PGT43.100
Operating Instructions
Betriebsanleitung
Mode d'emploi
Manual de Instrucciones
Pressure gauges with integrated transmitter
Druckmessgeräte mit integriertem Ferngeber
Manomètre avec transmetteur de pression intégré
Manómetro con transmisor de presión integrado
Model PGT23.063
Model PGT23.100 Model PGT43.100
GB
D
F
E
Model APGT43.100
Model DPGT43HP.100
Model DPGT43.100
Operating Instructions intelliGAUGE family Page 3 - 24
GB
Betriebsanleitung intelliGAUGE-Familie Seite 25 - 46
D
Mode d'emploi famille intelliGAUGE Page 47 - 65
F
Manual de Instrucciones intelliGAUGE familia Página 67 - 85
E
11297264 05/2009 GB/D/F/E
2
Contents
Contents
1. Safety instructions 4
2. Operating principle 4
3. Technical data 5
4. Installation instructions 10
5. Installation and commissioning 12
6. Measuring arrangements 13
7. Wiring details 14
8. Instruments with ATEX approval 15
9. Service and maintenance 17
10. Troubleshooting 19
11. Storage 20
12. Maintenance and servicing/cleaning 20
13. Repairs 21
14. Disposal 21
15. EC-type examination certificate 22 - 24
GB
Information
This symbol provides you with information, notes and tips.
Warning!
This symbol warns you against actions that can cause injury
to people or damage to the instrument.
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WIKA Operating Instructions intelliGAUGE family 3
1. Safety instructions / 2. Operating principle
1. Safety instructions
GB
Serious injuries and/or damage can occur should the appropriate
regulations not be observed.
Only appropriately qualified personnel should work on these instru-
ments.
The appropriate national safety regulations (e.g. EN 837-2
"Selection and installation recommendations for pressure
gauges") must be observed when installing, commissioning
and operating these devices.
2. Operating principle
Bourdon tube, diaphragm and capsule measuring elements are widely used as
measuring elements for such transmitters thanks to their robustness and easeof-use within technical pressure measurement. Under the influence of pressure,
these measuring elements will be deformed within their elastic range.
This movement is converted into a rotary motion by means of a mechanical
movement (gear). A magnet, fixed to the pointer axle, turns with the instrument‘s pointer, in direct proportion to the process pressure. The connected
electronics detect the rotary motion of the magnet between 0 and 270 degrees.
A non-contact (and thus wear-reseistant), magnetic-field dependant sensor
(angular rotation sensor, 10 bit resolution) measures the change electrically.
An amplifier converts the rotary motion into an electrical output signal. The
electronics are factory set to a standard passive 4 ... 20 mA output signal,
(0 ... 20 mA, 0 ... 10 V and 4 ... 20 mA ATEX versions are available as options).
The electrical output signal range corresponds to the measuring range on the
dial.
With these three standard electrical output signals, this series of instruments
can be used in all areas of industry.
A pressure gauge with an intelliGAUGE series transmitter combines all the
advantages of an on-site mechanical display with the demands modern industry makes for electrical signal transmission for the acquisition of measured
values.
WIKA Operating Instructions intelliGAUGE family4
11297264 05/2009 GB/D/F/E
3. Technical data
3. Technical data
3.1 Transmitter
Power supply U
Supply voltage effect
Permissible residual ripple
1)
B
DC V
% of FS/10 V
% ss
12 ≤ UB ≤ 30≤
≤ 0.1
≤ 10
Output signal, variant I 4 … 20 mA, 2-wire, passive, per NAMUR NE43
Permissible max. load R
Effect of load
A
% FS
- 12 V)/0.02 A with R
RA ≤ (U
B
however max. 600 Ω
≤ 0.1
in Ohm and UB in Volt
A
Output signal, variant II 4 … 20 mA, 2-wire - Ex≤, per ATEX Ex II 2G Ex ia IIC T4/T5/
Output signal, variant III 0 ... 20 mA, 3-wire
T6 or Ex I M2 Ex ia I
2)
Output signal, variant IV 0 ... 10 V *
Impendance on the voltage output
Load-carrying ability voltage output
Sample rate sensor
Electrical zero point
Zero point adustable range
Linearity
Output signal accuracy
Resolution
Update rate (measuring rate)
Input signal rotational angle
Expanded special span
Long-term stability of electronics
Temperature error, electronics
Warming-up time
Permissible ambient temperature
Permissible storage temperature
Permissible medium temperature
Ω
kΩ
ms
)
< °
% of span
% FS
% FS
1/s
)
< °
< °
)
% FS/a
% FS/10K
min.
