JSP P5335 User manual

MANUAL
P5335
Universal Single- and Double-channels Transmitters
to DIN Rail with HART Communication
Transmitters - NB1015EN - 2017/11
JSP Industrial Controls
JSP, s.r.o. PHONE / FAX JSP Slovakia s.r.o. PHONE / FAX
Raisova 547 [phone] [e-mail] Karloveská 63 [phone] [e-mail]
CZ-506 01 Jičín [phone] www.jsp.cz SK-841 04 Bratislava [phone] www.jsp.sk
• Universal input for all common resistance
and thermocouple temperature sensors,
linear resistance and mV
• Accuracy 0.05 %
• Measurement of difference or average
of two sensors
• Current output signal 4 to 20 mA
with HART communication
• Galvanic isolation 1.5 kVAC
• Removable spring or screw terminals
• Width from 12 mm per channel
• High immunity against interference
(industrial environment)
• Intrinsically safe version
II (1) G [Ex ia Ga] IIC,
II (1) D [Ex ia Da] IIIC

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Universal Single- and Double-channels Transmitters to DIN Rail with HART Communication
Contents
1. General instructions and information ..........................................................................................................3
1.1 Symbols used ..............................................................................................................................................3
1.2 Safety warnings and cautions ......................................................................................................................3
1.3 Scope of delivery .........................................................................................................................................3
1.4 Description of the delivery and packing .......................................................................................................3
1.5 Storage ........................................................................................................................................................3
1.6 Installation and commissioning ....................................................................................................................3
1.7 Spare parts ..................................................................................................................................................3
1.8 Repairs ........................................................................................................................................................3
1.9 Warranty ......................................................................................................................................................3
2. End of service and disposal .........................................................................................................................3
2.1 End of service ..............................................................................................................................................3
2.2 Disposal .......................................................................................................................................................3
3. Product description .......................................................................................................................................4
3.1 Application ...................................................................................................................................................4
3.2 Description ...................................................................................................................................................4
3.3 Dimensional drawings..................................................................................................................................5
4. Installation, operation and maintenance .....................................................................................................5
4.1 Installation and commissioning ....................................................................................................................5
4.2 Measurement of thermocouple temperature sensors using transmitter P5335 Lxx for a DIN rail ...............6
4.3 Description of setting and configuration using a configurator HARTWinCom .............................................7
4.4 Operation and maintenance ........................................................................................................................7
5. Product specifications...................................................................................................................................7
5.1 Technical specifications ...............................................................................................................................7
5.2 Supplementary parameters .........................................................................................................................8
6. Tests, certificates and standards ..................................................................................................................9
6.1 Tests and certificates ...................................................................................................................................9
6.2 Standards ....................................................................................................................................................9
6.3 Marking and type tag information ................................................................................................................9
6.4 Limiting conditions of use of a transmitter in an intrinsically safe version (code EI1) ..................................9
7. Ordering ..........................................................................................................................................................9
7.1 Ordering table ..............................................................................................................................................9
8. Appendix .......................................................................................................................................................10
8.1 Declaration of conformity (explosion hazard environment version - code EI1) ..........................................10
Contacts ...........................................................................................................................................................11

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Universal Single- and Double-channels Transmitters to DIN Rail with HART Communication
1. General instructions and information
1.1 Symbols used
Symbol of warning; for safe use it is necessary
to proceed according to the instructions
Symbol CE certifies compliance of the product
with the respective government directives
Symbol ”Output“
Symbol “Power supply”
This product does not belong to public waste and it
is subjected to separate collection
The product meets requirements for explosion hazard
environment according to the further specification
CJC Cold junction compensation
RTD Resistance temperature sensor
TC Thermocouple temperature sensor
1.2 Safety warnings and cautions
The transmitter must be supplied from a safe voltage
source that meets all requirements of the standard EN
61010-1 and must be installed in compliance with local
safety requirements and standards. Installation and connection
of the product can be done only by qualified workers after
getting acquainted with this manual. The instrument cannot
be used for other purposes than as specified in this manual.
