JSP D2610 User manual

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MANUAL
d2610
Miniature Precise SMART Pressure Transmitter
with LHP Communication
•Only five basic ranges cover pressures
from 4 kPa to 4 MPa.
•Programmable current output 4 to 20 mA with
LHP communication.
•Possibility of easy remote configuration, zero
setting and reversal.
•Accuracy 0.2 or 0.1 %, miniature dimensions.
•Stainless steel diaphragm, various input
designs including front-flush diaphragm.
•Remote reconfiguration by LHPConf
configurator or by the LHPWinConf software
and standard HART modem.
JSP Industrial Controls

Miniature Precise SMART Pressure Transmitter D2610 with LHP Communication
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Contents
1. General instructions and information
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, operation and maintenance ............................................................................................ 3
1.7 Spare parts ........................................................................................................................................ 3
1.8 Repairs .............................................................................................................................................. 3
1.9 Warranty ............................................................................................................................................. 3
2. End of service and disposal
2.1 End of service .................................................................................................................................... 3
2.2 Disposal ............................................................................................................................................. 3
3. Product description
3.1 Application ......................................................................................................................................... 4
3.2 Description ......................................................................................................................................... 4
3.3 Block Diagram .................................................................................................................................... 5
3.4 Dimensional drawings ........................................................................................................................ 5
4. Installation, operation and maintenance
4.1 Installation and commissioning .......................................................................................................... 6
4.2 Operation and maintenance............................................................................................................... 7
4.3 Error handling .................................................................................................................................... 7
5. Product specifications
5.1 Technical specifications...................................................................................................................... 8
5.2 Supplementary parameters ............................................................................................................... 8
6. Tests, certificates and standards
6.1 Standards .......................................................................................................................................... 8
6.2 Marking and type tag information ...................................................................................................... 8
7. Ordering information
7.1 Ordering table .................................................................................................................................... 9
Contacts ................................................................................................................................................. 10

Miniature Precise SMART Pressure Transmitter D2610 with LHP Communication
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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 of “Output“
Symbol of “Supply“
This product does not belong to public waste and it
is subjected to separate collection
1.2 Safety warnings and cautions
The equipment shall be supplied from a safe voltage
source that meets all requirements of the standard EN
61010-1 and must be-installed in compliance with na-
tional requirements and standards providing safety.
The equipment may only be installed by a qualified personnel
who are familiar with national and international laws, directives,
standards and with the instructions manual. The instrument
may not be used for other purposes than as specified in this
instruction manual.
For elimination of a 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 technologi-
cal equipment must not be exceeded!
The equipment should be installed in suitable environment
without any direct sunlight, occurrence of dust, high tempera-
tures, 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 sensors)
1.4 Description of the delivery and packing
The product is packaged in a protective cover and provided
with an identification label with a mark of the output control.
Packaged products are transported in covered vehicles.
1.5 Storage
Store the instrument in dry rooms at temperatures from
-40 to +80°C without condensation of water vapours.
1.6 Installation, operation and maintenance
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 is not required special procedures or tech-
nological operations for the exchange.
1.8 Repairs
Products are repaired by the manufacturer. The products for
repair should be sent together with description of the fault or
defect in a packing that guarantees damping of shocks and vi-
brations and protects against damage during transport.
1.9 Warranty
Products are covered by a warranty for a period
of 24 months from the delivery date on the delivery
note. The manufacturer guarantees technical and op-
erational parameters of the products within scope of the appli-
cable documentation. Warranty period is specified with individ-
ual 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 with the seller
within the warranty period and the claimed product shall be pre-
sented. The claiming party shall give identification of the prod-
uct, number of the delivery note and description of the fault or
defect. The seller 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 af-
ter disconnecting of power supply.
2.2 Disposal
When disposing the packing and destroyed or irrepara-
bly damaged product proceed according to the local
regulations.

Miniature Precise SMART Pressure Transmitter D2610 with LHP Communication
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3. Product description
d2610
Miniature Precise SMART Pressure Transmitter
with LHP Communication
• Only five basic ranges cover pressures
from 4 kPa to 4 MPa.
• Programmable current output
4 to 20 mA with LHP communication.
• Possibility of easy remote configuration,
zero setting and reversal.
