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differential pressure

Carsten Köhler — Fri, 04 Sep 2009 12:22:32 +0000

Pressure transmitter for the metering of differential pressure

differential pressure sensor with lcd

7 causes wherefore also you should buy differential pressure sensing elements by Senti-Solutions.com:

Individual measurement ranges in approval to your demands
You receive a calibrating certificate to any bought differential pressure sensor on request; entirely gratis!
No Asia importation, our differential pressure transmitter are assembled here in Germany!
Save yourself storehouse expenses by including larger product bands with less pressure transmitters. How this goes? Further read!
Switch-selectable approved measurement ranges, i.e. You buy 1 differential pressure transmitter for 3 different measurement ranges (at rival products you must acquire 3 parts for)
Switch-selectable output signals, i.e. You acquire 1 differential pressure sensor and can fix the output signal at the pressure transducer, (at rival products you must acquire a pressure sensor for every output signal)
You have read entirely right! To achieve the performance range of one of our differential pressure transducers, you should acquire at least 9 rival goods! Save yourself the cash!

We have not convinced you with these 7 incentives yet? Be of use for our contact form and describe us your problem! Solution guaranteed!

[contact-form]

How do our differential pressure sensing element function? Study this in our summarization!

The differential pressure in non-aggressive gasses and atmospheres can be grasp with the pressure sensor for the metering of differential pressure. The used metering item is a pressure detector produced into Si technology. The pressure sensor use a wheatstone resistance bridge for the capturing of the pressure alteration which was diffused into the silicon crystal. The measurement signal gets temperature and pressure compensated by means of IC. Each pressure transducer will be calibrated during the assembling method. Through this a high reliability and correctness of the pressure sensor is guaranteed.

Dissimilar signals are ready for use as an output signal depending on application example. Besides the norm signals of 0 …. 10 V or 4 …. 20 mA the pressure transducers for differential pressure can also be delivered with a gSPI interface. It is also possible to deliver the differential pressure pressure sensors with mixed output signals so that the output signal can be chosen at the location of use by means of jumper.

The gSPI interface is a bus system. Up to 120 pressure transmitters can be achieved at this. The coupling of pressure detectors for differential pressure without gSPI interface is carried out by bus connection modules to the gSPI bus.

The pressure-metering transmitters are obstructed in a synthetic housing in IP65. The pressure-gauging sensor can alternatively be assembled with a 4-digit LCD for the indication of the measurement. The unity is also shown on the display as well as the measurement.

The pressure-metering transmitter can instead be distributed for differential pressure also in a extreme-grade steel execution. The differential pressure can be measured in liquids and aggressive conditions with that. At this version the gauging item consists of a pressure sensor established in thin film technology on a extreme-grade steel membrane. It is therefore guaranteed that all medium touching parts consist of exorbitant-grade steel completely. A wheatstone resistance bridge circuit is used for the detection also at this pressure sensor. By use of a semiconductor chip the measurement signal of the wheatstone bridge gets temperature and pressure compensated. Previous to delivery this pressure transducer is also calibrated to be able to attest a extreme precision and accuracy.

This pressure-measuring transducer can be delivered with the output signals 0 …. 10 V, 4 …. 20 mA or 0 …. 20 mA.

The use of these pressure sensors for differential pressure is carried out in the clean room, medication and filtering technique in ventilating systems and climate channels into paint spraying cabins or into canteen kitchens.

differential pressure sensor with lcd

Each differential pressure pressure sensor can be distributed on call with a calibrating certificate also with DKD-calibrating testification.

Do you have even further disbelieves? Use our contact form!

