Temperature sensor, MBT 5113, 100 mm, G1/2, ANSI/ASME B1.20.1
Temperature sensor, MBT 5113, 100 mm, G1/2, ANSI/ASME B1.20.1


Temperature range [°C]: -50 - 800, 0 °C - 800 °C, Protection tube material: AISI 316 Ti, Electrical connection: Type B, Electrical connection size: Pg 16

Product details

Gross weight 0.58 kg
Net weight 0.57 kg
EAN 5702428895705


Ambient temperature max. [°C] 85 °C
Ambient temperature max. [°F] 185 °F
Connection material AISI 316 Ti
Connection type G
Electrical connection Type B
Electrical connection size Pg 16
Enclosure rating IP IP65
Extension length [in] 3.94 in
Extension length [mm] 100 mm
Insertion length [in] 3.94 in
Insertion length [mm] 100 mm
Insertion type Fixed
Number of terminals [pcs] 2 pc
Output signal [mA] [Max] 20 mA
Output signal [mA] [Min] 4 mA
Packing format Multi pack
Process connection Male/Female Male
Process connection material AISI 316 Ti
Process connection size 1/2
Process connection standard ANSI/ASME B1.20.1
Process connection type G
Product Group Sensors
Product name Temperature sensor
Protection tube diameter [in] [Max] 0.95 in
Protection tube diameter [in] [Min] 0.55 in
Protection tube diameter [mm] [Max] 24 mm
Protection tube diameter [mm] [Min] 14 mm
Protection tube material AISI 316 Ti
Quantity per packing format 8 pc
Sensor element standard EN 60584-2
Sensor element tolerance Class 2
Sensor Insert Exchangeable
Supply voltage [V] DC [Max] 35 V
Supply voltage [V] DC [Min] 8 V
Temperature range [°C] [Max] 800 °C
Temperature range [°C] [Min] -50 °C
Temperature range [°F] [Max] 1472 °F
Temperature range [°F] [Min] -58 °F
Thermocouple 1 x NiCr-Ni, Type K
Thermocouple design std. EN 61515
Thermocouple tolerance EN 60584-2 Class 2
Transmitter setting range [°C] [Max] 800 °C
Transmitter setting range [°C] [Min] 0 °C
Transmitter setting range [°F] [Max] 1472 °F
Transmitter setting range [°F] [Min] 32 °F
Transmitter type Galv. isolated
Type MBT 5113
Type designation MBT 5113-B002-100-00-H180
Wires [pcs] 2 pc


Spare Parts






Software and firmware to extend functionality