• Accuracy 0.2 or 0.1 %, miniature dimensions.
• Stainless steel diaphragm, various input
designs including front-flush diaphragm.
• Remote reconfiguration by LHPConf
configurator or by the LHPWinConf software
and standard HART modem.
3.1 Application
The D2610 pressure transmitter is designed for multipurpose
use in all industry fields. It converts gas or liquid pressures
into the electric current or voltage signal. The output is the
4 to 20 mA current loop signal with possibility of zero setting,
range resetting and output reversal via LHP communication
along the output line. Reversed range is set by entering the
higher pressure value for the range start and the lower pres-
sure value for the range end. The model with the voltage output
converts pressure into the 1 to 5 V voltage signal.
Thanks to adjustable damping it enables suppression of un-
desirable quick variations and oscillations of the output signal.
Measured pressure medium should be compatible with the
1.4571 and 1.4435 stainless steels and with the used seal (see
ordering table).
3.2 Description
Output voltage signal of the pressure sensor is transferred to
the digital signal and further processed by the microcomputer.
These values are recalculated to the pressure value through
the production calibration constants and the user characteriza-
tion constants. The output current is sent out via the D/A con-
verter and the output circuits in accordance with the computed
pressure value and the set range.
In addition to production calibration the transmitter is equipped
with user characterization (up to five-point characterization is
available) that enhances measurement accuracy by 0.1 %.
User characterization is available in the user configuration pro-
gram and it can be reset at any time and returned to the status
at release after production completion.
Output of the transmitter is analogue signal of the current loop
4 to 20 mA or the 1 to 5 V voltage signal. The output can be
used even for testing the current loop and the associated ap-
paratus.
Transmitter adjustment requires the hand-held LHPConf
(HARTConf) configurator, or the PC with the LHPWinfConf pro-
gram and the HARTMod (MH-02) modem, or with the equivalent
communication interface. The transmitter communicates via its
own LHP communication protocol that is partly compatible with
the HART protocol with which it shares the same connection.
Communication serves mainly for converter configuration and
it is not intended for communication distance over 20 m. By
means of the standard HART communicator it is possible to
display basic setting parameters and to adjust the range by ap-
plication of the input pressure.

Miniature Precise SMART Pressure Transmitter D2610 with LHP Communication
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3.4 Dimensional drawings
3.3 Block diagram
Multiplexer,
A/D Convertor
Microprocessor
(filtering, linearisation,
compensation,
diagnostics,
communication)
D/A Convertor,
current output,
powering circuits
Overvoltage
and polarity
protection
Physical layer
circuits of
LHP communication
Pressure sensor 4 to 20 mA
output
Block Diagram of D2610
front
front
O-RING

Miniature Precise SMART Pressure Transmitter D2610 with LHP Communication
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4. Installation, operation and maintenance
4.1 Installation and commissioning
4.1.1 General information
• Do not use any force when installing the device.
• Keep in mind that this is an electronic device.
• Handle this high-sensitive electronic precision measuring
device with care to prevent damage of the device.
• To avoid damaging the diaphragm, remove protective cap
(if delivered) directly before starting assembly.
• The protective cap has to be stored! Place the protective
cap on the pressure port again immediately after disas-
sembling.
• Handle the unprotected diaphragm very carefully - it is very
sensitive and may be easily damaged.
• After installation and proper connection, check the tight-
ness of pressure connections.
• Device is put into operation by switching on the power sup-
ply.
4.1.2 Special information
• Take note that no assembly stress occurs at the pressure
connection, since this may cause a shifting of the char-
acteristic curve. This is especially important for very small
pressure ranges.
• If there is any danger of damage by lightning or overpres-
sure when the device is installed outdoor, we suggest put-
ting a sufficiently dimensioned overpressure or overvolt-
age protection between the supply or switch cabinet and
the device.
• For outdoor and damp areas installations follow these in-
structions:
- If possible, choose such assembly position and lo-
cation, that the sensor is protected against rain and
that the condensation water can freely flow-off on
the surface and doesn’t stay in the holes for screw,
seal grooves or in vent opening (small hole next to
the electrical connection).
- Avoid permanent fluid at sealing surfaces!
