ME501 – ceramic pressure cell with high sensitivity and additional coating
Item number: ME501 Applications Medical devicesChemical industryRailways & Rail TransportMechanical engineering & Plant construction
Price on request
Delivery time:Delivery time on request
The flush-mounted ME501 pressure measuring cells for pressure ranges between 0 and 50 bar and the ME505 for the higher pressure ranges for absolute and relative pressures between 0.5 and 800 bar operate according to the piezoresistive principle. The sensor element is made of ceramic aluminum oxide Al2O. This material is inherently mechanically resilient and has excellent chemical resistance, making it suitable for harsh environments. A protective Teflon, glass or parylene coating is also available.
The measuring cell has a high media resistance and can be exposed directly to the medium to be measured without additional protection. With a wide operating temperature range from -40 to 135°C, the ME50X is ideal for harsh environments.
The Wheatstone bridge is screen printed on one side of the flush ceramic diaphragm which is, in turn, glued to the sensor’s body. The bridge faces the inside where a cavity is made and the diaphragm’s opposite side can therefore be exposed directly to the medium to be measured.
Variants
The unamplified measuring cell is suitable for absolute pressure, sealed gage and relative pressure measurement for ranges from 0 … 0.5 bar to 0 … 50 bar for the ME501 and for ranges from 0 … 100 bar and 0 … 800 bar for the ME505. All types are fully vacuum-compatible for negative pressure. A higher sensitivity, as well as a lower thermal offset, different pin and cable connections and protective coatings are further variants, which are explained in detail in the data sheet.
Characteristics
The measuring cell has a high media resistance and can be exposed directly to the medium to be measured without additional protection. With a wide operating temperature range from -40 to 135°C, the ME50X is ideal for harsh environments.
The Wheatstone bridge is screen printed on one side of the flush ceramic diaphragm which is, in turn, glued to the sensor’s body. The bridge faces the inside where a cavity is made and the diaphragm’s opposite side can therefore be exposed directly to the medium to be measured.
Variants
The unamplified measuring cell is suitable for absolute pressure, sealed gage and relative pressure measurement for ranges from 0 … 0.5 bar to 0 … 50 bar for the ME501 and for ranges from 0 … 100 bar and 0 … 800 bar for the ME505. All types are fully vacuum-compatible for negative pressure. A higher sensitivity, as well as a lower thermal offset, different pin and cable connections and protective coatings are further variants, which are explained in detail in the data sheet.
Characteristics
- Dimensions: 18 mm outer diameter x 4 mm
- Relative pressure range: 0 … 0.5 bar to 0 … 50 bar
- Absolute pressure range: 0 … 1 bar to 0 … 50 bar
- Sealed gage pressure range: 0 … 1 bar to 0 … 800 bar
- Vacuum capacity: – 1 bar
- Temperature range: -40 … 135°C
- Supply voltage: 2 … 30 V
- Burst pressure: 2 to 1250 bar
- Full Wheatstone bridge with 4-pole contacts
- Al2O3 body ensures maximum physical and chemical resistance
Attributes of ME501 – ceramic pressure cell with high sensitivity and additional coating
May differ from supplier data
Basic data
Pressure measurement range 0 to 800 bar
Pressure type Absolute pressure Relative pressure Vacuum Show all Absolute Vacuum pressure Absolute, Sealed Gage Relative pressure, vacuum
Sensor type Pressure sensors Pressure transmitter Ceramic sensor
Product environmental influences (protection class/temperature)
Operating temperature range 0 to 50 °C
Electrical data / Signal connections
Electrical connection Solder connection / solder pads
Typical applications
Typ. applications Hydraulics Mobile hydraulics Pneumatic Show all Chemical industry Petrochemical industry Medical technology Hydraulic handling equipment Pneumatic handling equipment Industrial automation Pharmacy Hydraulics, aeronautical engineering, laboratory technology, test benches, production Medical industry
Housing / Design / Mechanical data / Materials
Housing material (see data sheet for more information) Ceramic Ceramic Al2O3 96%
Signal inputs/outputs and interfaces
Signal output Wheatstone bridge