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Reno A&E E-1400 Operation Manual

Four loop inputs, eight vital outputs, and four vital inputs
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Reno A&E
Telephone: (775) 826-2020
4655 Aircenter Circle
Facsimile: (775) 826-9191
Reno, Nevada 89502
Internet: www.renoae.com
USA
e-mail: contact@renoae.com
MODEL E-1400 OPERATION MANUAL
Firmware Version 4.02
Four Loop Inputs, Eight Vital Outputs, and Four Vital Inputs
Built-in
Loop Analyzer
For Each Channel
Four Channel Menu Driven Programmable Inductive Loop Vehicle Detector
Designed for Railroad Applications
3/14/08
Model E-1400 Op Man Ver 4.02 2008 03 14
Reno A & E P/N 551-0505-03

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  • Page 1 Four Loop Inputs, Eight Vital Outputs, and Four Vital Inputs Built-in Loop Analyzer For Each Channel Four Channel Menu Driven Programmable Inductive Loop Vehicle Detector Designed for Railroad Applications 3/14/08 Model E-1400 Op Man Ver 4.02 2008 03 14 Reno A & E P/N 551-0505-03...
  • Page 2 This page intentionally left blank. Model E-1400 Op Man Ver 4.02 2008 03 14 Page 2 of 41...

  • Page 3: Table Of Contents

    Changing or Relocating Detectors ........................37 BLOCK DIAGRAM ..............................38 THEORY OF OPERATION ............................39 MAINTENANCE AND TROUBLESHOOTING ...................... 40 Basic Troubleshooting Tips ..........................40 Things To Know About Loops ........................41 Model E-1400 Op Man Ver 4.02 2008 03 14 Page 3 of 41...
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  • Page 5: General Description

    Railroad Control Limited’s Exit Gate Management System (EGMS). The Model E-1400 monitors and processes signals from four loop / lead-in circuits, four check loop circuits, and four Vital inputs. These inputs can be programmed to control eight Vital outputs, four primary Vital outputs and four auxiliary Vital outputs.

  • Page 6: General Characteristics

    3.00 = 250 milliseconds filter. 3.01 = 1 second filter. 3.02 = 2 seconds filter. 3.03 = 10 seconds filter. NOTE: Each loop can be enabled independently. Model E-1400 Op Man Ver 4.02 2008 03 14 Page 6 of 41...

  • Page 7: Option 4, Detection Zone Tracking

    Loop Check Timer can be set for an interval ranging from 0 to 255 minutes in one-minute increments. A setting of 000 indicates that the Loop Check feature is off. Model E-1400 Op Man Ver 4.02 2008 03 14 Page 7 of 41...

  • Page 8: Detector Id

    2.11 Option 7, Synch Feature This option provides a means of linking together up to four (4) E-1400 detectors. Each detector’s Option 7 has three settings ranging from 7.00 to 7.02. There are two modes of Synch, Series Synch and Parallel Synch. When set to operate in Series Synch mode, one detector channel in the entire detector system is active at any given time.

  • Page 9: Option 9, Inductive Shunt Enhancement Circuit Feature

    No Call is output Vehicle proceeds to Channel 2 Loop Vehicle proceeds to Channel 1 Loop Call is output on Channel 2 Call is output on Channel 1 Model E-1400 Op Man Ver 4.02 2008 03 14 Page 9 of 41...

  • Page 10: Primary Vital Output Delay

    This detector has a password protection feature to guard against the accidental change of detector settings. In order to change any detector setting, a valid password must be entered to disable the password protection feature. Refer to Section 5.0 for details. Model E-1400 Op Man Ver 4.02 2008 03 14 Page 10 of 41...

  • Page 11: Specifications

    This feature can be used to eliminate crosstalk between adjacent loops connected to different E-1400 detectors. NOTE: Response times will vary depending on the number of detectors (up to a maximum of four) on the SYNCH Line. (See Section 3.4.)

  • Page 12: Operational

    Vital Output(s) to which the Loop Status Input(s) and/or Health Status Input(s) is (are) mapped will be deactivated. The loop check test will be repeated at regular intervals depending on the value programmed into the Model E-1400 Op Man Ver 4.02 2008 03 14 Page 12 of 41...
  • Page 13 Loop Check function is turned off. During a check loop failure the LCD will flash Lcl. NOTE: If the Loop Check Timer is set to 0 minutes, the Loop Check function is off. : The Synch feature provides a means of linking up to four E-1400 detectors together. There are two YNCH modes in which the detectors can be configured to operate;...

