GE Healthcare mamografi cihazı All models error codes
Codes
- 4-10Error codeUnit to primary leakage
- 4-11Error codePatient-to-Ground leakage for ECG
- 4-12Error codePatient-to-Line leakage for ECG
- 4-13Error codePatient-to-line leakage for IUP
- 4-14Error codePatient-to-Line leakage for MSpO 2
- 4-15Error codePatient-to-Line leakage for US
- 4-40Error codeAlarm Test
- 4-43Error codePneumatic Pressure Check (annual)
- 4-53Error codeVerify the power supply voltages on the Main Board
- 4-54Error codeVerify the power supply voltages on the Isolated Power Supply Board
- 80-120Error codePeak detecting, beat-to-beat cardiotachometer Medtronic 1700-003 or equivalent I, II, and III 30-240 bpm ± 1 bpm 1-second average > 1 update per second 0.5 mV to 5 mV peak-to-peak < 0.5 mV RTI 0.8 x QRS amplitude < 2 seconds < 3 seconds < 10 seconds (high alarm limit at 100 bpm) ± 300 mVdc maximum 20 V peak-to-peak 0.6 to 40 Hz > 80 dB at mains frequency, with patient cable > 50 dB at mains frequency < 30 µV peak-to-peak > 2.5 MΩ > 10 MΩ > 40 dB < 60 µA at 254 VAC, with cable, electrically isolated > 4 kVAC dc current < 0.1 µA Alternating 1.5-second chimes Flashing heart rate numeric or message User-selectable high and low maternal heart rate Leads off < 8 seconds
- del325Error code
- EC13-199Error codeComplies with all areas except those listed below: 3.1.2.1e: Heart Rate Meter Accuracy and Response to Irregular Rhythm (not tested) 3.2.6.1: Range of QRS wave amplitude and duration 3.2.7: Range and accuracy of heart rate meter (4.2.7 f: input rate of 300 bpm.) 3.2.8.1: Lower Alarm Limit (The lowest alarm limit on the 250 Series is 35 bpm.) 3.2.9.7a: Output Display a) Channel Width 3.2.9.8c: Impulse Response 3.2.9.12: Pacemaker Pulse Display capability Classified to UL-2601.1 Medical electrical equipment classified by Underwriter’s Laboratories, Inc., with respect to fire, shock, and mechanical hazards in accordance with UL-2601.1. Classified with respect to electric shock, fire, mechanical, and other specified hazards only, in accordance with CAN/CSA C22.2 No. 601.1
- Er0002Error codeProgram check sum error (flash)
- Er0003Error codeProgram check sum error (BattRAM)
- Er0022Error codeCompression motor back up time reached
- Er0023Error codeCompression thickness measurement error
- Er0024Error codeCompression force measurement failure. Inhibit compression down
- Er0035Error codeCassette opto sensor failure
- Er0037Error codeGrid error during/prior to exposure. Displayed after exposure, if exposure started
- Er0042Error codeStereo movement error
- Er0043Error codeVertical movement motor back up time reached
- Er0045Error codeECS motor back up time reached
- Er0051Error codeC-Arm angle measurement failure. Drive to predefined angles not allowed
- Er0053Error codeGeneral communication error with internal electronics
- Er0054Error codeExternal communication error with serial port. Buffer overflow
- Er0055Error codeExternal communication error with RS232
- Er0057Error codemA failure
- Er0058Error codeAnode start failure
- Er0059Error codeAnode run failure
- Er0062Error codeGenerator failure. kV not OK
- Er0063Error codeLine voltage low
- Er0070Error codeError in stereo motor pulse measuring
- Er0072Error codeSide collimator failure
- Er0074Error codeInternal communication error. AEC Board not answering. Cable broken
- Er0075Error codeInternal communication error. Compression Board not answering
- Er0076Error codeInternal communication error. Stereo Board not answering
- Er0077Error codeInternal communication error. Collimator Board not answering
- Er0078Error codeInternal communication error. Control Panel not answering
- Er0082Error code1) C-Arm rotation with the tube head in rear position disabled when vertical down C-arm angle over 120°. 2) Z-movement down blocked when the C-arm angle exceeds 122°
- J102Error code1. Enter the Install Options Screen 1. (“How do I access the service setup / install options screens?” on page 5-27). 2. This opens the Diagnostic Control screen. 3. This opens the J102 screen. The J102 connector is where HR and UA parameters are available as analog voltages at the rear panel of your monitor. 4. The J102 screen is divided into five columns: Pin, Signal, Range, Voltage, and Meaning. Pin refers to the physical pinout of the connector. Signal is the signal schematic designation. Range is the expected range of outputs under normal operating conditions. Meaning is intended interpretation of the voltage indicated in the Voltage field to an external device. 5. The cursor can only move up and down through the last column. 6.
