The sensor which shows the distance travelled by the unit. You can use it in the trip detector to detect trips and parkings. 

The sensor which shows the distance travelled by the unit since the last message was received from it. You can use it in the trip detector to detect trips and parkings.

Engine ignition sensor

On/Off 

or any

The sensor which shows whether the ignition is on or off. You can use it in the trip detector to detect trips and parkings and in mileage and engine hours counters. In addition, you can use the engine ignition sensor to detect fuel drains at idle. To do this, you should specify the fuel consumption rate at idle in the Consumption, liters per hour field.

Alarm trigger

The sensor a non-zero value of which allows marking a message as an alarm one (SOS). The messages registered in the system before the creation of the sensor are not marked as alarm ones.

On/Off 

or any

The sensor which determines the movement state of units in real time. The movement state determined by the sensor is shown on the map and in the work area on the Monitoring tab. To do this, the Replace unit icons with motion state signs option should be enabled in the user settings as well as the Motion state option on the Monitoring tab. The sensor readings can be based on the values of speed, ignition, engine revolutions, etc. As for other sensor types, you can specify an expression parameter and configure validation.

On/Off 

or any

The sensor which shows the voltage value. For example, this value can be used to determine temperature or the ignition state.

The sensor which is used to determine the weight of transported goods.

The sensor which is used to determine acceleration along the X, Y, Z axes, which allows detecting a collision, that is, a road traffic accident.

The sensor which shows the temperature value or any other parameter. You can use the temperature sensor to analyze received values. See a configuration example.

The coefficient which is used to calculate the fuel level at different temperatures in the tank more precisely. See a configuration example.

The sensor which shows the frequency of engine revolutions.

The sensor which shows the total number of engine hours.

The sensor which shows the number of engine hours, taking into account the work intensity coefficient. See a configuration example. 

The sensor which shows the accumulated value of impulses. To convert the received value into the amount of consumed fuel, you should configure the calculation table and activate the Calculate fuel consumption by sensor option. For sensors of this type, the calculation table is applied to the difference between two messages in a row. If the device sends not the accumulated value of impulses but the number of impulses between messages, you should use the instant fuel consumption sensor. 

The sensor which shows the fuel consumption for the entire period of the vehicle operation. To get data on the fuel consumption for a specific period, you should take the sensor values at the end of the selected period and subtract the sensor values at the beginning of the period. In the sensor properties, you should enable the Calculate fuel consumption by sensor option.

The sensor which shows the amount of consumed fuel since the previous measure (message). In the sensor properties, you should enable the Calculate fuel consumption by sensor option.

The sensor which determines the fuel level in the tank. In the sensor properties, you should enable the Calculate data by the sensor option. See a configuration example. 

The sensor which is designed to calculate the amount of fuel in the tank. When calculating the amount, the difference in the values of the impulses from two messages in a row is divided by the time difference between them.

The sensor that indicates the battery level of the electric vehicle. For the sensor to be used in the system, enable the Calculate data by the sensor option in the its settings.

This sensor allows performing the following actions in the monitoring system:

• including data on battery level, charge number and volume, battery consumption in reports: in charts, in the Fuel fillings and battery charges, Summary,Chronology, Engine hours, Trips tables and in the Statistics. For this purpose, the Calculate data by the sensor option should be enabled in the sensor properties;
• filtering data in report tables depending on whether there have been charges within these intervals;
• creating notifications of the Fuel fillings and battery charges type, which are triggered after a unit battery is recharged.

The sensor which allows determining the intensity of passenger traffic or the number of certain actions (for example, opening and closing the door). There are several types of such sensors:

• instant (shows the difference of values between two messages in a row);
• differential (shows the total number);
• differential with overflow (2 bytes);
• switch from ON to OFF (counts the number of deactivations);
• switch from OFF to ON (counts the number of activations).

You can specify any unit of measurement for this counter.

In unit messages and tooltips, the values of this type of sensor are always rounded to hundredths. At the same time, the actual sensor values are not changed, so the calculations in the system are not affected.

The sensor which can be configured to measure any value. You can specify any unit of measurement for this sensor. 

The sensor which can be used to detect the assignment of the driver to the unit.

The sensor which can be used to detect the assignment of the trailer to the unit.

The sensor which can be used to detect when passengers are picked up or set down.