Designed for Conductive Point Level Detection
The 11362Z uses the conductive measuring principle to detect whether a conductive liquid has reached the probe. It is intended for point level detection and overfill prevention, rather than continuous level measurement.
The double-rod design provides a practical solution for applications where dependable switching at a defined liquid level is required.
Particularly Suitable for Plastic Vessels
One of the main strengths of the 11362Z is its suitability for plastic and other non-conductive vessels. This makes it useful where the vessel itself cannot provide the conductive reference normally available with metallic tanks.
It can also support two-point control in vessels with electrically conductive walls.
Built for Corrosive Liquids
The probe is designed for applications involving corrosive liquids. Depending on the selected configuration, wetted materials include PTFE, PFA, 316 Ti, Alloy B/C4, titanium, tantalum and Monel, allowing the probe construction to be matched to demanding process media.
Flexible Installation for Different Vessel Sizes
The 11362Z is available with sensor lengths from 0.1 to 4 m, making it suitable for both compact vessels and deeper tanks. Threaded and flanged process connections provide additional flexibility when integrating the probe into existing equipment.
Suitable for Demanding Process Environments
With a process temperature range of up to 150°C and pressure capability up to 30 bar, the 11362Z can be applied in a range of industrial liquid-level applications. Configurations are also available for hazardous areas, with ATEX and NEPSI approvals listed by Endress+Hauser.
Key Features
- Conductive point level detection
- Double-rod probe design
- Designed for plastic and non-conductive vessels
- Suitable for overfill prevention
- Probe length 0.1 to 4 m
- Process temperature -40 to +150°C
- Process pressure vacuum to 30 bar
- Minimum medium conductivity 20 µS/cm
- Corrosion-resistant wetted material options
- Threaded and flanged process connections
- Designed for use with FTW325 transmitter
- ATEX and NEPSI approvals available depending on configuration
Typical Applications
- Overfill prevention in plastic storage tanks
- Chemical liquid storage
- Corrosive liquid level detection
- Wastewater and water treatment systems
- Process vessels made from non-conductive materials
- Hazardous-area liquid level applications
- Two-point level control
- Storage and dosing tanks for conductive liquids
FAQ
What is the Endress+Hauser 11362Z used for?
The 11362Z is a conductive double-rod probe for point level detection and overfill prevention of conductive liquids.
Is the 11362Z suitable for plastic tanks?
Yes. The probe is specifically designed for applications in plastic or other non-conductive vessels, where conventional conductive level detection may require a suitable reference arrangement.
Is the 11362Z a continuous level transmitter?
No. The 11362Z is a point level probe. It detects a defined liquid level rather than continuously measuring the level across the entire tank.
What transmitter is used with the 11362Z?
Endress+Hauser lists the FTW325 transmitter as the associated transmitter for the 11362Z.
What is the maximum probe length?
The available sensor length is 0.1 to 4 m, allowing the probe to be adapted to different vessel dimensions.
What liquid conductivity is required?
The specified minimum medium conductivity is 20 µS/cm. The actual application should be checked against the medium properties and selected configuration.
Can the 11362Z be used in hazardous areas?
Yes. Endress+Hauser lists ATEX and NEPSI approvals for applicable configurations. The exact approval should be confirmed against the selected order code.
What makes the 11362Z suitable for corrosive liquids?
The probe can be configured with corrosion-resistant wetted materials such as PTFE, PFA, Alloy B/C4, titanium, tantalum and Monel, depending on the selected version.