[contact-form]

differential pressure sensor with lcd in high-grade steel

You find a short statement of the technical data of the pressure-metering transmitter into plastic housings here:

feature	summarization
output	0 … 10 V // 4 … 20 mA // gSPI other variants: inverse output // output with root extraction
Pressure sensor	Pressure detector in silicon technology with a wheatstone resistance bridge
power Supply	14 … 30 V DC // 24 V AC
non linear error	+/- 1,0 % FS
total error	+/- 2,5 % FS
electrical coupling	Solderless plug in the case
method combination	tube combination 5,5 mm
process temperature	0 … + 50 °C other ranges in approval to client demands
enviromental temperature	0 … + 50 °C other ranges according to client demands
case	plastic material others according to client demands
safety class	IP 65
liquid crystal display	upon call for with 4 digit LCD

Which standard measurement ranges do we provide? Look!

measurement range	maximum pressure
0 … 100 / 0 … 200 / 0 … 400 Pa (0 … 1 / 0 … 2 / 0 … 4 mbar) with jumper selectable	2 kPa (20 mbar)
0 … 250 / 0 … 500 / 0 … 1000 Pa (0 … 2,5 / 0 … 5 / 0 … 10 mbar) with jumper selectable	10 kPa (100 mbar)
0 … 1250 / 0 … 2500 / 0 … 5000 Pa (0 … 12,5 / 0 … 25 / 0 … 50 mbar) with jumper selectable	25 kPa (250 mbar)
other alternatives: (0 … +x) kPa; (-x … +x) kPa; (-x … 0) kPa other ranges according to customer requirements

You are interested in the version into high-grade iron steel? You find the technical data of the pressure sensor here:

feature	description
output	0 … 10 V // 4 … 20 mA // gSPI other variants: inverse output // output with root extraction
Pressure sensing element	Pressure detector in thin film technology with a wheatstone resistance bridge circuit
power Supply	14 … 28 V DC +/- 10 %
non linear error	+/- 1,0 % FS
total error	+/- 2,5 % FS
electrical connection	Solderless plug in the case others in grant to customer demands
method combination	G 1/4″ others in approval to customer demands
process temperature	0 … + 50 °C other ranges in approval to client demands
enviromental temperature	0 … + 50 °C other ranges according to client demands
case	metall material others in grant to customer requirements
safety class	IP 65
membrane	extreme-grade iron steel without oil intermediate layer
overload range	1,5-fold
max. pressure load	2-fold

You find a survey of the measurement ranges of the differential pressure sensor into high-grade steel here:

measurement range	static pressure	maximum pressure
40 … 300 kPa (0,4 … 3 bar)	600 kPa (6 bar)	900 kPa (9 bar)
60 … 500 kPa (0,6 … 5 bar)	1 MPa (10 bar)	1,5 MPa (15 bar)
0,15 … 1,5 MPa (1,5 … 15 bar)	2,5 MPa (25 bar)	3 MPa (30 bar)
halving / doubling measurement range by jumpers changing polarity of the process connections by jumpers other ranges according to customer requirements

Convinced You? Then contact us now!

[contact-form]

Hints

You may link to this page!

The pressure transducer is maintenance-free.

This page was arranged with care. It, even so, was not possible to take into account all conceivable function circumstances. If you should miss notes for your particular formulation, use the contact form for your questions.

Indications for safety causes

Notice the corresponding national safety regulations (e.g. DIN VDE 0100 part 410) absolutely for assembly, putting into operation and operation of these pressure sensors.

Mistakes and changes in the sense of technical improvements reserved.

Note: There is a print link embedded within this post, please visit this post to print it.

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relative pressure

Carsten Köhler — Fri, 04 Sep 2009 10:48:59 +0000

Pressure transmitter for the gauging of relative pressure

relative pressure sensor with lcd

7 incentives wherefore also you should purchase relative pressure sensors by Senti-Solutions.com:

Item-by-item measurement ranges according to your demands
You receive a calibrating testification to any bought relative pressure sensing element on inquiry; completely free of cost!
No Asia import, our relative pressure detectors are produced here in Federal Republic of Germany!
Save yourself storehouse rates by covering bigger product bands with fewer pressure transmitters. How this goes? Further read!
Switch-selectable regular measurement ranges, i.e. You purchase 1 relative pressure sensor for 3 different measurement ranges (at competing products you must buy 3 parts for)
Switch-selectable output signals, i.e. You acquire 1 relative pressure sensing element and can fix the output signal at the pressure transducer, (at rival products you must purchase a pressure sensor for every output signal)
You have read totally correctly! To reach the performance range of one of our relative pressure transducers, you should acquire at least 9 rival products! Save yourself the cash!

We have not persuaded you with these 7 arguments yet? Be of use for our contact form and illustrate us your problem! Solution approved!

