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Below is a detailed explanation of configurable parameters for each scenario.
Below is a detailed explanation of configurable parameters for each scenario.
{| class="wikitable" style="text-align:left; width:100%;"
{| class="wikitable" style="text-align:center; width:100%;"
! Parameter Name !! Parameter ID !! Value Range !! Default !! Description
! Parameter ID !! Parameter Name !! Value Range !! Default Value !! Description
|-
|-
| 19100, 19130, 19160 || Output Control || 0–3 || 0 || Determines which DOUT is controlled:
* 0 – None
* 0 – None
* 1 – DOUT1
* 1 – DOUT1
* 3 – DOUT3
* 3 – DOUT3
|-
|-
| 19101, 19131, 19161 || Priority || 0–3 || 0 || Sets the priority level:
* 0 – None
* 0 – None
* 1 – Low
* 1 – Low
* 3 – Panic
* 3 – Panic
|-
|-
| 19124, 19154, 19184 || Permanent Output Control || 0–1 || 0 || Keeps the DOUT ON while the scenario is active, ignoring ON/OFF durations.
|-
|-
| 19102, 19132, 19162 || DOUT ON Duration || 100–65,000,000 ms || 200 ms || Defines the duration DOUT remains ON when activated.
|-
|-
| 19103, 19133, 19163 || DOUT OFF Duration || 0–65,000,000 ms || 200 ms || Defines the duration DOUT remains OFF for blinking behavior.
|-
|-
| Source #1, #2, #3 || 19105–19119, 19135–19149, 19165–19179 || IO element IDs || N/A || Defines the I/O source monitored for the trigger.
| 19105, 19135, 19165 || Source || I/O Element ID || N/A || Specifies the I/O source to monitor (e.g., fuel level, ignition).
|-
|-
| Operand || 19106–19117, 19136–19147, 19166–19177 || 0–6 || 0 || Defines the logic applied to the source:
| 19106, 19136, 19166 || Operand || 0–6 || 0 || Determines the evaluation logic for source values:
* 0 – On Exit
* 0 – On Exit
* 1 – On Entrance
* 1 – On Entrance
* 6 – Is
* 6 – Is
|-
|-
| 19107, 19137, 19167 || Low Level || Dynamic || 0 || Sets the lower threshold for source trigger activation.
|-
|-
| 19108, 19138, 19168 || High Level || Dynamic || 0 || Sets the upper threshold for source trigger activation.
|-
|-
| 19109, 19139, 19169 || Activation Delay Timer || 0–65,535 s || 0 || Time the condition must be true before the trigger activates.
|-
|-
| 19115, 19145, 19175 || Logic || 0–1 || 1 || Determines how triggers are evaluated:
* 0 – OR (any trigger activates the scenario)
* 0 – OR (any trigger activates the scenario)
* 1 – AND (all triggers must be true to activate the scenario)
* 1 – AND (all triggers must be true to activate)
|}
|}
=== Configuration Process ===
=== Configuration Steps ===
1. **Define Output Control**:
1. **Define Output Control**:
- Choose the DOUT (DOUT1, DOUT2, or DOUT3) to control when the scenario is active.
- Select the DOUT to be controlled when the scenario is active.
2. **Set Triggers**:
2. **Set Triggers**:
- Configure up to three sources (e.g., ignition, fuel level, RPM).
- Configure up to three sources, each with unique thresholds, operands, and delay timers.
- Specify operands for each source to define the evaluation logic (e.g., "On Entrance," "Is").
- Sources must differ for each scenario.
- Adjust low and high threshold levels and set the activation delay timer.
3. **Configure Timing**:
- Set DOUT ON and OFF durations or enable Permanent Output Control for continuous activation.
4. **Save Settings**:
- Verify the configuration and save. The device evaluates all scenarios every second.
=== Operational Details ===
- Scenarios are evaluated every second. When all triggers are true:
- The scenario activates, toggling the DOUT and optionally creating a record.
- Deep sleep compatibility: Scenarios operate in low-power modes if sources support it.
- Priority management ensures higher-priority scenarios override lower-priority ones for DOUT control.
=== Example Applications ===
- Activating an alarm if RPM exceeds a threshold while the ignition is on.
- Triggering a relay when the fuel level drops below a critical point.
- Enabling a buzzer for temperature out-of-range conditions.
=== Logic and Operations ===
- Each scenario operates independently but checks its triggers every second.
- **Scenario 1**: Control a relay based on fuel level dropping below a specific threshold.
- **Scenario 2**: Trigger an alarm when RPM exceeds a set limit and the ignition is on.