°C
°C
°C
0.5
2 … 100
600, with 3-wire optionally faster
Zeroing through short-term jumper across ternimals 5 and 6
45
≤ 1.0 (limit point calibration)
0.2 (only electronic)
0.15 (10 bit resolution at 360°)
> 1
0 … 270
< 330 (Option)
< 0.3
< 0.3 (over the complete temperature range)
≤ 5
-40 … +60
-40 … +70
-40 … +100
Special function Option: non-proportional angular output signal, via auxili-
ary points and interpolation of the intermediate values (to
specify with the order)
CE-conformity Interference emission and immunity per EN 61 326-1
Wiring L-plug connector, 180 °C rotatable, max. 1.5 mm², wire
protector, Cable gland M20 x 1.5, External cable diameter
7-13 mm, incl. strain relief
Wiring protection IP65 to EN 60 529 / IEC 529;
Protected against reverse polarity and overvoltage
Connection details,
depending on variant
Terminal
No
1
2
3
4
5
6
Variant I
4 ... 20mA
GND
I+
reserved
reserved
Zeroing
Zeroing
Ex-Variant II
4 ... 20mA
GND
I+
reserved
reserved
Zeroing
Zeroing
Variant III
0 ... 20 mA
GND
UB+
I
out
reserved
Zeroing
Zeroing
Variant IV
0 ... 10V
GND
UB+
U
out
reserved
Zeroing
Zeroing
GB
1) Not model PGT23.063
2) Not model DPGT43HP.100 / DPGT43HP.160
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WIKA Operating Instructions intelliGAUGE family 5
3. Technical data
3.2 Transmitter with model PGT23.063
Power supply U
GB
Supply voltage effect % FS/10 V ≤ 0.1
Permissible residual ripple % ss ≤ 10
Output signal, variant I 4 … 20 mA, 2-wire
Permissible max. load R
Effect of load % FS ≤ 0.1
Linearity % of span ≤ 1.0 (limit point calibration)
Output signal accuracy % FS < 1.6 electronic
Input signal rotational angle < ° 0 … 270
Expanded special span < ° < 330 (option)
Long-term stability of electronics % FS/a < 0.5
Permissible ambient temperature °C -40 … +60
Permissible storage temperature °C -40 … +70
Permissible medium temperature °C -40 … +100
CE-conformity 2007/108/EC interference emission (Limit Class B) and
Wiring Free cable or as option miniature plug connector M8 x 1,
Wiring protection IP 54 per EN 60 529 / IEC 529, filled IP 65
Connection details see page 9
1) For technical reasons, up to the first scale marking, the measured value can lie outside of the class accuracy.
B
A
3.3 Model PGT23.063
Working pressure
- Steady 3/4 x full scale range
- Fluctuating 2/3 x full scale range
- Transient Full scale range
Temperature influence
IP protection class
- Housing IP 54 per EN 60 529 / IEC 60 529
- With liquid filling IP 65
Permissible temperatures
- Ambient filled/unfilled -40 ... +60 °C
- Medium Maximum +100 °C
Further technical data see data sheet PV 12.03
DC V 12 ≤ UB ≤ 30≤
- 12 V)/0.02 A with R
RA ≤ (U
B
max. 600 Ω
1)
)
)
immunity to EN 61 326-1
4-pin
in Ω and UB in Volt, but
A
1)
max. ± 0.4 % of full scale range/10 K (when the temperature of the
measuring system deviates from +20 °C reference temperature)
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WIKA Operating Instructions intelliGAUGE family6
3. Technical data
3.4 Model PGT23.100 / PGT23.160
Working pressure
- Steady Full scale range
- Fluctuating 0.9 x full scale range
- Transient 1.3 x full scale range
Temperature influence
IP protection class
- Housing IP 54 per EN 60 529 / IEC 60 529
- With liquid filling IP 65
Permissible temperatures
- Ambient filled/unfilled -40 ... +60 °C
- Medium maximum +100 °C
Further technical data see data sheet PV 12.04
3.5 Model PGT43.100 / PGT43.160
Working pressure
- Steady Full scale range
- Fluctuating 0.9 x full scale range
- Transient 5 x full scale range, however max. 40 bar
Temperature influence
IP protection class
- Housing IP 54 per EN 60 529 / IEC 60 529
- With liquid filling IP 65
Permissible temperatures
- Ambient filled/unfilled -20 ... +60 °C
- Medium maximum +100 °C
Further technical data see data sheet PV 14.03
max. ± 0.4 % of full scale range/10 K (when the temperature of the
measuring system deviates from +20 °C reference temperature)
max. ± 0.8 % of full scale range/10 K (when the temperature of the
measuring system deviates from +20 °C reference temperature)
GB
3.6 Model PGT43HP.100 / PGT43HP.160
Working pressure
- Steady Full scale range
- Fluctuating 0.9 x full scale range
- Overload capability 40, 100 and 400 bar
Temperature influence
IP protection class
- Housing IP 54 per EN 60 529 / IEC 60 529