For elimination of risk of injury from electric shock or fire, the
maximum operational parameters of the instrument may not
be exceeded, particularly range of operating temperature
because of exposure to heat from connected or surrounding
technological equipment must not be exceeded!
The transmitter should be installed in suitable environment
without any direct sunlight, occurrence of dust, high
temperatures, mechanical vibrations and shocks and protected
against rain and excessive moisture.
1.3 Scope of delivery
With the product is delivered:
- Manual for installation, operation and maintenance
- Certificate of calibration (only with calibrated transmitters)
- Copy of EC certificate on type examination ATEX (only
transmitters for explosion hazard environment)
1.4 Description of the delivery and packing
Výrobek je zabalen v ochranném krytu a za předpokladu,
identifikačním štítkem se značkou výstupní kontroly. Výrobek
nesmí být vystaven přímému déšť, vibrací a rázů při přepravě.
1.5 Storage
The products shall be stored at temperatures from -40 to
+80 °C without condensation of water vapours.
1.6 Installation and commissioning
During installation, commissioning, operation and maintenance
follow the instructions in chapter 4.
1.7 Spare parts
Any of the compact parts of the product can be also ordered
as a spare part if there are not required special procedures or
technological operations for the exchange.
1.8 Repairs
Products are repaired by the manufacturer. The products for
repair should be sent with description of the fault or defect in a
packing that guarantees damping of shocks and vibrations and
protects against damage during transport.
1.9 Warranty
Products are covered by a warranty for a period of 5 years
from the delivery date on the delivery note. The manufacturer
guarantees technical and operational parameters of the
products within scope of the applicable documentation.
Warranty period is specified with individual items and begins
from the day of takeover of the goods by the purchaser or
delivery to the carrier. Any claims concerning to defects of the
goods together can be filed in writing with the manufacturer
within the warranty period and the claimed product shall be
presented. The claiming party shall give identification of the
product, number of the delivery note and description of the
fault or defect.
The manufacturer is not responsible for any defects caused
by improper storage, incorrect connection, damages caused
by external effects, in particular by effects of factors with
excessive values, unqualified installation, improper operation
or common wearing.
2. End of service and disposal
2.1 End of service
Dismounting and disposal of the device is possible after
disconnecting of power supply voltage.
2.2 Disposal
The product does not contain any environmentally
harmful parts. When disposing the packing and
destroyed or irreparably damaged product proceed
according to the local regulations.

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Universal Single- and Double-channels Transmitters to DIN Rail with HART Communication
P5335
Universal Single- and Double-channels Transmitters
to DIN Rail with HART Communication
3.1 Application
Transmitters P5335 can be used to convert resistance or
voltage temperature signals from resistance or thermocouple
temperature sensors into linearised current output signals of
a current loop 4 to 20 mA with digital communication HART.
Transmitters P5335 include galvanic isolation of input and
output and can be also used for applications with many
measuring points and for thermocouples. High measurement
accuracy and the option of calculations of differences or
averages from two input sensors predetermine use of the
instrument in the most demanding applications.
3.2 Description
The transmitter P5335 can be ordered in two alternatives,
single- or double-channel version for installation on a DIN rail. In
both alternatives this includes a box with removable terminals.
These are available as spring or threaded terminals or threaded
terminals with a compensation terminal for measurement of
thermocouples (see the ordering table. Individual terminals are
fitted with locks for unique determination of position.
Input signals are processed by an A/D converter and converted
into a digital signal that is transferred to a microcomputer
and according to the preset configuration all the measured
values are calculated. These values are then used for further
calculation of a primary quantity (temperature) and according
to the preset range also the output current. Other quantities are
accessible through digital communication HART.
