Kitagawa 143SA Instruction Manual

★ READ CAREFULLY THIS INSTRUCTION MANUAL AND THE INSTRUCTIONS OF THE
ASPIRATING PUMP PRIOR TO USING THIS PRODUCT.
★ DO NOT DISCARD THIS INSTRUCTION MANUAL UNTIL ALL THE TUBES IN THIS BOX ARE
USED UP.
1. PERFORMANCE:
Measuring Range
and Pump Stroke
Sampling Time
Colour Change
Detectable Limit
Operating Temperature
Aspirating Pump
1. THE DETECTOR TUBE CONTAINS CHEMICAL REAGENTS.
2. DO NOT TOUCH THESE REAGENTS DIRECTLY ONCE TUBES WERE BROKEN.
3. KEEP THE TUBES OUT OF THE REACH OF CHILDREN.
NOTICE
1. USE ONLY WITH PUMP MODELS AP-20, AP-20S, 400B, AP-1, AP-1S or 400A.
OTHERWISE, CONSIDERABLE ERROR IN INDICATION MAY OCCUR.
2. BEFORE TESTING, CHECK THE ASPIRATING PUMP FOR LEAKS. ( REFER TO ITEM 8.
INSPECTION OF ASPIRATING PUMP. ) ANY PUMPS SHOWING SIGNS OF LEAKAGE
SHOULD BE CORRECTED BEFORE USE.
3. DO NOT USE THIS TUBE OUTSIDE THE STATED OPERATING TEMPERATURE RANGE.
4. STORE TUBES IN A COOL AND DARK PLACE ( 0-25 ℃ /32-77°F ) , AND USE BEFORE
EXPIRATION DATE PRINTED ON THE TOP OF THE BOX.
5. PRIOR TO USE, READ CAREFULLY ITEM 9. USER RESPONSIBILITY.
6. READ THE CONCENTRATION IMMEDIATELY AFTER MEASUREMENT.
7. THE SCALE IS CALIBRATED WITH o-XYLENE.
2. SAMPLING AND MEASUREMENT:
① Break both ends of the detector tube.
CAUTION
② Insert the detector tube into the aspirating pump securely as shown in Fig.1. ( Arrow mark shall point to
the pump. )
③ Align the guide marks on the shaft and stopper of the aspirating pump.
④ Pull the pump handle at a full stroke until it locks and wait for 2 minutes or until the completion of
sampling is confirmed with the flow indicator of the pump. ( See descriptions about the flow indicator
in the instruction manual of the pump. )
⑤ Push back the handle without removing the detector tube from the rubber tube connector so that air in the pump
will be discharged perfectly. Then repeat the steps ③ ～④ once more.
⑥ On completion of sampling, read the scale at the maximum point of the stained layer.
SPECIAL NOTE:
3. CORRECTION FOR AMBIENT CONDITIONS:
① Temperature; Correct the tube reading by following temperature correction table.
Tube
Readings
( ppm )
1000
800
600
400
200
100
Note: Temperature correction procedure
Example 1 : When the tube reading is 400 ppm at 5 ℃ , the concentration is 600 ppm.
Tube
Readings
( ppm )
1000
800
600
400
200
100
Example 2 : When the tube reading is 500ppm at 7 ℃ , the true concentration is 757 ppm which is found by
proportional allotment of each concentration and temperature as shown below.
Tube
Readings
( ppm )
1000
800
600
400
200
100
② Humidity; No correction is necessary.
③ Atmospheric Pressure;
True concentration = Temperature corrected ×
: 5 - 1,000ppm
: 2 pump strokes
: 4 minutes
: White → Brown
: 2ppm
: 0 - 40 ℃ ( 32-104°F ) ( Correction is necessary at less than 20 ℃ . )
: : Model AP-20, AP-20S, 400B, AP-1, AP-1S or 400A
SAFETY GLASSES AND GLOVES SHOULD BE WORN TO PREVENT INJURY
FROM SPLINTERING GLASS.
Ⅰ . The scale is calibrated at 20 ℃ (68°F), 50 %R.H. and 1013hPa. Readings
obtained in other circumstances should be corrected. (REFER TO ITEM 3.
CORRECTION FOR AMBIENT CONDITIONS.)
Ⅱ . When the maximum point of the stained layer is unclear or oblique, read the
scale at the centre between the longest and shortest points.
Temperature Correction Table
0 ℃ 5 ℃
( 32°F ) ( 41°F )
- -
- -
- 1120
1350 600
280 235
100 100
Temperature Correction Table
0 ℃ 5 ℃
( 32°F ) ( 41°F )
- -
- -
- 1120
1350 600
280 235
100 100
Temperature Correction Table
0 ℃ 5 ℃
( 32°F ) ( 41°F )
- -
- -
- 1120
1350 600
280 235
100 100
5 ℃
(ppm)
600 1120
(500) (860)
400 600
concentration
INSTRUCTION MANUAL
XYLENE DETECTOR TUBE
CAUTION
Fig.1
Corrected Concentration ( ppm )
10 ℃ 15 ℃
( 50°F ) ( 59°F )
- 1115
1090 865
740 635
465 420
215 205
100 100
Corrected Concentration ( ppm )
10 ℃ 15 ℃
( 50°F ) ( 59°F )
- 1115
1090 865
740 635
465 420
215 205
100 100
Corrected Concentration ( ppm )
10 ℃ 15 ℃
( 50°F ) ( 59°F )
- 1115
1090 865
740 635
465 420
215 205
100 100
7 ℃ 10 ℃
(968) 740
(757) (602.5)
(546) 465
Atmospheric pressure ( in hPa )
20-40 ℃
( 68- 104°F )
1000
800
600
400
200
100
20-40 ℃
( 68- 104°F )
1000
800
600
400
200
100
20-40 ℃
( 68- 104°F )
1000
800
600
400
200
100
Numerals in parentheses
are determined by proportional
allotment.
1013
No.143SA