Fatal
Alarm code | Alarm content | Alarm meaning | Common cause of alarm | Treatment method |
---|---|---|---|---|
50000 | cannot load plugin:xxx | Internal plug-in loading error | Problems caused by incompatible update packages or broken installation packages | 1. Obtain the update package or installation package again and update it |
50001 | resource exhaustion | The internal resources of the robot are exhausted | Program exception | 1. If the fault cannot be solved, contact the after-sales service |
50002 | lua error | An internal lua call failed | Update packet exception | 1. Obtain the update package or installation package again and update it |
50100 | map parse error | Map parsing error | ||
50101 | map load error | Map loading error | The exception map was pushed | 1. Use Roboshop to edit the push map again. 2 |
50102 | map is too large | Map area too large | The area of the map pushed is too large | 1. Check the map area to make sure it is less than 200000 square meters |
50103 | map is empty | Map data is empty | The exception map was pushed | 1. Re-edit the push map using Roboshop |
50104 | map meta error | Map metadata error | The map was modified by an external exception | 1. Re-edit and upload maps using Roboshop |
50105 | map resolution is illegal | Illegal map resolution | The map is broken, or the map version is wrong | 1. Use Roboshop to open and save the map, and then upload the map again |
50106 | map format invalid | Illegal map format | The map is broken, or the map version is wrong | 1. Use Roboshop to open and save the map, and then upload the map again. 2. Unable to solve, please contact after-sales |
50200 | load mobilerobots lib error | Error loading mobilerobots | The problem is caused by the damaged update package or installation package | 1. Obtain the update package or installation package again and update it |
50201 | Failed to initialize mobilerobots | mobilerobots initialization error | The problem is caused by the damaged update package or installation package | 1. Obtain the update package or installation package again and update it |
50202 | mobilerobots register error | Error registering mobilerobots | The problem is caused by the damaged update package or installation package | 1. Obtain the update package or installation package again and update it |
50203 | unsupported robot motion model | Unsupported robot motion model | Unsupported robot motion model | 1. Use Roboshop to confirm whether the robot model is correct and upload the model file again |
50204 | can not find mobilerobots | No corresponding motion model can be found | No corresponding motion model can be found | 1. Use Roboshop to confirm whether the chassis configuration in the robot model is correct and upload the model file again |
50301 | dsp firmware model can not get | The firmware did not get the underlying model file | The bottom plate is not connected, the bottom plate is disconnected, etc | 1. Restart the VM |
50304 | firmware version too low | The firmware version is too low. Procedure | The firmware version is too low. Procedure | 1. Upgrade the corresponding firmware version |
50305 | firmware model unreachable | Failed to obtain the model file. Procedure | The firmware does not match and the network is disconnected | 1. Pull the model file again |
50401 | battery too low and shutdown | The robot automatically shuts down when the battery is too low | The robot battery is low | 1. Please charge it in time |
50402 | temperature of battery is too high | Battery temperature is too high. | Battery temperature is too high. | 1. Contact the battery supplier. 2. Modify the battery temperature threshold in the model file |
Error
Alarm code | Alarm content | Alarm meaning | Common cause of alarm | Treatment method |
---|---|---|---|---|
52000 | mode is not activated | Advanced motor models not activated (omni, steer, multisteer, etc.) | Activation failed and expired. Procedure | 1. It is automatically deleted after being activated |
52001 | Failed to initialize mobilerobots | Failed to initialize the robot. Procedure | Activation fails, the activation expires, and the installation package is damaged | 1. It is automatically deleted after being activated |
52010 | robot model uninitialized | The robot model file is not initialized | 1. When the baseplate does not communicate during startup, the model file is pushed | 1. After an error is reported, check whether the alarm code is automatically cleared in 30 seconds. If it is automatically cleared, push the model file again |
52015 | stations with the same id number in the map | The map site has the same id | It may appear when the map is updated | 1. Use roboshop to check map format and whether there are points with the same id. |
52019 | Detect less than 3 reflectors | Less than three reflectors detected | The number of reflectors seen at the current position is less than 3 when using reflectors for positioning | Make sure you have enough reflectors in the reflector area so that you see more than 3 reflectors at all times |
