Main range of productOsiSense ATEX D pressure sensor typeElectromechanical pressure sensor product specific applicationATEX D pressure sensor nameXMLB electrical circuit typeControl circuit pressure switch type of operationRegulation between 2 thresholds scale typeAdjustable differential pressure sensor size70 bar local displayWith fluid connection typeG 1/4 (female) conforming to ISO 228 adjustable range of switching point on falling pressure2.3...61.2 bar adjustable range of switching point on rising pressure7...70 bar possible differential maximum at high setting50 bar maximum permissible accidental pressure160 bar destruction pressure320 bar pressure actuatorPiston controlled fluidAir 0...70 °CHydraulic oil 0...70 °CWater 0...70 °C materials in contact with fluidBrassFPM, FKMPTFESteel enclosure materialZinc alloy Complementary maximum permissible pressure - per cycle90 bar cable entry number1 tapped entry for M20 x 1.5 cable gland (included) terminal block type4 terminals repeat accuracy2 % auxiliary contacts operationSnap action contacts materialSilver contacts mechanical durability6000000 cycles settingExternal terminals description ISO n°1(13-14-11-12)OF height113 mm depth75 mm width35 mm Environment standardsEN/IEC 60079-0EN/IEC 60079-31 directives2014/34/EU - ATEX directive product certificationsINERIS 04ATEX0058IEC-Ex INE 17.0019 markingII2 D-Ex tb IIIC T85°C Db IP66 protective treatmentTC ambient air temperature for operation-20...60 °C operating positionAny position Offer Sustainability RoHS (date code: YYWW) REACh Product end of life instructionsNeed no specific recycling operations Contractual warranty Warranty period18 months 18 months
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CADSizeAdd to My Documentsvacuum controller and pressure controller with display
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Dimensions DrawingsDimensions(1)1 fluid entry, tapped G1/4 (BSP female)(2)1 electrical connections entry, tapped M20 x 1.5Ø :2 elongated holes Ø 5.2 x 6.7
Connections and SchemaWiring DiagramTerminal Model
Performance CurvesOperating Curves(y)Rising pressure(x)Falling pressure1 :Maximum differential2 :Minimum differential(y)Pressure(x)Time(1)Adjustable valuePH :High pointPB :Below point