[contact-form]

How do our relative pressure transmitter operate? Read this in our summarization!

The relative pressure-measuring sensor can be distributed for relative pressure in a high-grade steel execution. The relative pressure can be measured in liquids and aggressive media with that. At this construction the measuring element consists of a pressure sensor established in thin film technology on a exorbitant-grade iron steel membrane. It is in consequence warranted that all medium touching parts consist of high-grade iron steel completely. A wheatstone resistance bridge is used for the measuring at this pressure detector. By use of a semiconductor chip the measurement signal of the wheatstone bridge gets temperature and pressure compensated. Previous to shipment this pressure transmitter is calibrated to be able to warrantee a high correctness and reliability.

This pressure-measuring transmitter can be distributed with the output signals 0 …. 10 V, 4 …. 20 mA or 0 …. 20 mA.

The use of these pressure sensors for relative pressure is carried out in pneumatics, process measuring technique and in the building technology. The pressure transmitter could also be delivered with an EEx-approval.

Each relative pressure pressure transmitter can be delivered on inquiry with calibrating testification also with DKD-calibrating testification.

Do you have even further questions? Use our contact form!

[contact-form]

relative pressure sensor in high-grade steel

You find the technical data of the relative pressure sensor here:

characteristic	description
output	0 … 10 V // 4 … 20 mA // gSPI other variants: inverse output // output with root extraction
Pressure sensor	Pressure sensing element in thin film technology with a wheatstone resistance bridge
power Supply	14 … 30 V DC // 15 … 27 V AC
non linear error	+/- 0,5 % FS
total error	+/- 0,7 % FS
electrical coupling	connector DIN EN175301-803 BF C others in approval to customer requirements
process connection	G 1/4″ others in grant to client demands
process temperature	- 20 … + 85 °C other ranges according to customer requirements
enviromental temperature	- 20 … + 85 °C other ranges according to customer requirements
case	metall material others according to customer requirements
membrane	extreme-grade steel without oil intermediate layer
safety class	IP 65
overload range	1,5-fold
max. pressure load	2-fold
	also with EEx-approval

You find a survey of the measurement ranges of the relative pressure sensor into exorbitant-grade iron steel here:

measurement range
60 kPa (0,6 bar)
100 kPa (1 bar)
160 kPa (1,6 bar)
250 kPa (2,5 bar)
400 kPa (4 bar)
600 kPa (6 bar)
1000 kPa (1 MPa resp. 10 bar)
1600 kPa (1,6 MPa resp. 16 bar)
2500 kPa (2,5 MPa resp. 25 bar)
4000 kPa (4 MPa resp. 40 bar)
6000 kPa (6 MPa resp. 60 bar)
10000 kPa (10 MPa resp. 100 bar)
16000 kPa (16 MPa resp. 160 bar)
25000 kPa (25 MPa resp. 250 bar)
40000 kPa (40 MPa resp. 400 bar)
other alternatives: other ranges according to customer requirements

Convinced You? Then contact us now!

[contact-form]

Advices

You may link to this page!

The pressure transmitter is maintenance-free.

This site was arranged with attention. It, however, was not possible to take into answer for all imaginable application circumstances. If you should consider to miss hints for your special formulation, use the contact form for your doubts.

Notes for safety arguments

Observe the corresponding national safety regulations (e.g. DIN VDE 0100 part 410) relatively for assembly, putting into operation and operation of these pressure sensors.

Mistakes and changes in the sense of technical improvementsreserved.

Note: There is a print link embedded within this post, please visit this post to print it.

Share and Enjoy:

absolute pressure

Carsten Köhler — Fri, 04 Sep 2009 09:26:49 +0000

Pressure sensor for the measuring of absolute pressure

absolute pressure sensor with lcd

7 reasons why also you should purchase absolute pressure sensors by Senti-Solutions.com:

Individual measurement ranges according to your needs
You receive a calibrating certificate to any bought absolute pressure sensor on request; completely free!
No Asia import, our absolute pressure sensors are produced here in Germany!
Save yourself storage costs by covering larger product groups with less pressure transmitters. How this goes? Further read!
Switch-selectable standard measurement ranges, i.e. You buy 1 absolute pressure transmitter for 3 different measurement ranges (at competing products you must buy 3 pieces for)
Switch-selectable output signals, i.e. You buy 1 absolute pressure sensor and can fix the output signal at the pressure transmitter, (at competing products you must buy a pressure sensor for every output signal)
You have read completely correctly! To reach the performance range of one of our absolute pressure transmitters, you should buy at least 9 competing products! Save yourself the money!