52030 | roller error | The Modbus controlled roller has an error | Drum error, generally may be caused by a sudden stop | After the emergency stop is triggered, clear the previous logic errors. After receiving a new control command, clear the previous logic errors |
52031 | roller or jack or hook disconnected | The peripheral (roller, jacking or traction) connection is disconnected | 1. The configuration of the model file peripheral module is incorrect | 1. Check whether the configuration of peripheral modules in the Roboshop robot model is correct |
52034 | ModbusJack error or | There is an error on the Jack or Tractor controlled by Modbus | There is an error in Jack or Tractor feedback for Modbus control | 1. Check the manual of the Modbus controller for error information |
52039 | hook error | Traction error | Navigation instruction error | 1. Send new and reasonable traction commands |
52050 | arm disconnected | Manipulator connection error | The communication between the manipulator and the car is disconnected | 1. Check whether modbus TCP communication of the manipulator is normal |
52051 | Arm GraspLoad to/from | Manipulator internal error | Arm GraspLoad to/from | 1. Check whether the relevant register of the manipulator can read and write normally |
52098 | cannot connect sick nano laser with same port | The two sick nano lasers in the model file are configured with the same port | 1. The two sick nano lasers in the model file are configured with the same port | Use the laser upper computer to set the two laser ports to be different, and then set up a good push in the model file |
52099 | laser config param error | sick Laser data configuration error | Modified the default laser output range in sick laser upper computer sopas | Use sopas to restore the original laser data output range |
52100 | can't connect with laser | Laser communication is down | 1. If this occurs during startup, check the laser type in the model file, or the laser ip address and port number are incorrect | 1. Configure the correct laser type, ip address, and port. After saving the configuration, the model file can be restored |
52101 | laser data invalid | All laser point data of the current frame laser are invalid points | The positioning plug-in detects that all laser point data of the current laser are invalid points. Usually, all laser points are considered as invalid points due to incorrect use of filtering parameters in parameter configuration. | Check the configuration parameters _ShadowMinAngle,_ ShadowMaxAngle, ShadowWindow, ShadowNeighbours, and save them as default parameters |
52102 | localization module cannot get laser data | Location plugin did not receive laser data | 1. If this happens during startup, check the laser type in the model file, or the laser ip address and port number are incorrect. 2. The communication cable of the laser network port is loose, which may cause abnormal communication | 1. Configure the correct laser type, ip address, and port. After saving the configuration, the model file can be restored |
52103 | cannot receive laser data from udp | The main control cannot receive data sent by the laser through the udp port | 1. If this happens during startup, check the laser type in the model file, or the laser ip address and port number are incorrect. 2. The communication cable of the laser network port is loose, which may cause abnormal communication | 1. Configure the correct laser type, ip address, and port. After saving the configuration, the model file can be restored |
52104 | please set front laser as use for localization | No check box before laser used for positioning | Use frontLaser is checked in the positioning configuration area, but the laser mounted on the front is not set as positioning laser in the model file | Check the engine laser useForLocalization in the model file. |
52105 | please set back laser as use for localization | No box is checked after laser is used for positioning | The use of backLaser is checked in the positioning configuration area, but the laser mounted on the rear of the car is not set as the positioning laser in the model file | Check the tailgate laser useForLocalization in the model file. |
52106 | odo data lost | Location plug-in cannot receive mileage data | Motor error or motor mismatch in model file | Check whether the motor communication is normal, or the correct type of motor is configured |
52107 | There is no corresponding SM point in the switched map | Toggle map in SM point, but no SM point is sent in the current map to be toggle | Check the sent SM points and configure the correct SM points | |
52110 | Error in Gyro. No data received. Gyro.cpp doRun() | The gyroscope did not receive data | Gyroscope firmware is not written, and the gyroscope chip is damaged | Contact the after-sales personnel |
52111 | motor driver connection error | The driver connection failed and the communication timed out | Incorrect driver Settings, incorrect model configuration, electrical connection problems | 1. Check whether the drive works properly, including the baud rate and ID |