- With liquid filling IP 65
Permissible temperatures
- Ambient filled/unfilled -20 ... +60 °C
- Medium maximum +100 °C
Further technical data see data sheet PV 14.07
11297264 05/2009 GB/D/F/E
max. ± 0.8 % of full scale range/10 K (when the temperature of the
measuring system deviates from +20 °C reference temperature)
WIKA Operating Instructions intelliGAUGE family 7
3. Technical data
3.7 Model APGT43.100 / APGT43.160
Working pressure
GB
- Steady Full scale range
- Fluctuating 0.9 x full scale range
- Overload capability see data sheet PM 05.02
Temperature influence
IP protection class
- Housing IP 54 per EN 60 529 / IEC 60 529
- With liquid filling IP 65
Permissible temperatures
- Ambient filled/unfilled -20 ... +60 °C
- Medium maximum +100 °C
Further technical data see data sheet PV 15.02
3.8 Model PGT63HP.100 / PGT63HP.160
Working pressure
- Steady Full scale range
- Fluctuating 0.9 x full scale range
- Overload capability 50 x full scale range
Temperature influence
IP protection class
- Housing IP 54 per EN 60 529 / IEC 60 529
Permissible temperatures
- Ambient -20 ... +60 °C
- Medium maximum +100 °C
Further technical data see data sheet PV 16.06
max. ± 0.8 % of full scale range/10 K (when the temperature of the
measuring system deviates from +20 °C reference temperature)
max. ± 0.6 % of full scale range/10 K (when the temperature of the
measuring system deviates from +20 °C reference temperature)
3.9 Model DPGT43.100 / DPGT43.160
Working pressure
- Steady Full scale range
- Fluctuating 0.9 x full scale range
- Overload capability at least 10 x full scale value, max. 25 bar
Temperature influence
IP protection class
- Housing IP 54 per EN 60 529 / IEC 60 529
- With liquid filling IP 65
Permissible temperatures
- Ambient filled/unfilled -20 ... +60 °C
- Medium maximum +100 °C
Further technical data see data sheet PV 17.05
max. ± 0.5 % of full scale range/10 K (when the temperature of the
measuring system deviates from +20 °C reference temperature)
WIKA Operating Instructions intelliGAUGE family8
11297264 05/2009 GB/D/F/E
3. Technical data
3.10 Model DPGT43HP.100 / DPGT43HP.160
Working pressure
- Steady Full scale range
- Fluctuating 0.9 x full scale range
- Overload capability 40, 100, 250 or 400 bar
Temperature influence
IP protection class
- Housing IP 54 per EN 60 529 / IEC 60 529
- With liquid filling IP 65
Permissible temperatures
- Ambient filled/unfilled -20 ... +60 °C
- Medium maximum +100 °C
Further technical data see data sheet PV 17.13
max. ± 0.5 % of full scale range/10 K (when the temperature of the
measuring system deviates from +20 °C reference temperature)
GB
11297264 05/2009 GB/D/F/E
WIKA Operating Instructions intelliGAUGE family 9
4. Installation instructions
4. Installation instructions
The pressure gauge must be installed in a shock-free way and positioned in
GB
order to be clearly visible. We recommend connecting an interlocking device
between the pressure tapping point and the pressure gauge, enabling the
measuring device to be changed and to allow the zero point to be checked with
the plant still running.
Installation
Nominal position in accordance with EN 837-3 / 9.6.6 fig 7: 90° (⊥)
Bottom entry pressure connection
There must be a free space of at least 25 mm behind the housing to allow
the pressure to be safely and reliably vented through the rear wall in the
event of a fault!
To avoid supplementary heating, the instruments must not be exposed to
direct sunlight during operation!
With filled variants, open the vent valve (with pressure ranges ≤ 10 bar) on
the top of the housing before commissioning!
Permissible vibration load at the mounting point
The instruments should always be installed in locations free from vibration.
If necessary, it is possible to isolate the instrument from the mounting point
by installing a flexible connection line between the measuring point and the
pressure gauge and mounting the instrument on a suitable bracket.
If this is not possible, the following limit values must not be exceeded:
Unfilled devices: Frequency range < 150 Hz
Acceleration < 0.7 g (7 m/s²)
Liquid filled devices: Frequency range < 150 Hz
Acceleration < 4 g (40 m/s²)
Check the liquid filling at regular intervals.
The liquid level must not drop below 75 % of the instrument‘s diameter.