- of2Error code Communication error between the built- in MSpO module and the remainder of 2 the monitor circuitry
- P1Error codeAlarm Defaults Audio: on Volume: 5 Limits: High = 120 bpm, Low = 50 bpm Re-alarm: 120 sec MHR/P limit (high or low) actively being violated. The tachycardia response time is < 8 seconds. Asystole. MECG leads off
- RS232Error code1. The 250 Series Monitor Serial Interface is capable of being tested by means of a loop back connector. A loop back connector simply routes the TX line from the serial port to the RX line of the same serial port. 2. Enter the Install Options Screen 1. (“How do I access the service setup / install options screens?” on page 5-27.) 3. In the Install Options Screen 1, rotate the Trim Knob to highlight the COMM softkey at the bottom of the display below the menu bar. 4. Press the Trim Knob to enter the Communications Setup screen. 5. On the Communications Setup screen, the three items in the column at the far left represent the rear panel RS232 Communications Port designations J109, J110 and J111. The middle column represents the current Baudrate for the associated communications port (same line reading across), and the last column on the right represents the communication protocol for the associated communication port. 6. To change a Baudrate, rotate the Trim Knob to highlight the desired baudrate selection on the desired communication port line. 7. Press the Trim Knob. The current setting displays in blinking inverse video. 8. Now rotate the Trim Knob to change the current baudrate s
- SPR11Error codeClass B
- SW1Parameter1. Enter the Install Options Screen 1. (“How do I access the service setup / install options screens?” on page 5-27.) 2. This opens the Diagnostic Control screen. 3. At the bottom of the Diagnostic Control screen, the field SW1 appears followed by a total of 8 ones and zeros. These represent the state of the dip switch settings on the motherboard. A 1 indicates the switch is open (Off), and the associated signal is enabled. A 0 indicates the switch is closed (On), and the associated signal is disabled. 4. The eight switches are defined as in the following table. 5. On the line immediately below the dip switch settings, the current configuration is interpreted as text information. For instance, when the dip switch settings indicate 11101100, the configuration line will read “MECG MSpO NIBP CORO “to 2 indicate that MECG, MSpO and NIBP are enabled, and that the J102 outputs 2 voltage levels are set to the Corometrics Analog Interface Standard. 6. To exit the Service mode following the
- the250Error code1. Before you begin, it is important to understand the mechanisms by which the 250 Series Monitor retains configuration changes. The 250 Series Monitor “remembers” two configuration sets. These configuration sets may be set and configured from the password-protected Install Options Screen 1 and 2 of the 250 Series Monitor, and include user settings present during normal operation. 2. Rotate the Trim Knob to highlight the Setup softkey at the bottom of the screen. 3. Once Setup is highlighted press the Trim Knob. 4. In the General Setup screen, rotate the Trim Knob to move the highlight to the Service softkey at the bottom of the screen. Press the Trim Knob. 5. The Service Lock screen appears. In the center of the screen are four single-digit fields below the field, Enter Access Code. These fields are used to enter the code to access restricted service settings in the 250 Series Monitors. The access code is the current date setting in the form of 'M M D D' or 'D D M M', where M M is the current month (01 to 12), and D D is the current date (01 through 31), however your monitor is configured. NOTE: The access code should reflect the monitor‘s date setting. If the monitor date is not
- US2Error codeFHR Alarm Limits