SMART DIFFERENTIAL PRESSURE TRANSMITTER PYRD-2000ALW

PD vers
SMART DIFFERENTIAL
PRESSURE TRANSMITTER
PYRD-2000ALW
The PYRD-2000ALW transmitter is suitable for the measuring of differential pressures of gases, vapours and liquids.
• 4 - 20 mA output
• signal + HART protocol
• ATEX Intrinsically Safe
• ATEX Flameproof
• PED Conformity (97/23/EC)
• Programmable zero range, shift, unit selection •
• and damping ratio with local panel keys
• Accuracy 0.075%
• Hastelloy diaphragm
• SIL 2 certificate option
• Gold plated diaphragm option
• Static pressure limit up to 420 Bar
Transmitter with type C process body to be mounted together with a valve manifold.
SMAR
The APCE-2000 pressure trans
of gases, vapours and liquids.
a diaphragm and by specially se
7/16” STD
or M10
APCE-20
Transmitter with type C process body to be
mounted together with a valve manifold.
Transmitter with P type process body. Static
pressure limit 40 Bar.
Construction
Economical version
- housing 304ss
- protection IP65
- electrical connecti
- the electronics enc
a protective silicon g
-ATEX Intrinsic safe
II 1/2G
Ga/Gb Exia IIC T4/T5
I M1 Ex ia I
II 1D Ex iaD 20 T110°
The active element is a piezoresistant silicon sensor separated from the medium by separating diaphragms and a specially
selected type of manometric fluid.
The special design of the active sensing element ensure that it is able to withstand pressure surges and overloads of up up to
250/320/420 Bar.

PYRD-2000ALW SMART PRESSURE TRANSMITTER
Communication, configuration and installation
EX
EX
ATEX Intrinsic safety II 1/2
ATEX Explosion – proof
II 1/2G Exia/d IIC T6/ T5
II 1/2D ExiaD 20/tD A21 T85
The casing is of epoxy painted cast aluminium alloy or 316 stainless steel, degree of protection Version IP66/IP67. APR-2000ALE The design
of the casing enables the use of a local display, rotation of the display by 90°, rotation 0…20 of the mA, casing 0…5 by mA, 0–355° 4…20 mA
relative to the sensor, and a choice of cable direction.
protocol
Possibilities of the of the adjus
of the measuring range accord
the display panel keys
Configurable display (LCD) 3½
• 4 - 20 mA output signal + HART protocol or digital temperature Profibus range PA signal –40…+85°C
No EEx or Profibus PA
• Local push buttons for adjusting both zero and span, measuring range,
• units etc with the display panel keys
Communication and
• Configurable display 5 digits with illumination The (working communication temperature standard for
• range –40 to +85°C)
the transmitter is the Hart protoco
• ATEX Intrinsic safety EX II 1/2G Exia IIC T4/T5 Communication with the transmitt
– aKAP-03 communicator,
– some other Hart type communi
• ATEX Flameproof EX II 1/2G Exia/d IIC T6/T5
– a PC using an RS-Hart co
II 1/2D Exia/d 20/tD A21
configuration
T85/T100
software.
Installation
(*) .eddl files available on
www.ap
The transmitter with type P process body can be installed
directly on the installation. A universal mounting bracket is
available for mounting the transmitter on a 2” pipe (AL or ALS
mounting bracket). When the pressure of steam or other hot
media is measured, a siphon or impulse line should be used.
The C type body connections can be fitted directly to a 3 or 5
way manifold valve (or be supplied with one fitted - see type
VM manifolds on seperate literature).
If not fitted with an integral manifold the transmitter can be
mounted on a wall or similar flat surface, or a 2” pipe using a
C-2” mounting bracket.
For applications where the medium is aggressive to the
standard wetted parts the transmitter can be supplied with
suitable diaphragm seals either direct connected or via st.
steel capillary.
For hygienic (e.g. food industry) applications it can be
supplied fitted with suitable hygiene seals.
For these options see separate literature or contact Pyropress
sales office.