Test connector
Local safety codes such as those for pressure or steam vessels may specify
isolating devices to enable on-site testing of the pressure instrument.
10
WIKA Operating Instructions intelliGAUGE family
11297264 05/2009 GB/D/F/E
4. Installation instructions
Mounting provisions
If the line for the pressure gauge is not rigid enough for vibration-free installation, fasten the instrument using appropriate fastening elements for wall and/or
pipe mounting, and, if necessary, by means of a capillary line.
Measuring system damping
If it is not possible to avoid vibration by means of appropriate mounting, use
pressure gauges with liquid filling.
Effects of temperature
The operating temperature of the pressure instrument, resulting from the effects
of radiated heat, must not exceed the temperature range the pressure instrument is intended for. Suitably-shaped tailpipes or syphons with water filling may
be used to separate the pressure transmitter and its isolating device from hot
pressure media.
The effective maximum surface temperature is not dependant
upon the device, but mainly on the temperature of the respective pressure medium! In the case of gaseous substances, the
temperature may increase due to compression warming. In
these cases it may be necessary to throttle the rate of change
of pressure or reduce the permissible temperature of the
pressure medium.
GB
Diaphragm seal/separating foil
In the case of aggressive, hot, highly viscous, contaminated or crystallising
pressure media, which must not be allowed to enter the measuring element,
diaphragm seals must be used as a separating barrier. A neutral transmission fluid, used to transmit the pressure to the measuring element, should be
selected with consideration to the measuring range, the temperature and its
compatibility with the pressure media.
Under no circumstances must the connection between the pressure gauge and
the diaphragm seal be loosened.
Protection of the measuring element against overload
If the pressure media is subject to rapid pressure changes, or pressure impulses may be expected, these must not act directly on the measuring element. The
effect of the pressure impulses must be damped, e.g. by installing an integrated
restrictor screw (reduction of the cross-section in the pressure channel) or by
connecting an adjustable throttle device in series.
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WIKA Operating Instructions intelliGAUGE family 11
4. Installation instructions / 5. Installation and commissioning
Pressure test connection
The pressure test connection, with a sufficiently large bore (≥ 6 mm diameter),
should be arranged, as far as possible, over a shut-off device, in a position
GB
where the accuracy of the reading will not be affected by the flow of the media
being measured.
The piping between the pressure test connection and the pressure instrument
should have an inner diameter large enough to avoid blockages or delays in
pressure transmission.
Also, it should not have any sharp bends. It is recom-
mended that it is mounted with a continuous incline of approx. 1:15.
Piping
The piping should be arranged and fitted so that it can withstand the stresses
caused by expansion, vibration and the influence of heat. When the media is
gaseous, a water drain point should be provided at the lowest point. For liquid
pressure media, an air bleed should be provided at the highest point.
5. Installation and commissioning
The correct sealing of pressure connections should be achieved by means of
suitable sealing rings, sealing washers or WIKA profile seals.
We recommend connection by means of a union nut or a LH-RH adjusting nut
in order to simplify correct orientation of the gauge. When mounting them or
removing them, the pressure gauges must not be tightened using the housing,
but only on the spanner flats on the stem!
Installation using
a spanner
If the pressure transmitter is positioned lower than the pressure test connection, the tailpipe should be thoroughly cleaned prior to fitting the transmitter.
For technical reasons, it is necessary to ventilate liquid-filled pressure gauges
after installation. See the relevant label on the pressure gauge.
WIKA Operating Instructions intelliGAUGE family12
11297264 05/2009 GB/D/F/E
5. Installation and commissioning ... 6. Measuring arrangements
Once the pressure and electrical connections have been made, the transmitters
are ready for immediate use.
The A-VA-1 type or KFA6-STR-1.24.500 type feed units may be used to provide
the standard transmitter with DC voltage.
No attempt should be made to remove a pressurised instrument. If the transmitter cannot be otherwise isolated, the pressure system must be fully vented.
The clamping screws on the top and bottom flanges of diaphragm element
pressure gauges must not be unscrewed.
Any residual pressure medium contained in the pressure
element may be hazardous or toxic. This should be taken into
account when handling and storing pressure gauges which
have been removed.
Pressure connection
In accordance with the general technical regulations for pressure gauges (e.g.
EN 837-2 "Selection and installation recommendations for pressure gauges").
6. Measuring arrangements
Proven measuring arrangements for various types of media.
