A failing Philips C9-5 ICT does not always mean buying a new probe. Use the fault table below to match what you are seeing on screen to a likely cause, then check what a repair assessment would need.
| Manufacturer | Philips |
|---|---|
| Model | C9-5 ICT |
| Probe type | Endocavity array |
| Compatible systems | ATL HDI-1000, ATL HDI-1500, ATL HDI-5000, Philips HDI-4000 |
The C9-5 ICT typically pairs with ATL HDI-1000, ATL HDI-1500, ATL HDI-5000, Philips HDI-4000; the same fault can present differently between console revisions, which is why the host system is asked for with the quote details.
For endocavity heads such as the C9-5 ICT, reprocessing chemistry is the main enemy – seal integrity and lens condition decide service life more than the electronics do.
Common failure modes for the C9-5 ICT
Match what you are seeing against the table below. The right-hand column reflects how faults of this kind typically assess – the actual verdict always depends on the individual probe.
| What you see | Likely cause | Typically repairable? |
|---|---|---|
| Split seams or impact marks on the probe body | Impact damage; housing can usually be replaced or resealed | Usually repairable |
| Dark bands or dropout lines in the image | Failed transducer elements or a broken conductor in the cable | Case by case |
| Latch or locking hardware damaged on the connector shell | Broken locking mechanics on the connector housing | Usually repairable |
| Strain relief pulling away from the cable or gone rigid | Cable flex fatigue at the probe or connector end | Usually repairable |
| Image cuts out when the cable is flexed | Broken internal conductors in the cable | Case by case |
| Cuts, gouges or discoloration on the lens membrane | Wear from use, or chemical attack from disinfectants | Usually repairable |
| Outer cable sheath showing cracks, kinks or staining | Jacket wear; conductors may still be intact underneath | Usually repairable |
| Fluid found inside the probe head after a leak test | Seal failure allowing disinfectant ingress | Case by case |
| Failed electrical leakage test | Compromised sealing on an endocavity probe | Case by case |
Check these before you ship the probe
- Run the system’s built-in probe test or element check if your console provides one.
- Check the strain reliefs at both ends for splits, stiffness or separation from the cable.
- Flex the cable gently along its length while imaging – intermittent dropout points to broken conductors.
- Inspect the lens face under good light for cuts, bubbles, lifting edges or discoloration.
- Photograph the complete manufacturer label – the exact revision matters for parts compatibility.
- Have the probe leak-tested before further use – fluid ingress worsens quickly and creates a patient-safety issue.
Repair, exchange or replace — which applies to your C9-5 ICT
For the C9-5 ICT, think in terms of damage depth: surface and cable-level faults are usually repairable at a fraction of replacement cost; acoustic stack failures are evaluated case by case; extensive element loss generally means replacement. Send the symptoms and photos first – that determines the path before anything ships.
What we need to quote your C9-5 ICT repair
- A clear photo of the complete manufacturer and model label on the probe
- A description of the fault: what you see on screen and when it started
- The ultrasound system (console) the probe is used with
- Screenshots or photos of the image problem, if the fault is visual
- Photos of any physical damage – lens, housing, cable or connector
Images shown are representative and are not photographs of an individual unit. Nothing on this page claims OEM authorization or guarantees universal fit. Whether a specific C9-5 ICT can be repaired, and on what terms, is confirmed in writing once the probe has been assessed.
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