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ECA210A, ECA220A flange mounted differential pressure transmitter
Overview: ECA210A and ECA220A flange mounted differential pressure transmitters are used to measure liquid, gas, and vapor pressures and convert them
Product details

summary
ECA210AThe ECA220A flange mounted differential pressure transmitter is used to measure the pressure of liquids, gases, and vapors, and convert it into a 4-20mADC current signal output. ECA210A and ECA220 can also communicate with each other through the HART275 handheld controller for settings, monitoring, etc.
Functional specifications
output
2-wire system, 4-20mA DC output, digital communication, programmable linear or square root output mode, HART protocol loaded on 4-20mA DC signal.
supply voltage
10.5~42V DC (working state)
16.4~42V DC (digital communication)
16.4~30V DC (intrinsic safety type)
Load (when output signal codes are D and E)
0-1335 Ω working state
250-600 Ω digital communication
HART
Communication Distance
When using multi-core twisted pair cables, the maximum communication distance can reach 2km, and the communication distance varies depending on the cable type.
Damping time constant
The sum of damping time constants for amplifier components and membrane enclosures. The damping time constant of the amplifier components can be adjusted within the range of 0.2 to 64 seconds for ambient temperature
-40~85℃(-40~248°F)
-30-80 ℃ (-22-176 ° F) [with LCD meter head]
Liquid contact temperature
-40~120℃(-40~248°F)
Performance specifications
Reference accuracy for range adjustment
(including linearity, hysteresis, and repeatability starting from zero)
±0.1%
stability
± 0.1% range upper limit/12 months
Model and Specification Code Table
model
|
Specification code
|
Explanation
|
reference price
|
notes
|
ECA210A
|
|
Flange mounted differential pressure transmitter (flat diaphragm type)
|
|
|
Conveying signals
|
E
D |
4~20mA, HART protocol digital communication
4~20mA |
|
|
Measurement range
(Capsule) |
M
H |
1~100Kpa
5~500Kpa |
|
|
High voltage side
(Flange side) Material of the liquid receiving part |
S H T |
Membrane box, other
SUS316 SUS316L Hastelloy C-276 Hastelloy C Tantalum |
|
|
Flange specifications
|
J1
J2 A1 A2 P1 P2 D2 D4 G2 G4 |
JIS10K
JIS20K ANSI 150 ANSI 300 JPI 150 JPI 300 DIN PN10/16 DIN PN25/40 GB PN10/16(GB9115.9-88) GB PN10/16(GB9115.9-88) |
|
|
Flange size/material
|
A
B C D E F |
2-inch(50mm,DN50)/S25C
2-inch(50mm,DN50)/SUS304 2-inch(50mm,DN50)/SUS316 3-inch(80mm,DN80)/S25C 3-inch(80mm,DN80)/SUS304 3-inch(80mm,DN80)/SUS316 |
|
|
Low pressure side pipeline connection
|
0
1 2 |
With M20×1.5Process connector
belt½NPTInternal thread process joint, 2 wiring ports No process joint (on capacitive flange)¼NPTInternal thread) |
|
|
Flange bolt material
|
A
B C |
SCM435
SUS630 SUH660 |
|
|
install
|
9
|
Horizontal piping connection, high pressure on the left side
|
|
|
electrical interface
|
5
|
G½Internal screw, 2 wiring ports with blind plugs
|
|
|
Display header
|
D
E N |
Digital header
Digital header with setting button (No header) |
|
|
Additional selection code
|
|
/Additional specifications
|
|
|
Explosion proof method
|
d
|
Explosion proof BT4
|
|
|
i
|
Intrinsically safe CT6
|
|
|
Flange size: 3 inches (80mm, DN80)
Flange nominal diameter and specifications
|
ØD
|
ØC
|
Øg
|
Ød
|
t
|
bolt hole
|
|
quantity
|
diameter
|
||||||
JIS 10K
|
185(7.28)
|
150(5.91)
|
130(5.12)
|
90(3.54)
|
18(0.71)
|
8
|
19(0.75)
|
JIS 20K
|
200(7.87)
|
160(6.30)
|
130(5.12)
|
90(3.54)
|
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