific individuals to move special carts though the T-DAR system or that allows specific...

  • Page 15: Specifications

    SPECIFICATIONS CB110MT/CB210MT/CB410MT Control Unit Figure 1- T-DAR Control Unit Size: 5.726” x 16.365” x 11.643” Weight: 26 lbs Enclosure: Bent steel; completely enclosed with door Mounting: Mounting via 4 x 1/4 " holes on back panel tabs (Optional mounting brackets available) Standard Operating Temperature: 40 to 110 degrees F, (optional high and low temperature systems available) Storage Temperature: 0 to 125 degrees...
  • Page 16 Figure 2 - T-DAR Control Unit CAD...

  • Page 17: S100 Annunciator

    S100 Annunciator Figure 3 - T-DAR Annunciator Size: 6.00” x 8.13” x 7.19” Weight: 5 lbs Enclosure: Bent steel, with high impact plastic indicator Mounting: Mounting via 4 x 3/16" holes on back panel tabs Standard Operating Temperature: 40 to 125 degrees F, (optional high and low temperature systems available) Storage Temperature: 0 to 150 degrees F Input Voltage/Current...
  • Page 18 Figure 4 - T-DAR Annunciator CAD...

  • Page 19: Dc200Lp Stereo Tracking Head

    DC200LP Stereo Tracking Head Figure 5 - T-DAR Stereo Tracking Head Size: 7.00” x 2.50” x 2.50” Weight: 2.2 lbs Enclosure: Bent steel Mounting: Mounting via 4 x 1/8" holes on back panel tabs (Optional mounting brackets available) Standard Operating Temperature: 40 to 125 degrees F, (optional high and low temperature systems available) Storage Temperature: 0 to 150 degrees F Input Voltage/Current...
  • Page 20 Figure 6 - T-DAR Stereo Tracking Head...

  • Page 21: I100 Door Position Encoder

    I100 Door Position Encoder Figure 7 – T-DAR Door Encoder Size: 2.40” x 2.50” x 2.40” Weight: 13.5 ounces Enclosure: Machined Delrin Mounting: Mounting via 4 x 1/4-" holes on back panel (Optional mounting brackets available) Standard Operating Temperature: 40 to 125 degrees F, (optional high and low temperature systems available) Storage Temperature: 0 to 150 degrees F 12VDC 500mA maximum (Powered by...
  • Page 22 FFigure 8 – T-DAR Door Encoder...

  • Page 23: Ea101/Ea101A Camera Cable Extender/Amplifier

    EA101/EA101A Camera Cable Extender/Amplifier Figure 9 – T-DAR Cable Extender/Amplifier Size: 3.55” x 3.55” x 3.00” Weight: 2.5lbs Enclosure: Extruded Aluminum Mounting: Mounted via back panel mounting holes Standard Operating Temperature: 40 to 125 degrees F, (optional high and low temperature systems available) Storage Temperature: 0 to 125 degrees F Required to extend the standard maximum distance of 200ft from the door to the...
  • Page 24 Figure 12a – T-DAR Camera Cable Extender/Amplifier CAD...

  • Page 25: Ea102/Ea102A Annunciator/Encoder Cable Extender

    EA102/EA102A Annunciator/Encoder Cable Extender Figure 12b – T-DAR Annunciator/Encoder Cable Extender Size: 3.55” x 3.55” x 3.00” Weight: 2.5lbs Enclosure: Extruded Aluminum Mounting: Mounted via back panel mounting holes Standard Operating Temperature: 40 to 125 degrees F, (optional high and low temperature systems available) Storage Temperature: 0 to 125 degrees F Required to extend the standard maximum distance of 200’...
  • Page 26 Figure 13 – T-DAR Annunciator/Encoder Cable Extender CAD...
  • Page 27 Ea101/Ea102 Vs. Ea101A/Ea102A Figure 10 - EA101  Use the EA101/EA102 for the first extender at 200 feet  No external power require-powered from the TDAR Control Unit Figure 11 - Ea101A with power adapter  Use the EA101A/EA102A for additional extenders for each 200 foot extension ...

  • Page 28: Wmk-100 Camera Head Wall Mount

    WMK-100 Camera Head Wall Mount Figure 15a – WMK-100 Camera Head Wall Mount...

