Probe 11961Z
Brand: Endress+HauserProbe 11961Z
Brand: Endress+Hauser
Lean Specs at a Glance
Min. conductivity of medium:
20 µS/cm
Process temperature:
-200 °C ... 250 °C
(-328 °F ... 482 °F)
(-328 °F ... 482 °F)
Process pressure / max. overpressure limit:
Vacuum ... 160 bar
(Vacuum ... 2320 psi)
(Vacuum ... 2320 psi)
Field of application
The 11961Z is a highly resistant probe for applications with aggressive medium thanks to corrosion-resistant materials for rod and insulation. It can be used in steam boilers thanks to ceramic insulation resistant to steam and hot water.
For conductive point level detection in process or storage tanks, for conductivity as of 0.02mS/cm. As overfill prevention with line monitoring even in Ex-area Zone 0, or pump protection in pipes and two-point control.
Process connection: Thread
Measuring range: 100 to 2,000mm (5.9 to 78.7")
Temperature: -200 to +250°C (-328 to 482°F)
Pressure: -1 to +160bar (-15 to +2,320psi)
Components: Transmitter FTW325
International explosion protection certificates, overfill prevention WHG
Features
- Safe and reliable measurement even in aggressive medium thanks to corrosion-resistant materials for rod and insulation
- Can be used in steam boilers thanks to ceramic insulation resistant to steam and hot water
- Can be deployed particularly with high pressure or vacuum
- Probe can be shortened as required
Specifications
Brand
Industry
- Chemical
- Power & Energy
Point Level / Liquids
Characteristic / Application
- One rod probe for high and extremely low temperature and high pressure. Corrosion resistant
Supply / Communication
- Relay
- PFM
Ambient temperature
- -200 °C ... 250 °C
- (-328 °F ... 482 °F)
Process temperature
- -200 °C ... 250 °C
- (-328 °F ... 482 °F)
Process pressure / max. overpressure limit
- Vacuum ... 160 bar
- (Vacuum ... 2320 psi)
Min. conductivity of medium
- 20 µS/cm
Main wetted parts
- Ceramic, 316TI
Process connection
- G 1/2
Sensor length
- 0.1m ... 2m
- (3.9" ... 79")
Communication
- Relay
Components
- Transmitter: FTW325
Application limits
- Observe min. medium conductivity