Apera Instruments SX716 User Manual

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Conversion between mmHg and kPa:
mmHg×0.13333=kPa
DO
pt
= P×DO
t
÷ 760
Note:
DO
pt
— DO concentration under temperature t, Barometric pressure P, mg/L;
P — Barometric pressure, mmHg;
DO
t
— DO concentration under temperature t, Barometric pressure 760mmHg, mg/L; 760 — Barometric pressure,
mmHg.
7.3 Appendix 3 Content of Oxygen at Different Altitude
Altitude
Barometric pressure
DO
Altitude
Barometric pressure
DO
Foot
meter
kPa
mmHg
mg/l
Foot
meter
kPa
mmHg
mg/l
0
0
101.3
760
8.25
7500
2287
77.1
579
6.28
500
152
99.34
746
8.09
8000
2439
75.63
568
6.16
1000
305
97.6
733
7.95
8500
2591
74.44
559
6.06
1500
457
95.87
720
7.81
9000
2744
72.97
548
5.94
2000
610
94.28
708
7.68
9500
2896
71.64
538
5.83
2500
762
92.54
695
7.54
10000
3049
70.17
527
5.71
3000
915
90.95
683
7.41
10500
3201
68.84
517
5.61
3500
1067
89.35
671
7.28
11000
3354
67.38
506
5.49
4000
1220
87.75
659
7.15
12000
3659
66.58
500
5.42
4500
1372
86.15
647
7.02
13000
3963
65.78
494
5.36
5000
1524
84.56
635
6.89
14000
4268
64.98
488
5.29
5500
1677
83.09
624
6.77
15000
4573
64.18
482
5.23
6000
1829
81.63
613
6.65
16000
4878
63.38
476
5.16
6500
1982
80.03
601
6.52
17000
5183
62.58
470
5.10
7000
2134
78.56
590
6.40
18000
5488
61.79
464
5.03

Apera Instruments SX716 Specifications

General

Brand	Apera Instruments
Model	SX716
Category	Measuring Instruments
Language	English