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XSK Danfoss Saginomiya, female connections

Pressure transmitter, XSK

061H5103

Pressure reference: Gauge (relative), Output signal: Current, Electrical connection: Molex, Pressure connection type: UNF, Pressure connection size: 7/16-20, Specification key: XSK-AC35I-U188

Product specifications

Characteristic
Value
- commonPin 3
+ supplyPin 1
Accuracy, max. [±FS%]3.00 %
Ambient temperature range [°C] [max]70 °C
Ambient temperature range [°C] [min]-20 °C
CE evaluatedYes
China RoHS complianceOut of scope
DG Indicator ProfileNot relevant for dangerous goods
Electrical conn. Male/FemaleFemale
Electrical connectionMolex
Enclosure rating IPIP66
EU RoHS complianceYes with exemptions
EU RoHS exemption clause6(c)
In scope of WEEE and contain batteriesNo
Material DescriptionSensor XSK AC35I-U188 I/20
Medium temperature range [°C] [max]70 °C
Medium temperature range [°C] [min]-20 °C
Output signalCurrent
Output signal [mA] [max]20 mA
Output signal [mA] [min]4 mA
Overload pressure max. [bar]38.5 bar
Packing formatIndustrial pack
Pressure connection HEX [mm]14.0 mm
Characteristic
Value
Pressure connection notesWith Schrader Depressor
Pressure connection size7/16-20
Pressure connection standardASME B1.1
Pressure connection typeUNF
Pressure Male/FemaleFemale
Pressure range [bar] [max]35.00 bar
Pressure referenceGauge (relative)
Product groupSensors
Product lineSensing Solutions
Product namePressure transmitter
Product TypeXSK
Quantity per packing format20 pc
REACH Candidate List substancesLead (CAS no. 7439-92-1)
RefrigerantsR134aR404AR407CR407HR410AR449BR450AR513A
SCIP dossier no.336c08aa-a947-4659-835b-4071ea5542ec
SCIP dossier product nameXSK Series
Specification keyXSK-AC35I-U188
Supply voltage [V] DC [max]28 V
Supply voltage [V] DC [max]28.00 V
Supply voltage [V] DC [min]11 V
Supply voltage [V] DC [min]10.50 V
UK RoHS complianceOut of scope

General specifications

Characteristic
Value
Gross weight0.069 Kilogram
Net weight0.068 Kilogram
Volume0.525 Liter
Characteristic
Value
EAN5702428274975
Proposition 65Cancer and Reproductive Harm