52112 | ultrasonic error | Ultrasonic radar fault | Electrical connection or model configuration problem | 1. Check whether the ultrasonic radar works normally |
52113 | RFID reader error | The RFID reader is faulty | The electrical connection or configuration is faulty | 1. Check whether the RFID works properly |
52114 | magnetic 0 tracker error | The magnetic sensor 0 is faulty | Magnetic Stripe This topic describes the problems that may occur when a magnetic stripe is rolled | 1. Check whether the magnetic track navigation sensor works properly |
52115 | magnetic 1 tracker error | Magnetic sensor 1 is faulty | Magnetic Stripe This topic describes the problems that may occur when a magnetic stripe is rolled | 1. Check whether the magnetic track navigation sensor works properly |
52116 | controller net down | Controller network disconnection | Configuration model file process, the network switch is damaged | 1. Check the network |
52118 | seer dio heart beat loss | The baseboard heartbeat packet is lost | The network is not good, the underlying firmware is faulty | If it cannot be automatically recovered, contact the after-sales service |
52119 | low task frequency | The controller task frequency is too low. Procedure | The controller has too many tasks, which usually occurs when the bus quality is poor and the model file is configured | If it cannot be automatically recovered, contact the after-sales service |
52123 | DSPChassis modbus IO error | The Modbus IO error occurs | The modbus address is incorrectly configured, the electrical connection is abnormal, and the network is abnormal | 1. Check whether the Modbus IO expansion board works properly |
52127 | PGV connection error | The PGV connection is incorrect | Electrical connections, equipment configuration, model configuration issues | 1. Check whether PGV works properly |
52128 | PGV info with mismatched device id | The pgv information is inconsistent with the device | Model configuration problems or device problems | Check the model configuration, corresponding id and pgv id |
52135 | motor error | Motor error, driver error, need to check the driver error code | For overcurrent and overvoltage, check with the driver manual | 1. Please refer to the drive error checking process document provided by our company |
52136 | chassis new speed timeout | Speed instruction timeout | Internal problem | Contact the after-sales personnel |
52137 | steer angle overflow | Rudder Angle overflow | Internal problem | If it cannot be automatically recovered, contact the after-sales service |
52138 | fork encoder connection error | Fork encoder connection error | The configuration is incorrect or the electrical connection is faulty | Check the fork external encoder parameter configuration and electrical connection |
52155 | DSPChassis model config error | The underlying model file configuration problem | 1.uart battery brand %s is not supported.The battery brand is not supported | See the error prompt to modify the response model |
52156 | walking jack motor interlock | Walking jacking motor interlock | During the walking process, advance the jacking action | Change the WalkJackMotorInterlock parameter in the chassis configuration of robot parameters to false |
52160 | robot received an illegal speed | The speed command is not valid | The driver encoder value jumps out too much, causing the calculated speed to be too high | Contact the after-sales personnel |
52161 | Unload, But the destination has goods! Or The Goal has goods. Cannot unLoad!! | During unloading, the AGV detects the goods at the target point through the tail-in Di or identification, and reports an error | During unloading, the AGV detects the goods at the target point through the tail-in Di or identification, and reports an error | 1. Check whether there are goods or articles at the target point leading to misidentification |
52162 | ContactDi doesn't detect Goods! | During loading, the goods are dropped and the DI of the goods detection is not triggered | Or when the forklift is running, contactDi does not trigger and an error is reported. | 1. Check whether the contactDi configuration in the fork mechanism of the model file is correct |
52163 | Error in Velocity | Speed decomposition error due to model file configuration | 1.cannot find motor in navSpeed message. 1. Cannot find motor in navspeed message | 1.cannot find motor in navSpeed message. Check the model file |
52164 | Fork Cannot Load Again. ContactDi is True | After the forklift cargo detection is triggered, the task is sent to pick up the goods. The forklift package fails to pick up the goods repeatedly. | Fork Cannot Load Again. ContactDi is True. Fork cannot load again. Contactdi is true. | 1. Check whether the contactDi configuration in the fork mechanism of the model file is correct |
52165 | Over Time | An error is reported when the forklift executes unloading or loading timeout | Over TimeAn error is reported when the forklift executes unloading or loading | 1. Check the model file |
