Functional Check/Safety Inspection; Physical Inspection - Gaymar Medi-Temp III REF FW600 Séries Manuel D'utilisation Et D'entretien

6.0 Functional Check and Safety
Inspection
To assure optimum performance, dependability, and
safety, the following should be performed every twelve
months or as specified in the facility's preventive
maintenance program.
Equipment or tools required
o
Any Gaymar D25340 series Blood/Fluid
Warming Set
o
Temperature measurement device:
• Gaymar D25340 Blood/Fluid Warming
Set; and
• Temperature sensor (Gaymar catalog
FWT1) and an ohmmeter (accuracy,
1.5% of reading; maximum excitation
current of 100uA) and the resistance
temperature chart. See figure 10 (p. 12).
or
• Any Gaymar D25000 series
Blood/Fluid Warming Set; and
• Waterproof temperature sensor/
meter with an accuracy of ± 0.3%
across the range of 30°C to 60°C
and a thermal time constant of 2
seconds or faster.
o
Flow measurement device (Gaymar
catalog FWT2 flowmeter):
• Fluid source with calibrated flow
meter and a minimum accuracy of
± 12 ml/minute
or
• Fluid source with adjustable flow
control, Use a stop watch and
graduated cylinder to adjust flow
rate.
o
Current Leakage/Ground resistance tester
o
AC multimeter
6.1

Physical Inspection

Check that the following items are in good condition
and secure.
o
Labels, if peeling or missing
o
Screws in cover
o
Bubble trap receiver
o
Power cord
o
IV pole clamp
8
ENGLISH
6.2 Output Fluid Temperature
Verification
The FW600 Series Blood/Fluid Warmer is factory
calibrated at a flow rate of 100 ml/min with a set point
of 43.0°C.
To verify the output fluid temperature is correct:
1. The ambient room temperature must be between
20°C to 24°C.
2. Connect the test setup (see figure 7). Attach the
Gaymar FWT1 temperature sensor to the output
of the bubble trap.
Alternate method: Put a hole in the top of the
bubble trap and insert a temperature
measurement device through this hole. Make
certain sensor is completely submerged in
fluid then seal the hole in the bubble trap.
3. Connect the FWT2 flowmeter or flow
measurement/control device to the output of the
FWT1 temperature sensor.
Alternate method: If using the sensor in the bubble
trap method, connect the FWT2 flowmeter or
flow measurement/control device directly to the
output of the bubble trap.
4. Flow room temperature water through the
warmer at 100 ml/min (cc/min). Verify that the
bubble trap is maintained 1/2 to 2/3 full.
5. Turn the warmer on. Adjust the SETPOINT to
43.0°C. Allow it to run for 10 minutes.
6. Verify that the output water temperature is
43.0°C ± 1.1°C. If using the FWT1 temperature
sensor and an ohmmeter, verify that the resistance
is within 1019—1112 ohms.
If temperature or resistance values are not
met, check setup and repeat test. If still not
within range, contact your dealer for service.
This device is factory calibrated and cannot be
field adjusted.
6.3 Overtemp Protection Verification
Proper operation of the overtemp protection system is
verified each time the unit is switched from STANDBY
to RUN mode. Therefore, periodic testing of this
system is not necessary. However, the following
procedure may be used to force an OVERTEMP
condition in order to observe that the overtemp
protection system works: