Datascope System 98 / 98XT

Recorder / Display / Control Panel Failure

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Asset Type

Intra-Aortic Balloon Pump

Manufacturer

Datascope

Model

System 98 / 98XT

What This Guide Helps With

Troubleshooting recorder, display, or control panel problems that affect visibility, documentation, or operator input on the IABP.

Step-by-Step Troubleshooting

Ensure Patient Safety First

Confirm whether the Datascope System 98 / 98XT is connected to an active patient.

If the IABP is supporting a patient and the display or controls are unreliable, do not continue troubleshooting at bedside unless clinical leadership confirms it is safe.

Have perfusion, anesthesia, ICU, or cath lab staff prepare another verified IABP if therapy visibility or control is compromised.

Expected outcome: Patient support is maintained without relying on a pump with questionable display or control function.

Identify the Exact Failure

Determine whether the issue involves:

Expected outcome: The failure is narrowed to recorder, display, control input, or a combined user-interface issue.

Check AC Power and Battery Status

Verify the pump is connected to a known-good hospital-grade outlet.

Confirm the power cord is fully seated and not damaged.

Observe whether the device is running on AC power or battery.

If the display dims, flickers, or resets when power is moved or when switching between AC and battery, document that behavior.

Expected outcome: Power instability is ruled out as the cause of display or panel failure.

Inspect the Display Area Externally

Check the screen for cracks, fluid intrusion, impact damage, loose bezel areas, heavy residue, or signs of cleaning chemical damage.

Do not remove covers or disassemble the front panel during basic troubleshooting.

Expected outcome: Obvious physical or liquid damage is identified before further testing.

Check Brightness, Contrast, and Viewing Conditions

If the screen appears dim or hard to read, confirm the issue is not due to ambient lighting, glare, or an adjusted display setting.

Adjust only normal user-accessible brightness or contrast controls if available.

Expected outcome: The display becomes readable if the issue was setting-related.

If this resolves the issue, return the device to service only after confirming normal operation.

Perform a Controlled Power Cycle if Safe

If the pump is not connected to an active patient, power the unit down using the normal power-off process.

Wait briefly, then restart the pump and observe the startup sequence.

Confirm whether the display initializes normally and whether controls respond during startup.

Expected outcome: Temporary software or startup lockup clears, or the failure repeats and is documented.

Verify Control Panel Response

With the device off patient use, press several normal front-panel buttons and observe whether each input is recognized.

Check for buttons that are stuck, physically damaged, unusually loose, or require excessive force.

Do not continue pressing a stuck control repeatedly, especially if it could affect therapy settings during use.

Expected outcome: The control panel either responds normally or a specific input failure is confirmed.

Check for Contamination Around Controls

Inspect the control panel for adhesive residue, dried fluid, cracked overlay, cleaning residue, or debris around buttons and knobs.

Clean only according to approved facility cleaning practices and allow the surface to dry fully before retesting.

Expected outcome: External contamination is ruled out as the cause of poor button response.

Evaluate Recorder Paper and Door

If the recorder does not print or feed paper, check that compatible recorder paper is installed correctly.

Confirm the paper door is fully closed and latched.

Look for jammed paper, torn paper, or paper loaded in the wrong direction.

Expected outcome: The recorder feeds and prints normally if the issue was paper loading or door position.

If this resolves the issue, document the correction and return the unit to service after verifying print quality.

Inspect the Recorder Output

Print a test strip or available waveform record only when the pump is not actively supporting a patient or when clinical workflow allows.

Check whether the recorder output is blank, faint, distorted, incomplete, or not advancing.

Expected outcome: Recorder failure is narrowed to no print, poor print quality, or paper transport issue.

Check for External Accessories or Cables Affecting Operation

Inspect external cables connected to the pump, including ECG, pressure, power, and any output/interface connections.

A damaged or partially connected external cable may create confusing behavior or interrupt normal monitoring display.

Disconnect nonessential external accessories only if the pump is not in active patient use and it is safe to do so.

Expected outcome: External connection issues are ruled out before suspecting internal display or control failure.

Look for Startup Errors, Alarms, or Self-Test Behavior

Observe whether the pump displays any startup error, failed self-test, warning message, abnormal beep pattern, or incomplete boot sequence.

Document the exact message or behavior.

Expected outcome: Any visible failure pattern is captured for repair evaluation.

Compare With a Known-Good Unit if Available

If another Datascope System 98 / 98XT is available, compare normal startup, display brightness, button response, and recorder function.

Do not swap internal parts.

Expected outcome: The suspect unit’s behavior is confirmed as abnormal compared with a working pump.

Determine Whether the Device Is Safe to Return to Service

The device should not be returned to service if:

Expected outcome: Device status is based on patient safety and reliable operation, not partial functionality.

If the Problem Persists

If power, settings, paper loading, external connections, cleaning residue, and basic restart checks do not resolve the issue, the likely cause is internal recorder, display, keypad, front-panel, power, or control electronics failure.

The Datascope System 98 / 98XT should be removed from service, labeled Out of Service, and sent for repair or bench evaluation.

Knowing when to stop is proper troubleshooting. An IABP with unreliable display or controls should not remain in patient care areas as an available device.

Clinical Use Tip

Do not troubleshoot display or control issues while the device is actively supporting a patient unless clinical staff have confirmed therapy is stable and another support plan is available. If therapy visibility or control input is unreliable, move to another verified IABP first.

Work Order Documentation (CCR Method)

CCR = Complaint, Cause, Resolution

Complaint

What was reported by the clinical staff.

Example:
"Clinical staff reported that the Datascope System 98 / 98XT recorder would not print and the front display intermittently dimmed during setup."

Cause

What was observed during troubleshooting.

Example:
"Recorder paper was loaded correctly and AC power was verified, but the display remained intermittent and the control panel response was delayed after restart."

Resolution

What action was taken.

Example:
"Device was removed from service, labeled Out of Service, and sent for bench evaluation due to suspected internal display/control panel failure."

Helpful Details to Include (If Known)

Final Thought

For an intra-aortic balloon pump, display and control reliability directly affect safe therapy management. Clinical Engineering troubleshooting should start with safe patient support, simple external checks, and clear observation. If the issue cannot be corrected externally, escalation is the safest and most appropriate action. Good CCR documentation protects the patient, the technician, and the repair process.

That is successful troubleshooting.

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