18 Alarm list, ISOBUS/E-Control

Contact lost between iPad and Gateway. Check Wi-Fi connection.

Contact lost between iPad and Gateway. Check Wi-Fi connection.

Gateway has lost contact with WS9.

Check the CANBUS cabling between Gateway and WS9.

The tractor is supplying a voltage of less than 11 V. Gateway remains on, but certain functions, such as electric motors and hydraulic valves, are switched off.

The generator is not charging.

The seed drill’s battery/generator is supplying a voltage of less than 11 V. Gateway remains on, but certain functions, such as electric motors and hydraulic valves, are switched off.

The seed drill’s generator is not charging.

The seed drill’s battery/generator is supplying a voltage of less than 11 V. Gateway remains on, but certain functions, such as electric motors and hydraulic valves, are switched off.

The seed drill’s generator is not charging.

The seed drill’s battery/generator is supplying a voltage of less than 11 V. Gateway remains on, but certain functions, such as electric motors and hydraulic valves, are switched off.

The seed drill’s generator is not charging.

The time limit for CAN communication between Gateway and WS9 has expired.

Check that the motor outputs on WS9 are configured properly.

Check the cabling between Gateway and WS9.

The time limit for CAN communication between Gateway and WS9 has expired.

Check that the motor outputs on WS9 are configured properly.

Check the cabling between Gateway and WS9.

The time limit for CAN communication between Gateway and WS9 has expired.

Check that the motor outputs on WS9 are configured properly.

Check the cabling between Gateway and WS9.

WS9 is overloaded so the thermal overload protection has tripped.

The motor can be restarted as soon as the thermal protection has cooled.

Check the hub and the seed disc setting on the motor shaft; also check the feed and clean if a blockage has occurred.

WS9 is overloaded so the thermal overload protection has tripped.

The motor can be restarted as soon as the thermal protection has cooled.

Check the feed and clean if a blockage has occurred.

WS9 is overloaded so the thermal overload protection has tripped.

The motor can be restarted as soon as the thermal protection has cooled.

Check the feed and clean if a blockage has occurred.

There is thermal overload of the seed motor.

Check the hub and seed disc setting on the motor shaft.

There is thermal overload of the micro-granulate motor.

Check and clean the metering unit if it has stopped.

There is thermal overload of the fertiliser motor.

Check and clean the metering unit if it has stopped.

There is overload of the seed motor. The motor trips when the power supply exceeds 5 A.

Check the hub and seed disc setting on the motor shaft.

There is overload of the micro-granulate motor. The motor shuts down when the power supply exceeds 1.5 A.

Check and clean the metering unit if it has stopped.

Fertiliser motor overload! The motor shuts down when the power supply exceeds 1.5 A (TPF, TPR, TPT, TPV) and 4.5 A (TPL).

Check and clean the metering unit if it has stopped.

The temperature in the sensor is too high.

Switch off and wait until the sensor has cooled.

The temperature in the sensor is too high.

Switch off and wait until the sensor has cooled.

The temperature in the sensor is too high.

Switch off and wait until the sensor has cooled.

The machine will not start or stops because the system has been overloaded.

Check and clean the metering unit if it has stopped.

Wait until the machine has cooled down. Upper limit 80°C.

The machine will not start or stops because the system has been overloaded.

Check and clean the metering unit if it has stopped.

Wait until the machine has cooled down. Upper limit 80°C.

The machine will not start or stops because the system has been overloaded.

Check and clean the metering unit if it has stopped.

Wait until the machine has cooled down. Upper limit 80°C.

The machine will not start because the temperature has dropped below the permissible limit (-5°C) for an appropriate output working temperature

The machine will not start because the temperature has dropped below the permissible limit (-5°C) for an appropriate output working temperature.

The machine will not start because the temperature has dropped below the permissible limit (-5°C) for an appropriate output working temperature.

The fan’s speed is higher than the set upper alarm level.

Check the alarm limit settings that are programmed in the menu for alarm levels.

The fan’s speed is lower than the set lower alarm level.

Check the alarm limit settings that are programmed in the menu for alarm levels.

Check the rotation speed sensor cable, connectors and connections.

Check the sensor’s functionality by rotating the fan wheel manually and checking the diode on the sensor. The diode should light up when the pin on the fan shaft passes the sensor. The gap between the sensor and the pin should be between 1 and 2 mm. Adjust if necessary. An illuminated diode is no guarantee that the sensor is working properly.

If the alarm appears only occasionally, this is probably because the sensor is either incorrectly adjusted or defective.

Check that the PTO shaft is rotating (if PTO installed).

Check the PTO system’s flow valve setting (if PTO installed).

Level for low lift or low stop has not been reached within the preset time limit. Time limit 10 seconds.

One or more holes in the seed disc are clogged.

Check the seed disc and remove seeds or seed residue that have got stuck.

The seed disc is jammed.

Check the power supply to the metering unit.

Check the motor and the cabling to it.

Check what alarm time has been programmed in the menu for alarm levels.

Check the cabling, connectors and connections.

The sensor is not emitting a signal.

The dispensing cylinder is stuck.

Check the power supply to the metering unit.

Check the motor and the cabling to it.

Check what alarm time has been programmed in the menu for alarm levels.

Check the cabling, connectors and connections.

The sensor is not emitting a signal.

The dispensing cylinder is stuck.

Check the power supply to the metering unit.

Check the motor and the cabling to it.

Check what alarm time has been programmed in the menu for alarm levels.

Check the cabling, connectors and connections.

The sensor is not emitting a signal.

Check the seed level in the seed hopper containing the level sensor.

The sensitivity of the sensor has been incorrectly set.

The sensitivity of the sensor has been incorrectly set.

The amount of seed/hectare, or the number of mm between seed/hectare deviates by more than the set value on a given row, or the entire machine. The reference value is the set value in the programming menu.

The machine’s micro-granulate motors are not managing to feed at the desired application rate.

Reduce the rate or the speed.

Try changing to a roller that feeds a larger amount of micro-granulate.

NB! Changing the roller means the calibration must be done again.

The machine’s fertiliser motors are not managing to feed at the desired application rate.

Reduce the rate or the speed.

Try changing to a roller that feeds a larger amount of fertiliser.

NB! Changing the roller means the calibration must be done again.

The amount of seed/hectare, or the number of mm between seed/hectare deviates by more than the set value on a given row, or the entire machine. The reference value is the value input in the programming menu.

The planting accuracy is below the set limit.

The amount of seed/hectare deviates by more than the set value on a given row, or the entire machine. The reference value is the value input in the programming menu.

The number of skips exceeds the programmed value.

The number of doubles exceeds the programmed value.

Output has begun within the preset time limit. Time limit 10 seconds.

Check the fertiliser level in the metering unit where the level monitors are placed.

The sensitivity of the sensor has been incorrectly set.

Check the fertiliser level in the metering unit where the level monitors are placed.

The sensitivity of the sensor has been incorrectly set.

Check the fertiliser level in the metering unit where the level monitors are placed.

The sensitivity of the sensor has been incorrectly set.

Check the fertiliser level in the metering unit where the level monitors are placed.

The sensitivity of the sensor has been incorrectly set.

Check the sensor’s cable, contacts and connections.

Check that the sensor is not dirty or damp. Wipe the sensor clean with a dry cloth.

The sensor may be defective.

Check the sensor’s cable, contacts and connections.

Check that the sensor is not dirty or damp. Wipe the sensor clean with a dry cloth.

The sensor may be defective.

Check the sensor’s cable, contacts and connections.

Check that the sensor is not dirty or damp. Wipe the sensor clean with a dry cloth.

The sensor may be defective.

Check the sensor’s cable, contacts and connections.

Check that the sensor is not dirty or damp. Wipe the sensor clean with a dry cloth.

The sensor may be defective.

An abnormal change in radar speed has been detected.

If the error repeats, check the cabling, connectors and connections.

Recalibrate the radar

The sensor may be defective.

Height sensor 1 has a momentary erroneous value.

Height sensor 2 has a momentarily erroneous value.

Height sensor 1 has displayed an erroneous value for an extended period of time.

Check the cabling, connectors and connections.

The sensor may be defective.

Height sensor 2 has displayed an erroneous value for an extended period of time.

Check the cabling, connectors and connections.

The sensor may be defective.

Increase the system pressure by increasing the flow in the hydraulic circuit of the generator.

One or more motors have paused and then continued. The result is a gap in sowing, or gaps in the case of multi-row units. This error only occurs in connection with a seed motor.

Gateway has no contact with the WorkStation (WS 9:2).

Check the CANBUS cabling between Gateway and WS9 no. 2.