Communication and configuration
The communication standard for data interchange with
the transmitter is Hart protocol. Communication with the
transmitter via one of the following:
– a KAP-03 communicator
– industry standard Hart type communicators
– a PC using an RS-Hart converter and Raport-02
configuration software
Electrical diagrams for PYRD-
2000ALW with HART protocol
Milliammeter
Version: APR-2000ALW
mA
TEST
4÷20
mA
Power supply
SIGNAL
Transmitter 20
Electrical diagram
RS-HART converter
or communicator
TEST
Jumper
Millia
m

– conversion characteristic (inversion, Error due touser’s supplynon-
linear characteristic);
Electrical parameters
voltagechanges 0.002% (FSO)
G Ex ia IIC T4/T5
read the currently measuredPower pressure supply value of
Electrical
the
parameters
12...55 VDC (Ex ia13,5...28
PYRD-2000ALW SMART output current PRESSURE and the percentage
Power TRANSMITTER
output
supply
control level;
12...55 VDC (Ex ia13,5...28
(Exd 13,5…4
(Exd 13,5…4
force anoutput current with aset
Technical Data
Additional value;
/T100
voltage drop
calibrate the transmitter in relation Additional
when display to amodel voltage
illumination pressure.
when display illumination switched on 3V
drop
switched on 3V
Measuring ranges Output signal
4...20mA, two wire transmiss
Installation Output signal
4...20mA, two wire transmiss
Overpressure limit/ static
No. Nominal measuringThe range(FSO) transmitter withMinimum P typesetprocess range connection Rangeability is not
pressure limit
, output signal + HART
19 1 0 to 0...16 Bar bar (0...1,6Mpa)
heavy, to 1.6 MPa)
so it can1.6 befitted
1,6 Bar bar
directly
(160kPa) onto
kPa)
impulse lines.
10:1
For
R[
Usup[V]
12V
2 0...2,5 bar (0...250kPa) 0,25 bar (25kPa)
Loadresistance
10:1
250 bar /(320, 420 bar
14 0 to 0.25 Bar fitting to inany desired 0.25 Bar position werecommend an universal Bar
Bar
R[ ]
option) 0.85
ting both start 113 and 0 end to 0...1 1 Bar bar (0...100kPa) Aplisens to kPa) mounting 70 mBar 70mbar bracket for (7kPa) 2" pipe (AL mounting
14:1
(400,02A
Bar bar for Ptype
ing to set pressure 08 4 0 with to 0...0,25 0.25 Bar bar (0...25 bracket, to 100 kPa) kPa) see page 1065).
mBar 10mbar (1kPa) 25:1
-15Vwhendisplay Process connection)
illuminationswitched on
455 -100…100mbar to mBar (-10…10kPa) to 4 mBar 4mbar (0,4kPa) (0.4 kPa)
50:1
(250 Bar bar for PED version)
42 6 -5-5...70mbar to mBar (-0,5...7kPa) The (-0.5 to version 7 kPa) with4 mBar C4mbar type process (0,4kPa) (0.4 kPa) connections
Resistance 18:1 can
required be
forcommunication 250...1100
digits (working
477 -0.5 -0,5...0,5 to 0.5 Bar bar (-50...50kPa) fitted to directly kPa) to a3-or5-valve 0.10,1 Bar bar ( 10kPa) manifold. (10 kPa) Werecommend
10:1
)
8 factory-mounted transmitters with VMtype valve manifold
44 -20-20...20 to mBar mbar (-2...2kPa) to 2 kPa) 2 mBar 2mbar (0,2kPa) (0.2 kPa) 20:1 20 bar Bar
(page 62). Atransmitter without avalve manifold can be
fitted in any positionTechnical on a2" pipe data or on awall using the C-
Accuracy depending
configuration Operating parameters
Metrological2" parameters mounting bracket (page 65).
Accuracy on Materials the depending set range
on the set range
Accuracy
±0.075% of calibrated range
Accuracy ≤ ±0.075% of the calibrated range
Wetted parts: type Pprocess connection 316Lss
data interchange with
When the special process connections are required for
±0.1% of calibrated range
(≤ ±0.1% for ranges 42 and 44)
type Cprocess Accuracy connection 316ss
l.
the measurement of specific media levels inclosed tanks
Long term stability
accuracy for 3years
Long-term (for thestability
nominal measuring ≤ accuracy range) (e.g. Diaphragms:
Hastelloy C276, Au
for inthe 3 years sugar and chemical industries) the transmitter
(for the nominal measuring range)
Thermal error
±0.08% (FSO) /10°C
Casing:
1
er is Aluminium
Thermal
carried out
max. error
with:
is fitted with an Aplisens diaphragm seal. Sets of differential
(FSO) compensation pressure / 10°Ctransmitters temperature with diaphragm seals Option: 316SS
±0.3% (FSO) < in±0.08% the whole
range
max. ±0.3% (FSO) are described
indetail inthe further part-NACE of theMR–01–75compatible
catalogue.
