Sonar Bed / Sludge Level Application Form

Please fill in details concerning your interface application.

Application

Primary Sedimentation

Clarifier Mining

Secondary/Final Clarifier

Tailings Thickener

Concentrate Thickener

Lamella Thickener

Paste Thickener

Hi-Rate Thickener

Deep Cone Thickener

CCD Thickener

DAF (Dissolved Air Flotation)

Sequential Batch Reactor (SBR)

Intermittent Decant

Tailings Dam

Carbon Column

Process

Water Treatment Plant

Waste Water Treatment Plant (Sewage)

Waste Water Treatment Plant (Industrial)

Mining/Mineral Process (Thickener/CCD'S)

Shape of Tank

Circular

Rectangular

Open Vessel

Closed Vessel

Settling Dam (Floating Sensor)

Mounting

Moving Bridge

Fixed Bridge

Dimensions of Tank

Surface Skimmer

Yes

No

Operating Range

Interface to be Detected

Heavy Dense Blanket

Polyelectroyte / Flocculent Interface

RAS (Return Activated Sludge) Interface

RAG / FLOC Layer / Pinfloc

Surface Liquid Level Varies

Sliming (Thickeners)

Density Range of Interface

Unknown

Detection of Material in Suspension Above Surface (See Note 1)

Indication only

Relay Output Alarm

4-20mA Analog Output (See Note 2)

Notes:
(Note 1) Used to determine settling rates in tank.
(Note 2) Output increases with more material in suspension.
(Note 3) Output decreases with less material in suspension.

Density Range of Underflow Dense Blanket

Density Range of Liquid Overflowing into Launder

Special Tank Characteristics

Scaling Problems

Yes

No

Chemical Compatibility: (Sonar Transducer Housing)

Polypropylene

Teflon

Kynar

PVC

FRP Fibreglass

Type of Outputs Required

4-20mA (Isolated ) Analog

Modbus Communications

PC Display Showing Density

Relay Alarms

View Interface Profile on PC

Mounting Requirements

The Sonar Sensor should be mounted 1/3 radius in from the circumference, 2/3 from the centre feedwell.

Contact the factory for further advice if required.

Utilisation of Design Capacity of Thickener, Clarifier

Expressed in percentage 0 - >100%
Note: If the Thickener, Clarifier is running above design capacity then = >100%

pH Range of Liquor/Liquids

Contact Information

Name *

Company Name

Address

Zip Code

Country

Phone Number

Email *

Message