Liquid media Gaseous media
Contents of
tailpipe
Typically
Pressure
instrument
higher than
tapping point
Liquid Liquid with
vapour
Condensate Boiling liquid Liquefied gas Dry air Moist air,
Vapour
only
Gas only Wet gas Liquid gas
Flue gas
condensate
Steam
GB
Pressure
instrument
lower than
tapping point
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WIKA Operating Instructions intelliGAUGE family 13
7. Wiring details
7. Wiring details
Electrical connection of this pressure transmitter is made via an L-plug connec-
GB
tor. Precise wiring diagrams can be found in the following drawings. In addition
to the wiring details, output signal and required power supply are given on the
rating plate.
Description of terminal designations used:
UB+ Plus terminal for supply voltage
0 V Minus terminal for supply voltage
Sig+ Plus terminal for output signal
Sig- Minus terminal for output signal
The instruments must be included within the plant’s equipotential bonding
Terminal assignment
Terminals 1 and 2 are the terminals for the signal output and for the power
supply. The terminal marked with PE (protective earth) is connected internally
to the housing. The connections 3 to 6 or 4 to 6 (for the 3-wire version), must
remain free and must not be used as connection points (also see Chapter 10
"Technical data").
2-wire design 3-wire design
i.e. 4 ... 20 mA i.e. 0 ... 20 mA / 0 ... 10 V
Power supply
Evaluation
(display/recorder)
ground, bonded/
connected to case
UB+/Sig+
+0V/Sig-
Connector housing
Terminals 3, 4, 5 and 6:
only for internal use
Power supply
Evaluation
(display/recorder)
ground, bonded/
connected to case
UB+/Sig+
I
out/Uout
+0V/Sig-
Terminals 4, 5 and 6:
only for internal use
An unstabilised DC voltage, with a residual ripple of max. 10 % peak-to-peak in
the range of the indicated supply voltage limits, is sufficient as a power supply.
Make sure that the supply voltage applied exceeds the maximum required
voltage by at least the value of the voltage drop across the external display
or evaluation devices; i.e. the transmitter can operate using a non-stabilised
supply voltage within the given limits, so long as the voltage available to the
transmitter does not fall below 12 V, or below 14 V for the Ex-version.
Connection details (only model PGT23.063)
Cable Plug connector Meaning
red Pin 1 U
black Pin 4 0 V/Sig -
+/Sig +
B
brown Pin 2 n.c.
- - - Pin 3 n.c
14
WIKA Operating Instructions intelliGAUGE family
11297264 05/2009 GB/D/F/E
8. Instruments with ATEX approval
8. Instruments with ATEX approval
Read the operating conditions and the safety-related data
in the EC-type examination certificate (BVS 08 ATEX E018 X,
included in these operating instructions).
Key to symbols
ATEX
European directive for explosion protection (atmosphere=AT, explosive=EX)
The product corresponds to the requirements of the European Directive 94/9/
EC (ATEX) regarding explosion protection.
ATEX approval
Pressure gauges intended for the use in potentially explosive areas, see the
attached EC-type examination certificate BVS 08 ATEX E018 X
II 2G Ex ia IIc T4/T5/T6
I M2 Ex ia I
Product label (example)
Druckmessumformer
Pressure transmitter
PGT23.100
0 ... 10 bar
GB
≤ Coded date of manufacture
Month/year
(here April 2009)
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WIKA Operating Instructions intelliGAUGE family 15
12345678 0409
8. Instruments with ATEX approval
Conformity specifications
For instruments with ATEX approval the following conformity specifications,
which differ slightly from the specifications indicated in the data sheet, are
GB
applicable:
Power supply: 14 … 30 DC V
Short circuit rating: Imax ≤ 100 mA
Power: Umax ≤ 1000 mW
Internal capacitance: Ci ≤ 12 nF
Internal inductance: negligible
Safety instructions for installation
Observe the installation and safety instructions included in
the operating instructions
≤Install the instruments in accordance with the instructions of
the manufacturer and the applicable standards and regulations
≤Seal the cable entries using approved cable glands so that
they are leak-tight
≤Only use cable glands which possess an ATEX Ex e appro
val and have an ingress protection of at least IP 65.
Fix the connection cable securely
≤If intrinsically safe equipment is installed in hazardous areas,
it must only be operated as part of a certified intrinsically
safe circuit.
Transmitter supply isolators
When using ATEX instruments, an Ex transmitter supply isolator is an absolute
requirement.
We recommend Model KFD2-STC4-Ex1 with a power supply of 20 ... 35 DC V,
installation on standard rail, our order number 2341268
16
WIKA Operating Instructions intelliGAUGE family
-
11297264 05/2009 GB/D/F/E
9. Service and maintenance
9. Service and maintenance
Always open isolating devices gently, never abruptly, since this may generate
sudden pressure surges that may damage the gauge. The maximum working
pressure for pressure gauges with transmitters is indicated by the limit marks
on the dial.