(in the whole compensation temp range) 0
cators (*)
Set range
Thermal compensation range -25…80°C
nverter Thermal andcompensation Raport-02 range -25 to 80°C
Operating conditions
Zero shift error for static pressure
Operating temperature range 10(ambient 30 temp.) -25...85°C 100
[%]
Zero shift 0.01% error (FSO) for /10 static bar forpressure
range 3, 4
EEx version -25…80°C
0.01% (FSO)
0.03%
/(FSO) 10 Bar
/10
for
bar for
ranges 5,
116,
and 8
0 – error for nominal measuring
0.03% (FSO)
0.08%
/(FSO) 10 Bar
/10
for
bar for ranges45 1,2,7,8
Medium temperature range
-25...120°C
and 42
range (0...100% FSO)
Zeroing the transmitter inconditions ofstatic pressure can eliminate
(FSO) this error. / 10 Bar for ranges 19, 14, 47 and 44
1
– error for range 0...10% FSO
or diaphragm seals
over 120°C –measurement with the use of impulse line
0.05%
lisens.com
(Zeroing Additional this transmitter electronic under damping regular static pressure 0…60 s can eliminate this error)
up to 100C PED version
1 = 2×
0
Error due to supply voltage changes 0.002% (FSO) /V
Additional electronic damping
0 to 60 s CAUTION: the medium must Numerical not be allowed error tofreeze values inthe are given impulse
line orclose to the process the technical connection data of the under transmitter operating metrological
Error due to supply Electrical voltage changes parameters 0.002% (FSO) / V
parameters
in
Special versions, certificates
s for transmitters with HART protocol
Power supply 12...55 VDC (Ex ia 13,5...28 V)
Special versions, certificates
Diaphragms: Hastelloy C-276, Au
Casing: Aluminium
Option: 316 Stainless steel
NACE MR - 01 - 75 compatible
(Ex d13,5…45V)
Electrical parameters
Ex ia –Atex Intrinsic safety
Additional voltage drop when
6 Ex d –Atex explosion proof
Exia Version: – display ATEX APR-2000ALE
illumination Intrinsically switched safe on 3V
Version: PED Power APR-2000ALE
–European supply Pressure 12 to Equipment 55V DC Directive (Exia N 13.5 97/23/EC to 28V)
Exd with
Output
– ATEX 4…20mA
signal
Flameproof output signal
4...20 mA, two wire transmission
with 0…5 or (Exd 13.5 to 45V)
APC-2000ALE: 0…20 or0…5, 4…20 [mA]
0…20mA
320 bar -static
output
pressure
signal
limit: 320 bar (not for PED version)
320 Bar – Static pressure limit: U 320 Bar (not PED version)
Additional voltage drop when display illumination is
sup[V]
12V
Loadresistance R[ ]
RS-HART
0.85
converter
420 bar -static pressure limit: 420 bar (not for PED version)
0,02A or communicator
Tlen
switched
–transmitter
on
designed
3V
for oxygen
420 Bar – Static pressure limit: 420 Bar (not PED version)
-15V Power when display supply illumination switched on
Power Special Output supply range: signal -1,6…2bar RS-HART 4 to 20 converter mA, two wire transmission
PED – Resistance European required Pressure for communication Equipment Directive 250...1100N° 97/23/EC
or communicator
-1,6…16bar U sup
[V] - 12V*
Load resistance R [Ω] ≤ .
