Covidien Force Triad: troubleshooting and error codes
The ServiceForge knowledge base holds 156 documented symptoms for the Covidien Force Triad, with 200 ranked causes, 474 diagnostic checks with test points and expected values, and 246 error codes. Each symptom below shows its causes and the first check; the rest is one connection away. Connect ServiceForge to your AI
Symptoms
ForceTriad system malfunction patient safety
System fails to operate or exhibits unexpected behavior; visible damage, loose connections, or electrical issues suspected
Ranked causes
- 1. Visible physical damage to system (common)
- 2. Accessory cords not properly connected (common)
- 3. Power cord damage or degradation (common)
- 4. Fuse or fuse housing damage or corrosion (occasional)
- 5. Internal component malfunction damaged fuses (occasional)
5 corrective actions and part numbers are in ServiceForge. Connect ServiceForge to your AI
System malfunction with visible damage or connection issues high voltage
System fails to operate properly; visible physical damage, loose cords, power cord damage, or corroded fuses present
Ranked causes
- 1. Visible physical damage to system (occasional)
- 2. Accessory cords not properly connected (common)
- 3. Power cord damage or exposed wires (occasional)
- 4. Fuse damage or corrosion (occasional)
- 5. Internal component malfunction (occasional)
Inspect system exterior for physical damage
- Test point
- All external surfaces and housing
- Expected
- No cracks, dents, or visible damage
3 more checks with pass and fail actions, 5 corrective actions, and part numbers are in ServiceForge. Connect ServiceForge to your AI
System malfunctions caution
Equipment has a malfunction; visible damage, loose cords, power cord damage, or fuse issues present
Ranked causes
- 1. Visible physical damage (unknown)
- 2. Accessory cords improperly connected (unknown)
- 3. Power cord damaged (unknown)
- 4. Fuse housing or fuses damaged or corroded (unknown)
- 5. Internal component malfunction (occasional)
Inspect for visible physical damage
- Test point
- Entire system
- Expected
- No visible signs of physical damage
3 more checks with pass and fail actions, 5 corrective actions, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Stuck button error detected
System generates error during self-test due to stuck button on controller interface
Ranked causes
- 1. Stuck button on console (common)
- 2. Controller board malfunction (occasional)
- 3. Display board malfunction (occasional)
- 4. FTSW board malfunction (occasional)
Power cycle system and observe self-test
- Test point
- System startup display
- Expected
- Self-test completes without error code E271
1 more check with pass and fail actions, 6 corrective actions, and part numbers are in ServiceForge. Connect ServiceForge to your AI
System fails to receive critical startup information caution
During self-test, system generates error and does not receive critical information required for startup; commonly caused by calibration requirement
Ranked causes
- 1. Calibration required on unit (common)
- 2. Scanner failure (occasional)
- 3. Controller Board failure (occasional)
- 4. Scanner cable connection issue (occasional)
Power cycle system
- Test point
- System power
- Expected
- System powers off and on; self-test runs
2 more checks with pass and fail actions, 6 corrective actions, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Unit does not power on
System does not power on and no indication of power signal received
Ranked causes
- 1. System Fuse open or defective (common)
- 2. Power Cable defective or disconnected (common)
- 3. Controller Board failure (occasional)
- 4. Low Voltage Power Supply failure (occasional)
Power cycle the unit
- Test point
- Power switch
- Expected
- System performs self-test
1 more check with pass and fail actions, 2 corrective actions, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Display shows blank gray screen
Displays are blank and gray with no content visible; system not responding or communication issue between controller and display
Ranked causes
- 1. Ethernet cable disconnected or not fully seated (common)
- 2. Steering relay cable disconnected or not fully seated (common)
- 3. System board not properly seated (occasional)
Power cycle the unit
- Test point
- System startup
- Expected
- System performs self-test and displays are active
3 more checks with pass and fail actions, 3 corrective actions, and part numbers are in ServiceForge. Connect ServiceForge to your AI
E286 - Null pointer error detected
System generated software error where null pointer was detected during self-test
Ranked causes
- 1. Software error in self-test (unknown)
- 2. Improper board seating or loose connections (occasional)
- 3. System calibration fault (occasional)
Power cycle and self-test
- Test point
- System startup
- Expected
- Self-test completes without E286 error
1 more check with pass and fail actions, 4 corrective actions, and part numbers are in ServiceForge. Connect ServiceForge to your AI
E289 error - Sensor comparing failure caution
DSP sensor comparison error; system detection of RF signal mismatch or DSP malfunction
Ranked causes
- 1. RF Board malfunction (occasional)
- 2. Controller Board failure (occasional)
- 3. HVDC Board failure (occasional)
Power cycle the system
- Expected
- System performs self-test without error
2 more checks with pass and fail actions, 3 corrective actions, and part numbers are in ServiceForge. Connect ServiceForge to your AI
HOST processor machine check exception
E11 error indicates HOST processor has encountered a machine check exception, preventing normal operation.