  • Page 14: Tables: Default Settings

    Option 6 - Audible Detect Signal Loop Check Feature Detector ID Setting Option 7 - Synch Feature 7.00 Option 8 - Inductive Island Feature Option 9 - Inductive Shunt Enhancement Circuit Model E-1400 Op Man Ver 4.02 2008 03 14 Page 14 of 41...

  • Page 15: Tables: Pin Assignments

    Channel 2 Loop Input No Connection Channel 3 Loop Input No Connection Channel 3 Loop Input No Connection Channel 4 Loop Input No Connection Channel 4 Loop Input No Connection Model E-1400 Op Man Ver 4.02 2008 03 14 Page 15 of 41...
  • Page 16 No Connection COMM PORT (DB-9 Communication Interface Connector) Function No Connection RS-232 TX RS-232 RX No Connection RS-232 Ground No Connection No Connection No Connection No Connection Model E-1400 Op Man Ver 4.02 2008 03 14 Page 16 of 41...

  • Page 17: User Interface

    Vital Out, and Vital Aux Output LEDs. The Output LEDs are illuminated in their red phase as a means of confirming proper function detector’s Vital Output failure feature. Model E-1400 Op Man Ver 4.02 2008 03 14 Page 17 of 41...

  • Page 18: Installation And Set-Up

    INSTALLATION AND SET-UP The Model E-1400 detector has no DIP switches or jumpers to configure. In order for the detector to operate, an external EEPROM memory module MUST be connected to the EGMS rack. Plug the detector into an appropriately wired rack and apply power.

  • Page 19: Initial Installation Start-Up Mode Display Screens

    Initial Installation Start-up Mode Display Screens Upon application of power, the LCD screen will show the detector model letter and firmware version, in this case, Model E-1400 firmware version 3. This screen will be displayed for two seconds. © The next LCD screens displayed will show the Detector ID setting. The display will toggle between the two screens shown with a 50% duty cycle.

  • Page 20: Program Mode Display Screens

    ......This option is a detector-wide setting. Changing it for one loop input changes it OTES OPTION for all loop inputs. This option will automatically turn off in 15 minutes. Model E-1400 Op Man Ver 4.02 2008 03 14 Page 20 of 41...
  • Page 21 ..255. EFAULT ETTING ....Detector ID is set as 158. © © XAMPLE ......When set to Detector ID number 255, the detector is considered OTES uninitialized. Model E-1400 Op Man Ver 4.02 2008 03 14 Page 21 of 41...
  • Page 22 When viewing and/or setting the Primary Vital Output Extension time settings, use the CHAN button to advance to the Extension time settings of the next Primary Vital Output. Model E-1400 Op Man Ver 4.02 2008 03 14 Page 22 of 41...

  • Page 23: Primary Vital Output (Vital Out) Mapping Screens

    FUNC button to advance to the mapping settings of the next Primary Vital Output. A Primary Vital Output is deactivated if no Loop Status Inputs or Vital Inputs are mapped to it. Model E-1400 Op Man Ver 4.02 2008 03 14 Page 23 of 41...
  • Page 24 Primary Vital Output. Any Input on Loop 4 will be mapped to the No Loop Inputs will be mapped to the Primary Vital Output. Primary Vital Output. Model E-1400 Op Man Ver 4.02 2008 03 14 Page 24 of 41...
  • Page 25 Primary Vital Output. Vital Output. Vital Input 4 will be mapped to the Primary No Vital Inputs will be mapped to the Vital Output. Primary Vital Output. Model E-1400 Op Man Ver 4.02 2008 03 14 Page 25 of 41...

  • Page 26: Auxiliary Vital Output (Vital Aux) Mapping Screens

    FUNC button to advance to the mapping settings of the next Auxiliary Vital Output. An Auxiliary Vital Output is deactivated if no Loop Status Inputs, Vital Inputs, or Health Status Inputs are mapped to it. Model E-1400 Op Man Ver 4.02 2008 03 14 Page 26 of 41...
  • Page 27 Auxiliary Vital Output. Any Input on Loop 4 will be mapped to the No Loop Inputs will be mapped to the Auxiliary Vital Output. Auxiliary Vital Output. Model E-1400 Op Man Ver 4.02 2008 03 14 Page 27 of 41...
  • Page 28 Auxiliary Vital Output. Auxiliary Vital Output. Vital Input 4 will be mapped to the No Vital Inputs will be mapped to the Auxiliary Vital Output. Auxiliary Vital Output. Model E-1400 Op Man Ver 4.02 2008 03 14 Page 28 of 41...
  • Page 29 Auxiliary Vital Output. Any Input on Health Status 4 will be No Health Status Inputs will be mapped to mapped to the Auxiliary Vital Output. the Auxiliary Vital Output. Model E-1400 Op Man Ver 4.02 2008 03 14 Page 29 of 41...