One resistance sensor (two-, three- or four-wire) or two sensors
(two-wire) can be connected to the input. Resistance of the
input wires of the two-wire connection can be compensated
by entering a constant value of the loop resistance when
configuring the transmitter, even for two resistance sensors.
In other cases the resistance of input wires is compensated
automatically. In case of three- and four-wire connection there
can be entered the maximal values of resistance of the line
and the measured resistance of the line is then compared
during measurement. A thermocouple can also be connected
to the input. Compensation of temperature of the comparative
thermocouple connection is carried out according to the
configuration, by a constant temperature of the cold end,
external sensor Pt100 or Ni100 or using a compensation
terminal for measurement of the thermocouple. The
compensation terminal includes a built-in sensor Pt100A and is
designed for direct connection of an extension or compensation
line. The compensation terminal is included in designs P5335
L10 and L20 and can be ordered independently, separately for
each channel (code CTB, see the ordering table).
The transmitter provides analog output signal of the current
loop 4 to 20 mA with HART digital communication. The current
output can be also used for tests of the current loop and the
associated apparatus. The transmitter allows connecting
more instruments on one current loop - multidrop mode. For
the mode multidrop it is necessary to set and unique address
within the range 1 to 15 within the common loop. In this mode
the analog output of the transmitter is constant (4 mA) and
the measured quantities can be obtained only through digital
communication HART.
The transmitter can be configured using the tools that are
usual for the interface HART. Such configuration can be carried
out e.g. using a manual HART configurator or using a PC with
a programme and HART modem.
3. Product description
• Universal input for all common resistance and thermocouple
temperature sensors, linear resistance and mV
• Accuracy 0.05 %
• Measurement of difference or average
of two sensors
• Current output signal 4 to 20 mA
with HART communication
• Galvanic isolation 1.5 kVAC
• Removable spring or screw terminals
• Width from 12 mm per channel
• High immunity against interference
(industrial environment)
• Intrinsically safe version
II (1) G [Ex ia Ga] IIC,
II (1) D [Ex ia Da] IIIC

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Universal Single- and Double-channels Transmitters to DIN Rail with HART Communication
3.3 Dimensional drawings
Case with mounted spring terminals: Case with mounted screw terminals:
112,5 22,5
118,5
112,5 22,5
107,5
4. Installation, operation and maintenance
4.1 Installation and commissioning
4.1.1 General
After mounting and correct connection, switch on the power
supply.
During the installation of transmitters in environment with
higher level of interference, protection of transmitters
against interference and induced overvoltage must be
ensured. According to the standard engineering practice,
it is recommended to separate signal and power wires into
separate gutters and use shielded signal cables with twisted
wires. In case of outdoor wires, it is necessary to solve the
overvoltage protection of the transmitter as a part of overall
solution of protecting system from the effects of atmospheric
electricity.
4.1.2 Special conditions for use of intrinsically safe
version (code EI1)
II (1) G [Ex ia Ga] IIC
II (1) D [Ex ia Da] IIIC
The transmitter P5335 for installation for DIN rail may
not be installed in any explosion hazard environment.
This restriction also applies to version P5335 Lxx EI1.
Only input and output wires of the version P5335 Lxx EI1 may
lead to explosion hazard environment. The transmitter input
and output may be connected only to suitable associated
apparatus or to simple apparatus complying with the standard
EN 60079-14 when respecting the restricting conditions. When
installing a transmitter, it is necessary to separate terminals
of intrinsically safe circuits by air gaps at least 50 mm from
terminals of the circuits that are not intrinsically safe (see EN
60079-11). In case of a double-channel version P5335 L2x EI1
both channels shall be included in intrinsically safe circuits.
