PiCCO cable (M1182448): hemodynamic monitoring and cardiac output parameters
PiCCO cable M1182448 for hemodynamic monitoring. What PiCCO is, how the cable works, compatibility with GE monitors, replacement and purchasing for Russia.
PiCCO cable (M1182448): hemodynamic monitoring and cardiac output parameters
For intensive care units, operating rooms and resuscitation areas, accurate hemodynamic monitoring is a critically important condition. The PiCCO method allows the physician to see not just arterial pressure but a whole set of parameters: cardiac output, preload, systemic vascular resistance and the extravascular lung water volume.
In this guide we examine the PiCCO cable M1182448 from the MediAccessori catalog: what it is, how it works within the hemodynamic monitoring chain, how to select and replace it, and how to purchase it for Russia.
1. What PiCCO is
PiCCO (Pulse Contour Cardiac Output — pulse wave contour analysis) is a method of minimally invasive hemodynamic monitoring that combines:
- •Transpulmonary thermodilution — periodic calibration by injecting a cold indicator.
- •Continuous contour analysis — constant estimation of cardiac output from the pulse wave shape.
Key measured parameters:
- •Cardiac output (CO).
- •Cardiac index (CI).
- •Intrathoracic blood volume (ITBV) and preload volume.
- •Extravascular lung water (EVLW).
- •Systemic vascular resistance (SVR).
PiCCO is widely used in intensive care, in sepsis, burns and in complex cardiac surgery.
2. The role of cable M1182448 in the chain
The PiCCO hardware chain includes:
- Arterial catheter with a thermodilution sensor — at the patient.
- PiCCO sensor/module — converts the signal.
- Cable M1182448 — connects the sensor/module to the monitoring platform.
- Patient monitor — displays the parameters.
The cable is responsible for reliable transmission of the signal from the thermodilution sensor to the monitor. Cable quality directly affects the stability and accuracy of the displayed parameters: a damaged or incompatible cable produces "floating" readings and failures.
3. Technical aspects of selection
PN: M1182448
When selecting, take into account:
- •The patient monitor model (GE platform and compatible units).
- •The connector type and the interface of the PiCCO module.
- •The cable length required for your configuration.
If the monitor model and the interface match the M1182448 nomenclature, the cable is suitable. If in doubt, send a photo of the connector and the device model to our engineer.
4. Replacement and maintenance
- •When to replace: unstable signal, "floating" CO readings, damage to the insulation or connector, contact failures.
- •Recommendations: follow the connection/disconnection rules, do not bend the cable sharply, protect the connector from moisture and impacts.
- •Diagnostics: before replacing, check the sensor/module as well — sometimes the cause is not the cable.
5. Common mistakes
- •Selecting a cable without the monitor model. PiCCO interfaces differ between platforms.
- •Ignoring the connector. Different modules require different pinouts.
- •Saving money on an incompatible cable. This leads to unstable monitoring in a critical patient.
- •Ordering without confirmation. Send the model and a photo before payment.
6. Delivery and purchasing
MediAccessori supplies GE Healthcare cables and spare parts to Russia and the CIS countries:
- •The delivery time is confirmed when the order is confirmed.
- •Rare items: the time is confirmed when the order is confirmed.
- •Documentation and assistance in selecting by PN.
7. How to order
- Write to Telegram @GEpartsV_bot or to email [email protected].
- State the monitor model and the PN (M1182448).
- The engineer will confirm compatibility and issue a quotation.
- Contract/invoice, prepayment, delivery, installation/connection.
8. Contacts
- •Telegram: @GEpartsV_bot
- •Email: [email protected]
- •Website: medicapartsrus.com
Sources: MediAccessori catalog (products_current.json, PN M1182448); PiCCO monitoring methods; the experience of service engineers.
Frequently asked questions
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Send us the equipment model or the part number and we will check it against the catalogue. You can also search the parts catalogue directly.