With fluctuating pressure loads, lower values apply in accordance with EN 837.
The pressure gauges with transmitters require no maintenance and feature a
long service life if handled and operated properly. As a result of the mechanical
loading, and depending on the service conditions, it may become necessary to
check and readjust the zero point of the transmitter.
Zero point test
Normally the zero point is checked and adjusted in an unpressurised state. The
zero point of differential pressure gauges with transmitters should be checked
and adjusted by opening the pressure compensating valve under static load.
Mechanical zero point (pointer)
If the pointer deviates from the zero point (in the unpres-
1)
Slotted
screw
surised condition), the zero point may be corrected by
means of the integrated adjustable pointer. To do this,
remove the bayonet ring, including the window and seal,
from the housing. The zero point is altered by turning the
adjusting screw on the adjustable pointer.
After correcting the zero point, fasten the bayonet ring
and the window with its seal and then close the pressure
compensating valve or open the stop valve.
GB
Electrical zero point (4 mA)
1)
If the mechanical zero point is changed by means of the adjustable pointer, the
electrical zero point must be reset to the mechanical zero point.
First depressurise the pressure gauge.
Loosen the complete cable hood on the right-hand side of the pressure gauge
by completely unscrewing the screw on the top of the cable hood cover
using an appropriate screwdriver (0.6 x 3.5 mm).
1) Not model PGT23.063
11297264 05/2009 GB/D/F/E
WIKA Operating Instructions intelliGAUGE family 17
9. Service and maintenance
Extract the screw. Remove the cable hood
with the socket insert from the cable socket
base and thus separate the pressure gauge
GB
from the power supply.
Remove the cable hood cover from the
cable hood and push the socket insert
out downwards through the entire cable hood
.
Use a short stranded wire with bare points at
both ends (max. permissible resistance 30 Ω)
to bridge contacts 5 and 6 on the socket
insert.
Reassemble the plug in reverse order. Place
the plug, with the attached piece of stranded
wire, onto the pin insert , and thus reestablish the power supply.
Within a max. 30 seconds the new zero point
will be stored within the electronics. During
this period, the current in the loop will increase
to 9.5 mA.
The new zero point also remains stored in the
case of a power failure.
Loosen the plug again in the same sequence
as described above and remove the piece of
stranded wire. After reassembling the plug,
the electrical output signal will once more
correspond to the indication of the mechanical
pointer.
18
Ensure the seals are properly
and securely reinstalled to
maintain the protection class.
WIKA Operating Instructions intelliGAUGE family
Screw
Cable hood cover
Cable hood
Socket insert
Cable socket base
Seals
11297264 05/2009 GB/D/F/E
10. Troubleshooting
10. Troubleshooting
Defect Possible reason Remedy
No signal output Failure of power supply or
wiring interrupted
Transmitter miswired Check wiring; if necessary
No pressure (only 3-wire)
Electronic defect through incorrect supply voltage or external
voltage
Steady signal, despite
pressure changes
Steady and excessively high signal,
despite pressure
changes
Full span reading too
low
Pressure entry blocked Check tailpipes and pressure
Supply voltage connected the
wrong way round
(I = approx. 4.5 mA)
Transmitter failure Return instrument to manufac-
Bridge between terminals 5
and 6 (I = approx. 9.5 mA) was
not removed
Electronic defect through incorrect supply voltage or external
voltage
Supply voltage too low Adjust supply voltage
Check power supply and
wiring; replace defective
components
rectify it
Check tailpipes
Return instrument to manufacturer for repair
entry bore, if necessary clean it
carefully
Check the clamping and, if
necessary, change terminals 1
and 2 around
turer for repair
Open the cable hood and
remove the bridge between the
terminals 5 and 6
Return instrument to manufacturer for repair
GB
Load impedance too high Consider permissible max. load
Zero point shifted Readjust the zero point (see
chapter 9)
Zero signal too low/
too high
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WIKA Operating Instructions intelliGAUGE family 19
Zero point shifted Readjust the zero point (see
chapter 9)
11. Storage / 12. Maintenance and servicing/cleaning
11. Storage
GB
Before installation, in order to prevent damage to the pressure instruments, the following points should be observed:
The pressure transmitter should be left in its original packing until installation.
After taking the transmitter out (e.g. for tests), reuse the original packaging
material.
The storage temperature should not be less than -40 °C or more than +70 °C.
Avoid the following influences:
Direct sunlight or vicinity to hot objects
Mechanical vibration
Soot, steam, dust, humidity and corrosive gasses
Potentially explosive environment, inflammable atmosphere
Before the system is stored, all traces of any medium residue
must be removed. This is particularly important if the medium
is a health hazard such as corrosive, toxic, carcinogenic,
radioactive, etc.
