APC 20000 pages
SMART PRESSURE TRANSMITTER
APCE-2000
üm A output signal + HART protocol
4…20
ü
Rangeability 100:1
üIntrinsic safety
ATEX
ü
Gold plated diaphragm (Au)
ü
Accuracy 0.1%
Application
The APCE-2000 pressure transmitter is applicable to the measurement of the pressure, underpressure or absolute pressure
of gases, vapours and liquids. The active sensing element is a piezoresistant silicon sensor separated from the medium by
a diaphragm and by specially selected type of manometric liquid.
APCE-2000PD
PD version
APCE-2000PZ
PZ version
Version designed to work in hard
conditions:
Economical version:
- housing 304ss
- protection IP65
- electrical connection DIN 43650
- the electronics encased in
a protective silicon gel
- ATEX Intrinsic safety
- housing material: 304SS / 316SS
- protection IP66
- the electronics encased
in a protective silicon gel
- cup with knurled handgrip
- ATEX Intrinsic safety
II 1/2G
Exia IIC T4/T5/T6 Ga/Gb
I M1 Ex ia I Ma
II 1D Ex ia IIIC T110C Da
SW27
2 8
SW27
5
G1/4’’
Æ
4
Æ
25
G1/2 type
G1/2", Æ
4 hole
M type
M20×1.5, Æ
4 hole
SW27
15
20
15
8
8
SW27
2 8
SW27
II 1/2G
Exia IIC T4/T5/T6 Ga/Gb
I M1 Ex ia I Ma
II 1D Ex ia IIIC T110C Da
Æ
12
1/2’’NPT
Æ
25
1/2’’NPT type
1/2’’NPT male +
internal thread G1/4’’
Æ
25
G1/4’’
GP type
G1/2", Æ
12 hole
P type
M20×1.5, Æ
12 hole
SW41
1/2’’NPT F type
internal thread 1/2-14NPT
SW27
SW32
O-ring
26 × 2
Æ
30
20.5
Æ
25
Æ
35
CG1 type
G1" with flush diaphragm
CM30×2 type
M30×2 with flush diaphragm
O-ring
15×2
10
10
15
31
2 10
10.5
SW27
Æ
18
G1/2B
CG1/2 type
G1/2" with flush diaphragm
Version with direct or remout mount
diaphragm seal.
Diaphragm seal data -see chapter III
Communication and configuration
The communication standard for data interchange with the transmitter is the HART protocol.
Communication with the transmitter is carried out with:
a
a KAP-03 communicator,
a other Hart type communicators,
some
a using an HART/USB/Bluetooth converter and RAP ORT 2
a PC
configuration software.
The data interc hange with the transmitter enables the users to:
a the transmitter;
identify
a
configure the output parameters:
– measurement units and the values of the start points and
end points at the measurement range;
– damping time constant;
– conversion characteristic (inversion, user’s non-linear
characteristic);
athe currently measured pressure value of the output
read
current and the percentage output control level;
aan output current with a s et value;
force
a the transmitter in relation to a model pressure.
calibrate
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"