  • Page 29: Cmk-100 Camera Head Ceiling Mount

    CMK-100 Camera Head Ceiling Mount 15b – CMK-100 Camera Head Ceiling Mount...

  • Page 30: Installation

    INSTALLATION Important Safety and Warning Information The T-DAR system may contain, produce and present the hazard for electrical shock or burns with the cover removed. There are no user serviceable parts under the interior panels. Only trained authorized personnel may perform maintenance or repair.

  • Page 31: Tips For A Successful T-Dar Installation

    If adequate down lighting is not currently in place, additional lighting must be added. Invisible (near IR) lighting is available from Newton. The DC200LP Stereo Camera Head must be mounted at the proper distance from the door and the proper camera part number must be specified.

  • Page 32: Basic Installation

    Basic Installation Figure 12 - Typical Configuration Inputs and Outputs (excluding cameras, encoder, and annunciator) There are various outputs on the T-DAR mantrap controller. There is a public door lock output and a secure door lock output and there are three configurable outputs for various alarm situations.

  • Page 33: Site Considerations

    Invisible (near IR) lighting is available from Newton if desired to enhance lighting without human interference. Direct Sunlight Direct sunlight will have a negative impact on system performance and may inhibit system performance.

  • Page 34: Before You Begin

    Information about the cost and part number of the Data Extender is available from the Newton Security. Whenever possible, local devices shall be placed on the secure side of the portal being monitored to reduce the risk of vandalism and attempts to defeat.

  • Page 35: Master/Slave Installation

    Master/Slave Installation The Master and Slave Control Units should be located in places that allow for access to the units, are relatively clean, and afford the units protection from damage or vandalism. The control units should each be provided with 24VDC at 10amps. The unit should be located within an acceptable distance to the access control system so that door status signals and inter-system communications and signals are not significantly diminished by voltage drop.

  • Page 36: Ntsc Or Pal

    T-DAR User Interface. Lighting System – Visible or Near IR Order the correct head for the lighting at your installation. Newton Security supplies Stereo Camera Heads for both types of lighting systems. Distance from Stereo Camera Head to Floor Newton Security supplies stereo camera heads pre-focused and set to the correct field of view for various camera heights.
  • Page 37 (between two lenses) to center point. Note that two camera heads may never be more than 5ft (1524mm) apart and that the distance from the wall (or door) should never be more than 2.5ft (762mm). Ensure that each camera head is positioned square to the surrounding camera heads.

  • Page 38: Stereo Tracking Head Placement

    Stereo Tracking Head Placement The stereo camera head needs to be located based upon the calculations in the camera head placement chart. Failure to place the camera in the correct location will lead to false alarms or an altogether failure to detect violations. The calculations in this chart are based upon door size, camera head height, and lens focal length.

  • Page 39: Tracking Head Placement In Mantraps One Camera Head

    The maximum size of a mantrap, with the configuration shown below and camera heights at nine feet is 10ft by 10ft (3m x 3m). For information on non- standard installation types, contact Newton Security, Inc. or your T-DAR system distributor.

  • Page 40: Stereo Tracking Camera Height And Distance From Door

    Stereo Tracking Camera Height and Distance from Door The distance of the tracking cameras from the doors, for a two head system, should follow the relationship (distance from door) = (mantrap length)/4. This is shown in figure 16 and 17. For a Four Head Mantrap, refer to figure 17b. Height of camera (face) from floor Camera Type Inches...

  • Page 41: Component Mounting And Electrical Connections

    Component Mounting and Electrical Connections Control Unit The T-DAR control unit should be mounted on a wall in a vertical orientation. Ensure that no metal debris can fall onto the T-DAR unit. The unit is equipped with mounting tabs that will accommodate ¼ inch mounting hardware. The unit should be mounted and grounded in accordance with National Electrical Code (NEC) guidelines.

  • Page 42: Stereo Tracking Head

    The camera head can be mounted utilizing the mounting tabs that accommodate up to a number 12 screw or a Newton MK200 ceiling mount kit designed to work in a variety of applications such as drop tile ceiling or hard ceiling. Refer to the MK 200 manual addendum in this manual for specific details.

  • Page 43: Door Position Sensor (Door Encoder)

    Event Camera The event camera should be mounted in accordance with the manufacturer’s requirements. It is strongly recommended that vandal-resistant camera enclosures and wire ways be incorporated in the installation. 1. Terminate and install one video coaxial cable at the event camera. 2.