12. Maintenance and servicing/cleaning
The instruments require no maintenance or servicing and will give very long
service when handled and operated properly.
The indicator and switching function should be checked once or twice every 12
months. The instrument must be disconnected from the process before being
checked using pressure testing equipment.
The instruments should be cleaned with a damp cloth, moistened with soap
solution. Clean the instrument with a damp cloth. Particularly with regards to
ATEX model do not use a dry cloth for cleaning (electrostatic charging!)
Ensure that all parts are dry before the power is switched on again.
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WIKA Operating Instructions intelliGAUGE family20
13. Repairs / 14. Disposal
13. Repairs
Repairs should only be carried out by the manufacturer or appropriately trained
personnel.
For more technical data see the data sheet of the respective instrument:
Model PGT23.063 Data sheet PV 12.03
Model PGT23.100 / PGT23.160 Data sheet PV 12.04
Model PGT43.100 / PGT43.160 Data sheet PV 14.03
Model PGT43HP.100 / PGT43HP.160 Data sheet PV 14.07
Model APGT43.100 / APGT43.160 Data sheet PV 15.02
Model PGT63HP.100 / PGT63HP.160 Data sheet PV 16.06
Model DPGT43.100 / DPGT43.160 Data sheet PV 17.05
Model DPGT43HP.100 / DPGT43HP.160 Data sheet PV 17.13
14. Disposal
Dispose of instrument components and packaging materials in accordance
with the respective waste treatment and disposal regulations of the region or
country to which the instrument is supplied.
GB
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WIKA Operating Instructions intelliGAUGE family 21
15. EC-type Examination Certificate
GB
22
11297264 05/2009 GB/D/F/E
WIKA Operating Instructions intelliGAUGE family
15. EC-type Examination Certificate
GB
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WIKA Operating Instructions intelliGAUGE family 23
15. EC-type Examination Certificate
GB
11297264 05/2009 GB/D/F/E
WIKA Operating Instructions intelliGAUGE family24
Inhalt
Inhalt
1. Sicherheitshinweise 26
2. Funktionsprinzip 26
3. Technische Daten 27
4. Montagehinweise 32
5. Montage und Inbetriebnahme 34
6. Messanordnung 35
7. Elektrischer Anschluss 36
8. Geräte mit ATEX-Zulassung 37
9. Bedienung und Wartung 39
10. Maßnahmen bei Störungen 41
11. Lagerung 42
12. Wartung und Reinigung 42
13. Reparaturen 43
14. Entsorgung 43
15. EG-Baumusterprüfbescheinigung 44 - 46
D
Information
Dieses Zeichen gibt Ihnen Informationen, Hinweise oder
Tipps.
Warnung!
Dieses Symbol warnt Sie vor Handlungen, die Schäden an
Personen oder am Gerät verursachen können.
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WIKA Betriebsanleitung intelliGAUGE-Familie 25
1. Sicherheitshinweise / 2. Funktionsprinzip
1. Sicherheitshinweise
Beachten Sie unbedingt bei Montage, Inbetriebnahme und
Betrieb dieser Geräte die entsprechenden nationalen Sicher-
D
Bei Nichtbeachten der entsprechenden Vorschriften können schwere
Körperverletzungen und/oder Sachschäden auftreten.
Nur entsprechend qualifiziertes Personal darf an diesen Geräten arbei-
ten.
heitsvorschriften (z. B. EN 837-2 Auswahl- und Einbauempfehlungen für Druckmessgeräte).
2. Funktionsprinzip
Als Messelement für diesen Ferngeber werden die in der technischen Druckmesstechnik wegen ihrer Robustheit und einfachen Handhabung weit verbreiteten Rohr-, Platten-, Kapselfeder- und Wellrohrfedermessglieder verwendet.
Unter dem Einfluss eines Druckes verformen sich die Messglieder im
elastischen Bereich.
Diese Bewegung wird über ein mechanisches Messwerk (Zahnräder) in eine
Drehbewegung umgesetzt. Ein auf der Zeigerachse aufgesetzter Magnet dreht
sich proportional mit dem Instrumentenzeiger in direkter linearer Abhängigkeit
zum Prozessdruck. Die nachgeschaltete Elektronik erfasst die Drehbewegung
des Magneten im Bereich von 0 bis 270 Winkelgrade.
Ein magnetfeldabhängiger Sensor (Drehwinkelsensor, 10 bit Auflösung) greift
auf der elektrischen Seite diese Veränderung berührungslos ab und arbeitet
somit verschleißfrei.