OXY – Transmitter designed for oxygen
0.85
4÷20
Thermal compensation from -40°C 0.02A
Special
mA
SIL2
range – -1.6 to 2 Bar, -1.6 to 16 Bar
*-15V – Functional when display Safety.According illumination toIEC 61508/61511 switched on
mmeter
Device with Declaration ofSIL2 for use insafety related applications
Accuracy depending on the set range
Thermal compensation down to -40°C
Resistance up to SIL2 required for communication:
0÷20
MR 240 – Marine to 1100 Certificate Ω –DNV
Accuracy
SIL2 – Functional safety. According to IEC 61508/61511 0÷
5
SS – Housingmaterial –316ss
Adevice with declaration of SIL2 for use in safety related mA
1
Au
applications up to SIL2
Operating – gold plated diaphragm, conditions
only Ctype connection (range
0
no. 4)
Set range
ALW/SS – Housing material 316 Stainless steel
Others Operating temperature
10 30 100 [%]
range (ambient temp.) -25 to 85°C
CG – Gold plated diaphragm. (range no. 8 only and C type
process body only) - Hydrogen
0 – error for nominal measuring
applications
Ex version -25 to 80°C
range (0...100% FSO)
Process temperature range -25 to 120°C
Materials 4 3 2 1
1 – error for range 0...10% FSO 4 3 2 1
1 = 2× 0
Note: PED version -25 to 100°C
Wetted parts: Type P
Numerical
process
error
body
values
316L
are given
Stainless steel
the technical data under metrological
Type C parameters process body 316 Stainless steel
For processes over 120°C, impulse lines or diaphragm
seals should be used.
OUTPUT
3 WIRE
TEST
2 WIRE
TEST
R0
OUTPUT
3 WIRE
TEST
2 WIRE
TEST
R0
CAUTION: the medium must not be allowed to freeze in
the impulse line or close to the process connection of the
transmitter.

PYRD-2000ALW SMART PRESSURE TRANSMITTER
Ordering Procedure
Model: PYRD-2000ALW
Description: Differential Pressure transmitter
Certification
Nominal
Range Code
-D .................................
-IS ................................
-SSIS ...........................
-23............................
-19 ...............................
-14 ...............................
-11 ...............................
-08 ...............................
-45 ...............................
-42 ...............................
-47 ...............................
-44 ...............................
Exd certification
Exia certification
Exia certification with stainless steel housing
0 - 70 Bar
0 - 16 Bar
0 - 2.5 Bar
0 - 1 Bar
0 - 0.25 Bar
-100 to +100 mBar
-5 to +70 mBar
-0.5 to +0.5 Bar
-20 to +20 mBar (20 Bar max only)
Range in relation to 4 -20mA
Example: 0-10B = 0-10 Bar
P = PSI K = KG/CM 2 MB = Mbar (other units available)
Process
Connection
-P .................................
-GB ..............................
-N4 ...............................
-GA ..............................
-C .................................
-CG ..............................
-X .................................
M20 X 1.5 Male with 12 dia hole - SS316 - 40 Bar max
G1/2” Male with 4 dia hole - SS316 via adaptors - 40 Bar max
1/4” NPT Female - SS316 via adaptors - 40 Bar max
G1/4” Male - SS316 via adaptors - 40 Bar max
Manifold flange, SS316 wetted parts with Hastelloy diaphragm
with 2 x 1/4” NPT female process connections - 250 Bar max
Manifold flange as above with gold plated diaphragm (range 08 only)
Diaphragm seal
Options
List if more than one
-OXY ............................
-C32 .............................
-C42 .............................
-PED ............................
-SIL ..............................
-BCZ ............................
-BCS ............................
-AL ...............................
-ALS ............................
-BF ...............................
-UL ...............................
For oxygen service - Fluorolube filled (only available with “P”
type process body)
320 Bar option on “C” type process body
420 Bar option on “C” type process body
European Pressure Equipment Directive No 97/23/EC, Cat IV.
Suitable for use within SIL2 systems
2” pipe & wall mounting bracket for “C” type process body - zinc
plated steel
2” pipe & wall mounting bracket for “C” type process body -
stainless steel
2” pipe mounting universal bracket, zinc plated steel
2” pipe mounting universal bracket, stainless steel
25mm pipe mounting bracket for “P” type process body only
1/2” NPT female entry
Tel: +44 (0)1752 339866
Email: sales@pyropress.com
Web: www.pyropress.com
Pyropress Engineering Company Ltd
Bell Close, Plympton
Plymouth, Devon, PL7 4JH
United Kingdom