4.1.3 Electrical connection
Power
supply
HART Modem/
/Configurator
RL≥250Ohm
mA
x3 x6x4 x5
x1 x2
x3 x6x4 x5
3W
4W 4W
CJC CJCx4 x5 x3 x6x4 x5
x3 x6x4 x5x3 x6x4 x5 x3 x6x4 x5
1212
12
x3 x6x4 x5
x3 x6x4 x5
3W
4W 4W
U
x3 x6
x4 x5
U2U1
RTD
Output:
Input:
Resistance
TC,CJC
compensation
terminal
(Note 2) TC, external CJC
TC, const.CJC
(Note 3)
Voltage, difference
or average
TC, difference
or average ,
const.CJC
(Note 4)
TC, difference
or average ,
external CJC
RTD, difference
or average
Voltage
Output, 1.channel
(terminals 11,12)
Output, 2.channel
(terminals 21,22)
Input, 1.channel
(terminals 13,14,15,16)
Input, 2.channel
(terminals 23,24,25,26)
Note 1

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Universal Single- and Double-channels Transmitters to DIN Rail with HART Communication
Note. 1) The symbol ”x“ in the description of terminal represents a channel number. In case of a single-channel design this symbol
“x“ is always replaced by “1“ an in case of a double-channel design this represents the channel number, i.e. “1“ or “2“.
Note 2) Connection of the thermocouple to the compensation terminal - the compensation terminal includes a built sensor Pt100A
for measurement of temperature of the cold end. When using the compensation terminal it is necessary to set a compensation of
the cold end by an external sensor Pt100 in configuration of the transmitter, i.e. by a sensor built-in in the compensation terminal!
The compensation terminal is included in the design P5335 L10 a L20 and can also be ordered independently, separately for each
channel (code CTB, see the ordering table).
Note 3) This connection can be used only for measurement of a thermocouple with constant temperature of the cold end.
Note 4) This connection can be used only for measurement of differences of averages of temperatures of thermocouples with
constant temperature of the cold end.
4.2 Measurement of thermocouple temperature
sensors using transmitter P5335 Lxx for a DIN
rail
In configuration of the transmitter P5335 Lxx the thermocouple
sensors cannot be measured using internal compensation of
the cold end! P5335 Lxx includes a built-in transmitter with
terminals and this transmitter would measure temperature
of its own terminals that may differ quite considerably from
temperature of terminals of the box on the DIN rail.
The following types of compensation of the cold end can be
used in case of the transmitter P5335 Lxx:
• compensation by a constant temperature
• compensation by an external sensor
The external compensation sensor measures temperature of
the joint where the extension or compensation line changes
to a copper line. This change may be located directly in the
transmitter terminal, if the extension or compensation line is
brought up to the transmitter terminals, or in a remote terminal
box that is connected with the transmitter using a copper line.
In both cases it is necessary to install the compensation sensor
so that it measures temperature of the joint in point of change
of the extension or compensation line into the copper line.
• using a compensation terminal
In this case there may be assumed that the extension or
compensation line is connected directly to the compensation
terminal of the transmitter (code CTB, see the ordering table).
The compensation terminal includes a built-in sensor Pt100A
that measures temperature of transition of the extension or
compensation line into copper line.
When using the compensation terminal, it is necessary to set
compensation of the cold end in configuration of the transmitter
by an external sensor Pt100, i.e. by the sensor built-in in the
compensation terminal!
Compensation terminal for measurement
of thermocouple temperature sensors
It is a threaded removable terminal that is designed for
direct connection o an extension of compensation line. The
compensation terminal includes a built-in sensor Pt100A that
measures temperature of the terminal, i.e. temperature of
transition of the extension or compensation line to a copper
line.
The terminal cannot be used for connection of a resistance
sensor neither for connection of two thermocouples.
When using a compensation terminal it is necessary to set
compensation of the cold end in configuration of the transmitter
by an external sensor Pt100, i.e. by the sensor built-in in the
compensation terminal!
The compensation terminal is included in the design P5335 L10
and L20 and can also be ordered independently, separately for
each channel (code CTB, see the ordering table).
