TECHNICAL DATA 5
Conversion Chart
The specification above are normal and conform to generally
acceptable industry standard. Cyrus is not responsible for
damages resulting from misapplication or misuse of its products.
m
3
/h
L/s
gpm (US)
m
3
/min
L/min
L/h
m
3
/h
1
0.278
4.41
0.0167
16.7
1,000
L/s
3.6
1
15.876
0.06
60
3,597
gpm (US)
0.227
0.063
1
0.0038
3.79
227
m
3
/min
60
3.6
263.16
1
1,000
60,240
L/min
0.06
0.0167
0.264
0.001
1
60.20
L/h
0.001
0.000278
0.0044
0.0166 x 10
-3
0.016
1
Water Flow
Multiples, Symbols and Prefixes
Symbol
Prefix
T
tera
10
12
=
1,000,000,000,000
G
giga
10
9
=
1,000,000,000
M
mega
10
6
=
1,000,000
k
kilo
10
3
=
1,000
h
hecto
10
2
=
100
da
deca
10
1
=
10
d
deci
10
-1
=
0.1
c
centi
10
-2
=
0.01
m
milli
10
-3
=
0.001
micro
10
-6
=
0.000 001
n
nano
10
-9
=
0.000 000 001
p
pico
10
-12
=
0.000 000 000 001
f
femto
10
-15
=
0.000 000 000 000 001
a
atto
10
-18
=
0.000 000 000 000 000 001
Multiplier of Factor
Temperature Basics
Absolute Zero
Freezing Point
Boiling Point
Degrees
-273
o
C
0
o
C
100
o
C
Kelvin
0 K
273 K
373 K
The Kelvin is often used to express a temperature difference
e.g. a T (temp. diff.) of 2
o
C could be misread as being 2
o
above freezing point. A T of 2 K does not run the risk of be-
ing misread.