Ranked causes
- 1. Firmware or software fault (common)
- 2. Unseated board or loose cable (occasional)
- 3. Controller board failure (rare)
Power cycle and self-test
- Test point
- system startup
- Expected
- self-test completes without errors
2 more checks with pass and fail actions, 4 corrective actions, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Invalid data error during operation
System generates software error due to invalid data in memory or registers
Ranked causes
- 1. Corrupted firmware or memory error (common)
- 2. Loose or improper board seating (occasional)
- 3. Miscalibrated or corrupted calibration data (occasional)
Power cycle unit and observe self-test
- Test point
- System status LED or display
- Expected
- Self-test passes; no error codes displayed
2 more checks with pass and fail actions, 3 corrective actions, and part numbers are in ServiceForge. Connect ServiceForge to your AI
REM alarm does not sound at expected resistance threshold
REM alarm fails to activate at specified resistance values during high and low threshold testing
Ranked causes
- 1. REM alarm threshold out of specification (common)
- 2. REM low threshold alarm out of specification (common)
- 3. REM minimum threshold alarm failure (occasional)
REM high threshold alarm activation
- Test point
- REM alarm and resistance box
- Expected
- Alarm sounds between 128 Ω and 142 Ω, 128–142 Ω
- Tools
- Resistance substitution box
2 more checks with pass and fail actions, 3 corrective actions, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Dark screen or no display
System fails user-generated self-test via Diagnostics menu with dark screen failure mode
Ranked causes
- 1. Display inverter failure (common)
- 2. Board not properly seated or loose cable (occasional)
Power cycle the system
- Test point
- System startup
- Expected
- System completes self-test and displays normal screen
2 more checks with pass and fail actions, 2 corrective actions, and part numbers are in ServiceForge. Connect ServiceForge to your AI
DSP RAM check failed at startup caution
System displays E5 error during power-on self-test; DSP (digital signal processor) RAM memory check failed
Ranked causes
- 1. Transient RAM error (common)
- 2. Controller board failed (occasional)
Power cycle the system
- Test point
- System power button
- Expected
- System restarts and completes self-test without E5 error
3 more checks with pass and fail actions, 2 corrective actions, and part numbers are in ServiceForge. Connect ServiceForge to your AI
E23 error: HOST thread stack overflow
Error code E23 appears, indicating a thread on the HOST CPU has overflowed its stack, typically a firmware or software issue
Ranked causes
- 1. HOST software stack overflow or firmware defect (unknown)
- 2. Controller Board defect (rare)
Power cycle and observe if error clears
- Test point
- System boot self-test
- Expected
- No E23 error on restart
2 more checks with pass and fail actions, 4 corrective actions, and part numbers are in ServiceForge. Connect ServiceForge to your AI
E25 error displayed
HOST processor received unhandled interrupt; system displays error code E25 and may become unstable
Ranked causes
- 1. Unhandled interrupt in HOST processor (unknown)
- 2. Controller Board failure (occasional)
Power cycle system and observe self-test
- Test point
- System startup
- Expected
- System completes self-test without E25 error
2 more checks with pass and fail actions, 4 corrective actions, and part numbers are in ServiceForge. Connect ServiceForge to your AI
E265 error code displayed
System generates E265 error while performing an access function
Ranked causes
- 1. Controller Board failure (unknown)
- 2. Loose or improperly seated boards or cables (occasional)
Power cycle the system
- Test point
- Main power
- Expected
- System performs self-test after power on
2 more checks with pass and fail actions, 2 corrective actions, and part numbers are in ServiceForge. Connect ServiceForge to your AI
E282 error during self-test
System generates E282 error code during self-test when attempting to read ICL chip on controller board
Ranked causes
- 1. ICL chip communication failure on controller board (common)
- 2. Controller board defective (occasional)
Power cycle and self-test
- Test point
- System startup
- Expected
- System completes self-test without E282 error
2 more checks with pass and fail actions, 4 corrective actions, and part numbers are in ServiceForge. Connect ServiceForge to your AI
E290 data sampling error recovery caution
System generates E290 error code signifying a sampling error during VI (Voltage/Impedance) data sampling in the Force Triad electrosurgical system.
Ranked causes
- 1. Sampling error in data acquisition (unknown)
- 2. Controller Board malfunction (occasional)
Power cycle system and observe self-test
- Test point
- System startup
- Expected
- System completes self-test without E290 error
2 more checks with pass and fail actions, 4 corrective actions, and part numbers are in ServiceForge. Connect ServiceForge to your AI
E8 error code displayed
System displays E8 error code indicating software error caused by corrupt data string.
Ranked causes
- 1. Corrupt data string in software (unknown)
- 2. Controller Board failure (rare)
4 corrective actions and part numbers are in ServiceForge. Connect ServiceForge to your AI
System boards not properly seated or cables loose caution
Hardware installation issue with PCBs or signal cables inside Force Triad enclosure.
Ranked causes
- 1. PCB not fully inserted into slot (occasional)
- 2. Cable connection loose or disconnected (occasional)
Remove system cover and visually inspect all PCBs
- Test point
- All system boards inside enclosure
- Expected
- All boards flush with connector slots, no visible gaps
1 more check with pass and fail actions, 2 corrective actions, and part numbers are in ServiceForge. Connect ServiceForge to your AI
System error E2, E3, E4, or E5 displayed
System is no longer functional; error codes E2 (ICL communication failure), E3 (App ROM failed), E4 (Boot ROM failed), or E5 (RAM failed) at startup.
Ranked causes
- 1. Controller board unseated or ethernet cable disconnected (common)
- 2. Controller board hardware failure or calibration issue (occasional)
Visual inspection and physical verification
- Test point
- Controller board and ethernet cable
- Expected
- Board securely seated and fastened; ethernet cable connected
3 more checks with pass and fail actions, 3 corrective actions, and part numbers are in ServiceForge. Connect ServiceForge to your AI
System error E2, E3, E4, or E5 displayed
System is no longer functional; error codes E2 (ICL communication failure), E3 (App ROM failed), E4 (Boot ROM failed), or E5 (RAM failed) at startup.
Ranked causes
- 1. Controller board unseated or ethernet cable disconnected (common)
- 2. Controller board hardware failure or calibration issue (occasional)
Visual inspection and physical verification
- Test point
- Controller board and ethernet cable
- Expected
- Board securely seated and fastened; ethernet cable connected
3 more checks with pass and fail actions, 3 corrective actions, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Absolute integer error
System displays E287 error code during operation or self-test
Ranked causes
- 1. Controller Board failure (unknown)
Power cycle the system and allow self-test to complete
- Test point
- System startup
- Expected
- System completes self-test without E287 error
2 more checks with pass and fail actions, 1 corrective action, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Audio distorted or inactive
Audio output from Mono 1 cut contains distortion or is not active; audio volume adjustment ineffective or produces distortion.
Ranked causes
- 1. Audio system not properly enabled or configured (common)
Activate Mono 1 cut from hand switch
- Test point
- Hand switch
- Expected
- Audio active and distortion-free
1 more check with pass and fail actions, 1 corrective action, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Audio distortion during operation
Audio is distorted when Mono 1 cut is activated from hand switch or during volume adjustment
Ranked causes
- 1. Low-voltage power supply out of specification (common)
Measure +5 VDC output on RF board
- Test point
- TP81
- Expected
- 5.00 to 5.20 VDC, +/-0.10 VDC
- Tools
- DVM
4 more checks with pass and fail actions, 1 corrective action, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Audio not active or missing
No audio output when Mono 1 cut is activated or during volume adjustment
Ranked causes
- 1. Hand switch not properly activated (common)
Verify Demo mode is enabled
- Test point
- System menu
- Expected
- Demo mode active
1 corrective action and part numbers are in ServiceForge. Connect ServiceForge to your AI
Autobipolar function not available in bipolar modes
Autobipolar mode is not accessible or function is not available in Low, Macro, or Standard bipolar modes; A button does not appear in middle window
Ranked causes
- 1. Autobipolar feature not enabled or circuit malfunction (unknown)
Autobipolar mode accessibility in bipolar modes
- Test point
- Middle window display
- Expected
- A button appears when autobipolar is active
1 corrective action and part numbers are in ServiceForge. Connect ServiceForge to your AI
Autobipolar mode unavailable in expected operating modes
Autobipolar function does not appear as available option in Low, Macro, or Standard bipolar modes
Ranked causes
- 1. System not properly configured for Autobipolar mode (unknown)
Autobipolar mode availability in Low bipolar mode
- Test point
- Mode selection menu
- Expected
- AutoBip button appears and is selectable
3 more checks with pass and fail actions, 1 corrective action, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Battery replacement high voltage
Replace the battery on the Controller PCBA to restore calibration values and system operation after power loss.
