3 . R e p a i r I n s t r u c t i o n s
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BA-TE-DE08C M.KAY
Dialog SW9xx_sm_Chapter 3_1-2010.doc/pdf <100329> yymmdd
B. Braun Avitum AG
SW9.xx
3.8.3
Execution Protocol
E x e c u t i o n P r o t o c o l
Measures According to Repair Matrix
Measurement Values/
Executed Measures
NA
OK
3.8.2.1
Install Software
executed correctly
!
!
3.8.2.2
Check System Configuration, Production Report and Set if Necessary
executed correctly
!
!
3.8.2.3
Self Test
executed correctly
!
!
3.8.2.4
Conductivity Test Run, Temperature
Comparison Measurement:
•
Conductivity (14.3 ms/cm,
±
0.2)
•
Temperature (37
o
C, -1.5 +0.5)
...........................................
[mS/cm]
....................................................
[
o
C]
!
!
3.8.2.5
Test Run UF Comparison Measurement:
•
15 min at UF rate 500 ml/h (3%
≈
±
4 ml)
....................................................
[ml]
!
!
3.8.2.6
Test Run
executed correctly
!
!
3.8.2.7
Electrical Safety Check:
According to:
IEC 62353/EN 60601-1/IEC 601-1
•
Protective Earth Resistance < 0.3 [
Ω
]:
Potential equalization bolt
Heater body (top)
Rinsing bridge (dialyser inlet and outlet)
Interior: front door (top left corner)
Interior: rear door (top left corner)
Interior: frame (rear)
Interior: housing cover (top left)
Monitor (one of the screws in the housing frame)
•
Equipment Leakage Current
≤
0.5 [mA]:
•
Patient Leakage Current < 10 [µA] AC:
.....................................................
[
Ω
]
(note highest value)
..................................................
[mA]
...................................................
[µA]
!
!
3.8.2.8
Perform Disinfection after Repair
executed correctly
!
!
4.
Tests and Calibrations According to Service Manual
All text in { } brackets are general notes or execution information!
executed correctly
!
!
{4.9.1.1
Buttons, Lamps and Sounds}
{4.9.1.3
Touch Screen Calibration}
{4.9.1.8
DBI Test or DSI Test or DCI Test}
{4.9.2.1
Test 1.1 Staff Call, Alarms, Power Off}
{4.9.2.5
1.5 Tubing Clamps}
{4.9.2.7
Test 1.7 Air Sensor SAD, Red Sensor}
{4.9.2.8
1.8 Coupling Detectors}
{4.9.2.13 1.13 Balance Chamber Valves}
{4.9.2.14 1.14 Bypass and Disinfection Valves}
{4.9.2.19 1.19 Leak Test}
{4.9.2.23 Test 1.23 BIC Cartridge Valves and Coupling Detectors}
{4.9.2.25 1.25 HDF Online Valves and Detectors}
{4.9.2.26 1.26 Option Battery
{4.9.4.1
Calibration Pressure Sensors Blood Side PA, PV, PBE and PBS}
{4.9.4.3
Calibration Pressure Sensors of Water Side PE and PDA}
{4.9.4.4
Calibration Degassing TSE/TSHE}
{4.9.4.5
Calibration Dialysis Temperature Sensors TSBIC and TSD/TSD_S/TSDE}
{4.9.4.6
Calibration Conductivity Sensors BICLF and ENDLF/ENDLF_S}
{4.9.4.7
Calibration Blood Leak Detector Type 3}
{4.9.4.8
Calibration of Flow Rate UFP, BICP and KP}
{4.9.4.9
Calibration Safety Air Detector SAD Version 3}
{4.9.4.10 Calibration BICLF and ENDLF Ratio}
{4.9.4.13 Calibration Flow Rate of BPA and BPV/OSP}
{4.9.4.16 Calibration Inlet Flow Pump Nonreturn Valve RVFPE}
{4.9.4.17 Calibration Dialysate Nonreturn Valve RVDA}
{4.9.4.18 Calibration Outlet Flow Pump Nonreturn Valve RVFPA}
{4.9.4.19 Calibration Dialyser Inlet Throttle Valve DDE}
{4.9.4.20 Calibration Pressure Reducer Valve DMV}
{4.9.4.21 Gap SAKA and SAKV}
{4.9.4.23 Setting Servomotor for Disinfection Valve VD}
{5.1
Inspection Protocol for Automatic Blood Pressure Measurement ABPM}
The respective measures were executed correctly after servicing according to the
repair matrix.
Name Service Technician:
.............................................................................
.............................................................................
Date / Signature
Please use the repair matrix
for the necessary tests and
calibrations.