52166 | DI TRUE BUT AWAY GOAL DIST | When the forklift truck picks up goods, the DI in place is triggered in advance | When the forklift is going to pick up the goods, the DI in position is triggered by mistake before the goods are reached. | 1. Check that the forklift is in place |
52167 | REACH GOAL LOAD NO DI | The DI in position is not triggered when the forklift lifts goods | When the forklift truck is going to pick up the goods, the DI in place is not triggered when it reaches the target point. | 1. Check that the forklift is in place |
52168 | ContactDi doesn't detect Goods! | When picking up the goods, no goods. The DI of the goods detection is not triggered | When the forklift is picking up the load, the contactDi has not been triggered to report an error. | 1. Check whether the contactDi configuration in the fork mechanism of the model file is correct |
52195 | model config error | Chassis configuration problem of omni-directional vehicle or two-wheel differential module vehicle | 1.no motors:The motor configuration in the chassis mechanism of the two-wheel differential module car model is wrong | 1.no motors:Check the motor configuration in the dual-wheel differential module model file chassis |
52200 | robot is blocked | Robot is blocked | Robot is blocked | 1. Remove obstacles |
52201 | robot out of path | The robot is off the line | If the agv is outside the line, the distance from the line is greater than that specified in parameter configuration | 1. Manually navigate the agv to the circuit |
52202 | Is one of the following
| Errors encountered during charging of the robot. | Common problems include incorrect configuration of model files, failure to identify charging piles, and failure to power on charging piles at the point of arrival | 1.can not open Recfile.Check and identify the file |
52203 | Charge device is not enable! | Charging mechanism is not configured | agv goes to point charging, but no charging device is configured in the model file. Reporting theCharge device is not enable! | 1. Check the model file |
52250 | 3D camera disconnected | The 3D camera communication is not connected | 1. If this occurs during startup, check the camera type in the model file or whether the ip address and port number of the camera are correctly configured | 1. Configure the correct camera type, ip and port, save and push the model file to restore |
52251 | cannot receive IFM data | The main control can not receive the data of Yi Fu Men camera | 1. If this occurs during startup, check the camera type in the model file or whether the ip address and port number of the camera are correctly configured | 1. Configure the correct camera type, ip and port, save and push the model file to restore |
52253 | cannot connect with locCamera | Qr code camera communication is not connected | 1. This is usually caused by the camera type in the model file, or incorrect camera ip and port configurations | 1. Configure the correct camera type, ip and port, save and push the model file to restore |
52300 | too low confidence of localization | The positioning confidence is too low and the robot reports an error stop | In the robot operating environment, the environment changes too much compared with the map construction, resulting in too low confidence during the robot traveling, or dynamic obstacles block the robot's field of vision, resulting in too low confidence | 1. Manually control the robot to the place where the environment changes little, and then reposition the robot to restore the correct position to clear the error |
52301 | Cannot detect tag after some distance | The QR code can not be seen for some distance, so we need to report an error and stop | In parameter configuration, it is configured by default | 1. If the gap between the two-dimensional code on site is large, exceeding 2m by default, it can be appropriately adjusted |
52302 | Cannot navigation before confirming localization | Ensure that the location is correct before navigation | A navigation task is delivered without confirming the location | 1. After the location is confirmed by roboshop or api, the error will disappear. |
52309 | hook has an error | Traction mechanism is faulty | 1. The Hook grab controlled bym_clampReachDI doesn't exits.Do is exits. DI is not configured | 1.m_clampReachDI doesn't exits.Hook model file |
52400 | battery connect error during charging | There is a problem in the charging process of the agv | When the agv was on the way to CP, there was a battery alarm, resulting in an error. | agv is in the process of charging, if the robot at this time in the battery |
52500 | disconnect from dispatching system | The connection to the dispatch system is disconnected | Network disconnection | 1. Check the network status |
52502 | Dispatching system command error | Dispatch system instruction error | Scheduling instruction writing error | 1. Check scheduling instructions |
52503 | battery is too low to move | The robot battery is low | The battery capacity is lower than the model value | 1. Please charge it in time |