Ranked causes
- 1. Battery depleted or requires replacement (unknown)
Power system off and disconnect power cord
- Test point
- wall receptacle
- Expected
- Power disconnected
4 more checks with pass and fail actions, 1 corrective action, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Bipolar power setting changes when Auto button toggled
Bipolar power setting changes when Auto button is activated or deactivated, when it should remain constant at 20 W
Ranked causes
- 1. Autobipolar power control circuit malfunction (unknown)
Bipolar power setting stability during Auto button toggle
- Test point
- Power setting display
- Expected
- 20 W
1 corrective action and part numbers are in ServiceForge. Connect ServiceForge to your AI
Bipolar power setting changes when AutoBip button toggled
20 W power setting does not remain stable when AutoBip button is activated or deactivated
Ranked causes
- 1. Autobipolar power regulation malfunction (rare)
Bipolar power setting stability with AutoBip active
- Test point
- Power setting display
- Expected
- 20 W
1 more check with pass and fail actions, 1 corrective action, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration after battery replacement
System calibration values are lost when battery is replaced and must be restored through level-6 calibration procedure.
Ranked causes
- 1. Calibration values cleared by battery replacement (common)
Execute level-6 calibration procedure
- Test point
- system calibration routine
- Expected
- Calibration completed and values restored
1 corrective action and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: Barcode-scanner cable replacement high voltage
Replace barcode-scanner cables in ForceTriad Energy Platform; requires front-panel removal and system recalibration.
Ranked causes
- 1. Barcode-scanner cable replacement required (unknown)
Remove front-panel assembly
- Test point
- Front panel
- Expected
- Assembly removed
4 more checks with pass and fail actions, 1 corrective action, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: Battery replacement high voltage
Replace backup battery on Controller PCBA after power disconnection; level-6 calibration required post-replacement.
Ranked causes
- 1. Battery replacement required (unknown)
Power off and disconnect power cord
- Test point
- Wall receptacle
- Expected
- Power disconnected
6 more checks with pass and fail actions, 1 corrective action, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: Bipolar output power delivery high voltage
Verify bipolar footswitch activation and output current within specification (900–1044 mA RMS at 95 W)
Ranked causes
- 1. Output outside specified range after calibration steps 7 and 8 (unknown)
Verify system completes self-test
- Test point
- System display
- Expected
- Self-test passes
3 more checks with pass and fail actions, 1 corrective action, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: Brightness
Adjustment of display brightness on three touchscreens through maintenance menu
Ranked causes
- 1. Display brightness requires calibration for consistent touchscreen visibility (common)
Access Service menu
- Test point
- Service button
- Expected
- Service menu accessible
9 more checks with pass and fail actions, 1 corrective action, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: Brightness
Calibrate display brightness for all three touchscreens using on-screen instructions.
Ranked causes
- 1. Display brightness requires adjustment and verification (common)
Complete brightness calibration for all three touchscreens
- Test point
- On-screen calibration interface
- Expected
- All three screens calibrated and parameters saved
1 corrective action and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: Current
Calibrate output current measurement system according to on-screen instructions.
Ranked causes
- 1. Current calibration required for accurate power output measurement (common)
Complete current calibration procedure
- Test point
- On-screen calibration interface
- Expected
- Calibration completed and saved
1 corrective action and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: Current high voltage
Measurement and adjustment of RF output current with 8-inch cable using on-screen guided procedure
Ranked causes
- 1. RF output current requires calibration for accurate power delivery through generator cable (common)
Verify 8-inch cable available and connected
- Test point
- Generator cable
- Expected
- 8-inch cable in place (not shorter or longer)
4 more checks with pass and fail actions, 1 corrective action, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: date and time
System date and time setup via touch screen menu
Ranked causes
- 1. Date and time require configuration (common)
Access date and time calibration screen
- Test point
- Main Menu
- Expected
- Setup Time And Date option accessible
1 corrective action and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: Date and Time
Set system date and time via Setup menu using up/down arrow keys.
Ranked causes
- 1. Time and date require initialization or correction (common)
Access Time and Date settings
- Test point
- Setup menu
- Expected
- Time and Date button available
1 corrective action and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: Display cables replacement high voltage
System display cables require replacement and recalibration after installation
Ranked causes
- 1. Display cables worn or damaged (unknown)
Wait for energy dissipation
- Test point
- Power supply
- Expected
- No stored energy remaining
6 more checks with pass and fail actions, 1 corrective action, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: Display Inverter Replacement high voltage
Procedure to replace the display inverter board in Force Triad electrosurgical system
Ranked causes
- 1. Display inverter board requires replacement (unknown)
Power off the unit via front switch
- Test point
- Front power switch
- Expected
- Unit powered off
7 more checks with pass and fail actions, 1 corrective action, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: Display PCBA replacement high voltage
Display PCBA needs to be replaced. Procedure involves removing front panel, disconnecting steering relay PCBA, removing four center screws, installing new PCBA, and recalibration.
Ranked causes
- 1. Display PCBA failure or defect (unknown)
Remove front-panel assembly
- Test point
- Front panel
- Expected
- Panel detached from enclosure
7 more checks with pass and fail actions, 1 corrective action, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: Display PCBA replacement high voltage
Replacement of Display PCBA with system recalibration required after installation
Ranked causes
- 1. Display PCBA requires replacement (unknown)
Remove front-panel assembly
- Test point
- Front panel
- Expected
- Assembly removed
7 more checks with pass and fail actions, 1 corrective action, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: Footswitch/Audio PCBA replacement high voltage
Replace defective Footswitch/Audio PCBA module on ForceTriad system and recalibrate.
