Endress+Hauser Pressure Sensors
CLD132-WMV138HB2 measuring system for inductive conductivity
- Measuring range:
- Liquids: 0.05 ... 10 m/s
- Gases: 0.1 ... 40 m/s
- Accuracy:
- ±0.5% of the measured value
- ±0.05% of the upper limit of measurement
- Repeatability: ±0.2% of the measured value
- Maximum pressure: PN40
- Process temperature: -40 ... +140°C
- Housing material: Aluminum, coated
Endress+Hauser PMC71-ABA1P1GHAAU Pressure transmitter
- The capacitive measuring cell ensures high accuracy and stability of the measurement.
- The ceramic diaphragm is characterized by high corrosion resistance and durability.
- The transmitter has a wide range of operating temperatures and pressures, which allows to use it in various conditions.
- The transmitter is easy to install and operate.
Endress+Hauser PMD75-1CA7D11BAUA digital differential pressure transmitter
A high-quality digital differential pressure transmitter that can be used in a wide range of applications. It has high accuracy, reproducibility and long-term stability and is easy to commission and maintain.
Differential pressure Deltabar FMD77
Pressure measuring transducer – Deltabar S FMD78
Pressure measuring transducer – Deltabar S FMD78
Absolute and relative pressure sensor Cerabar PMP23
Pressure sensor with ceramic membrane Cerabar M PMP51
- Power consumption: < 3.5 W
- Degree of protection: IP67
- Maximum pressure: 400 bar (6000 psi)
- Weight: 0.3 kg (0.66 lbs)
PMP51-BA22IA1SGCGCJA1+P2 is used for pressure measurement in various industries
- Maximum pressure: 150 bar (2250 psi)
- Overload pressure: 200 bar (3000 psi)
- Humidity ratio: 0...95% non-condensing
- Weight: 0.35 kg (0.77 lbs)
Absolute and relative pressure sensor
Absolute and relative pressure sensor
Absolute and relative pressure sensor
Absolute and relative pressure sensor
Absolute and relative pressure sensor Ceraphant PTC31B
Ceraphant PTP33B absolute and gauge pressure sensor
0.5%
Process temperature-25 В°...+85 В°C
(-13 В°F...+185 В°F)
+400 mbar...+40 bar
(+6 psi...+600 psi)
+400 mbar...+40 bar
(+6 psi...+600 psi)
Pressure transducer
Accuracy0.3 %
Process temperature-25 В°...+100 В°C
(-13 В°F....+185 В°F)
+100 mbar...+40 bar
(+1.5 psi...+600 psi)
+100 mbar...+40 bar
(+1.5 psi...+600 psi)
Pressure transmitter
AccuracyStandard 0.1%
Platinum 0.075%
-20В°C...125В°C
(-4В°F...275В°F)
100 mbar...40 bar
(1.5psi...600psi)
60 bar (900 psi)
Main wetted partsCeraphire
Sealing
Alloy C276
316L
400 m (1312 ft) H2O
Material process membraneCeramic
Measuring cell100 mbar...40 bar
(1.5 psi...600 psi)
relative/ absolute
Standard:
up to 0.075 %
Platinum:
up to 0.055 %
-40В°C...+100В°C
(-40В°F...+212В°F)
100 mbar...40 bar
(1.5 psi...600 psi)
Ceraphire ceramic
FKM, EPDM, HNBR,
Perlast, Kalrez
Ceramic
Measuring cell100 mbar...40 bar
(1.5 psi...600 psi)
Pressure transducer
AccuracyStandard: 0.05%
Platinum: up to 0.025%
-40В°C...150В°C
(-40В°F...302В°F)
100mbar...40bar
(1.5psi...600psi)
60bar (900psi)
Main wetted partsCeraphire ceramic
Alloy C
316L
Monel
PVDF
400m (1312ft) H2O
Material process membraneCeramic
Measuring cell100 mbar...40 bar
(1.5 psi...600 psi)
relative/ absolute
Standard:
up to 0.05 %
Platinum:
up to 0.025 %
-40В°C...+150В°C
(-40В°F...+302В°F)
100 mbar...40 bar
(1.5 psi...600 psi)
Ceraphire ceramic
FKM, EPDM, HNBR,
Perlast, Kalrez, Chemraz
Ceramic
Measuring cell100 mbar....40 bar
(1.5 psi...600 psi)
0.5%
Process temperature-25...+85В°C
(-13...+185В°F)
400 mbar...+40 bar
(6 psi...+600 psi)
400 mbar...+40 bar
(6 psi...+600 psi)
0.3%
Process temperature-40...+100В°C
(-40...+212В°F)
400 mbar...+400 bar
(6...+6000psi)
+400 mbar...+400 bar
(+6 psi...+6000 psi)
0.3%
Process temperature-10...+100В°C
(+14...+212В°F)
135В°C for 1h
(275В°F for 1h)
400 mbar...+40 bar
(6...+600psi)
+400 mbar...+40 bar
(+6 psi...+600 psi)
Pressure transducer
AccuracyStandard 0.1%
Platinum 0.075%
-40В°C...125В°C
(-40В°F...275В°F)
1 bar...400 bar
(15 psi...6000 psi)
600 bar (9000 psi)
Main wetted parts316L
Max. measurement distance4000 m (13.123 ft) H2O
Material process membrane316L, AlloyC,
Rhodium>Gold
400mbar...400bar
(15psi...6000psi)
relative/ absolute
Standard:
up to 0.075 %
Platinum
up to 0.055 %
Standard:
-40В°...+125В°C
(-40В°F...+257В°F)
Diaphragm seal:
-40В°C...+400В°C
(-40В°F...+752В°F)
400 mbar... 400 bar
(6psi...6,000psi)
316L, AlloyC,
Tantal, Monel,
PTFE
316L, AlloyC,
Tantal, Monel,
PTFE
400 mbar...400 bar
(6psi...6,000psi)
Pressure transducer
AccuracyStandard 0.15%
Platinum 0.075%
-70В°...400В°C
(-94В°F...752В°F)
1 bar...400 bar
(15 psi...6000 psi)
600 bar (9000 psi)
Main wetted parts316L
AlloyC
Montel
Tantal
Rhodium
4000m (13.123ft) H2O
Material process membrane316L, AlloyC,
Tantal, PTFE,
Rhodium>Gold
400 mbar...400 bar
(15 psi...6000 psi)
relative/ absolute
Pressure transducer
AccuracyStandard: 0.05%
Platinum: up to 0.025%
-40В°C...125В°C
(-40В°F...257В°F)
100mbar...700bar
(1.5psi...10.500psi)
Alloy C276
316L
Rhodium
316L, AlloyC,
Rhodium> Gold
100 mbar...700 bar
(1.5 psi...10.500 psi)
relative/ absolute
Standard:
