EDS6-126 FUJI [Fuji Electric], EDS6-126 Datasheet - Page 2

• Manufacturer Part Number: EDS6-126
• Description: OPTICAL DIFFERENTIAL PRESSURE TRANSMITTER REMOTE SEAL TYPE
• Manufacturer: FUJI [Fuji Electric]

2
Optical cable:
Optical connector:
Transmission distance:
Damping:
Zero elevation and suppression:
Explosion-proof: Intrinsic safety type, JIS ib IIC T3
Ambient temperature:
Storage temperature:
Accuracy rating
FFM···3
Accuracy rating
Ambient temperature effect:
Performance specifications
Note: Percent value with respect to measuring span (including
For small bores 40A, 50A, 1-1/2B, 2B:
linearity, hysteresis and repeatability in standard 23 C status)
For small bores 40A, 50A, 1-1/2B, 2B:
(Note)
(Note)
Code set type, silica fiber ... core/clad di-
ameter 100/140 m
FC connector
1.5 km max. (when transmission loss of
optical cable is 4 dB/km)
Variable from 0.2 to 32 sec (time constant)
Possible within
span.
–30 to +70 C
–10 to +60 C for intrinsic safety explo-
–20 to +70 C when provided with indica-
–10 to +60 C when filled with fluorolube
–10 to +70 C for silicone oil codes H, S
+20 to +70 C for silicone oil codes J and
–15 to +65 C
–10 to +60 C for intrinsic safety explo-
–15 to +65 C when provided with indica-
–10 to +60 C when filled with fluorolube
–10 to +60 C for silicone oil codes H and
–40 to +80 C
Zero shift: (0.5
Overall shift: (0.7
Where; URL: Maximum span
2 times as large as above when the 7th
digit (material) is other than V, A, B, C and
D.
0.2% when measuring span is 1/10 or more
of maximum span
(0.1 + 0.01
measuring span is less than 1/10 of maximum
span.
0.25% when measuring span is 1/10 or more
of maximum span
(0.17 + 0.008
measuring span is less than 1/10 of maximum
span.
sion-proof type
tor
oil
and K
T
sion-proof type
tor
oil
S.
x :
measuring span
max. span
measuring span
Measuring span
max. span
URL
100% of maximum
x
URL
x
)% / 28 C
)% / 28 C
)%
)%
when
when
Ambient temperature effect:
Overrange effect:
Static pressure effect:
Measurement period: 0.2 sec
Response time:
Flange material: SUS304
Material:
Remarks: (1) This is an output change when the process
Note 1: Selected according to combination of type codes.
Physical specifications
Material code
V, A, B, C, D
H, F, G, K, L
For small bores 40A, 50A, 1-1/2B, 2B:
M
T
P
R
Refer to CODE SYMBOLS.
(2) Error is larger when there is a temperature
pressure receiving unit and the transmitter
body are at the same height and temperature.
difference among the process pressure
receiving unit, capillary and transmitter body.
SUS316L
Hastelloy-C
Monel
Tantalum
Titanium
Zirconium
(Note *) Value at capillary length 1.5 m and 23 C
FFM□□3
FFM□□
Zero shift: 0.7% / 28 C ( x equal to 1/2
URL or more)
Zero shift: 0.7
Overall shift: 0.9% / 28 C ( x equal to
Overall shift: (0.4 + 0.5
Note 1: Condition; Capillary length is
Note 2: The effect is 2.5 times as large
Zero shift at maximum span
Zero shift at maximum span
Change of measurement span:
Seal diaphragm
than 1/2 URL)
1/2 URL or more)
28 C ( x less than 1/2 URL)
0.1% / nominal pressure of flange
0.2% /1MP:
Type
2 times as large as above when
the 7th digit (material) is other
than V, A, B, C and D. (2.5 times
as large as above for small bores
40A, 50A, 1-1/2B and 2B)
2 times as large as above when
the 7th digit (material) is other
than V, A, B, C and D.
(2.5 times as large as above for
small bores 40A, 50A, 1-1/2B and
2B)
-0.2 0.2% / 1MPa
50A, 1-1/2B and 2B specifications
0.2% / 1MPa for small bore 40A,
5
6
limited to max. 3 m. With a
capillary of 5 m long, the effect
is 1.5 times as large as the
above.
as the above when the 7th
code digit (material) is other
than V, A, B, C and D.
Time constant
*[sec]
1.7
2
URL
2 x
SUS316
Hastelloy-C
Monel
Tantalum
Titanium
Zirconium
Other wetted parts
% / 28 C ( x less
Dead time
About 0.2
URL
2 x
[sec]
)% /