Ranked causes
- 1. Footswitch/Audio PCBA failure or malfunction (unknown)
Verify system is powered off and disconnected
- Test point
- Power cord
- Expected
- Disconnected from wall receptacle
6 more checks with pass and fail actions, 5 corrective actions, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: Footswitch/Audio PCBA replacement high voltage
Replacement procedure for Footswitch/Audio PCBA module on ForceTriad Energy Platform
Ranked causes
- 1. Footswitch/Audio PCBA requires replacement (unknown)
Power off and disconnect
- Test point
- Power cord
- Expected
- System powered off, cord disconnected from wall
8 more checks with pass and fail actions, 7 corrective actions, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: Force Triad system level 6
Full recalibration procedure for Force Triad electrosurgical system
Ranked causes
- 1. Calibration required after board service (unknown)
Level 6 calibration execution
- Test point
- System calibration routine
- Expected
- Calibration completes successfully per Calibration Section
1 corrective action and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: High-Frequency Leakage Current patient safety
Periodic safety check to verify high-frequency leakage current meets IEC 601-2-2 limits before clinical use or annually
Ranked causes
- 1. High-frequency leakage current exceeds safe limits (unknown)
Measure monopolar high-frequency leakage current
- Test point
- UFP connected to equipotential ground lug on rear
- Expected
- not exceed 100 mA for any mode, <= 100 mA
- Tools
- 200 Ω 250 W noninductive resistor, current transformer, true RMS voltmeter (Fluke 8920 or BC Group ESU-2050 equivalent)
4 more checks with pass and fail actions, 2 corrective actions, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: High-Voltage DC PCBA replacement high voltage
Step-by-step procedure to replace the HVDC PCBA on the left side of the ForceTriad system with proper alignment and recalibration
Ranked causes
- 1. HVDC PCBA requires replacement (unknown)
Turn off the system and disconnect power cord from wall receptacle
- Test point
- Wall receptacle and power cord
- Expected
- Power disconnected
10 more checks with pass and fail actions, 1 corrective action, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: HVDC Board replacement high voltage
Procedure to replace the HVDC board in Force Triad electrosurgical system
Ranked causes
- 1. HVDC board replacement required (unknown)
Wait for stored energy dissipation
- Test point
- Power supply
- Expected
- At least five minutes after power disconnected
1 more check with pass and fail actions, 6 corrective actions, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: HVDC PCBA replacement high voltage
System requires level-4 calibration after replacing the HVDC PCBA to restore proper operation
Ranked causes
- 1. HVDC PCBA replaced (common)
7 corrective actions and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: LC Filter Tuning high voltage
Adjust inductor potentiometer (L2) on HVDC PCBA to minimize RF leakage current; requires Pearson current monitor and external True RMS meter.
Ranked causes
- 1. LC Filter requires tuning during system leakage null calibration (common)
Set RF output level for initial tuning
- Test point
- Debug Mode interface
- Expected
- 20%
- Tools
- External True RMS meter
1 more check with pass and fail actions, 1 corrective action, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: LC Filter Tuning high voltage
Adjustment of inductor potentiometer (L2) on HVDC PCBA to minimize RF current leakage via REM port using external True RMS meter
Ranked causes
- 1. LC filter requires tuning during system leakage null calibration or component replacement (common)
Verify system powered off before opening chassis
- Test point
- Power indicator
- Expected
- Off
11 more checks with pass and fail actions, 1 corrective action, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: Level 6 Full Recalibration
Full system recalibration procedure to restore factory calibration after service or error recovery
Ranked causes
- 1. Calibration values lost or corrupted (common)
Level 6 calibration execution
- Test point
- Calibration menu interface
- Expected
- Calibration completes successfully without timeout or error
1 corrective action and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: Low Voltage Power Supply replacement high voltage
After replacing the Low Voltage Power Supply (LVPS) board, a level 0 calibration is required to restore proper system operation.
Ranked causes
- 1. Low Voltage Power Supply board replacement (common)
Verify cover removed from ForceTriad system
- Test point
- System exterior
- Expected
- Cover removed and accessible
5 more checks with pass and fail actions, 1 corrective action, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: Monopolar 1 and Monopolar 2 coag mode output high voltage
Verify monopolar coag output current within specification (452–525 mA RMS at 120 W)
Ranked causes
- 1. Coag mode output outside specified range (unknown)
Verify system completes self-test
- Test point
- System display
- Expected
- Self-test passes
3 more checks with pass and fail actions, 1 corrective action, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: Monopolar 1 and Monopolar 2 cut mode output high voltage
Verify monopolar cut output current within specification (922–1072 mA RMS at 300 W)
Ranked causes
- 1. Cut mode output outside specified range (unknown)
Verify system completes self-test
- Test point
- System display
- Expected
- Self-test passes
3 more checks with pass and fail actions, 1 corrective action, and part numbers are in ServiceForge. Connect ServiceForge to your AI
Calibration: Monopolar Force TriVerse coag mode output high voltage
Verify Force TriVerse coag output current within specification (452–525 mA RMS at maximum power)
Ranked causes
- 1. Force TriVerse coag mode output outside specified range (unknown)
Replace 300 Ω resistor with 500 Ω resistor in test circuit
- Test point
- Test circuit load
- Expected
- 500 Ω load connected
2 more checks with pass and fail actions, 1 corrective action, and part numbers are in ServiceForge. Connect ServiceForge to your AI
More symptoms
- Calibration: Monopolar Force TriVerse cut mode output
- Calibration: Power
- Calibration: Power output verification
- Calibration: RF Board replacement
- Calibration: RF Leakage
- Calibration: RF Leakage
- Calibration: Scan stand label replacement
- Calibration: scanner
- Calibration: Scanner
- Calibration: Scanner
- Calibration: screen brightness
- Calibration: Set Date and Time
- Calibration: Steering Relay Board replacement
- Calibration: System Display Replacement
- Calibration: System fan replacement
- Calibration: System fans
- Calibration: System power cable replacement
- Calibration: System scanner cable replacement
- Calibration: System scanner replacement
- Calibration: Touch screen
- Calibration: Touchscreen
- Calibration: Touchscreen
- Calibration: UFP coag mode output
- Calibration: UFP cut mode output
- Calibration: Voltage
- Calibration: Voltage
- Control and data line faults
- Controller board failure
- Demo mode operation and RF power delivery
- Display inverter failure or degradation
- Display screen is black or blank
- DMA stuck condition
- DSP boot ROM check failed at startup
- E18 error displayed
- E260 communication error
- E262 error - activation denied
- E266 error displayed
- E275 multi-tasking error detected
- E276 - Analog sensor error during self-test
- E280 - Timebase error
- E285 error during self-test
- E288 - ERR_NR_SENSOR_CLIP
- E291 watchdog communication error
- E292 - ERR_NR_DSP_SW_ERROR
- E297 error after board replacement needed
- E297 error: message viewer construction failed
