Float Tank Gauge LT11/12
38
Hauser
Cone-roof tank (with seal pot PVC) and Floating roof tank
Lf = { Hf +
A ×
ρ
(
W-w
)
- Q×
ρ
} ×10
= { 5.45 +
1256.64
ρ
(
W-1200
)
- 5260
ρ
} ×10
L
B
=
W-w
A
ρ
1
(
-1)×10
=
W-1200
1256.56
ρ
1
(
-1)×10
Floating roof tank
Lf = { Hf +
A ×
ρ
(
W-w
)
- Q×
ρ
} ×10
= { 5.45 +
1256.64
ρ
(
W-1200
)
- 5260
ρ
} ×10
L
B
=
W-w
A
ρ
1
(
-1)×10
=
W-1200
1256.56
ρ
1
(
-1)×10
Lf = { Hf +
A ×
ρ
(
W-w
)
- Q×
ρ
} ×10
153.94
ρ
(
W-1200
)
- 1330.6
ρ
} ×10
Lf = { Hf +
A ×
ρ
(
W-w
)
- Q×
ρ
} ×10
= { 10 +
153.94
ρ
(
W-1200
)
- 1330.6
ρ
} ×10
= { 10 +
L
B
=
W-w
A
ρ
1
(
-1)×10
=
W-1200
153.94
ρ
1
(
-1)×10
L
B
=
W-w
A
ρ
1
(
-1)×10
=
W-1200
153.94
ρ
1
(
-1)×10
Lf
:
When a float start to float, level height (mm)
W
:
Float weight (g)
A
:
Cross-sectional area of float cylindrical part (cm
2
)
Hf
:
Half of float height
(
cm
)
w
:
Measuring tape hoisting force in conster (g
)
ρ:
Gravity of actual liquit
(
g/cm
3
)
Q
:
Half of float volume
(
cm
3
)
LB
:
When filling water, indicator corrective value (mm)
Calculating formula
Ø400 float
Cone-roof tank (with seal pot PVC)
Ø140 float
①
when tank is empty
②
When putting water in tank
①
when tank is empty
②
When putting water in tank
①
when tank is empty
②
When putting water in tank
①
when tank is empty
②
When putting water in tank
4 Display