Custom Variable 0

The C Var 0 menu screen allows you to adjust how responsive the sensor is to motion across both lenses. This setting has an effect on the overall detection speed of the device.

Adjusting Sampling Frequency

1. From the HomeC ScreenVar 0, pressscreen, the Right Arrow until you reach the Sensitivity screen.

2. Useuse the Up or Down buttons to change the value.

   value between 1 and 16 (default is 8).

3. Press the Set button to save your selection.

SensitivitySampling Frequency can be set between 1 and 16, where:

• 16 = Maximum sensitivitysampling frequency (triggersthe fromsensor will detect faster, smaller orand more distantfleeting movements).

• 1 = Minimum sensitivitysampling frequency (requires slower, slower and more pronounced movement to trigger).

AfterAt settinghigher sampling frequencies, the overallsensor sensitivity,will consume slightly more power and may be more susceptible to false triggering from wind or fast-moving vegetation, but it will be more effective at triggering with small, rapidly moving animals. Therefore, you canshould fine-tunelook to optimise the relativesampling sensitivityfrequency ofbased on the Farintended subject, the environmental conditions and Wideyour sensorspower on their respective menu screens.requirements.

Adaptive Sensitivity Mode

The sensor also features an Adaptive Sensitivity algorithm designed to help reduce false triggers in challenging environments.

To enable or disable Adaptive Sensitivity:

• Hold either the Up or Down button for more than 1 second while on the Sensitivity screen.

• When active, the display will show the “ON” indicator for Adaptive Sensitivity.

In this mode, the sensor dynamically adjusts its sensitivity in response to background activity levels:

• If there is persistent low-level motion or heat variation (for example, caused by wind-blown vegetation or rising heat during the middle of the day), the trigger threshold is automatically increased.

• When background movement decreases, the sensor gradually lowers the threshold again to regain full responsiveness.

This adaptive behaviour helps the sensor remain effective while reducing false detections under fluctuating environmental conditions.

In most circumstances, Normal Sensitivity Mode provides sufficient control. However, if false triggers occur intermittently — such as at certain times of day or under windy or hot conditions — Adaptive Sensitivity Mode could improve reliability.