Cosmo LS-R700 - Common Peripherals Guide

138 11 Reference
11
4
4
P
P
r
r
e
e
s
s
s
s
u
u
r
r
e
e
U
U
n
n
i
i
t
t
C
C
o
o
n
n
v
v
e
e
r
r
s
s
i
i
o
o
n
n
T
T
a
a
b
b
l
l
e
e
1kg/cm2→
0.980665
14.2233
735.55914
28.959
393.7
10000
98.0665
0.0980665
980.665
0.96784
1.0197162
←1bar→
14.50373 750.06158 29.529962 401.46227 10197.162 100 0.1 1000 0.9869221
0.0703072 0.0689478
←1psi→
51.715083 2.0360254 27.679934 703.07172 6.8947783 0.0068948 68.947783 0.0680461
0.0013595 0.0013332 0.0193367 ←1mmHg→ 0.0393701 0.5352391 13.5951 0.1333224 0.0001333 1.3332239 0.0013158
0.0345316
0.0338639
0.491153
25.400018
←1inHg→
13.595083
345.31579
3.3863911
0.0033864
33.863911
0.033421
0.00254
0.0024909
0.0361273
1.8683239
0.073556
←1 inH
2
O→
25.400051
0.2490894
0.0002491
2.4908941
0.0024583
0.0001 9.807E-05 0.0014223 0.0735559 0.0028959 0.03937 ←1mmH
2
O→ 0.0098067 9.807E-06 0.0980665 9.678E-05
0.0101972 0.01 0.1450373 7.5006158 0.2952996 4.0146227 101.97162 ←1kPa→ 0.001 10 0.0098692
10.197162
10
145.0373
7500.6158
295.29962
4014.6227
101971.62
1000
←1MPa→
10000
9.8692214
0.0010197
0.001
0.0145037
0.7500616
0.02953
0.4014623
10.197162
0.1
0.0001
←1hPa→
0.0009869
1.0332286 1.0132512 14.695921 760.00076 29.921268 406.78211 10332.286 101.32512 0.1013251 1013.2512
←1atm
↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓ ↓
kg/cm
2
bar
psi
mmHg, Torr
inHg
inH
2
O
mmH
2
O
kPa
MPa
hPa
atm
5
5
F
F
l
l
o
o
w
w
U
U
n
n
i
i
t
t
C
C
o
o
n
n
v
v
e
e
r
r
s
s
i
i
o
o
n
n
T
T
a
a
b
b
l
l
e
e
1mL/s
60 0.06 0.00019 101.3 0.1013
0.0167
←1mL/min→
0.001
0.01138
1.689
0.001689
16.667 1000
←1L/min→
11.37990 1689 1.001689
5272.45
87.874
87874.2
←1ln
3
/d→
52.035
0.052035
0.009869 0.5921 0.0005921 0.001922
←1PaL/sec→
0.001
9.869
592.1
0.5921
0.000001922
1000
←1Pam
3
/sec
↓ ↓ ↓ ↓ ↓ ↓
mL/s
mL/min
L/min
ln
3
/d
PaL/sec
Pam
3
/sec
6
6
L
L
e
e
a
a
k
k
U
U
n
n
i
i
t
t
D
D
e
e
s
s
c
c
r
r
i
i
p
p
t
t
i
i
o
o
n
n
Pa·m
3
/s
SI Leak rate unit
E-3 Pa·m
3
/s
E-3 = ᵡ 10
-3
= ᵡ 0.001
ig:
0.001688 Pa·m
3
/s = 1.688 E-3 Pa·m
3
/s
Pa/s Differential pressure (ΔP) per second.
ΔP at the end of a stage is divided by the stage timer in second (Time average).
Pa/min
Differential pressure (ΔP) per second.
ΔP at the end of a stage is divided by the stage timer in second and multiplied by 60
(Time average).
*Pa/s Differential pressure (ΔP) of the last second in a stage.
* is prefixed to distinguish from the Pa/s above.
Be sure to disable all the compensation features when using this unit.
*Pa/min
Differential pressure (ΔP) of the last second in a stage multiplied by 60.
* is prefixed to distinguish from the Pa/min above.
Be sure to disable all the compensation features when using this unit.