52600 | low reach accuracy | The accuracy of arrival is too low, or the deviation of shelf position is too large | 1.Shelf is outside the safe region.The deviation between the pallet and the agv center is too large | 1.Shelf is outside the safe region.When the pallet is too far off center, you can have someone manually move the pallet to the correct position. Or to the parameter configuration |
52700 | can not find a feasible path | A passable path could not be found | The agv may not be able to find the route during fixed path navigation | 1.can not find a feasible path. You need to check whether a feasible path exists |
52701 | can not find target id | Can't find the target point. | The id of the issued task instruction is not included in the map. | 1. Check whether the map contains the target point. |
52702 | path plan failed | Path planning failure | 1.path plan failed.Detour or free navigation path planning failed | 1.path plan failed. Check whether the obstacle is too close and whether the end point is too far from the starting point |
52703 | unsupported navigation method | Navigation mode not supported | A single wheel vehicle delivers free navigation or obstacle circling instructions | Single wheel vehicles do not support free navigation or obstacle commands (such as setting the width of the road), and reassign other tasks. |
52704 | charge failed but not set pre-point | No front point is set for the charging point | In rbk versions earlier than 3.0, there is no front point for charging points under the map. For versions 3.2 and above, this error code is deprecated. | 1. Check whether the charging point is configured with a front point in the map. |
52705 | motion planning failed | Motor planning failure | 1. Please use only rotate function. Current cannot support zero rot_radiusIf the radius is 0 | 1.Please use only rotate function. Current cannot support zero rot_radius. 1. Please use only rotate function |
52706 | can not find magstripe | Couldn't find the magnetic strip | Magnetic Stripe This topic describes the problems that may occur when a magnetic stripe is rolled | 1. Check whether the magnetic stripes are properly laid |
52708 | destination has obstacles | There is an obstacle at the finish | In free navigation, there is an obstacle at the end | 1. Check whether there are points on the map, no-go lines, close to no-go areas, or obstacles at the finish point |
52713 | DO or DI area overlap | The DO or DI area overlaps | The diareas or doareas in the map overlap | 1. Check whether Diareas or doareas in the map overlap |
52715 | current pos has obstacles | There is an obstacle in the robot's current position | In free navigation, there is an obstacle in the current position of the agv | 1. Check whether there are points on the map, forbidden lines, close to forbidden areas, or obstacles at the current position of the agv |
52716 | charger hardware problem | The charging device hardware is faulty | This error will be reported when chargerspot is configured in the identification file of the agv charging point or in the identification file specified in the task instruction. | 1. Check whether the state of the charging pile is normal |
52717 | charger tcp connection problem | The tcp connection of the charging device is abnormal. Procedure | When chargerspot is configured in the agv charging point identification file or the identification file specified in the task instruction, this error is reported when the connection to the charging pile cannot be made over tcp. | 1. Check the ip address or port of the chargerspot in the file. |
52718 | Detect Skid and stop | At present, the robot is in the state of skid, emergency stop | The robot's wheels got stuck, causing it to skid. | 1. Check the wheel movement of the robot to ensure that the normal movement of the robot can eliminate the alarm |
52800 | jack or fork config error | The jacking or forklift motor is incorrectly configured | Jack byController Mode. Cannot Find Linear Motor. Jack bycontroller mode. Cannot find linear motor.Jacking motor configuration error | 1. IfJack byController Mode. Cannot Find Linear Motor. The motorconfiguration file of jack mechanism needs to be checked |
52801 | module or motor control error | Task instruction error, or organization configuration error. Specific information needs to read the newspaper error behind the prompt | 1. A message is displayedindicating that the parse errortask instruction is incorrect | 1. Ifparse error, The Action Name is Wrong, The Skill name is wrong, The Skill name is wrong, operation name error, operation should be string!!! , no operation!!! , no motor or wrong command, no motor param, motor param is none, value is missing or wrong!, no motor or wrong command, no motor param, motor param is none, value is missing or wrong! , label: is not in the map You need to check the delivery command |
52802 | upLimit or downLimit error | An error was reported on upper and lower limits | The upper and lower limits are triggered. Check whether the corresponding DI is properly installed | 1. Check whether the model file is correct |
