Show sidebar

XGZP-193 Pressure Sensor

0～10/50/100/200kPa
Barb inlet pipe
Laser trimmed mV output
Gage pressure type
Easy to embed in OEM equipment

XGZP-192 Pressure Sensor

Range: 0～10/50/100/200kPa Barb inlet pipe Laser trimmed mV output Temperature compensated Differential pressure type Easy to embed in OEM equipment

XGZP-191 Pressure Sensor

0～10/50/100/200kPa
Barb inlet pipe
Laser trimmed mV output
Temperature compensated
Gage pressure type
Easy to embed in OEM equipment

XGZP-185 Pressure Sensor

-100～0…1kPaG…1000kPaG
Good linearity
Surface mounting
For non-corrosive gas or air
Pressure type(Positive&Vacuum)
Horizontal structure, space saving

XGZP-183 Pressure Sensor

-100～0…7kPaG…200kPaG
Fluorosilicone gel die coat
Surface mounting
For air or liquid
Pressure type (Positive&Negative)
Easy to embed in OEM equipment

XGZP-170 Pressure Sensor

0～100…2000kPaA
Fluorosilicone gel die coat
Surface mounting
For non-corrosive gas or air or liquid
Absolute pressure type
Easy to embed in OEM equipment

XGZP-168 Pressure Sensor

-100～0…1kPaG…1000kPaG
Good linearity
For non-corrosive gas or air
Pressure type(Positive&Vacuum)
Embed in OEM equipment

XGZP-167 Pressure Sensor

-100～0…10kPaG…700kPaG
Ultra-miniature size
Surface mounting
For non-corrosive gas or air
Pressure type(Positive&Vacuum)
Embed in OEM equipment

XGZP-160 Pressure Sensor

-100kPa～0kPa…10kPa…700kPa Pressure type(Positive & Vacuum) For non-corrosive gas or air medium Working temp.: -30℃～+105℃ Embed in OEM equipment Low cost for high volume application

SEH Smart IO-Link Drucksensor

Intelligenter IO-Link Drucksensor Große 4-stellige Digitalanzeige 300° drehbares Gehäuse Schalt-, Analog- oder IO-Link-Ausgang Flexible PNP/NPN/Push-Pull-Konfiguration Edelstahlgehäuse mit M12-Anschluss

XGZP-197 Drucksensor

XGZP-197 Drucksensor

-50 mmHg bis 300 mmHg Manometer-Typ MEMS-Technologie Kalibriert und kompensiert Medizinisches Isolier-Silikongel AAMI-konform Niedrige Kosten bei hohen Stückzahlen

gp-2610-digitaler-drucksensor

GP-2610 Digitaler MEMS-Drucksensor

Digitale Kompensation und Selbstdiagnose Gesamtfehler ≤ ±0,25 %FS (−25…85 °C) Analoger und digitaler Doppelausgang Hohe Überlastfestigkeit Ölgefüllte MEMS-Membrankonstruktion Kompaktes Gehäuse mit 19 mm Sechskant