NASA All models error codes
Codes
- 0-20Error codeTrending & Absolute Limit
- 0xError code0x800F081F
- A1Error codeRecord air filter differential pressure (if installed)
- A2Error codeOpen motor control panels or doors to gain access to circuit to be tested. - Each subsequent action step is numbered in ascending order, “A2, A3, ...”
- A3Error codePlace accelerometer on installed machine sound disk. Ensure sound disk is clean and dry. Roll magnet onto the sound disk to avoid damage and overload to the accelerometer
- A4Error codeNote machine, location, and operating or environmental conditions for each image saved and (if any) immediate actions taken to correct fault
- A5Error codeTie (short circuit) the primary bushings together using copper wire or braid
- A6Error codeTie (short circuit) the A-phase line and load bushings together using copper wire or braid
- A7Error codeClean fan or blower blades
- A8Error codeTie (short circuit) the primary bushings together using copper wire or braid
- A9Error codeTie (short circuit) the secondary bushings together using copper wire or braid
- A10Error codeRelay should operate at 90% (+ or - 2.5%) of rated voltage. Calibrate if needed
- A11Error codeRefill with water, check make-up water assembly for leakage, and adjust float if necessary
- A13Error codeCycle the reverse cycle valve to insure proper operation
- A14Error codeReturn motor to service
- A15Error code
- A31Error code
- A35Error code
- B1Error codeOpen circuit breaker
- B4Error codeReturn motor to service
- B5Error codeRepeat steps A1 through A10 for next motor. - Repeat steps or reference to other procedures can be used. Figures can also be used
- B6Error codeRecord battery voltage and trickle charge rate
- B12Error codeFill and leak test unit
- B14Error codeTie (short circuit) the A-phase line and load bushings together using copper wire or braid
- C2Error code
- EN-3cError codeOutput current shall be within -5% to +5% of rated current
- EN1aError code
- EN1bError code
- EN1cError code
- EN1dError code
- EN2Error codeTechnical standards are updated by the sponsoring organization (such as ASTM and IEEE). Often the update year is part of the standard number. Check with the sponsoring organization for the current version of the standard
- EN2aError code
- EN2bError code
- EN2cError code
- EN2dError code
- EN3Error codeA Power Factor test measures the watts loss and the phase angle between the current and voltage in the equipment under test. From this information a determination can be made as to the integrity of the insulation
- EN3bError codeAll test values must be temperature corrected to 20C
- EN4Error codeProcedure is written for a step-down transformer and assumes the high voltage side is the line side.
- EN4aError codeThis current value is different for every transformer, dependent on the amount of iron in the winding core, purity of the iron/silicone laminations, and amount of copper/aluminum in the windings
- ID-1Error codeWet Bulb Temperature (C)
- ID-2Error codeDry Bulb Temperature (C)
- ID-3Error codeAir temperature differential across reheat coil. (F or C)
- ID-4Error codeTemperature (degree C or F)
- ID-6Error codeOil Temperature (C)
- ID-7Error codeMaximum Oil Temperature (C)
- ID-8Error codeWinding Temperature (C)
- ID-10Error codeTank Pressure (psi)
- ID-11Error codeTemperature (degree C or F)
- ID-18Error codeTemperature (degree C or F)
- ID-35Error codeTemperature (degree C or F)