- Install the device in such way that it is protected
from direct solar irradiation. Adverse conditions can
cause that the permissible operating temperature
can be overstepped and the operability of the de-
vice can be affected or damaged. In addition, if the
internal pressure increases due to solar irradiation,
temporary measurement errors may be caused.
• For devices for gauge pressure with gauge reference
(small hole next to the electrical connection), take note to:
- Check and verify if the IP protection is sufficient for
the intended environment.
- Install the device in such a way, that the gauge ref-
erence necessary for the correct measurement of
gauge pressure (small hole next to the electrical
connection) is protected from dirt and moisture. If
the gauge reference is clogged by liquid or dirt, the
device will not function properly and will not mea-
sure precisely. Furthermore, getting moisture inside
the sensor can lead to permanent damage of the
device.
4.1.3 Installation steps
Installation steps for DIN 3852
• Check to ensure the proper groove fitting of the o-ring and
additionally to ensure no damage to the o-ring.
• Ensure that the sealing surface of the taking part is per-
fectly smooth and clean.
• Screw the device into the corresponding thread by hand.
• If you have a device with a knurled ring, the transmitter has
to be screwed in by hand only.
• Devices with a spanner flat have to be tightened with an
open-end wrench (for: G1/4”: approx. 5 Nm; G1/2” and
M20x1.5: approx. 10 Nm).
Installation steps for EN 837
• Use a suitable seal, corresponding to the medium and the
pressure input (e. g. a cooper gasket). Sealing is not part
of the supply.
• Ensure that the sealing surface of the taking part is per-
fectly smooth and clean.
• Screw the device into the corresponding thread by hand.
• Tighten it with a wrench (for G1/4”: approx. 20 Nm; G1/2”:
approx. 50 Nm).
Installation steps for NPT
• Use a suitable seal (e. g. a PTFE-strip).
• Screw the device into the corresponding thread by hand.
• Tighten it with a wrench (for 1/4” NPT: approx. 30 Nm;
1/2 NPT”: approx. 70 Nm).
4.1.4 Electrical connection
Connector EN 175301-803-A (IP 65, in the short-term, not suit-
able for outdoor installation without additional rain-proof protec-
tion).
When measuring small relative pressures, it is necessary to
use the electric cable with a through capillary for supply of am-
bient atmospheric pressure to the measuring membrane in or-
der to provide correct measurement results.
Output 4 to 20 mA, power supply from the current loop:
1 - PLUS output and power supply
2 - MINUS output and power supply, minus TEST (mA)
3 - plus TEST (mA)
4 - case, shield

Miniature Precise SMART Pressure Transmitter D2610 with LHP Communication
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The TEST terminals are designed for measuring the output cur-
rent by the ammeter with internal resistance Ri < 15 ohm.
The modem or the configurator are to be connected to the ter-
minals 1 and 2. Loop impedance should be 200 Ohm at least to
ensure communication.
Output 1 to 5 V:
1 - PLUS power supply
2 - MINUS output and power supply
3 - plus OUTPUT (output internal resistance 250 Ohm)
4 - case, shield
The modem or the configurator are to be connected to the ter-
minals 1 and 3, or 2 and 3.
4.1.5 Steps for changing the range
a) By the LHPWinConf1) software and HARTMod
modem (or the HARTConf configurator functioning
as the modem)
1. Connect power supply from the 24 VDC source to the
transmitter terminals 1 and 2 through the 250 Ohm resis-
tance. Connect the modem output to the terminals 1 and
2 and connect the modem serial communication cable to
the free RS232 port of the PC, or to the USB port, if the
HARTConf configurator functioning as the modem is used
instead of the HARTMod modem.
2. Launch the LHPWinConf program that will find the com-
munication modem without any assistance. If this is not
the case, you can direct the program to the particular port
by clicking the HART Driver icon in the right bottom corner
of the screen. Thus the HART Driver panel is displayed
and it is possible to set the appropriate port (COM1 up to
COM10).
3. Follow the program steps. You can perform for example
zero setting, range resetting using a keyboard or calibra-
tion of the range start and end by means of the precise
pressure source. Complete 5-point user calibration is avail-
able as well.
