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Setting up the TREZOR-B04 and TREZOR-R channel is performed in the following way:

  1. Go to the Channel (Trezor) object settings created on the base of the Controller (Trezor).
  2. Specify the detection channel number (from 1 to 4) for the Address parameter (1).

  3. Specify the amplification weight in the LF channel path (from 0 to 5) for the ATA parameter (2). The ‘0’ ATA numeric value is conventional and designates the absence of this option.

    Attention!

    The ATA option works only if the Working mode has the LF value.

  4. Specify the detection channel type or its switching-off for the Working mode parameter (3). The following values are available: Off, HF, LF. 
  5. Specify the optimum signal amplification level of HF or LF channel in the range of 1 to 8 for the Gain parameter (4). The ‘8’ value complies with maximum sensitivity of this channel.

  6. Specify the True value for the Armed parameter (5), if required, so as this channel is armed. Set the False value in order to make the channel inactive (disarmed).

    Note

    The Armed parameter can be set using the Map interactive window. For more details see Operating the TREZOR-B04 and TREZOR-R channel.

  7. For the Impulse parameter (6), specify the value of the minimum impulse length of the valid signal in the range from 40 to 560 milliseconds. If the impulse length is less than the defined one, that impulse is not taken into account.
  8. For the Count parameter (7), specify the number of allowed impulses of the valid signal in the range from 1 to 10, upon reaching which, within the time range of the Count interval parameter (9), an alarm is triggered.

  9. From the Preset drop-down list (8), select the preset for the initial selection of groups of numerical values of all parameters of the signal processing algorithm for the LF channel.

    Note

    The preset is the aggregated sets of parameter numeric values which are saved in the device processing algorithm proceeding from the Signaling Fence type.

    There are 8 presets:

    Preset

    Description

    Factory

    The initial set of algorithm parameter numeric values

    SSCP cloth

    The set of algorithm parameter numeric values for the standard full-height Signaling Fence represented by welded wire mesh with a rod 1-6 mm in diameter.

    SSCP razor wire

    The set of algorithm parameter numeric values for the standard Razor Wire Signaling Fence (1,2 m in height) represented by welded wire mesh with a rod 1-6 mm in diameter.

    AKL cloth

    The set of algorithm parameter numeric values for the standard full-height Signaling Fence represented by flat razor wire (AKL).

    AKL razor wire

    The set of algorithm parameter numeric values for the standard full-height Signaling Fence represented by cross razor wire (AKL).

    Profiled sheeting

    The set of algorithm parameter numeric values for the standard Signaling Fence represented by profiled metal sheet.

    Wire mesh

    The set of algorithm parameter numeric values for the standard Signaling Fence represented by wire mesh.

    Underground

    The set of numeric values when blocking undermine under fence and setting the Shielded Sensor Cable (SSC) in the ground.

    Note

    The preset parameter values (see the The presets table) are not guaranteed to be optimum, however they allow to simplify the configuring process and require some correction when customizing for a certain type of Signaling Fence on the device application place. 

    Attention!

    The Preset option works only if the Working mode has the LF value.

  10. Specify the time interval value for the Count interval parameter (9) in the range of 2 to 60 seconds in which the count of valid signal permitted impulses is performed.

    Attention!

    The Count interval and Count parameters are interrelated. When increasing the Count interval parameter value one should increase the Count parameter value.

  11. Specify the permitted minimum interval between the two valid signal impulses for the Pause parameter (10) in the range of 40 to 400 milliseconds. If the set up pause is not maintained, the second received impulse following by the first one allowed does not count.

    Attention!

    The Impulse and Pause parameters are interrelated, their meanings should not differentiate more than twofold.

  12. From the Rejection (LF) drop-down list (11), select the value of LF channel amplitude-frequency characteristic suitable rejection frequency. There are 18 rejection frequency values (in the decade band from 0 to 4,5 Hz). The ‘0 Hz’ rejection frequency numeric value is conventional and means the absence of this option.

    Note

    The Rejection (LF) option works only if the Working mode has the LF value.

  13. From the Sawing duration drop-down list (12), select the time interval in the range of 1 to 15 sec; when it is exceeded, the alarm on sawing will be initialized.

    Note

    The Sawing duration option works only if the Working mode has the HF value.

  14. From the Sawing threshold drop-down list (13), select the value of sawing detection threshold in the range of 6 to 560 mV.
  15. From the Threshold drop-down list (14), select the value of channel detection threshold in the range of 6 to 560 mV.
  16. Click Apply (15).

The TREZOR-B04 and TREZOR-R channel setting has been finished.

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