  • Page 44: Connection To Access Control Systems

    CONNECTION TO ACCESS CONTROL SYSTEMS Relay Connections The T-DAR T-2010 control units are equipped with four relays on the General 1 connector plus one relay on each of the Portal connectors. These relays may be used to signal various alarm conditions based on user configurable options in the user interface.

  • Page 45: Public And Secure Door, Valid Access Switches

    3. The distance from the control unit to the valid access grant switch should be less than 200 feet. Use T-DAR cable extenders, provided by Newton Security or contact the manufacturer for guidance. 4. Reference voltage for all inputs is generated via a jumper between “input common”...

  • Page 46: Protect The T-Dar From Door Lock Voltage Feedback

    Protect the T-DAR from door lock voltage feedback When using an electric solenoid locks, reverse voltage diodes across the solenoid terminals must be used to reduce voltage feedback to the system. Failure to use external relays with the Chexit, or similar solenoid locks, will damage the T-DAR control box.

  • Page 47: Door Lock Method

    Door Lock Method All locked doors controlled by the access control system should maintain their control of the door locks, whether the T-DAR unit is powered on or off, with one exception. The exception is that, the T-DAR unit should be able to lock one or both doors, regardless of the state of the access control.

  • Page 48: Door Position Switch

    Door Position Switch The door position (door contact) switch must be independent of the access control system to allow for proper operation. This will typically require the installation of a double pole/double throw door switch, or the addition of a second door contact. Failure to use isolated circuits or using access control system outputs/relays to simulate door contact activity can result in poor system performance.

  • Page 49: Door Position Switches For Large Mantraps

    Door Position Switches for Large Mantraps Follow the above procedure when wiring a Large Mantrap. When multiple doors are used on the public and/or secure sides of the mantrap, connect all public doors in series to the public door contact input and connect all secure doors in series with to the secure door contact.

  • Page 50: Public Door Encoder Connection

    Door Position Sensor (Door Encoder) A public Inward Swinging door must use an I100 Door Position Indicator. If an I100 Door Position Indicator is not used for public doors that swing into the field of view of the camera, erratic operation will result. The secure door does not require the use of a Door Position Indicator.

  • Page 51: Supervisor Override (User Interface Bypass)

    Supervisor Override (User Interface Bypass) Supervisor override is input 1 on the T-DAR control box. When mantrap software is loaded onto a T-DAR control box, the supervisor override will allow multiple persons or object of any size to pass through the mantrap. At no time will both doors be allowed to open at the same time.

  • Page 52: Connection To Laptop / Lan

    1. The factory set TCP/IP connection on the host computer is typically set to “automatic”. Changing these settings will establish a connection to the Newton Security Inc. TDAR, but may disconnect or even conflict with your current network system. Please check with your network administrator if you have any questions.

  • Page 53: T-Dar Control Box Application (Note: The T-Dar System Is Shipped With The Control Box Application Preinstalled)

    Uninstall older versions of T-DAR software when new, updated software is installed. If Newton Security software is to be uninstalled, save the settings of the portals or mantraps that you have access to. Saving settings is explained in the User Interface...

  • Page 54: Configure Connection

    Configure Connection Selecting Configure Connection from the menu opens the dialog box to specify connection type, IP address and connection preference. Figure 18 - Configure Connection Connecting via Ethernet 1. Serial number and factory-set IP address of each vision system is printed on the inside lower corner of the door of the unit, in the following format: SN: CB210MT0100110 IP: 10.3.2.21 2.

  • Page 55: Configuring The T-Dar

    Configuring the T-DAR The T-DAR user interface (UI) is used to set-up and optimize the detection performance of the system. The following instructions provide guidelines that will enable the installer to quickly and effectively place the T-DAR system in service. Viewing Images The installer should select the Show Camera Views view from the monitor page.

  • Page 56: Testing The Units

    If the system still does not operate correctly, see the annunciator portion of the manual. If the system still does not respond, call Newton Security Inc. or your integrator for additional support. Capturing Events Alarm event video is captured and stored in volatile memory on the system.