- E299 error code leakage on sensor DSP 2
- E305 error code displayed during self-test
- E307 - RF shutdown failure
- E308 barcode reader UART loopback enabled
- E309 remote control invalid window pointer
- E310 remote control invalid field list
- E311 - ERR_NR_INVALID_RF_HDW_CONFIG
- E311 invalid RF hardware configuration
- E9 software assertion error
- Electric shock hazard during fuse replacement
- Electrostatic discharge damage
- Electrostatic-sensitive component handling
- Flash memory error during self-test
- Flickering screens
- Floating point exception in HOST processor
- Footswitch board failure
- Front panel indicators or displays do not illuminate
- Fuse replacement required
- Generator general system error
- Handle electrostatic-sensitive components safely
- Handling electrostatic-sensitive components
- HOST processor alignment exception
- LCD touchscreens do not illuminate or display
- Leakage current exceeds 1000 μA (single fault condition)
- Leakage current exceeds 300 μA (normal conditions)
- Low-voltage power supply output out of range
- Memory allocation failure detected
- Poor or disabled fan operation due to damaged wire harness
- Pre-calibration system verification
- REM alarm does not sound before 1 Ω
- REM alarm indicator does not illuminate
- REM alarm sounds outside expected range at high resistance
- REM alarm sounds outside expected range at medium resistance
- REM indicator does not illuminate green
- REM indicator does not illuminate green at 10 Ω
- REM indicator does not illuminate green at 30 Ω
- REM indicator does not illuminate green at 60 Ω
- REM indicator not illuminating green
- Replace barcode-scanner cables
- Replace system foot switch board
- Scan stand label replacement
- Speaker or activation tones not working
- Static-sensitive component handling during LVPS replacement
- System does not power on after fuse replacement
- System fails self-test
- System fails user-generated self-test
- System fans require replacement
- System self-test fails
- Unable to access fuse drawer
- Verify low-frequency leakage current within safety limits
96 more symptoms with ranked causes and checks are in ServiceForge. Connect ServiceForge to your AI
Error codes
| Code | Meaning | Trigger | Severity |
|---|---|---|---|
E10 | ERR_SE_INVALID_DATA - Software failure due to invalid data string | Invalid data string detected during operation | error |
E10 | ERR_SE_INVALID_DATA: Software failure because of invalid data | Invalid data detected during software operation | critical |
E10 | ERR_SE_INVALID_DATA: Software failure because of invalid data | Invalid data detected during software operation | critical |
E11 | ERR_SE_MACHINE_CHECK_EXCEPTION: Host processor machine check exception | CPU machine check exception detected | critical |
E11 | ERR_SE_MACHINE_CHECK_EXCEPTION: Host processor machine check exception | CPU machine check exception detected | critical |
E11 | HOST processor machine check exception | HOST processor firmware or hardware fault detected | error |
E12 | HOST processor data storage exception has occurred | Data storage exception in HOST processor | error |
E12 | ERR_SE_DATA_STORAGE_EXCEPTION: Host processor data storage exception | Data storage access exception detected | critical |
E12 | ERR_SE_DATA_STORAGE_EXCEPTION: Host processor data storage exception | Data storage access exception detected | critical |
E13 | ERR_SE_ISI_EXCEPTION: Host processor information exception | ISI (Instruction Storage Interrupt) exception detected | critical |
E13 | ERR_SE_ISI_EXCEPTION: Host processor information exception | ISI (Instruction Storage Interrupt) exception detected | critical |
E13 | HOST processor data storage exception | Data storage exception in HOST processor | error |
E14 | HOST processor alignment exception | Processor alignment exception detected during system operation | error |
E14 | ERR_SE_ALIGNMENT_EXCEPTION: Host processor alignment exception | Memory alignment violation detected | critical |
E14 | ERR_SE_ALIGNMENT_EXCEPTION: Host processor alignment exception | Memory alignment violation detected | critical |
E15 | ERR_SE_PROGRAM_EXCEPTION: Host processor program exception | CPU program exception detected | critical |
E15 | ERR_SE_PROGRAM_EXCEPTION: Host processor program exception | CPU program exception detected | critical |
E15 | HOST processor program exception | Program exception in HOST processor | error |
E16 | HOST processor floating point unavailable exception | Floating point unit malfunction or data corruption detected | critical |
E16 | ERR_SE_FP_UNAVAILABLE_EXCEPTION: Floating point unavailable exception | FPU not available during floating point operation | critical |
E16 | ERR_SE_FP_UNAVAILABLE_EXCEPTION: Floating point unavailable exception | FPU not available during floating point operation | critical |
E17 | ERR_SE_SYS_CALL_EXCEPTION: Host processor system call exception | Invalid system call attempted | critical |
E17 | ERR_SE_SYS_CALL_EXCEPTION: Host processor system call exception | Invalid system call attempted | critical |
E17 | HOST processor system call exception has occurred | System call exception during HOST processor operation | error |
E18 | HOST processor trace exception has occurred | Host processor encounters a trace exception during operation | error |
E18 | ERR_SE_TRACE_EXCEPTION: Host processor trace exception | Trace facility exception detected | critical |
E18 | ERR_SE_TRACE_EXCEPTION: Host processor trace exception | Trace facility exception detected | critical |
E19 | ERR_SE_FP_ASSIST_EXCEPTION: Floating point assist exception | Floating point operation assistance needed | critical |
E19 | ERR_SE_FP_ASSIST_EXCEPTION: Floating point assist exception | Floating point operation assistance needed | critical |
E19 | Floating point assist exception in HOST processor | HOST processor encounters floating point math exception during operation | error |
E2 | Unit unable to communicate to hardware using HOST ICL registers (ICL communication failure) | System detects communication loss to hardware ICL registers during startup or operation | error |
E2 | ICL communication error; unable to communicate to hardware using Host ICL registers | Startup or operation | error |
E2 | ICL communication error; unable to communicate to hardware using Host ICL registers | Startup or operation | error |
E20 | ERR_SE_MEM_ALLOC_EXCEPTION: Memory allocation failure | System memory exhausted or allocation error | critical |
E20 | ERR_SE_MEM_ALLOC_EXCEPTION: Memory allocation failure | System memory exhausted or allocation error | critical |
E20 | ERR_SE_MEM_ALLOC_FAIL - memory allocation failure within the unit | Memory allocation failure detected during operation | error |
E21 | HOST processor unknown exception with invalid exception vector | HOST processor generated an unknown exception; exception vector is not valid | error |
E21 | ERR_SE_UNKNOWN_EXCEPTION: Unknown exception generated | Invalid or unrecognized exception vector | critical |
E21 | ERR_SE_UNKNOWN_EXCEPTION: Unknown exception generated | Invalid or unrecognized exception vector | critical |
E22 | ERR_SE_UNKNOWN_INTERRUPT: Uninitialized interrupt received | Interrupt without initialization detected | critical |
E22 | ERR_SE_UNKNOWN_INTERRUPT: Uninitialized interrupt received | Interrupt without initialization detected | critical |
E22 | Unknown interrupt received by HOST processor | HOST processor receives interrupt that is not initialized or not recognized | error |
E23 | ERR_SE_STACK_OVERFLOW | HOST software thread exhausts allocated stack space | error |
E23 | ERR_SE_STACK_OVERFLOW: Thread stack overflow | Stack pointer exceeded allocated stack space | critical |