4. Using the program it is also possible to set other output pa-
rameters, such as error current signal, step response time,
units and text annotations. In addition you can test the cur-
rent output etc. Setting can be stored and printed out.
b) By the LHPConf2) or HARTConf2) configurators
1. Connect the configurator output to the transmitter termi-
nals 1 and 2.
2. Switch on the configurator and if power supply of the trans-
mitter from the configurator is not set, switch it on (Options/
Power Supply/Internal). In menu “Configuration/Lower RV“
and “Configuration/Upper RV“ perform necessary range
settings. In case you use the precise pressure source set
pressure and select “Apply Value“. If you want to make re-
configuration by entering the value, select “Enter Value“,
and enter and confirm change of the value.
3. By means of the configurator you can set other output
parameters as well, such as error current signal, step re-
sponse time, units and text annotations. In addition you
can test the current output etc.
1) Revision 2.0.0 at least
2) Firmware revision 1.1.0 at least
4.2 Operation and maintenance
The operator can read the settings and measured values
of correctly installed device by communicator. Changing of the
device settings may be done only if a sudden change of the
output current could not cause failure of the process equipment
(possible controller switch to manual control)!
The device is maintenance free. In case of the contamination
clean the pressure connection regularly and clean it regardless
to medium and contamination. Do not use aggressive cleaning
solvents. Do not use pressurized water.
Malfunction Possible cause Error detection / corrective
no output
signal
faulty connection inspect the connection
line break inspect all line connections necessary to supply the device (including
the connector plugs)
defective amperemeter (signal input) inspect the amperemeter (fuse) or the analogue input of the PLC
analogue
output signal
too low
load resistance too high verify the value of the load resistance
supply voltage too low verify the output voltage of the power supply
defective energy supply inspect the power supply and the applied supply voltage at the device
small shift of
output signal
diaphragm is highly contaminated
careful cleaning with non-aggressive cleaning solution and a soft brush
or sponge; incorrect cleaning can cause irreparable damages on dia-
phragm or seals
diaphragm is calcified or coated with
deposit
if possible, it is recommended to send the device to JSP, s.r.o. for de-
calcification or cleaning
large shift of
output signal
diaphragm is damaged (caused by
overpressure or manually)
check the diaphragm; if it is damaged, please send the device to
JSP, s.r.o. for repair
wrong or no
output signal
manually, thermally or chemically
damaged cable
check the cable; a possible consequence of a damaged cable is pitting
corrosion on the stainless steel housing; if you determine this please
return the device to JSP, s.r.o. for repair
4.3 Error handling

Miniature Precise SMART Pressure Transmitter D2610 with LHP Communication
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5. Product specifications
5.1 Technical specifications
Supply voltage:
9 to 35 VDC for 4 to 20 mA current output
15 to 35 VDC for 1 to 5 voltage output
(Internally protected against polarity inversion)
Power consumption:
max 0.8 W
Range of ambient temperature:
-20 to +85 °C
-40 to +60 °C with sealing Viton PARKER
Humidity:
0 to 100 % r. h. with condensation
Working position:
arbitrary (for lower pressure zero calibration after
installation may be needed)
Connection of wires:
screw terminals for cross section 0.5 to 1.5 mm2
Protection: IP 65
Dimensions: see dimensional drawing
Weight: about 140 g
Materials:
housing - stainless steel 1.4301, connector - PA
Media wetted materials:
pressure port - stainless steel 1.4571
diaphragm - stainless steel 1.4435
seals – see ordering table
Reference conditions:
Temperature 23 ± 5 °C
Vertical working position with pressure port down
Zero based range with span between 20 % and 100 %
of max span
Supply voltage 24 VDC
Load of 250 Ohm
Damping of 0.1 s
5.1.1 Input
Input pressure ranges:
see ordering table
Design of pressure port:
see ordering table and dimensional drawings
Overpressure:
3.5 times of max span for G116 to G216
and A116 to A216 ranges
2.5 times of max span for G040, G240, G910,
A040 and A240 ranges
5.1.2 Output
Output signal:
4 to 20 mA or 20 to 4 mA current signal
optional 1 to 5 V voltage signal with output
resistance of 250 Ohm
Characteristics:
Linear with pressure with possibility of custom linearization
Total accuracy:
≤ ± 0.2 % of span (0.1 % for code P01)
(Valid for reference conditions. For span between
±10 % and ± 20 % of max span is total error
≤ ± 0.04 % x max span / range span and for ranges with
zero offset the error is multiplied by
suppression coefficient = max. range span / range span.)