We have not convinced you with these 7 reasons yet? Be of use for our contact form and describe us your problem! Solution guaranteed!

[contact-form]

How do our absolute pressure sensor work? Read this in our description!

The barometric pressure in non-aggressive gasses and atmospheres can be grasped with the pressure sensor for the measuring of absolute pressure. The used measuring element is a pressure sensor produced into silicon technology. The pressure sensor use a wheatstone resistance bridge for the recording of the pressure change which was diffused into the silicon crystal. The measurement signal gets temperature and pressure compensated by means of microprocessor. Every pressure transmitter will be calibrated during the manufacturing process. Through this a high reliability and precision of the pressure sensor is guaranteed.

Different signals are available as an output signal depending on application case. Besides the norm signals of 0 …. 10 V or 4 …. 20 mA the pressure transmitters for absolute pressure can also be delivered with a gSPI interface. It is also possible to deliver the absolute pressure pressure sensors with composite output signals so that the output signal can be chosen at the site of usage by means of jumper.

The gSPI interface is a bus system. Up to 120 pressure transmitters can be operated at this. The connection of pressure sensors for absolute pressure without gSPI interface is carried out via bus coupler modules to the gSPI bus.

The pressure-measuring transducers are obstructed in a plastic housing in IP65. The pressure-measuring transmitter can optionally be equipped with a 4-digit LCD for the indication of the measurement. The unity is also displayed on the display besides the measurement.

The pressure-measuring transducer can alternatively be delivered for absolute pressure also in a high-grade steel execution. The absolute pressure can be detected in liquids and aggressive media with that. At this execution the measuring element consists of a pressure sensor found in thin film technology on a high-grade steel membrane. It is therefore guaranteed that all medium touching parts consist of high-grade steel completely. A wheatstone resistance bridge is used for the detection also at this pressure sensor. By use of a microprocessor the measurement signal of the wheatstone bridge gets temperature and pressure compensated. Before delivery this pressure transmitter is also calibrated to be able to guarantee a high precision and reliability.

This pressure-measuring transducer can be delivered with the output signals 0 …. 10 V, 4 …. 20 mA or 0 …. 20 mA.

The use of these pressure transmitters for absolute pressure is carried out in the clean room, medicine and filtering technique in ventilation and climate channels into paint spraying cabins or into canteen kitchens.

Every absolute pressure pressure transducer can be delivered on request with calibrating certificate also with DKD-calibrating certificate.

Do you have even further questions? Use our contact form!

[contact-form]

absolute pressure sensor in high-grade steel

You find a summary of the technical data of the pressure-measuring transducer into plastic housings here:

characteristic	description
output	0 … 10 V // 4 … 20 mA // gSPI other variants: inverse output // output with root extraction
Pressure sensor	Pressure sensor in silicon technology with a wheatstone resistance bridge
power Supply	14 … 30 V DC // 24 V AC
non linear error	+/- 1,0 % FS
total error	+/- 2,5 % FS
electrical connection	Solderless plug in the case
process connection	tube connection 5,5 mm
process temperature	0 … + 50 °C other ranges according to customer requirements
enviromental temperature	0 … + 50 °C other ranges according to customer requirements
case	plastic material others according to customer requirements
LCD	upon request with 4 digit LCD
safety class	IP 65

Which standard measurement ranges do we offer? Look!

measurement range
70 … 120 kPa (700 … 1200 mbar)
80 … 110 kPa (800 … 1100 mbar)
90 … 110 kPa (900 … 1100 mbar)
other alternatives: other ranges according to customer requirements