E23 | ERR_SE_STACK_OVERFLOW: Thread stack overflow | Stack pointer exceeded allocated stack space | critical |
E24 | ERR_SE_DMA_FAILURE: DMA (iDMA) is stuck | DMA operation hangs or fails to complete | critical |
E24 | ERR_SE_DMA_FAILURE: DMA (iDMA) is stuck | DMA operation hangs or fails to complete | critical |
E24 | ERR_SE_DMA_FAILURE - iDMA stuck | DMA controller fails to respond to configuration commands | error |
E25 | ERR_SE_UNHANDLED_INTERRUPT | HOST processor receives interrupt that cannot be handled | error |
E25 | ERR_SE_UNHANDLED_INTERRUPT: Received interrupt with no handler | Interrupt arrives with no registered handler | critical |
E25 | ERR_SE_UNHANDLED_INTERRUPT: Received interrupt with no handler | Interrupt arrives with no registered handler | critical |
E257 | ERR_NR_DOSAGE: General RF dosage error | RF dosage limit or safety threshold violation | warning |
E257 | ERR_NR_DOSAGE: General RF dosage error | RF dosage limit or safety threshold violation | warning |
E257 | General RF dosage error | System RF dosage malfunction detected | error |
E258 | Memory allocation software error | System failed to allocate required memory during operation | error |
E258 | ERR_NR_MEM_ALLOC_FAIL: Memory allocation failure | Non-recoverable memory allocation failure | error |
E258 | ERR_NR_MEM_ALLOC_FAIL: Memory allocation failure | Non-recoverable memory allocation failure | error |
E259 | ERR_NR_INVALID_DATA: Invalid data | Non-recoverable invalid data error | error |
E259 | ERR_NR_INVALID_DATA: Invalid data | Non-recoverable invalid data error | error |
E259 | ERR_NR_INVALID_DATA: invalid data causing a software error | System firmware or memory generates invalid data | error |
E26 | Host code attempted to register more threads than allowed (ERR_SE_MAX_NUM_THREADS_REG) | Host software process tried to register threads exceeding system limit | error |
E26 | ERR_SE_MAX_NUM_THREADS_REG: Too many threads registered | Thread registration exceeds system limit | error |
E26 | ERR_SE_MAX_NUM_THREADS_REG: Too many threads registered | Thread registration exceeds system limit | error |
E260 | ERR_NR_COM_ERROR: Various communication errors | Communication failure between components | critical |
E260 | ERR_NR_COM_ERROR: Various communication errors | Communication failure between components | critical |
E260 | ERR_NR_COM_ERROR: generic communication error | System communication failure detected during operation | error |
E261 | Hardware or controller error in electrosurgical system | System detects hardware malfunction or controller error | error |
E261 | ERR_NR_HW_ERROR: Hardware setup/control error | Hardware initialization or control failure | critical |
E261 | ERR_NR_HW_ERROR: Hardware setup/control error | Hardware initialization or control failure | critical |
E262 | ERR_NR_ACT_DENIED: Activation denied error | RF activation blocked or permission denied | warning |
E262 | ERR_NR_ACT_DENIED: Activation denied error | RF activation blocked or permission denied | warning |
E262 | ERR_NR_ACT_DENIED - System has denied activation | Activation command denied by system | error |
E263 | System has entered an invalid state and generated an error | System enters invalid state | error |
E263 | Software error - Invalid state | System software state error during operation | error |
E263 | Software error - Invalid state | System software state error during operation | error |
E264 | Software error - Unsupported command | Unsupported or invalid command sent to system | error |
E264 | Software error - Unsupported command | Unsupported or invalid command sent to system | error |
E264 | System interrupted unsupported command | System attempted to execute a command that is not supported | error |
E265 | Software error - Access function error | System access function or permissions error | error |
E265 | Software error - Access function error | System access function or permissions error | error |
E265 | ERR_NR_ACCESS_FUNCTION - error generated while performing an access function | System attempts to perform an access function | error |
E266 | ERR_NR_TIMEOUT_ERROR | System timeout condition | error |
E266 | A timeout occurred | System communication or processor timeout during operation | error |
E266 | A timeout occurred | System communication or processor timeout during operation | error |
E267 | General NR failure source unknown top level reporting | General system failure detected | error |
E267 | General NR failure source unknown top level reporting | General system failure detected | error |
E267 | Unknown system error generated by system | System generates unidentified error condition during operation or self-test | error |
E268 | System failed initial start-up self-test | Self-test failure detected during power-on sequence | error |
E268 | Self-test error | System self-test failure during startup or operation | error |
E268 | Self-test error | System self-test failure during startup or operation | error |
E269 | Display error detected during host POST test | Display system self-test failure at power-up | error |
E269 | Display error detected during host POST test | Display system self-test failure at power-up | error |
E269 | Display error during start-up | System generates error due to display issue during initialization | error |
E27 | ERR_SE_NULL_POINTER - HOST code detected a pointer with NULL value | Software detects a NULL pointer during execution | error |
E27 | ERR_SE_NULL_POINTER: NULL pointer detected | Software attempted dereference of NULL pointer | error |
E27 | ERR_SE_NULL_POINTER: NULL pointer detected | Software attempted dereference of NULL pointer | error |
E270 | Audio self-test error | Audio system self-test failure during startup | error |
E270 | Audio self-test error | Audio system self-test failure during startup | error |
E270 | Audible self test failure | System fails audible self-test during startup | warning |
E271 | Stuck button error | Self-test detects stuck button during system startup | error |
E271 | Stuck button self-test error | Footswitch or handpiece button stuck during self-test | error |
E271 | Stuck button self-test error | Footswitch or handpiece button stuck during self-test | error |
E272 | NOT_USED | This error code is not used in current system | unknown |
E273 | Inter-processor communication error during self-test | System generated error during self-test due to communication failure between processors | error |
E273 | Inter-processor communication self-test error | Communication failure between system processors during self-test | error |
E273 | Inter-processor communication self-test error | Communication failure between system processors during self-test | error |
E274 | Critical data self-test error | Critical system data corruption or verification failure during self-test | critical |
E274 | Critical data self-test error | Critical system data corruption or verification failure during self-test | critical |
E274 | ERR_NR_CRITICAL_DATA_ERROR - system did not receive critical information required for startup | Self-test failure; unit lacks critical data for startup | error |
E275 | Multi-tasking error during system self-test | System error during self-test while multi-tasking is active | error |
E275 | Multi-tasking self-test error | Real-time multi-tasking system test failure at startup | error |
E275 | Multi-tasking self-test error | Real-time multi-tasking system test failure at startup | error |
E276 | Analog sensor self-test error | Analog sensor verification failure during self-test | error |
E276 | Analog sensor self-test error | Analog sensor verification failure during self-test | error |
E276 | Analog sensor error during self-test | System self-test detects error in analog sensor | error |