52900 | third-party error: XXXXX | Third party error | Third party error set through API 4800 | 1. Determine the third-party error type and call 4801 to clear the error |
52952 | jack, rec, pgv adjsut config file error | Jacking mechanism, identification file, or PGV to adjust the configuration error | PGV Method Based On Code Doesn't Support pgv_adjust_dist paramter!!! PGV method based on code doesn't support pgv_adjust_dist paramter!! Adjusted by PGV, the task instruction is incorrect | 1.PGV Method Based On Code Doesn't Support pgv_adjust_dist paramter!!! PGV adjustment instruction error, confirm the parameter configuration |
52954 | motor calibrate timeout | Motor mark zero timeout | zeroDI of motor is damaged or installed incorrectly | 1. Please check the zero switch of the motor |
52955 | src can not switch mode while moving | The SRC controller cannot switch modes when it is moved | Switch control modes during motion | 1. It can be cleared by switching modes at rest |
52956 | motor do not support 'driver protocol EMC' | The drive cannot be enabled in protocol mode | The driver model selection is incorrect | Replace a drive that supports protocol mode |
52957 | DOMotor calibrate timeout | The DOMotor motor marks zero timeout | DOMotor's zeroDI raises an exception | 1. Check whether mark zero DI is correctly installed and triggered |
52958 | DOMotor limit DI triggered | DOMotor motor limit trigger | limit Di is triggered incorrectly. Procedure | Check the response limit DI |
52959 | distanceSensor connect timeout | The distance sensor communication timed out | The electrical connection or parameter configuration is faulty | |
52961 | rec fail reach max times | Failed to recognize the goods, reached the maximum number of recognition | 1.rec fail reach max timesThe task instruction is incorrect | 1. It is necessary to check the location of the goods and identification documents. |
52962 | Spin motor's block di triggered in calibrating | The Spin motor is triggered by block DI during marking zero | Check whether the block DI configuration and electrical connection are abnormal | The DI configuration and electrical connection are abnormal |
52963 | The pallet is out of the right poistion. | The pallet is too far out to fork | When the forklift identifies the pallet and then picks up the cargo, it will report if the pallet is too far away | 1. Check parameter Settings |
52997 | Following error motors: [Motor a], [motor b],... | In the event that motor tracking is turned on (parameter | 1. Motor cannot rotate or encoder reading remains unchanged due to driver or motor failure; | The error is automatically cleared within a short time after the vehicle stops or the tracking error Narrows below the threshold. If you need to analyze the reasons: |
52998 | Display the specific content according to the actual situation | Due to | 1."No motor is found in the model file" 1. "No motor is found in the model file | According to the above instructions, modify the model file and upload it. The error can be cleared when the motor tracking monitor is rebuilt |
52999 | Display the specific content according to the actual situation | Since the model file | 1."number of walk/steer motor is ..."The number of motors does not match the chassis type | According to the above instructions and constraints on the position of the walking mechanism of each vehicle type in the chapter of vehicle type introduction, the model file is modified and uploaded to the robot. The error can be cleared when the odometer is rebuilt |
53000 | Customization within the script | Errors defined by the script itself | This error code is reported only when executing the script. | 1. "script_args error!" : The input parameter of the script is incorrect. You need to check whether the task instruction is incorrect |
53100 | MinSignalLevelAvailable is smaller than MinSignalLevelKeep | The signal strength threshold (MinSignalLevelAvailable) of the new AP must be lower than the minimum signal strength (MinSignalLevelKeep) when switching an AP. | The active roaming parameter is incorrectly configured. MinSignalLevelAvailable < MinSignalLevelKeep | Set MinSignalLevelAvailable to a value greater than MinSignalLevelKeep |
Caution
Alarm code | Alarm content | Alarm meaning | Common cause of alarm | Treatment method |
---|---|---|---|---|
54000 | joystick error | The handle controller is incorrectly connected | The system did not detect the handle | 1. Check whether the handle is properly connected |
54001 | battery error | Battery communication error | Read that the battery is in an error state | 1. Check whether the battery works properly |
54002 | temperature sensor error | Temperature sensor error | Temperature sensor failure | Contact the after-sales personnel |
54004 | controller emergency stop | The controller stops abruptly. Procedure | The controller's emergency stop button was photographed | 1. Check the electrical connection of the emergency stop button on the controller |
54008 | little low task frequency | The controller task frequency is slightly lower | During the configuration of the model file, it will be cleared after a short period | No processing |