Nonlinearity:
≤ ± 0.1 % of range
Hysteresis:
≤ ± 0.1 % of range
Adjustability of span:
from ± 10 % to ±100 % of max span
(negative values are valid for reversed range)
Adjustability of start:
from 0 % to 100 % of max span
Damping:
0 to 60 s
Step response time (90 %):
0.6 s for damping of 0.0 s
0.9 s for damping of 0.1 s
60 s for damping of 60 s
Sampling rate:
about 4 measurement per second
Load resistance:
R
L [Ohm ≤ (UN [V] – 9) / 0.022
Dielectric strength:
500 VAC (output against the metal housing)
Isolation resistance:
min. 100 MOhm
5.2 Supplementary parameters
Lifetime:
≥ 100 x 106 pressure cycles
Output current limitation:
Signal 3.8 to 20.5 mA acc. to NAMUR NE43
Indication of sensor or transmitter error:
Optionally by > 21 mA or < 3.6 mA current acc. to
NAMUR NE43
Supply voltage effect:
≤ ± 0.005 % of span per 1 V
Influence of ambient temperature:
Zero accuracy < ± 0.6 % of max span for temperature from
-20 to 85 °C for G116 to G910 and A116 to A240 ranges
Span accuracy < ± 0.8 % of span for temperature from
-20 to 85 °C for G116 to G910 and A116 to A240 ranges
Zero accuracy < ± 1.5 % of max span for temperature from
0 to 50 °C for G040 and A040 ranges
Span accuracy < ± 1 % of span for temperature from
0 to 50 °C for G040 and A040 ranges
Warm-up time: 5 s
Long-term stability:
≤ ± 0.1% of max span per year for ranges G116 to G910,
A116 to A240
≤ ± 0.25 % of max span per year for ranges G040 and A040
6. Tests, certificates and standards
6.1 Standards
Accuracy acc. to EN 60770-1:2000
EMC acc. to EN 61326

Miniature Precise SMART Pressure Transmitter D2610 with LHP Communication
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7. Ordering information
7.1 Ordering table
Type Description
D2610 Miniature precise SMART pressure transmitter with LHP communication
Code Basic range
G040 Gauge Pressure, setting from 0 ÷ 4 kPa to 0 ÷ 40 kPa
G116 Gauge Pressure, setting from 0 ÷ 16 kPa to 0 ÷ 160 kPa
G160 Gauge pressure, setting from 0 ÷ 60 kPa to 0 ÷ 600 kPa
G216 Gauge pressure, setting from 0 ÷ 160 kPa to 0 ÷ 1.6 MPa
G240 Gauge pressure, setting from 0 ÷ 400 kPa to 0 ÷ 4 MPa
G910 Under-pressure, range limits -100 kPa ÷ 0 kPa, span setting from 10 kPa to 100 kPa
A040 Absolute pressure, setting from 0 ÷ 4 kPa to 0 ÷ 40 kPa
A116 Absolute pressure, setting from 0 ÷ 16 kPa to 0 ÷ 160 kPa
A160 Absolute pressure, setting from 0 ÷ 60 kPa to 0 ÷ 600 kPa
A216 Absolute pressure, setting from 0 ÷ 160 kPa to 0 ÷ 1.6 MPa
A240 Absolute pressure, setting from 0 ÷ 400 kPa to 0 ÷ 4 MPa
Code Pressure connection
GD2 G1/2" DIN 3852
GE2 G1/2" EN 837-1/-3 (manometric)
GD4 G1/4” DIN 3852
GE4 G1/4” EN 837-1/-3 (manometric)
MD2 M20x1.5 DIN 3852
ME2 M20x1.5 EN 837-1/-3 (manometric)
FG2 G1/2” DIN 3852 front
FM2 M20x1.5 DIN 3852 front
N2 1/2” NPT
N4 1/4” NPT
999 Other
Code Sealing
1 Viton (FKM)
1F Viton PARKER (for temperatures -40 to +60 °C)
2 All-welded version for ammoniac without sealing (only for EN 837-1/-3)
3 EPDM
7 FFKM
9 Other
Code Accuracy
P02 0.2 % (standard)
P01 0.1 %
Code Calibration
KTL Certificate of calibration
Code Output signal
CR 4 to 20 mA, EN 175301-803-A connector (DIN 43650) (IP 65)
VR 1 to 5 V, EN 175301-803-A connector (DIN 43650) (IP 65)
Code Software setting of range
NR Without setting, range set to maximum limits of base range and DP (0.1 s) ECH