  • Page 30: Normal Mode Display Screens

    ....Channel 1 Loop / Lead-In circuit inductance is 98 microHenries and it is not XAMPLE detecting a vehicle......If Option 2 (-ΔL/L Display) is ON, this display is only shown when the channel OTES is not detecting a vehicle. Model E-1400 Op Man Ver 4.02 2008 03 14 Page 30 of 41...
  • Page 31 EXTENSION ......This display is visible whenever any two or three pushbutton switches are MAX PRESENCE OTES EOG SCANNING OPTION pressed at the same time. LOOP FAIL Model E-1400 Op Man Ver 4.02 2008 03 14 Page 31 of 41...

  • Page 32: Error Message Display Screens

    Error Message Display Screens The Model E-1400 stores operating parameters and detection reference settings in two places. The detector hardware includes an internally mounted EEPROM and an externally mounted EEPROM memory module. In order for the detector to operate properly, an external EEPROM memory module MUST be connected to the EGMS rack.
  • Page 33 (or vehicles) is (are) present over any or all loops at this time, the inductance change caused by the vehicle(s) will be incorporated into the new baseline detection reference and the vehicle(s) will no longer be detected. Model E-1400 Op Man Ver 4.02 2008 03 14 Page 33 of 41...

  • Page 34: Loop Check Pass / Fail Indications

    The detector will perform a loop check test on all programmed channels two seconds after start-up or two seconds after a reset. NOTE: If the Loop Check Timer is set to 000, the Loop Check function is off. Model E-1400 Op Man Ver 4.02 2008 03 14 Page 34 of 41...

  • Page 35: Vital Input (Vital In) Status / Fail Indications

    LCD will display FSY and continue sampling. If the Synch failure is cleared, the fail indication (FSY) will no longer be displayed on the LCD. © Parallel Synch Mode Failure Indication Model E-1400 Op Man Ver 4.02 2008 03 14 Page 35 of 41...

  • Page 36: Loop Fail Indications

    The Bargraph is a window that adjusts to the sensitivity setting. © of Inductance 0.01 0.02 0.04 0.08 0.16 0.32 0.64 1.28 2.56 5.12 SENSITIVITY Model E-1400 Op Man Ver 4.02 2008 03 14 Page 36 of 41...

  • Page 37: Full Restore To Factory Default Settings

    LCD screen. 5.15 Changing or Relocating Detectors The Model E-1400 detector stores user-programmed parameters on an internal EEPROM and an external EEPROM memory module connected to the EGMS rack. This allows the user to change or relocate detectors and reset the parameters that were programmed for a particular site or detector.

  • Page 38: Block Diagram

    +18 VDC Power Supply Vital Input 4 +10 VDC DC Com +12 VDC Synch In Synch Out RS-232 RS-232 Communication Communication Input Output Internal External EEPROM EEPROM Model E-1400 Op Man Ver 4.02 2008 03 14 Page 38 of 41...

  • Page 39: Theory Of Operation

    (set by the sensitivity settings), the detector will deactivate a vital output if one is mapped. If the rate of change is slow, typical of environmental drift, the detector will continuously track and compensate for the change. The Model E-1400 detector also monitors the loop frequency for out of range conditions such as an open or shorted loop circuit.

  • Page 40: Maintenance And Troubleshooting

    MAINTENANCE AND TROUBLESHOOTING The Reno A & E Model E-1400 Detector requires no maintenance. If you are having problems with a Model E-1400 detector, use the troubleshooting tips below to help determine the cause of the problem. Basic Troubleshooting Tips Detector Enclosure Checks: Verify correct input voltage to the detector.

  • Page 41: Things To Know About Loops

    = 1 / [ (1 / L ) + (1 / L ) + (1 / L ) + . . . + (1 / L ) ]. TOTAL Model E-1400 Op Man Ver 4.02 2008 03 14 Page 41 of 41...

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