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CHAPTER 3
Design and Function
3-4
Sysmex XE-5000 Instructions for Use
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SIM aspiration nipple (SIM-1)
STROMATOLYSER-IM is aspirated via this nipple. Connected to the lower nipple of the
STROMATOLYSER-IM float switch.
7
SLS inlet nipple (SLS)
SULFOLYSER is aspirated via this nipple. Connected to the container of
SULFOLYSER.
8
FFD reagent inlet nipple (FFD)
STROMATOLYSER-4DL is aspirated via this nipple. Connected to the container of
STROMATOLYSER-4DL.
9
FBA inlet nipple (FBA)
STROMATOLYSER-FB is aspirated via this nipple. Connected to the container of
STROMATOLYSER-FB.
10 SNR reagent inlet nipple (SNR)
STROMATOLYSER-NR (L) is aspirated via this nipple. Connected to the container of
STROMATOLYSER-NR (L).
11 RED diluent inlet nipple (RED)
RET SEARCH (II) diluent is aspirated via this nipple. Connected to the container of RET
SEARCH (II) diluent.
12 SIM air bubbles outlet nipple (SIM-2)
Air bubbles inside the float switch of STROMATOLYSER-IM are discharged via this
nipple. Connected to the upper nipple of the STROMATOLYSER-IM float switch.
13 ESE air bubbles outlet nipple (ESE-2)
Air bubbles inside the float switch of CELLSHEATH are discharged via this nipple.
Connected to the upper nipple of the CELLSHEATH float switch.
14 Air drier outlet nipple
Outputs pressure after removing dust or moisture by the air drier. Connected to the
pressure supply nipple.
15 Air drier inlet nipple
Connected to the pressure outlet nipple of the Pneumatic Unit.
16 Air drier drain nipple
Connected to the drain outlet nipple.
17 Air drier
Removes dust or moisture from the air (at PRESSURE side) supplied by the Pneumatic Unit.
18 EPK inlet nipple (EPK-1)
CELLPACK is aspirated via this nipple. Connected to the lower nipple of the CELLPACK
float switch.
19 Drain outlet nipple (D)
Water droplets from the air drier are discharged via this nipple to the waste line.
20 Vacuum supply nipple (V)
Connected to the vacuum outlet nipple of the Pneumatic Unit.
21 Waste level detection nipple (P2)
22 Waste level detection nipple (P1)
When the optional waste monitoring sensor is provided, the waste volume is monitored
by detecting differential pressure between the waste level detection nipples P1 and P2.
Connected to the detection tube of the waste container.
23 Pressure supply nipple (P)
Connected to the air drier outlet nipple.
24 Waste outlet nipple (W)
Waste fluid is discharged via this nipple. Connected to the sewer or the waste container.
25 EPK air bubbles outlet nipple (EPK-2)
Air bubbles inside the float switch of CELLPACK are discharged via this nipple.
Connected to the upper nipple of the CELLPACK float switch.
Содержание XE-5000
Страница 2: ......
Страница 42: ...CHAPTER 3 Design and Function 3 18 Sysmex XE 5000 Instructions for Use Revised April 2007 Blank page ...
Страница 54: ...CHAPTER 5 Before Using 5 4 Sysmex XE 5000 Instructions for Use Revised April 2007 Blank page ...
Страница 96: ...CHAPTER 6 Operation 6 42 Sysmex XE 5000 Instructions for Use Revised April 2007 Blank page ...
Страница 128: ...CHAPTER 8 Calibration 8 10 Sysmex XE 5000 Instructions for Use Revised April 2007 Blank page ...
Страница 256: ...CHAPTER 11 Technical Information 11 38 Sysmex XE 5000 Instructions for Use Revised April 2007 Blank page ...
Страница 258: ...CHAPTER 12 Warranty 12 2 Sysmex XE 5000 Instructions for Use Revised April 2007 Blank page ...
Страница 262: ...CHAPTER 13 Index Revised April 2007 13 4 Sysmex XE 5000 Instructions for Use Blank page ...