Temperature sensor, MBT 9110, -50 °C - 50 °C

084Z8115

Transmitter type: Standard in box, Sensor elem. resistance [Ohm]: 100, Thermocouple: N/A, Temperature range [°C]: -200 - 850, Output signal [mA]: 4 - 20

Productdata

Bruto gewicht 0.677 Kg
Netto gewicht 0.394 Kg
Volume 2.81 Liter
EAN 5702423098675

 

Aantal klemmen [stuks] 2 pc
Beschermingsklasse-IP behuizing IP54
China RoHS compliance Yes exceed limitations
Draden [stuks] 3 pc
EEE category 5 small equipment (any external dimension 50 cm)​
El. aansl. maat 2 aansluitklemmen
Elektrische aansluiting Uitgang 2 kabel
EU RoHS compliance Yes with exemptions
EU RoHS exemption clause 6(a), 6(b), 6(c), 7(a), 7(c)-I
Hoeveelheid per verpakkingsformaat 8 pc
In scope of WEEE Yes
In scope of WEEE and contain batteries No
Insertie type Vast
Instellingsbereik transmitter [°C] [max.] 50 °C
Instellingsbereik transmitter [°C] [min.] -50 °C
Instellingsbereik transmitter [°F] [max.] 122 °F
Instellingsbereik transmitter [°F] [min.] -58 °F
Omgevingstemperatuur max. [°C] 85 °C
Omgevingstemperatuur max. [°F] 185 °F
Product Name Description Temperature sensor
Productgroep Sensors
Productnaam SCIP-dossier MBT 9110
REACH kandidatenlijst stoffen Lead (CAS no. 7439-92-1)
SCIP-dossiernr. a7fb0794-b56c-4e6a-a349-7871abc333d0
Sensor element [stuks] 1 pc
Sensor element. weerstand [Ohm] 100
Supply voltage [V] DC [max] 35 V
Supply voltage [V] DC [min] 8 V
Temperatuurbereik [°C] [Max] 850 °C
Temperatuurbereik [°C] [Min] -200 °C
Temperatuurbereik [°F] [max.] 1562 °F
Temperatuurbereik [°F] [min.] -328 °F
Thermokoppel N/A
Transmitter type Standaard in box
Type MBT 9110
Type aanduiding MBT 9110-000B-D405
Type sensorelement Pt
Uitgangssignaal [mA] [max.] 20 mA
Uitgangssignaal [mA] [min.] 4 mA
UK RoHS compliance Yes with exemptions
UK RoHS exemption clause 12, 15, 18, 19, 21
Verpakking Multi-verpakking
Voedingsspanning [V] DC [max.] 35 V
Voedingsspanning [V] DC [min.] 8 V

Accessoires

Reserve onderdelen

Replacement

Replacement

Replacement

Diensten

Software

Software and firmware to extend functionality