  • Page 57: Installing Software Onto A Master/Slave System

    4. Change to the secure door Camera Head using the pull down menu and repeat step three. 5. In the user interface, change tabs to the Setup I/O tab 6. Set the time and date on the controller 7. Verify that all of the alarm devices are enabled (checked) and that the Alarm Timeout is at least 3 seconds.
  • Page 58 Installing Master Slave Control Box Software T-DAR control boxes come preloaded with software and these steps should be skipped unless performing software updates to one or more of the control boxes. Installing control box and user interface software for a master/slave system is different than setting up a single T-DAR control unit.

  • Page 59: About The T-Dar User Interface Software

    USER INTERFACE About the T-DAR User Interface Software The T-DAR User Interface (UI) software consists of seven tabbed pages labeled as follows; Initial Set-up, Monitor, Installer I/O, Installer Camera Settings, Setup I/O, System Log, and Advanced. The User Interface is navigated by a series of tabs and menus.

  • Page 60: File Menu

    File Menu Selecting FILE from the menu opens a window that allows the options for saving and restoring settings. These settings can be stored in another computer. In the event of having to restore the software, any configuration adjustments can be recalled from this file.

  • Page 61: Load Settings

    Load Settings Use Load Settings to perform a system restore from the file saved by using the Save Settings feature. A window will open asking the operator to specify the file location for this unit’s settings. Choose the location of the desired file and click OK Exit Clicking the Exit button closes the User Interface.

  • Page 62: Connection Menu

    Connection Menu Figure 22 – Connection Connection Connect establishes communication between the UI application and the T-DAR hardware. A connection must be established before proceeding to the run menu or before performing subsequent UI operations. If the T-DAR IP has been previously configured, selecting Connect from the menu will enable the User Interface.

  • Page 63: Connecting With Master And Slave Systems

    Connecting with Master and Slave Systems Connect First with the Master Control Unit Connect establishes communication between the UI application and the T-DAR hardware. A connection must be established with the master before connections can be made with the slave units. Ensure you have the proper master/slave user interface that was shipped with this T-DAR system.

  • Page 64: Debug Tab

    Debug Tab: Figure 23 - Debug Tab Hide Debug Menu This allows you to hide the Debug menu. The Debug menu is not for general use, it is designed to be used by the system Admin to troubleshoot the system. Do not make any changes using this menu if you have not been properly trained.
  • Page 65 Erase EEPROM This function erases all current setting and restore unit back to factory defaults. Dump EEPROM This feature allows you to save the current EEROM setting to a file, for technical analyst/troubling support from manufacturer. IP Networking IP Networking allows you to change the IP address, subnet mask, and gateway that you unit uses to connect to your company internal network.
  • Page 66 Initial Set-up The initial Set-up tab is the most important tab in the UI. Here the technician will enter the camera height, distance from floor, distance from door, distance between cameras, orientation of cameras, load camera calibrations, and draw the green lines (lines of demarcation).
  • Page 67 Initial Set-up for a Master/Slave System Inputting distances in the “Initial Setup” tab for a master/slave system is more involved than a two or four head system. A T-DAR setup technician should be onsite to assist in the setup of a master/slave system. Figure 24a - Initial Set-Up Tab T-DAR Camera Set-up ( Perpendicular orientation is recommended.
  • Page 68 Initial Setup Dimensions for Master/Slave Systems The master unit may contain two heads or four heads. When setting up a two head master, reference the previous section “Initial Set-up” and also page 30, “T-DAR Stereo Heads”. Setting up a four head system, whether it is a master or slave, is always accomplished using the same basic rules.

  • Page 69: Display

    Monitor Tab The Monitor page consists of a various menus that allow the user to change between cameras and views that will be displayed on the CCTV monitor. A list of camera views is available for selection by way of radio buttons. Also on this page is an Alarm Reset button for the annunciator, as well as mantrap event statistics.

  • Page 70: Input And Relay Output Screen Of The Monitor Display

    Input and Relay Output Screen of the Monitor Display The “Show I/O” option of video outputs will display a real-time view of the T-DAR status. Green squares represent output relays that are closed. There are two door lock relays (1 and 2) as well as two alarm output relays (5 and 6). It is normal for output relay 1 to stay on.