54012 | timestamp error | The time stamps of laser data and mileage data are too different during mapping | 1. The laser or mileage data is abnormal | 1. Restart the controller and scan the picture again |
54013 | driver emergency stop | Drive failure | Drive failure, excitation, snap stop, error | 1. Check the driver enablement cable |
54014 | jitter occurs when robot is stationary | The robot wobbles when it does not receive speed | Motor encoder wiring harness configuration error, motor pid is not adjusted properly | 1. Check whether the motor jitter occurs |
54016 | RS485 hardware error | RS485 hardware fault | 485 Circuit breakdown | 1. Please refer to the specification of SRC-2000 provided by our company |
54017 | DO hardware error | The PDO hardware is faulty | PDO short circuit, overcurrent, damage | Contact the after-sales personnel |
54018 | reflectors in map not enough | When using reflectors for positioning, the number of reference reflectors in the reflector area is too small | When scanning the map, I didn't see enough reflectors. There were too few reflectors in the reflector area | 1. Add a reflector to the area of the reflector, and then sweep the map again to generate a reflector and splice it into the original map |
54019 | Detect less than 3 reflectors | Less than three reflectors detected | 1. The number of reflectors in the current position is less than three | 1. Ensure a sufficient number of reflectors in the reflector area so that the number of reflectors seen all the time is greater than 3 |
54020 | reflectors match failed, please set right init pose | The position of the reflector is incorrectly matched | 1. When using the reflector for positioning, the initial positioning value is incorrectly set, resulting in incorrect positioning of the reflector | 1. Use the relocation function to ensure that the detected position of the reflector corresponds correctly with that of the reflector on the map |
54021 | abnormal task frequency | The running period of firmware tasks is too long. Procedure | The running period of firmware tasks is too long, and the common problem is too many motors | 1. If there are too many motors, please assign half of the motors to can1 and the other half to can2 |
54022 | abnormal can data | CAN bus data is abnormal | The quality of can bus is poor | 1. Use the twisted pair cable as the can communication cable |
54023 | abnormal sonic data | Ultrasonic data anomaly | Abnormal ultrasonic data, time out, calibration error, etc | 1. Check the ultrasonic configuration |
54027 | no jack motor in model file | A jacking order was received, but the model file did not configure the DO-controlled jacking mechanism | A jacking instruction was received, but the model file did not configure the BYdo-controlled jacking mechanism, so an error was reported | 1. Check whether the jack mechanism controlled by byDO is configured in the model file |
54028 | checkDi is false | The parity DI is not triggered. Procedure | checkDi is false When the agv is being hoisted or transported, the checkDI in the model file is not triggered. | 1. Check whether the DI function can be triggered normally |
54051 | cannot connect with camera | Camera communication is down | 1. If this happens during startup, check whether the camera type in the model file is correctly configured | 1. Configure the correct camera type, ip and port, save and push the model file to restore |
54053 | Tag cannot be seen | The two-dimensional code cannot be seen when using the two-dimensional code only | 1. The two-dimensional code cannot be seen when the two-dimensional code is used for positioning | 1. In the process of use, this warning will be reported because the two-dimensional code is not visible, and can be cleared after the two-dimensional code is not visible |
54065 | battery report warning | Battery reporting alarm code | An error occurs inside the battery | 1. Contact the battery supplier |
54066 | mushiny led timeout | Panel timeout | Electrical connection, model configuration | 1. Check the configuration of model files |
54067 | external control warning | The robot is externally controlled | Forklift has manual control knob. When switching to manual control, navigation instruction will be issued and this error will be reported. | 1. Whether the manual control knob is triggered by mistake. |
54070 | PGV cannot find codes | PGV does not see QR codes |
| 1. The QR code is not displayed during secondary position adjustment based on PGV. To check whether PGV often incorrectly reports this error, you can try to add it to the parameter configuration |
54080 | Steer Range: | Rudder Angle out of rudder Angle range | 1. The range of rudder Angle in the model file is too small | 1. Check the range of rudder Angle in the model file to see if it is calibrated correctly. |
54100 | DSP reconfiging | Reconfiguring the underlying firmware | Reconfiguring the underlying firmware | 1. The normal phenomenon will occur after the robot calibration. Please wait for 10 to 30 seconds, and the warning will be automatically cleared |