You are interested in the execution into high-grade steel? You find the technical data of the pressure transmitter here:

characteristic	description
output	0 … 10 V // 4 … 20 mA // gSPI other variants: inverse output // output with root extraction
Pressure sensor	Pressure sensor in thin film technology with a wheatstone resistance bridge
power Supply	14 … 30 V DC // 15 … 27 V AC
non linear error	+/- 0,5 % FS
total error	+/- 0,7 % FS
electrical connection	connector DIN EN175301-803 BF C others according to customer requirements
process connection	G 1/4″ others according to customer requirements
process temperature	- 20 … + 85 °C other ranges according to customer requirements
enviromental temperature	- 20 … + 85 °C other ranges according to customer requirements
case	metall material others according to customer requirements
safety class	IP 65
membrane	high-grade steel without oil intermediate layer
overload range	1,5-fold
max. pressure load	2-fold

Convinced You? Then contact us today!

[contact-form]

Hints

You may link to this page!

The pressure transmitter is maintenance-free.

This page was arranged with care. It, however, was not possible to take into account all conceivable application cases. If you should miss notes for your special formulation, use the contact form for your questions.

Indications for safety reasons

Observe the corresponding national safety regulations (e.g. DIN VDE 0100 part 410) absolutely for assembly, putting into operation and operation of these pressure sensors.

Mistakes and changes in the sense of technical improvements reserved.

Note: There is a print link embedded within this post, please visit this post to print it.

Share and Enjoy:

pressure switch

Carsten Köhler — Fri, 04 Sep 2009 09:11:21 +0000

Pressure switch for the metering of pressure

pressure switch with lcd

7 causes wherefore also you should buy a pressure switch by Senti-Solutions.com:

Individual measurement ranges in approval to your demands
You receive a calibrating certificate to any bought pressure switch on request; entirely gratis!
No Asia importation, our pressure switch are assembled here in Germany!
Save yourself storehouse expenses by including larger product bands with less pressure switches. How this goes? Further read!
Switch-selectable approved measurement ranges, i.e. You buy 1 pressure switch for 3 different measurement ranges (at rival products you must acquire 3 parts for)
Switch-selectable output signals, i.e. You acquire 1 absolute pressure switch and can fix the output signal at the pressure switch, (at rival products you must acquire a pressure sensor for every output signal)
You have read entirely right! To achieve the performance range of one of our pressure switches, you should acquire at least 9 rival goods! Save yourself the cash!

We have not convinced you with these 7 incentives yet? Be of use for our contact form and describe us your problem! Solution guaranteed!

[contact-form]

How do our pressure switch function? Study this in our summarization!

The pressure in non-aggressive gasses and atmospheres can be grasp with the pressure switch for the metering of pressure. The used metering item is a pressure detector produced into Si technology. The pressure sensor use a wheatstone resistance bridge for the capturing of the pressure alteration which was diffused into the silicon crystal. The measurement signal gets temperature and pressure compensated by means of IC. Each pressure switch will be calibrated during the assembling method. Through this a high reliability and correctness of the pressure sensor is guaranteed.

Dissimilar signals are ready for use as an output signal depending on application example. Besides the norm signals of 0 …. 10 V or 4 …. 20 mA the pressure switch can also be delivered with a gSPI interface. It is also possible to deliver the pressure switch with mixed output signals so that the output signal can be chosen at the location of use by means of jumper.

The gSPI interface is a bus system. Up to 120 pressure transmitters and pressure switches can be achieved at this. The coupling of pressure switches without gSPI interface is carried out by bus connection modules to the gSPI bus.

The pressure-metering switch are obstructed in a synthetic housing in IP65. The pressure-gauging switch can alternatively be assembled with a 4-digit LCD for the indication of the measurement. The unity is also shown on the display as well as the measurement.

The pressure-metering transmitter can instead be distributed for pressure also in a extreme-grade steel execution. The pressure can be measured in liquids and aggressive conditions with that. At this version the gauging item consists of a pressure sensor established in thin film technology on a extreme-grade steel membrane. It is therefore guaranteed that all medium touching parts consist of exorbitant-grade steel completely. A wheatstone resistance bridge circuit is used for the detection also at this pressure sensor. By use of a semiconductor chip the measurement signal of the wheatstone bridge gets temperature and pressure compensated. Previous to delivery this pressure switch is also calibrated to be able to attest a extreme precision and accuracy.