  • Page 71: Alarm And Events

    Alarm and Events A button for manually resetting the alarm is available in the UI. Clicking Reset Alarm will clear an alarming security event and return the system to its normal monitoring mode. The Events counter is a running log of the security scenarios being monitored by the T-DAR.

  • Page 72: Setup I/O

    Setup I/O The Setup I/O page consists of an Alarm section, Playback section, and a Time section. Resetting Event Statistics and changing the Administrator Password are also available. These items are detailed below. Figure 26 - Set-up I/O Alarm The alarm section consists of check boxes that allow the user to disable all of the various alarm enunciation provided by the Annunciator Unit.
  • Page 73 Once the password is entered, press the OK button to make password permanent. If the password is lost, contact the installers of this T- DAR system or Newton Security, Inc.

  • Page 74: Installer Camera Settings

    Installer Camera Settings The Installer Camera Settings page consists of a pull-down, an Image Type section, an Update Now button, a Viewing Window, a Physical Setup section, a Sensitivity Section, and a Configuration Section. These are detailed below: Figure 27 - Installer Camera Settings Image Type The image type section is used to select what camera is viewed in the image below.

  • Page 75: Physical Setup

    To draw a region (red box) in the Viewing Window, the image displayed must be one of the two unwarped images. Position the mouse pointer over the top left corner of the area you want to draw the box around. Click and hold the left mouse button and drag the pointer to the location that sets the “red box”...

  • Page 76: Sensitivity

    ***IMPORTANT NOTE*** Calibrations must be performed when the scene is completely stable. The scene must be stable for several seconds after the button is clicked, until the image stabilizes at a black level. Sensitivity The sensitivity section contains slider bars for maximum head size, cart sensitivity, and crawler sensitivity.

  • Page 77: Maximum Head Size

    Maximum Head Size The maximum head size slider controls the value that determines the largest object that can be called a head without allowing more than one person to proceed through the portal. The head of a person may be incorrectly detected as two persons because of large hair, a hat, or other types of clothing.

  • Page 78: Installer I/O

    Installer I/O The Installer tabs are for configuring the interface with the other components of the installed security system. Provisions for configuring the Outputs, Door Setup and Sensitivity are accessed from these pages. These pages can be password protected for Installer and System Administrators use only. Figure 28 - Installer I/O...

  • Page 79: Door Control

    Door Control The configurable options of the Door Control section allow for adapting T-DAR to the existing peripherals to correctly trigger the unit. The logic state for these devices, as used by the T-DAR, is selected by clicking the check box that reflects the installation.
  • Page 80 Change Administrator Password Use the same process as changing Installer Password. If the administrator password becomes lost contact the T-DAR system installer or Newton Security, Inc. Change Installer Password Figure 29 - Installer Password...

  • Page 81: System Log

    System Log This tab allows you to see the activity of the system, when doors open and close, what alarms have been active and what inputs and outputs have been triggered. Figure 30- System Log...

  • Page 82: Advanced Tab

    The Advance page consists of a number of user definable options that can override several of the standard controls of critical system functions detailed in previous tabs. These items should only be adjusted at the direction of qualified Newton Security Personnel.

  • Page 83: Setup Of Master And Slave T-Dar User Interface Software

    Setup of Master and Slave T-DAR User Interface Software The T-DAR User Interface (UI) software, for a master and slave system, consists of seven or more tabbed pages. There are some differences in the master/slave user interface from the single control unit system. The master/slave user interface will have one or more extra tabs, each called Slave.
  • Page 84 The T-DAR system may contain, produce and present the hazard for electrical shock or burns with the cover removed. There are no user serviceable parts under the interior panels. Only trained authorized personnel may perform maintenance or repair. Underwriters Laboratories Inc. has not tested the performance or reliability of the security or signaling aspects of this product.

  • Page 85: Critical Elements To Maintain Proper T-Dar Operation

    Critical elements to maintain proper T-DAR operation Once correctly installed, the T-DAR mantrap system does a superb job of detecting violations of access control security systems. In order to accomplish this task, the T- DAR requires several critical elements and/or signals from the doors and the access control system as detailed in this manual.
  • Page 86 Power to existing event cameras may have changed. Event cameras on multi-door systems (T-2000) must be powered with AC (alternating current) on the same leg of the 3-Phase line. This allows the independent video signals to be synced. Failure to have synced video signals will result in distorted and unusable event video replay clips.

