Temperature sensor, MBT 3270, 28 mm, G,1/4

084Z2013

Temperature range [°C]: -50 - 150, Sensor element type: Pt, Sensor elem. resistance [Ohm]: 1000, Protection tube material: Brass, Electrical connection: Deutsch DT04, Electrical connection size: 2 pin

Product details

Gross weight 0.03 Kilogram
Net weight 0.029 Kilogram
Volume 0.027 Liter
EAN 5702423286416

 

Ambient temperature max. [°C] 125 °C
Ambient temperature max. [°F] 257 °F
Cable type N/A
CE evaluated Yes
China RoHS compliance Yes exceed limitations
Connection material Brass
Connection type G
EEE category 5 small equipment (any external dimension 50 cm)
Electrical conn. comments Integrated
Electrical connection Deutsch DT04
Electrical connection size 2 pin
Enclosure rating IP IP67
EU RoHS compliance Yes with exemptions
EU RoHS exemption clause 6(a)
6(b)
6(c)
7(a)
7(c)-I
In scope of WEEE Yes
In scope of WEEE and contain batteries No
Insertion length [in] 1.1 in
Insertion length [mm] 28 mm
Insertion type Fixed
Output signal Ohm
Packing format Multi pack
Process connection Male/Female Male
Process connection material Brass
Process connection size 1/4
Process connection standard ISO 228-1-A
Process connection type G
Product Group Sensors
Product name Temperature sensor
Protection tube diameter [in] 0.17 in
Protection tube diameter [mm] 4.2 mm
Protection tube material Brass
Quantity per packing format 40 pc
REACH Candidate List substances 0.1 Lead (CAS no. 7439-92-1)
SCIP dossier no. 4562dfd6-7b4b-4298-811a-8ce9624f4579
Sensor elem. resistance [Ohm] 1000
Sensor element [pc] 1 pc
Sensor element standard EN 60751
Sensor element tolerance Class B
Sensor element type Pt
Sensor Insert Fixed
Temperature range [°C] [Max] 150 °C
Temperature range [°C] [Min] -50 °C
Temperature range [°F] [Max] 302 °F
Temperature range [°F] [Min] -58 °F
Type MBT 3270
Type designation MBT 3270-02000-028-C0C00-000
UK RoHS compliance Out of scope
Wires [pcs] 2 pc

Accessories

Spare Parts

Replacement

Replacement

Replacement

Services

Software

Software and firmware to extend functionality