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Temperature sensor MBT 3270, Cable, G1/4

Temperature sensor, MBT 3270, 24 mm, G,1/4

097U0242

Sensor element type: NTC, Sensor elem. resistance [Ohm]: 10000, Protection tube material: BRASS, Electrical connection: Flying leads, Electrical connection size: 2 wire

Product specifications

Characteristic
Value
CE evaluatedYes
Cable length [in]79.00 in
Cable length [m]2.000 m
Cable tempr. range [°C] [max]200 °C
Cable tempr. range [°C] [min]-60 °C
Cable tempr. range [°F] [max]392 °F
Cable tempr. range [°F] [min]-76 °F
Cable typeSilicone
China RoHS complianceOut of scope
Connection materialBrass
Connection standardISO 228
Connection typeG
Contain batteriesNo
DG Indicator ProfileNot relevant for dangerous goods
EEE category5 small equipment (any external dimension < 50 cm)
EU RoHS complianceYes with exemptions
EU RoHS exemption clause6(c)
Electrical connectionFlying leads
Electrical connection size2 wire
Electrical connection standardNONE
Enclosure rating IPIP54
In scope of WEEEYes
Insertion length [in]0.945 in
Insertion length [mm]24 mm
Insertion typeFixed
Characteristic
Value
Material DescriptionSensor MBT 3270-07790-024-00001-200
Output signalOhm
Packing formatMulti pack
Process connection size1/4
Process connection typeG
Product TypeMBT 3270
Product groupSensors
Product lineSensing Solutions
Product nameTemperature sensor
Protection tube diameter [in]0.256 in
Protection tube diameter [mm]6.5 mm
Protection tube materialBRASS
Quantity per packing format20 pc
REACH Candidate List substancesLead (CAS no. 7439-92-1)
SCIP dossier no.4562dfd6-7b4b-4298-811a-8ce9624f4579
SCIP dossier product nameMBT 3270/5270
Sensor InsertFixed
Sensor elem. resistance [Ohm]10000 Ohm
Sensor element [pc]1 pc
Sensor element typeNTC
Temperature range [°F] [max]257 °F
Temperature range [°F] [min]-40 °F
Type designationMBT 3270-07790-024-00001-200
Wires [pcs]2 pc

General specifications

Characteristic
Value
Gross weight0.088 Kilogram
Net weight0.085 Kilogram
Volume0.175 Liter
Characteristic
Value
EAN/UPC5715162441619
Proposition 65Cancer and Reproductive Harm