Über einen Verstärker wird die Drehbewegung in ein elektrisches Ausgangssignal umgesetzt. Werkseitig ist die Elektronik auf das normierte Ausgangssignal
4 ... 20 mA passiv, eingestellt (0 ... 20 mA, 0 ... 10 V und 4 ... 20 mA ATEX-Version als Option verfügbar; nicht bei Typ PGT23.063). Die Spanne des elektrischen
Ausgangssignals entspricht der Messspanne auf dem Zifferblatt.
Durch die drei normierten elektrischen Ausgangssignale ist diese Gerätereihe in
allen Bereichen der Industrie einsetzbar.
Ein Druckmessgerät mit Ferngeber aus der intelliGAUGE-Reihe verbindet alle
Vorteile einer mechanischen Anzeige vor Ort mit der Forderung nach einer
elektrischen Signalübertragung für eine moderne Messwerterfassung in der
Industrie.
WIKA Betriebsanleitung intelliGAUGE-Familie26
11297264 05/2009 GB/D/F/E
3. Technische Daten
3. Technische Daten
3.1 Transmitter
Hilfsenergie U
Einfluss der Hilfsenergie
Zulässige Restwelligkeit
1)
B
DC V
% v. EW/10 V
% ss
12 ≤ UB ≤ 30≤
≤ 0,1
≤ 10
Ausgangssignal, Variante I 4 … 20 mA, 2 Leiter, passiv, nach NAMUR NE43
Zulässige max. Bürde R
Bürdeneinfluss
A
% vom EW
- 12 V)/0,02 A mit R
RA ≤ (U
B
jedoch max. 600 Ω
≤ 0,1
in Ohm und UB in Volt
A
Ausgangssignal, Variante II 4 … 20 mA, 2-Leiter - Ex, nach ATEX Ex II 2G Ex ia IIC
Ausgangssignal, Variante III 0 ... 20 mA, 3-Leiter
T4/T5/T6 bzw. Ex I M2 Ex ia I
2)
Ausgangssignal, Variante IV 0 ... 10 V *
Impedanz am Spannungsausgang
Belastbarkeit Spannungsausgang
Abtastrate Sensor
Elektrischer Nullpunkt
Einstellbarkeit Nullpunkt
Kennlinienabweichung
Genauigkeit Ausgangssignal
Auflösung
Aktualisierungsrate (Messrate)
Eingangssignal Drehwinkel
Erweiterte Sonderspanne
Langzeitstabilität Elektronik
Temperaturfehler Elektronik
Aufwärmzeit
Zulässige Umgebungstemperatur
Zulässige Lagertemperatur
Zulässige Messstofftemperatur
Ω
kΩ
ms
< °
)
% d. Spanne
% vom EW
% vom EW
1/s
)
< °
< °
)
% vom EW/a
% v. EW/10K
min.
°C
°C
°C
0,5
2 … 100
600, bei 3-Leiter optional schneller
Nullung durch kurzzeitiges überbrücken der Klemmen 5 und 6
45
≤ 1,0 (Grenzpunkteinstellung)
0,2 (nur Elektronik)
0,15 (10 bit Auflösung bei 360°)
> 1
0 … 270
< 330 (Option)
< 0,3
< 0,3 (im gesamten Temperaturbereich)
≤ 5
-40 … +60
-40 … +70
-40 … +100
Sonderfunktion Option: beliebiges, nicht winkelproportionales Ausgangssi-
gnal über Stützstellen und Interpolation der Zwischenwerte
(bei Bestellung anzugeben)
CE-Kennzeichen Störemission und Störfestigkeit nach EN 61 326-1
Elektrischer Anschluss Über Winkelsteckverbinder, 180° verdrehbar, max. 1,5 mm²,
Drahtschutz, Kabelverschraubung M20 x 1,5,
Kabelaußendurchmesser 7-13 mm, inkl. Zugentlastung
Schutzart IP 65 nach EN 60 529 / IEC 529;
Verpolungs- und Überspannungsschutz
Belegung der Anschlussklemmen
je nach Variante des Ausgangssignals
Klemme
Art
1
2
3
4
5
6
Variante I
4 ... 20 mA
GND
I+
reserviert
reserviert
Nullung
Nullung
Ex-Variante II
4 ... 20 mA
GND
I+
reserviert
reserviert
Nullung
Nullung
Variante III
0 ... 20 mA
GND
UB+
I
out
reserviert
Nullung
Nullung
Variante IV
0 ... 10 V
GND
UB+
U
out
reserviert
Nullung
Nullung
D
1) Nicht bei Typ PGT23.063
2) Nicht bei Typ DPGT43HP.100 / DPGT43HP.160
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WIKA Betriebsanleitung intelliGAUGE-Familie 27
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