  • Page 87: Front Panel Indicator Led's On The Cb210

    Front Panel Indicator LED’s on the CB210 LED # Description T-DAR Status Firmware and software not running Flashing Yellow Firmware running-software in self-check Flashing Green Firmware and software running-Normal Flashing Red Firmware running-software stopped Any color- steady state Firmware and software stopped Ethernet connection No Ethernet connection Green...

  • Page 88: Programming The Annunciator

    Programming the Annunciator Voice Announcements may be changed to suit the installation. Figure 33 - Annunciator Internal View To change the Voice Announcement via microphone: Gain access to the printed circuit board within the Annunciator. Remove the (6) 6/32 Phillips head screws that attach the top cover. Ensure that JP1 is set MIC., JP2 is set REPEAT, JP3 is set to RECORD and JP4 is set to SIREN.
  • Page 89 Depress and hold the record switch SW1 and speak the new message clearly into the unit. Release the record switch when complete. Your new message should now be playing repeatedly. If satisfied with the new message, restore the STR DIP switch selected for reprogramming to its normal off position.

  • Page 90: Maintenance

    Remove any debris with a damp cloth. Troubleshooting This section provides fundamental hardware troubleshooting for the T-DAR. For problems that are not covered in this section, contact your local Newton Security Inc. Authorized Distributor. Tips for getting a good image ...

  • Page 91: Problems Communicating With The T-Dar

     Turn off the computer, restart, and try again. If the above suggestions do not provide results, follow the procedures below to further troubleshoot communications: Call your Newton Security Inc. Authorized Distributor Arrange with your local distributor to substitute a working T-DAR unit and laptop to determine where the problem exists.

  • Page 92: Imaging Problems

    Connect with the user interface. Open the monitor tab and select ‘Show camera views’ for this camera.  Point the Imager at a bright light. If the live image is entirely black, then contact your Newton Security Inc. Authorized Distributor.*...
  • Page 93 o Random Pixels This is commonly caused by electrical noise generated by Appear In The motors and controllers connected to or near the T-DAR Image Control Unit or Camera Head/Cables. This random image noise can adversely affect performance and should be minimized.
  • Page 94 The wrong heads may be installed for this mantrap. Verify the correct head is being used. If correct, verify the height and placements are accurate. If the cameras and placements are correct then contact your Newton Security Inc. Authorized Distributor.*...

  • Page 95: All Monitored Events Are Failing

    All Monitored Events Are Failing If a working installation suddenly returns failed inspections for all or most of the mantrap monitoring, a change in lighting conditions or a new surface may have been introduced into the mantrap. Recalibrate both camera heads to adapt to this new environment.

  • Page 96: Detailed Specifications - Cb110Mt/210Mt/410Mt

    DETAILED SPECIFICATIONS - CB110MT/210MT/410MT Power Specifications (Power Supply Not Included) Operating Voltage Range 24 VDC ±10% Peak Voltage (Non-continuous) 30 VDC Required Amperage 10 Amps DC Input Specifications Minimum Pulse Width 0.4 mSec ON Voltage Level >10 VDC OFF Voltage Level <...

  • Page 97: Control Unit Panel Connections

    Control Unit Panel Connections Upper Panel Front Panel Figure 35 - Control Unit Connections...

  • Page 98: Upper Front Panel Connections

    Upper Front Panel Connections Figure 36 – Upper Panel Connections Camera 1a: Input, BNC connector from Stereo Camera Head1, camera a. Used for secure door. Camera 1b: Input, BNC connector from Stereo Camera Head 1, camera b. Used for secure door. Camera 2a: Input, BNC connector from Stereo Camera Head 2, camera a.

  • Page 99: Front Panel Connections

    Front Panel Connections Figure 37 - Control Unit Connections Phoenix Style connectors, top to bottom CONNECTOR A, General 1 Pins 1-2: Relay 1 A&B, secure door lock output. Form A relay contact. Relay will remain closed unless the T-DAR receives a Secure Door Public Side grant signal or Secure Door Secure Side grant signal and the T-DAR approves access.
  • Page 100 Pin 4: Rs232 Output, serial data Pin 5: Rs232Input, serial data Pin 6: System GND Pin 7: Not Used Pin 8: System GND Pin 9: Output, System +5VDC Pin 10: Output, System +12VDC Pin 11: Output, System +24VDC Pin 12: System GND CONNECTOR C, Portal 1 Pin 1: Input 3, Secure Door Secure Side Valid Access Signal Pin 2: Input 4, Public Door Contact...