Power
supply
HART Modem/
/Configurator
RL≥250Ohm
mA
x3 x6x4 x5
x1 x2
x3 x6x4 x5
3W
4W 4W
CJC CJCx4 x5 x3 x6x4 x5
x3 x6
x4 x5x3 x6x4 x5 x3 x6x4 x5
1212
12
x3 x6x4 x5
x3 x6
x4 x5
3W
4W 4W
U
x3 x6
x4 x5
U2U1
RTD
Output:
Input:
Resistance
TC,CJC
compensation
terminal
(Note 2) TC, external CJC
TC, const.CJC
(Note 3)
Voltage, difference
or average
TC, difference
or average ,
const.CJC
(Note 4)
TC, difference
or average ,
external CJC
RTD, difference
or average
Voltage
Output, 1.channel
(terminals 11,12)
Output, 2.channel
(terminals 21,22)
Input, 1.channel
(terminals 13,14,15,16) Input, 2.channel (terminals 23,24,25,26)
Note 1

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Universal Single- and Double-channels Transmitters to DIN Rail with HART Communication
4.3 Description of setting and configuration
using a configurator HARTWinCom
The communicator HARTWinCom consists of a programme
HARTWinConf, modem HARTMod (MH-02) and connecting
cables. Before use it is necessary to connect the modem
PC using the connecting cable, install and start the program
HARTWinConf. The program finds the modem on the
respective communication port. In case that program reports
that the modem is not connected, the respective port can be
chosen on the driver panel HART.
The program allows setting of basic parameters of the
instrument for all HART instruments. This includes the
parameters that are given by the basic set of commands
HART and partly by the set of commands of routine practice.
For detailed setting of the instrument it is necessary, that the
application has a descriptive file available for the given HART
and its revision. Configuration can be saved as a file or printed
as a “Protocol on setting”.
The program also offers some service functions, such as
instrument fixed output mode on/off, delete the attribute of a
configuration change, etc. A detailed description of setting and
control can be found in the instructions manual to the
programme.
The transmitter in design EI1 can be configured using
the communicator HARTConf only if the transmitter,
communicator and connected wires are installed in
environment without any risk of explosion!
Description of setting and configuration using a manual
configurator HARTConf
HARTConf is a manual configurator for setting of basic
parameters of instruments with communication HART. A
detailed description of setting and control can be found in the
instructions manual to the configurator.
The transmitter in design EI1 can be configured using
the communicator HARTConf only if the transmitter,
communicator and connected wires are installed in
environment without any risk of explosion!
4.4 Operation and maintenance
Provided that the instrument is installed correctly, the operator
can read setting and measured values using a configurator.
Setting of the instrument may be changed only if a sudden
change of the output current cannot cause any failure of the
technological equipment or regulation (switch over the possible
regulator to manual control)!
The instrument does not need any maintenance.
5. Product specifications
5.1 Technical specifications
Supply voltage:
standard version 8.0 to 35 VDC
version EI1 8.0 to 30 VDC
Range of ambient temperatures:
-40 to +85 °C
Humidity:
< 95 % RH (without condensation)
Working position:
arbitrary
Maximal cross section of wires:
2.5 mm2
Housing:
case without terminals IP00
case with terminals IP20
Dimensions:
107 x 120 x 23 mm
Weight (case with terminals):
P5335 L1x 135 g
P5335 L2x 205 g
Case material:
polyamide
Ignitability class:
V0 (according to UL 94)
Reference ambient temperature:
20 to 28 °C
Input
Input signal:
resistance signal of temperature sensor or potentiometer,
voltage signal of thermocouple, difference and diameter of
resistance signals, difference and diameter of voltage signals
Sensor connection:
Resistance sensor Two-, three-, four-wire,