54211 | low battery | Low electric quantity | Low electric quantity | 1. Please charge the robot |
54231 | Caution: robot is blocked | Notice that the robot is blocked |
| 1. Caution: robot is blocked Check the obstacle type. Check whether the sensor is triggered by mistake. Check that the stop barrier parameters are properly configured, such as stop distance on the line, expansion width of the car body, whether there is cargo on board. |
54232 | Ignoring Task caused by DISensor | The task to be delivered is cancelled because the DI trigger of the task is ignored. When the DI is not triggered, the alarm is automatically cleared. |
| 1. If the task is canceled, check whether the DISensor type is set to ignoreTask and the DI is triggered |
54300 | imu noise is too large | The gyroscope is noisy | 1. If the fault cannot be automatically recovered, contact the after-sales service | |
54302 | newspeed timeout handle status | newspeed timeout Indicates the status of the deceleration or recovery process after triggering | A newspeedtimeout error occurred | 1. Check whether Robokit is stuck or stops running |
54304 | DOMotor is calibrating | DOMotor is marking zero | DOMotor is marking zero | There is no need to deal with it. It will eliminate itself when the zero is finished |
54305 | reset motor should in state when all motors are stopped | The motor needs to stop before marking zero | Motor jitter, car in motion | 1. Check the motor jitter problem |
54901 | rec fail | Identify errors in pallet, charging pile, shelf leg, etc |
| 1. Check whether the identified items and the description of the identification documents are consistent |
55000 | 'RouteProtocolVersion' is modified to: XXX, but current is: XXX, and it takes effect after reboot. | The version of the scheduling protocol is changed | Modified with RoboShop | This parameter is automatically deleted after the restart |
55001 | The robot is in the dispatching state. If you need to control, please regain control and go offline during dispatching. | The car is in dispatch mode | Control the car being controlled by the dispatch system through the API | 1. Acquire the control right of the car, and then control it again. After obtaining the control right, it will be automatically eliminated |
55502 | rbk_pallet is not activated | The pallet identification function is not activated | Pallet truck or pallet pallet recognition, but no rbk_pallet activated | 1. Check whether the task instruction contains pallet identification |
55503 | rbk_pgv_loc is not activated | The PGV secondary positioning and navigation function is disabled | Use PGV to identify two-dimensional code for accurate secondary positioning and adjust the AGV position | 1. Check whether the task instruction contains the PGV QR code identification for secondary positioning |
55504 | rbk_tag_nav is not activated | The QR code location function is not activated | Vehicles with PGV were used for pure QR code positioning, but rbk_tag_nav was not activated | 1. Check whether a QR code location area is added. Use the QR code location function |
55506 | rbk_spin is not activated | The follow-up function is not activated | The jacking car uses the follow up function, but does not activate rbk_spin | 1. Check whether the task instruction contains the follow-up function |
55507 | rbk_reflector is not activated | The reflector positioning function is not activated | rbk_reflector is not activated when the reflector positioning function is used | 1. Check whether a reflector area is added to the map |
55508 | rbk_3dcamera is not activated | The 3d camera obstacle avoidance function is not activated | Using a 3D camera, but the rbk_3dcamera is not activated | 1. Check whether a 3d camera is added to the model file |
55509 | rbk_dynamic_nav is not activated | The dynamic location function is not activated | rbk_dynamic_nav is not enabled when dynamic location is enabled | 1. Check whether a dynamic location area is added to the map |
55510 | rbk_roaming is not activated | Active roaming is not activated | It's set up in RoboShop | 1. Check whether the rbk_roaming function is authorized |
55511 | rbk_script is not activated | Script not activated | Error 55511 rbk_script is not activated because the script function is not activated when the delivered task contains script actions | 1. Check whether the command to be sent is correct and contains the script action |
55600 | IMU has NOT been calibrated while the skid detection is enabled | When the pose parameters of IMU are not calibrated, the slippage detection function based on acceleration/angular velocity information is enabled | The controller device is enabled in the model file without performing the initial IMU calibration (see the corresponding article for details) and setting the calibration result | If skid detection is desired, the initial IMU calibration shall be performed on the vehicle; If you do not want to enable skid detection or do not want to perform initial IMU calibration, you should unenable the controller device in the model file, or set the parameter |