The tractor is providing a lower voltage than 11 V.

Gateway remains on, but certain functions, such as electric motors and hydraulic valves, are switched off.

The generator is not charging.

Check the fertiliser level in the hopper where the level sensors are placed.

The sensitivity of the sensor has been incorrectly set.

Check the sensor’s cable, contacts and connections.

Check that the sensor is not dirty or damp. Wipe the sensor clean with a dry cloth.

The sensor may be defective.

The generator’s rpm is higher than the upper alarm level.

The fan speed is higher than the set upper alarm level.

Check the alarm limit settings that are programmed in the menu for alarm levels.

The fan speed is lower than the set upper alarm level.

Check the alarm limit settings that are programmed in the menu for alarm levels.

Check the Isobus cable between the tractor and Gateway and, if possible, whether or not the tractor terminal has been configured to send the height of the rear 3-point linkage via the Isobus.

Check the ISOBUS cable between the tractor and Gateway and, if possible, whether or not the tractor terminal has been configured to send the speed via the Isobus.

Ascertain that Tempo supports reception of both “ground-based” and “wheel-based” speeds and ensure that the selected speed source is supported by the tractor terminal.

An unexpected error occurred and the machine configuration was reset to the original factory setting, or to the setting it had prior to the software upgrade to the 2019 model.

The fan’s speed is higher than the set upper alarm level.

Check the alarm limit settings that are programmed in the menu for alarm levels.

The fan’s speed is lower than the set lower alarm level.

Check the alarm limit settings that are programmed in the menu for alarm levels.

Check the rotation speed sensor cable, connectors and connections.

Check the sensor’s functionality by rotating the fan wheel manually and checking the diode on the sensor. The diode should light up when the pin on the fan shaft passes the sensor. The gap between the sensor and the pin should be between 1 and 2 mm. Adjust if necessary. An illuminated diode is no guarantee that the sensor is working properly.

If the alarm appears only occasionally, this is probably because the sensor is either incorrectly adjusted or defective.

Check that the PTO shaft is rotating (if PTO installed).

Check the PTO system’s flow valve setting (if PTO installed).

The fan speed is higher than the set upper alarm level.

Check the alarm limit settings that are programmed in the menu for alarm levels.

The fan speed is lower than the set upper alarm level.

Check the alarm limit settings that are programmed in the menu for alarm levels.

The machine is running too fast for the motors to cope with the set sown amount.

Reduce the speed and drive more slowly.

Change the seed disc in seed meter to a disc with more holes.

The machine is running too fast for the motors to cope with the set sown amount.

Reduce the speed and drive more slowly.

Change the output roller for greater displacement.

The machine is running too fast for the motors to cope with the set sown amount.

Reduce the speed and drive more slowly.

Change the output roller for greater displacement.

There was no address reported from WS9 for one or more motor outputs. Those motor outputs have been reset. Problem should therefore not occur again.

The Row Setup page should be investigated to see if there are any rows that have no motor mapped (note that for fertilizer on TPL, a motor is only configured on the lowest row number that the motor feeds, e.g. a motor that feeds row 4-6 is configured on row 4 while 5 and 6 are not assigned).

Same description as alarm 129, but for WS9:2.

The Software version of the WS9 is too old for the required features on the machine. Let a service technician update the WS9.

TPL only with electric control of auger. The level is low and the auger is active, trying to move fertiliser to the meter motors.  

TPL only with electric control of auger. The level is low and the auger has been active for a while without succeeding in moving enough fertiliser to the meter motors. Fertiliser needs to be filled.

Check the cable and connector for the detector.

The configuration is attempting to use more booms for products than are available from TaskController.

Check TaskController configuration. Use fewer sections for the product(s).

The configuration is attempting to use more sections than are available from TaskController.

Check TaskController configuration. Switch off shut-off by row for smaller quantities for the product(s). Use the same shut-off by row as for another product.

The configuration is attempting to use more control channels for variable rate than are available from TaskController.

Check TaskController configuration. Switch off variable rate for the product(s).

The ISOBUS stop button (ISB) has been switched on and all implements have been stopped.

Switch off the ISOBUS stop button before alarm can be acknowledged.

The tramlining settings may have been changed. If they have been changed, recalculate tramlining. Otherwise, dismiss the warning.

TaskControl has set a tramlining width that is not the machine width.

Contact customer service.