difference or diameter
(two-wire)
Voltage sensor (thermocouple) Two-wire, difference
or diameter (two-wire)
External compensation sensor Two-wire
Dynamic range of input signal:
22 bit
Max. wire resistance:
5 Ω
Current through resistance sensor:
0.2 mA
Effect of wire resistance (3- / 4- wire):
< 0.002 Ω / Ω
Input resistance:
10 MΩ
Cold junction compensation:
< ±1 °C
External compensation of cold junction with Ni100 or
Pt100:
-40 ≤ Tamb ≤ 135 °C
Input resistance při měření napětí:
10 MΩ

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Universal Single- and Double-channels Transmitters to DIN Rail with HART Communication
Basic ranges:
Type
Minimal
value
Maximal
value
Minimal
Span Standard
Pt100, Pt1000 -200 °C 850 °C 10 °C EN 60751
Ni100 -60 °C 250 °C 10 °C DIN 43760
Thermocouple B +400 °C 1820 °C 100 °C IEC 584
Thermocouple E -100 °C 1000 °C 50 °C IEC 584
Thermocouple J -100 °C 1200 °C 50 °C IEC 584
Thermocouple K -180 °C 1372 °C 50 °C IEC 584
Thermocouple L -100 °C 900 °C 50 °C DIN 43710
Thermocouple N -180 °C 1300 °C 50 °C IEC 584
Thermocouple R -50 °C 1760 °C 100 °C IEC 584
Thermocouple S -50 °C 1760 °C 100 °C IEC 584
Thermocouple T -200 °C 400 °C 50 °C IEC 584
Thermocouple U -200 °C 600 °C 50 °C DIN 43710
W3 0 °C 2300 °C 100 °C ASTM E988-90
W5 0 °C 2300 °C 100 °C ASTM E988-90
Linear resistance 0 Ohm 7000 Ohm 25 Ohm
Voltage -800 mV 800 mV 2.5 mV
Output
Output signal:
Two-wire current 4 to 20 mA or 20 to 4 mA with HART
protocol
Total accuracy (higher value applies):
Input
Basic
accuracy
Temperature
coefficient
All inputs
≤ ±0.05 %
of span
≤ ±0.005 %
of span / °C
Pt100, Pt1000 ≤ ±0.1 °C ≤ ±0.005 °C / °C
Ni100 ≤ ±0.2 °C ≤ ±0.005 °C / °C
TC, type
E, J, K, L, N, T, U ≤ ±0.5 °C ≤ ±0.025 °C / °C
TC, type
B, R, S, W3, W5 ≤ ±1 °C ≤ ±0.1 °C / °C
Linear resistance ≤ ±0.1 Ω≤ ±5 mΩ / °C
Voltage ≤ ±10 μV ≤ ±0.5 μV / °C
Characteristics:
Linear with temperature or linear with input quantity,
other upon request
Adjustability of the range:
16 bit
Přestavitelnost rozpětí:
1 % to 100 % of the basic range
Time constant (95 %):
adjustable 1 to 60 s
Minimal output span:
16 mA
Renewal period:
440 ms (660 ms for difference two sensors)
Fixed output:
in the range 4 to 20 mA
Load resistance of output:
≤ (Vsupply - 8) / 0.023 [Ω]
Output stability:
< ±0.01 % of span / 100 Ω
Electrical strength of isolation between input and output
circuit:
test 1,5 kVAC
constatnt 50 VAC
Electrical strength between channels (only for double-
channel version):
test 2.5 kVAC
5.2 Supplementary parameters
Output current limitation:
Signal 3.8 to 20.5 mA according to NAMUR NE43
Limitation of error current to approximately 23 mA
Supply voltage effects:
< 0.005 % of span / VDC
EMC effects (immunity):
< ±0.1 % of span
Extended EMC immunity (NAMUR NE21, A criterion, burst):
< ±1 % of span
Indication of sensor error:
Optionally by current > 21 mA or < 3.6 mA acc. to
NAMUR NE43, or optionally in range 3.5 to 23 mA
Current of sensor at sensor error detection:
33 μA
Sensor error detection:
resistance ranges: if beginning of measure range
> 30 Ω or adequate temperature
voltage ranges: if beginning of measure range
> 5 mV or adequate temperature
Warming time:
30 s
Error checking EEPROM:
< 10 s
Output signal at EEPROM error:
≤ 3.5 mA

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Universal Single- and Double-channels Transmitters to DIN Rail with HART Communication
6. Tests, certificates and standards
6.1 Tests and certificates
Electromagnetic compatibility
emission and immunity acc. to EN 61326-1
Intrinsical safety (version EI1)
II (1) G [Ex ia Ga] IIC, II (1) D [Ex ia Da] IIIC
6.2 Standards
Transmitter is designed and manufactured according these
standards:
EN 61326-1, EN 60079-0, EN 60079-11, EN 60079-26
6.3 Marking and type tag information
Standard version:
P5335 type number
Model: model
S/No: serial number
Czech Republic country of origin
logo of JSP, s.r.o.