RL Setting lower value (fill in value and units)
RH Setting upper value (fill in value and units)
Code Software setting of damping
DP Output damping, fill value in seconds, standard DP (0.1 s)
Code Software setting of alarm errors
ECL Error current below 3.6 mA
ECH Error current above 21 mA
Code Other software setting
TAG Optional text description, maximum 8 characters Packed ASCII, such as TAG (AXR125-34)
DES Optional text description, max 16 characters Packed ASCII
DAT Optional date
Code Optional accessories
BZS Label customer indications with description according to order
LHPWinCom Set of configuration program LHPWinConf for PC (supported by WINXP/Vista/7/8) and modem HARTMod
LHPConf Field configurator for transmitters with LHP communication, function of transmitter supply, without charging
HARTConf HART-USB modem and field communicator for LHP and HART transmitters, function of transmitter supply, supplied from USB or built-in
accumulator
HARTMod Miniature HART modem with galvanic isolation
LHPWinConf Configuration software LHPWinConf (CZ+EN) for PC (WINXP/Vista/7/8)
USB-RS232 Communication Interface for USB port of the PC
TTRN 1 Pressure shock absorber, M20x1.5 EN 837-1/-3 / M20x1.5 (DIN 3852, EN 837-1/-3), stainless steel
TTRN 2 Pressure shock absorber, M20x1.5 EN 837-1/-3 / G1/2" (DIN 3852, EN 837-1/-3), stainless steel
TTRN 4 Pressure shock absorber, G1/2" EN 837-1/-3 / G1/2" (DIN 3852, EN 837-1/-3), stainless steel
TTRN 5 Pressure shock absorber, G1/2" EN 837-1/-3 / M20x1.5 (DIN 3852, EN 837-1/-3), stainless steel
VZOG Testing valve of carbon steel with G1/2" nut (for pressure connector code GE2), (1 110 491, see data sheet No. 0082)
VZNG Testing valve of stainless steel with G1/2" nut (for pressure connector code GE2), (1 110 492, see data sheet No. 0082)
VZOM Testing valve of carbon steel with M20x1.5 nut (for pressure connector code ME2), (1 110 415, see data sheet No. 0082)
VZNM Testing valve of stainless steel with M20x1.5 nut (for pressure connector code ME2), (1 110 416, see data sheet No. 0082)
1 780 067 Condensation loop, U-form, type B, PN 250, Tmax 300 °C, connection M20x1.5, carbon steel 1.0570 (see data sheet No. 0082)
1 780 059 Condensation loop, U-form, type B, PN 250, Tmax 300 °C, connection M20x1.5, stainless steel 1.4541 (see data sheet No. 0082)
1 780 069 Coiled condensation loop, type D, PN 250, Tmax 300 °C, connection M20x1.5, carbon steel 1.0570 (see data sheet No. 0082)
1 780 061 Coiled condensation loop, type D, PN 250, Tmax 300 °C, connection M20x1.5, stainless steel 1.4541 (see data sheet No. 0082)
NP 1 Adapter with connection M20x1.5, PN 630, Tmax 400 °C, material of adapter 1.0570 / connection 1.4301(see data sheet No. 0082)
NP 4 Adapter with connection M20x1.5, PN 630, Tmax 400 °C, material of adapter 1.4301 / connection 1.4301 (see data sheet No. 0082)
DMS Bracket for pressure sensor with pipe union, material 1.4541, PN 400, for mounting on the wall (see data sheet No. 2280)
Example of order: D2610 G116 GD2 1 P02 KTL CR NR
D2610 A160 ME2 1 P02 KTL CR RL (100 kPa) RH (250 kPa) ECH
2 years warranty
• ... Ex stock version ° ... Marked version can be dispatched up to 10 working days

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