Nihon Kohden Corporation ZM-520PA Benutzerhandbuch

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Operator’s Manual  ZM-520PA/521PA/530PA/531PA
Attaching the Probe to the Patient
Attach the probe to the patient by referring to the probe’s manual. Make sure that the light emitter 
and photo detector of the probe face each other at the attachment site.
WARNING
•  When using the TL-201T finger 
probe, do not fasten the probe and 
cable to the finger by wrapping 
with tape. This may cause burn, 
congestion or pressure necrosis from 
poor blood circulation.
•  When using probes other than the 
TL-201T finger probe, to avoid poor 
circulation, do not wrap the tape too 
tight. Check the blood circulation 
condition by observing the skin color 
and congestion at the skin peripheral 
to the probe attachment site. Even 
for short-term monitoring, there may 
be burn or pressure necrosis from 
poor blood circulation, especially on 
neonates or low birth weight infants 
whose skin is delicate. Accurate 
measurement cannot be performed 
on a site with poor peripheral 
circulation.
WARNING
Check the circulation condition by 
observing the skin color at the 
measurement site and pulse waveform. 
Change the measurement site every 8 
hours for disposable probes and every 
4 hours for reusable probes (every 8 
hours for TL-631T series probe). The 
skin temperature may increase at the 
attached site by 2 or 3°C (4 or 5°F) 
and cause a burn or pressure necrosis. 
When using the probe on the following 
patients, take extreme care and 
change the measurement site more 
frequently according to symptoms and 
degree.
•  Patient with a fever
•  Patient with insufficient peripheral 
circulation
•  Neonate or low birth weight infant 
with delicate skin
WARNING
When monitoring SpO
2
 of a patient 
who is receiving photodynamic therapy, 
the light from the finger probe sensor 
may cause a burn. Photodynamic 
therapy uses a photosensitizing agent 
that has a side effect of 
photosensitivity.
The SpO
2
 probe manufactured by Nihon 
Kohden have two wavelengths with peaks in the 
range of 650 and 950 nm. The maximum light 
intensity is less than 5.5 mW.
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