www.jsp.cz webside adress
Tag of model EI1 further includes:
II (1) G [Ex ia Ga] IIC
II (1) D [Ex ia Da] IIIC
FTZÚ 08 ATEX 0032
year of manufacture
6.4 Limiting conditions of use of a transmitter
in an intrinsically safe version (code EI1)
Output
(current loop, terminals 11, 12 or terminals 21, 22):
U
i = 30 VDC
I
i = 120 mA
P
i = 0.84 W
L
i = 10 μH
C
i = 1 nF
Input for sensor
(terminals 13, 14, 15, 16 or terminals 23, 24, 25, 26):
U
o = 9.6 VDC
I
o = 28 mA
P
o = 0.067 W
L
o = 35 mH
C
o = 3.5 μF
The sensor circuit is not infallibly galvanic isolated from the
supply output circuit. However, the galvanic isolation between
the circuits is capable of withstanding a test voltage of 500
VAC during 1 minute.
7. Ordering
7.1 Ordering table
Type Description
P5335 Single-channel and double-channel universal transmitter for a DIN rail with HART communication
Code Version
L10 Single-channel transmitter with removable screw terminals (plus compensation terminal CTB1)
L11 Single-channel transmitter with removable screw terminals
L12 Single-channel transmitter with removable spring terminals
L20 Double-channel transmitter with removable screw terminals (plus compensation terminals CTB1 and CTB2)
L21 Double-channel transmitter with removable screw terminals
L22 Double-channel transmitter with removable spring terminals
Code Setting requirements
NR Without requirements for the range and input setting (preset - Pt100, 3-wire sensor connection, 0 to 100 °C)
QR Range and other parameters setting according to configuration sheet DB0998
Code Calibration
KPP5 Certificate of calibration, transmitter calibration in five equally spaced points in the set range
Code Optional version
EI1
1)
ATEX (Ex) II (1) G [Ex ia Ga] IIC, (Ex) II (1) D [Ex ia Da] IIIC
Code Optional accessories
CTB1 Compensation terminal for measuring thermocouple sensors, channel No.1
CTB2 Compensation terminal for measuring thermocouple sensors, channel No.2
HARTWinCom Set of PC configuration software HARTWinConf (CZ+EN) and modem HARTMod
HARTConf HART-USB modem and field handheld configurator for transmitters with HART and LHP communication,
function of transmitter supply, supplied from USB or accumulator, charged from USB
HARTMod Miniature HART modem with galvanic isolation
5 years warranty
Example of order: P5335 L10 NR HARTConf For code QR configuration sheet DB0998 is required to the order.
• ... Ex stock version ° ... Marked version can be dispatched up to 5 working days (with calibration up to two weeks)
1)
…Transmitter must not be placed in potentially explosive atmospheres. In a potentially explosive atmosphere can lead only
input and output wires.
•
•
•
•
•
•
•
•
•
•
•
°
•
•

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Universal Single- and Double-channels Transmitters to DIN Rail with HART Communication
8. Appendix
8.1 Declaration of conformity (explosion hazard environment version - code EI1)