  • Page 101: Connection Details

    Connection details Video Out BNC Connector—System output in video format. Output is in RS170 (NTSC). Optional PAL output is available on special order. This video output is used for displaying inspection results of the T-DAR system in real time and processed video.

  • Page 102: Rs232 Tx

    General 2 connector, a small jumper wire will be installed between the +12VDC terminal and the common terminal. This allows the mantrap bypass terminal to generate a reference voltage that can be sensed when the terminal is shorted to ground. If a wet contact is to be used, the small jumper wire would be installed between the common terminal and the ground terminal on the General 2 connector.

  • Page 103: I100 Door Position Encoder

    I100 Door Position Encoder A high resolution door position sensor provides digital-quadrature data to determine door position, with respect to the overhead stereo cameras. The Door Position Encoder is used on an inward swinging public door only. If inward swinging double doors are used at the public entrance two encoders will be required.

  • Page 104: T-Dar Digital Outputs

    T-DAR Dual Digital Inputs The T-DAR uses dual polarity opto-isolators on all digital inputs. All inputs can be used as either sinking or sourcing inputs. Note: as there is a single common for the entire set of inputs, all inputs must be configured as either sourcing or sinking.
  • Page 105 MK200B Stereo Camera Mounting Kit - Installation Guide Overview This mounting kit is designed to install a T-DAR stereo head camera safely and attractively in a standard acoustical tile ceiling. Figure 1 – Completed assembly Getting Started Refer to your T-DAR installation and operation manual for recommended camera locations with respect to the entry door.
  • Page 106 Required Hardware Each mounting kit should contain the following:  (1) Lower mounting plate (two round holes)  (1) Upper mounting plate (large rectangular opening)  (2) Caddy® 512 snap-on fixture hangers  (4) Clips and spacers  (8) ¼-20 x 1.5" flat socket cap screws ...
  • Page 107 With the tile out of the ceiling grid, snap the fixture hangers over the grid "T" section as shown. Figure 3 – Snap on fixture hanger detail Adjust the clips on the upper plate to match the fixture hanger orientation. Note that the clips can swivel on both the fixture hanger and the upper plate to match the ceiling grid layout.

  • Page 109: Known Issues And Installation Tips

    Known Issues and installation Tips When using an electric solenoid locks, reverse voltage diodes across the solenoid terminals must be used to reduce voltage feedback to the system. When mounting the TDAR on the wall or cabinet, ensure that there is at least 6 inches between each TDAR or any other physical barrier for proper ventilation.

  • Page 110: Linelock Input

    LINELOCK INPUT Required if Low Frequency Fluorescent Lighting is utilized in the installation The T-DAR™ system requires an input of low voltage AC from a source that also supplies the lighting for the installation (as shown in the diagram below). This low voltage (6 to 30VAC) AC signal is required to allow the cameras to be in sync with the low frequency fluorescent lighting.

  • Page 111: Index

    Crawling ---------------------------------------- 68 Monitor Tab ----------------------------------- 62 DC ----------------------------------------------- 89 Mounting --------------------------------------- 12 DC200 -------------------------------------------- 9 Newton Security Inc. -------------------------- 1 Debug Tab ------------------------------------- 57 NTSC -------------------------------------- 85, 94 Digital Inputs ---------------------------------- 97 OFF to ON Response ---------------------- 89 Direct Sunlight -------------------------------- 32...
  • Page 112 RS170 ------------------------------------------ 94 T1000 --------------------------------------------- 9 RS422 ------------------------------------------ 95 Tailgating ---------------------------------------- 5 S100 ---------------------------------------------- 9 TCP/IP ----------------------------------------- 49 Save Settings --------------------------------- 57 T-DAR -------------------------------------------- 5 Sensitivity -------------------------------------- 69 Test Video Out ------------------------------- 91 Set-Up I/O ------------------------------------- 65 Testing Units ---------------------------------- 53 Tracking Camera ---------------------------- 91 Show I/O -------------------------------- 62, 63 Underwriters Laboratories ------------ 29, 77...

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