This pressure-measuring switch can be delivered with the output signals 0 …. 10 V, 4 …. 20 mA or 0 …. 20 mA.

The use of these pressure switches is carried out in the clean room, medication and filtering technique in ventilating systems and climate channels into paint spraying cabins or into canteen kitchens.

Each pressure switch can be distributed on call with a calibrating certificate also with DKD-calibrating testification.

Do you have even further disbelieves? Use our contact form!

[contact-form]

pressure switch with lcd in high-grade steel

You find a short statement of the technical data of the pressure-metering switch into plastic housings here:

feature	summarization
output	0 … 10 V // 4 … 20 mA // gSPI other variants: inverse output // output with root extraction
Pressure sensing element	Pressure detector in silicon technology with a wheatstone resistance bridge
power Supply	14 … 30 V DC // 24 V AC
non linear error	+/- 1,0 % FS
total error	+/- 2,5 % FS
electrical connection	Solderless plug
method combination	tube combination 5,5 mm
process temperature	0 … + 50 °C other ranges in approval to client demands
enviromental temperature	0 … + 50 °C other ranges in approval to client demands
case	plastic material
safety class	IP 65
liquid crystal display	upon call for with 4 digit LCD

Which standard measurement ranges do we provide? Look!

measurement range	maximum pressure
0 … 100 / 0 … 200 / 0 … 400 Pa (0 … 1 / 0 … 2 / 0 … 4 mbar) with jumper selectable	2 kPa (20 mbar)
0 … 250 / 0 … 500 / 0 … 1000 Pa (0 … 2,5 / 0 … 5 / 0 … 10 mbar) with jumper selectable	10 kPa (100 mbar)
500 / 1000 / 2000 Pa (5 / 10 / 20 mbar) with jumper selectable	10 kPa (100 mbar)
1000 / 2000 / 4000 Pa (10 / 20 / 40 mbar) with jumper selectable	25 kPa (250 mbar)
0 … 1250 / 0 … 2500 / 0 … 5000 Pa (0 … 12,5 / 0 … 25 / 0 … 50 mbar) with jumper selectable	25 kPa (250 mbar)
other alternatives: (0 … +x) kPa; (-x … +x) kPa; (-x … 0) kPa other ranges according to customer requirements

You are interested in the version into high-grade iron steel? You find the technical data of the pressure switch here:

feature	description
output	0 … 10 V // 4 … 20 mA // gSPI other variants: inverse output // output with root extraction
Pressure sensing element	Pressure detector in thin film technology with a wheatstone resistance bridge circuit
power Supply	14 … 30 V DC // 15 … 27 V AC
non linear error	+/- 0,5 % FS
total error	+/- 0,7 % FS
electrical connection	connector DIN EN175301-803 BF C others in grant to customer demands
method combination	G 1/4″ others in approval to customer demands
process temperature	- 20 … + 85 °C other ranges in approval to client demands
enviromental temperature	- 20 … + 85 °C other ranges in approval to client demands
case	metall material others in grant to customer requirements
safety class	IP 65
membrane	extreme-grade iron steel without oil intermediate layer
overload range	1,5-fold
max. pressure load	2-fold

You find a survey of the measurement ranges of the pressure switch into high-grade steel here:

measurement range	static pressure	maximum pressure
40 … 300 kPa (0,4 … 3 bar)	600 kPa (6 bar)	900 kPa (9 bar)
60 … 500 kPa (0,6 … 5 bar)	1 MPa (10 bar)	1,5 MPa (15 bar)
0,15 … 1,5 MPa (1,5 … 15 bar)	2,5 MPa (25 bar)	3 MPa (30 bar)
halving / doubling measurement range by jumpers changing polarity of the process connections by jumpers other ranges according to customer requirements

Convinced You? Then contact us now!

[contact-form]

Hints

You may link to this page!

The pressure switch is maintenance-free.

Indications for safety causes

Notice the corresponding national safety regulations (e.g. DIN VDE 0100 part 410) absolutely for assembly, putting into operation and operation of these pressure switches.

Mistakes and changes in the sense of technical improvements reserved.

Note: There is a print link embedded within this post, please visit this post to print it.

Share and Enjoy:

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