E277 | RF self-test #1 error during RF shutdown sequence | System generates error during RF self-test #1 while attempting to shutdown RF generation | error |
E277 | RF generator shutdown self-test #1 error | RF generator shutdown circuit test failure during self-test | error |
E277 | Error identification number; error occurred during self-test | Detected during system self-test execution | error |
E277 | Error occurred during self-test execution | Identified in SELF_TESTS file during power-on or scheduled self-test | unknown |
E278 | RF generator shutdown self-test #2 error | RF generator shutdown verification test #2 failure at startup | error |
E278 | RF generator shutdown self-test #2 error | RF generator shutdown verification test #2 failure at startup | error |
E278 | ERR_NR_RF_SHUT_DWN_2_ERROR - RF self-test #2 shutdown error | System generates error during RF self-test #2 while attempting to shutdown RF generation | error |
E279 | RF self-test #3 error during RF shutdown | Error generated during RF self-test #3 while attempting to shutdown RF generation | error |
E279 | RF generator shutdown self-test #3 error | RF generator shutdown self-test fails | error |
E279 | RF generator shutdown self-test #3 error | RF generator shutdown self-test fails during power-up | critical |
E280 | Time base comparison self-test error | Time base comparison self-test fails | error |
E280 | Time base comparison self-test error | Time base comparison self-test fails during power-up | critical |
E280 | Timebase error during self-test | Comparison of time base fails during system self-test | error |
E281 | System generated communication error during self-test; watchdog timer error | System self-test detects loss of communication or watchdog timeout | error |
E281 | System watch dog self-test error | System watch dog self-test fails during power-up | critical |
E281 | System watch dog self-test error | System watch dog self-test fails | error |
E282 | ICL chip programmed self-test error | ICL chip programming self-test fails | error |
E282 | ICL chip programmed self-test error | ICL chip programmed self-test fails during power-up | critical |
E282 | ERR_NR_ICL_PROG_ERROR | Self-test error when reading ICL chip on controller board | error |
E283 | ERR_NR_RAM_MEMORY_ERROR | System generates a RAM error during self-test | error |
E283 | Ram memory self-test error | RAM memory self-test fails | error |
E283 | Ram memory self-test error | RAM memory self-test fails during power-up | critical |
E284 | FLASH memory self-test error | FLASH memory self-test fails during power-up | critical |
E284 | FLASH memory self-test error | FLASH memory self-test fails | error |
E284 | ERR_NR_FLASH_MEMORY_ERROR | Flash memory error detected during system self-test | error |
E285 | ERR_NR_INVALID_CONFIG_DATA - Invalid equipment configuration or software checksum error | Self-test detects invalid system configuration or software checksum mismatch | error |
E285 | Software error - configuration data is not valid (checksum error) | Configuration data checksum verification fails | error |
E285 | Software error - configuration data is not valid (checksum error) | Configuration data checksum validation fails during self-test | critical |
E286 | Software error - null pointer detected | Null pointer detected in software execution | critical |
E286 | Software error - null pointer detected | Null pointer exception detected in software | error |
E286 | ERR_NR_NULL_PTR - Null pointer error detected during self-test | System self-test detects software null pointer condition | error |
E287 | Electrosurgical system error with multiple possible root causes | Board or circuit failure indicated by data code | error |
E287 | Absolute integral error | Absolute integral error detected in self-test | critical |
E287 | Absolute integral error | Absolute integral value out of acceptable range | error |
E288 | DSP sensor clipping error | DSP sensor output clipping detected during self-test | critical |
E288 | DSP sensor clipping error | DSP sensor signal clipping detected | error |
E288 | DSP sensor clip error | Sensor detection or measurement failure during operation or self-test | error |
E289 | Electrosurgical system error with multiple possible root causes | Board or circuit failure indicated by data code | error |
E289 | ERR_NR_SENSOR_COMPARE | Sensor comparing DSPs detects error | error |
E289 | DSP sensor comparison error | DSP sensor comparison self-test fails | critical |
E289 | DSP sensor comparison error | DSP sensor comparison self-test fails | error |
E290 | VI data sampling error | VI data sampling self-test fails during power-up | critical |
E290 | VI data sampling error | VI (voltage-current) data sampling fails | error |
E290 | ERR_NR_DATA_SAMPLE_ERRORR - data sampling error | System detects sampling error during VI data sampling | error |
E291 | ERR_NR_COMM_WD_ERROR - watchdog communication error | System detects a watchdog or communication timeout condition | error |
E291 | Communication watchdog error | Communication watchdog timeout detected | error |
E291 | Communication watchdog error | Communication watchdog self-test fails | critical |
E292 | Software error - generic DSP Software failure | DSP software failure | critical |
E292 | Software error - generic DSP Software failure | DSP software failure | critical |
E292 | ERR_NR_DSP_SW_ERROR - DSP software error | DSP software error detected during system operation | error |
E293 | Software error during FLASH memory write operation | System attempts to write data to FLASH memory | error |
E293 | Error occurred writing to FLASH memory | FLASH write error during operation | critical |
E293 | Error occurred writing to FLASH memory | FLASH write error during operation | critical |
E294 | Software error - real-time operating system error | OS runtime failure | critical |
E294 | Software error - real-time operating system error | OS runtime failure | critical |
E294 | Operating system error in real time | System generates an operating system error during real-time operation | error |
E295 | NV Store write error | System attempts to write to non-volatile storage | error |
E295 | Error occurred storing data to NV store | Non-volatile storage write failure | critical |
E295 | Error occurred storing data to NV store | Non-volatile storage write failure | critical |
E296 | ICL heartbeat error | ICL communication heartbeat lost | critical |
E296 | ICL heartbeat error | ICL communication heartbeat lost | critical |
E296 | ICL heartbeat error detected during ICL monitoring | System detects ICL error while monitoring ICL heartbeat function | error |
E297 | Message viewer constructor failure | System software error during message viewer component initialization | error |
E297 | Software error - message viewer class construction failure | Message viewer initialization failure | critical |
E297 | Software error - message viewer class construction failure | Message viewer initialization failure | critical |
E298 | Software error - system controller denied request to bring up main menus | Controller request denied | critical |
E298 | Software error - system controller denied request to bring up main menus | Controller request denied | critical |
E298 | ERR_NR_SYS_CTRL_REQ_FAIL - system generated a software error due to the system denying the request to bring up the main menus on the controller | System attempts to display main menus on controller | error |
E299 | ERR_NR_LKG_LIMIT - Leakage on sensor compare for DSP 2 | DSP 2 sensor comparison detects excessive leakage or signal degradation | error |
E299 | DSP2 leakage sensor compare error | Leakage sensor measurement deviation | critical |
E299 | DSP2 leakage sensor compare error | Leakage sensor measurement deviation | critical |