up to 0.05 %
Platinum:
up to 0.025 %
Standard:
-40В°...+125В°C
(-40В°F...+257В°F)
Diaphragm seal:
-40В°C...+400В°C
(-40В°F...+752В°F)
400 mbar...700 bar
(1.5 psi...10,500 psi)
316L, AlloyC,
Tantal, Monel,
PTFE, Gold
316L, AlloyC,
Tantal, Monel,
PTFE,
Gold
400 mbar...700 bar
(6 psi...10,500 psi)
Pressure transducer
Accuracy0,075% + influence of diaphragm seal
Process temperature-70В°C...400В°C
(-94В°F...752В°F)
A pressure sensor is a mechanism which physical parameters changes depending on the pressure of the medium being measured. In the pressure sensor, the measured medium is converted into a unified pneumatic, digital code or signal.
What is a pressure sensor for?
Endress Hauser pressure transmitter is a device for measuring and converting the pressure of a medium - liquid, gas or steam. The resulting value is displayed or transmitted as an analog or numeric outlet beep. The principle of operation depends on the type of measured pressure, which can be absolute, gauge and differential.
The principle of its operation is to gauge the stress inequality betwixt two cavities - plus and minus. They can be used for flow metering, with the help of narrowing devices. The narrowing device in the pipeline is a local resistance, passing through which the nature of the flow changes.
Areas of use
Pressure sensors as devices that transform the measured importance into a single digital signal can be used in production (chemical, food, petrochemical, mechanic engineering, metallurgy, shipbuilding, energy) and for laboratory experiments.
Application of pressure sensors Endress Hauser:
- Engineering
- Shipbuilding
- Control and measurement technologies
- Hydraulics and pneumatics
- Pumps and compressors
- Transport
- Utilities
- Construction
- Medicine
Types:
- Optical sensors
- Magnetic
- Capacitive
- Mercury actuators
- Piezoelectric sensors
- Piezo resonant detectors
- Resistive
Optical pressure sensors have two construction methods: fiber optic and optoelectronic. Fiber-optic actuators have a very high accuracy and do not depend significantly on temperature conditions. The main sensitive element in such sensors is an optical waveguide. They can work in fluid and aeriform media, including aggressive ones.
Optoelectronic pressure sensors are made from complex multilayer transparent structures. Light passes through this structure. The parameters of the layers change, on the basis of which the pressure is calculated. Changing these and other parameters will change the properties of the transmitted light.
Magnetic sensors are based on E-shaped plates. In the structure of this system is a coil, and a pressure-sensitive conductive membrane.
Capacitive sensors are a capacitor with a variable gap. Capable of capturing very small changes in pressure, have high accuracy.
Mercury sensors work on the principle of communicating vessels. Press the measured pressure on one of these vessels. The pressure is determined by the value of the mercury column.
Piezoelectric pressure sensors are only suitable for measuring rapidly changing pressure. Lofty sensitivity of semiconductor strain gauges, high reliability and stability, technological compatibility with signal processing integrated circuits, miniature size of semiconductor sensitive elements, the possibility of using group manufacturing technology are their main advantages.
Piezo resonant sensors work on the piezoelectric result. This type of actuators uses a piezoelectric resonator, to which electrodes are applied on both sides. A voltage of different sign is alternately applied to the electrodes. The resonator frequency will indicate the amount of pressure exerted on the membrane.
Resistive tension detectors operate on the basis of a strain gauge, which is installed on a membrane that is sensitive to pressure changes. As a result, under pressure on the membrane, it bends and bends the strain gauges attached to it. Because of this, the resistance on them changes and the amount of current in the circuit changes.
Endress Hauser pressure switch
Endress Hauser produces three main types of Pressure measurement equipment:
- Pressure transducers for continuous measurement. Includes gauge and absolute digital pressure transmitters. The main lines: Cerabar and Ceraphant.
- Compact pressure sensors and probes to be used for hydrostatic level measurement. They use in water and other liquids. Main families: of E&H hydrostatic level transmitters: Deltapilot and Waterpilot
- Differential pressure sensors and transmitters. Thea are devices that are used in various fields to obtain pressure parameters. Measurements are made without interruptions, as a result, the parameter is transformed into an output signal of voltage or current according to the requirements of the Customer. The devices are also called pressure sensors.E&H series: Deltabar FMD and Deltabar PMD.
You can buy full range of Endress Hauser pressure switches, transmitters and transducer from Eltra Trade company. Just mail a manager to get the best price.