E3 | ERR_SE_APP_ROM_FAIL: DSP application ROM check failed at startup | Application ROM verification failure during system initialization | critical |
E3 | ERR_SE_APP_ROM_FAIL: DSP application ROM check failed at startup | Application ROM verification failure during system initialization | critical |
E3 | DSP application ROM check failed during start-up | System start-up; ROM verification failure | error |
E300 | Bad or malfunctioning scanner detected | System detects error in scanner hardware or functionality | error |
E300 | Scanner failed self-test error | Barcode scanner self-test failure | error |
E300 | Scanner failed self-test error | Barcode scanner self-test failure | error |
E301 | Battery self-test failure | Battery failed self-test | error |
E301 | Battery self-test failure | Battery failed self-test | error |
E301 | Low battery on controller board | Battery on controller board has reached end of life; insufficient voltage for system operation | warning |
E302 | I/O memory mapping failure | System software failed to map I/O memory address space during initialization | error |
E302 | Memory-mapped I/O error | Memory-mapped I/O hardware failure | critical |
E302 | Memory-mapped I/O error | Memory-mapped I/O hardware failure | critical |
E303 | DSP configuration verify failure | DSP configuration verification failed | critical |
E303 | DSP configuration verify failure | DSP configuration verification failed | critical |
E303 | DSP verification failed | System generated software error due to failed DSP verification | error |
E304 | Screen stack manipulation error in AppScreenBase | Software error due to improper screen stack manipulation in application | error |
E304 | Software error - error in screen stack manipulation in AppScreenBase | Screen stack manipulation failure | critical |
E304 | Software error - error in screen stack manipulation in AppScreenBase | Screen stack manipulation failure | critical |
E305 | ROM self-test failure | ROM memory self-test failed | critical |
E305 | ROM self-test failure | ROM memory self-test failed | critical |
E305 | ERR_NR_ROM_ERROR - ROM failure during self-test | ROM error detected during system self-test procedure on power-up or diagnostics initiation | critical |
E306 | ERR_NR_ICL_COMM_LINK_ERROR - System ICL communication link test failure | System performs failed ICL communication link test during operation or power cycle | error |
E306 | ICL communication link test failure | ICL communication link failure | critical |
E306 | ICL communication link test failure | ICL communication link failure | critical |
E307 | RF generator/shutdown self-test #4 Error | RF self-test #4 failure | critical |
E307 | RF generator/shutdown self-test #4 Error | RF self-test #4 failure | critical |
E307 | ERR_NR_RF_TEST4_ERROR - RF shutdown failure | System failure to shut down RF (radiofrequency) | error |
E308 | System has generated an error due to loopback feature being turned on | Loopback feature activated in system | error |
E308 | Barcode reader UART loopback enabled; requests sent back to host instead of reader | Barcode reader UART changed and loopback feature turned on | error |
E308 | ERR_NR_UART_LOOP_BIT - barcode reader UART loopback enabled | Barcode reader UART changed with loopback feature turned on | error |
E309 | Remote control feature given invalid window pointer | Invalid window pointer assigned to remote control feature | error |
E309 | ERR_NR_RDM_INVALID_WINDOW - remote control invalid window pointer | Remote control feature assigned invalid window pointer | error |
E309 | Invalid window pointer signal from remote controller | Remote controller generates invalid window pointer signal to system | error |
E310 | Invalid field list signal from remote controller | System generates error due to invalid field list signal generated by remote controller | error |
E310 | Remote control feature given invalid field list | Invalid field list assigned to remote control feature | error |
E310 | ERR_NR_RDM_INVALID_FIELD_LIST - remote control invalid field list | Remote control feature assigned invalid field list | error |
E311 | ERR_NR_INVALID_RF_HDW_CONFIG - invalid RF hardware configuration | Host detects invalid combination of hardware versions | error |
E311 | Host has invalid combination of hardware versions | Incompatible hardware version configuration detected | error |
E311 | Invalid RF hardware configuration detected | HOST receives combination of hardware versions that are invalid during system initialization or operation | error |
E4 | ERR_SE_BOOT_ROM_FAIL: DSP boot ROM check failed | System startup verification of boot ROM integrity | error |
E4 | ERR_SE_BOOT_ROM_FAIL: DSP boot ROM check failed at startup | Boot ROM verification failure during system initialization | critical |
E4 | ERR_SE_BOOT_ROM_FAIL: DSP boot ROM check failed at startup | Boot ROM verification failure during system initialization | critical |
E5 | ERR_SE_RAM_FAIL: DSP RAM check failed at startup | RAM verification failure during system initialization | critical |
E5 | ERR_SE_RAM_FAIL: DSP RAM check failed at startup | RAM verification failure during system initialization | critical |
E5 | ERR_SE_RAM_FAIL: DSP RAM check failed during startup | RAM memory test fails during system power-on self-test sequence | error |
E6 | Software error; real time operating system error occurred | Operating system malfunction detected during real-time operation | error |
E6 | ERR_SE_RTOS_FAIL: Real time operations system failure | RTOS initialization or runtime failure | critical |
E6 | ERR_SE_RTOS_FAIL: Real time operations system failure | RTOS initialization or runtime failure | critical |
E7 | ERR_SE_GEN_FAIL: General system-error failure | Unspecified system error condition detected | critical |
E7 | ERR_SE_GEN_FAIL: General system-error failure | Unspecified system error condition detected | critical |
E7 | ERR_SE_GEN_FAIL - Generator has developed a general system error | General system malfunction in generator detected during operation | error |
E8 | Software error caused by corrupt data string | System detects data corruption in memory or software | error |
E8 | ERR_SE_CRITICAL_DATA: Critical data has been corrupted | Critical system data verification failure | critical |
E8 | ERR_SE_CRITICAL_DATA: Critical data has been corrupted | Critical system data verification failure | critical |
E9 | ERR_SE_ASSERT: Software failure has generated an assertion | Software assertion failure during operation | critical |
E9 | ERR_SE_ASSERT: Software failure has generated an assertion | Software assertion failure during operation | critical |
E9 | Software assertion error | System firmware detects an assertion condition during operation | error |
Rectified voltage exceeds 400 VDC | AC input rectified voltage has exceeded maximum safe operating threshold | Rectified AC voltage exceeds 400 VDC during AC section processing | critical |
REM Alarm | Measured resistance outside safe range or contact resistance increased >40% from baseline | Resistance below 5 Ω or above 135 Ω, or contact resistance increase greater than 40% from initial measurement | warning |
REM Alarm | Measured electrode resistance is out of safe range or contact resistance increased excessively | Measured resistance below 5 Ω or above 135 Ω, or contact resistance increase greater than 40% from baseline | warning |
Likely causes and actions for each code are in ServiceForge. Connect ServiceForge to your AI
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ServiceForge knowledge base record. Field-unverified unless technicians confirmed it. A teaching summary of the record, not a service manual. Export 2026-10-14.