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Non-Contact Level Control Application Sheet
Document Number: TA7577-1
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An adhesives company had a costly problem with one of it's products with regard to process level control. Due to the viscous, sticky nature, and foaming of the product it coated floats and probes rendering those types of process level control instruments ineffective. DP and ultrasonic devices would not operate during foaming conditions internally. Nuclear devices were not an attractive alternative due to the many regulatory and safety concerns they impose. Operators controlled the process by observing the reactor level out in the plant at various times. This type of control proved grossly inefficient and severely limited process output. |
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Mud Flow and Quality Analyzer
Document Number: TA11370-1
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The Canty Mud Flow Camera System is set up to view the mud going down the pipe after it rises from the drill pipe. The rugged industrial turn key system mounts to the top of the pipe and allows for non contact measurement of flow and level of the mud. |
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Process Cameras
Document Number: TA7259-1
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J.M. Canty cameras are patented systems designed to illuminate and view inside a pressure or process vessel through a single connection. There is no need for multiple vessel ports. Canty supplies an integrally mounted camera and lighting system (optional) in a connection as small as a 2” NPT. The industry standard video output can be displayed on a video monitor in the comforts of a control room, or recorded on any VCR. A standard video monitor or TV with video input may be used to display the image. |
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NUTSCHE FILTER PAT CONTROL SYSTEM
Document Number: TA10489-100
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Stop washing your product away!!! Canty offers a unique vision based approach for non-contact cake detection and level measurement designed for Nutsche Filters. Cake detection is the determination of the transition from liquid slurry to solids “cake”. It’s critical to determine this transition in a timely manner to avoid cracking in the cake layer. Cracks will cause inconsistent washes and lost product. CantyVision™ software performs cake detection with image analysis in real time, by identifying the transition and generating an output signal for control to produce a homogeneous product without washing it away (through 4-20mA, OPC Interface, Modbus, etc...). |
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Jet Spray Ring
Document Number: TA4727-1
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The Canty Jet Spray Ring generates a high pressure vortex rinsing action to remove tough deposits from sight glasses, lights, and vision systems. |
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CENTRIFUGE CAMERA CONTROL
Document Number: TA9618-1
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The Canty Camera / Light combination is tri-clamp® mounted on to the existing light or sight port of the centrifuge to allow continuous internal viewing from the control room. In the control room, the Vector™ image processing computer will analyze this view and provide a 4-20mA output of fill level, filtering level, and a separate cake (solids) detection signal. The level control allows for consistent batching to the centrifuge. The cake detection 4-20mA output signal provides for immediate detection of solids, which prevent the cake fromcracking. This means higher product yield due to fewer washes, and ultimately better product quality. |
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PHASE SPLIT
Document Number: TA9788-1
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Monitor phase split in batch mode on organic droplets for increased product recovery. As the droplets appear the system warns of organic phase and the upcoming emulsion. The amount of early droplets and their retraction time will indicate the completeness of the separation. Once the split is identified and stopped, the operator has a visual verification from the video monitor. The color can then be analyzed to ensure there is no inversion. |
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CONTINUOUS INTERFACE CONTROL
Document Number: TA9795-1
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Monitor phase split in batch mode on organic droplets for increased product recovery. As the droplets appear the system warns of organic phase and the upcoming emulsion. The amount of early droplets and their retraction time will indicate the completeness of the separation. Once the split is identified and stopped, the operator has a visual verification from the video monitor. The color can then be analyzed to ensure there is no inversion. |
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INFLOW™ TURBIDITY / COLOR ANALYSIS / PERCENT SOLIDS MEASUREMENT SYSTEMS
Document Number: TA10591-1
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The CANTY In-Line Turbidity, Color Measurement or Percent Solids Measurement System uses a 0-1” variable insertion measurement gap, which is unique to the Canty system. This insertion is made possible by the Fuseview™ sight glass, which allows the optical fused pieces to be located in the center of the fluid stream. This provides the highest velocity, most representative profile and automatically flushes the fused glass even in the harshest of environments. |
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EXTRUDER PROCESS CONTROL
Document Number: TA9863-1
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Monitor strand dimensions, extruder vents, and extruder melt |
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FROTH CONTROL SYSTEM
Document Number: TA10263-1
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An Ethernet camera is used to provide the measurement image to a customer supplied PC with Microsoft Windows based OS NT/XP/2000 and Ethernet connectivity. CantyVision™ software is included with each camera. CantyVision™ software interfaces with each camera thru TCP/IP to obtain digital images over an Ethernet network. The image from each camera is dynamically analyzed for bubble size, froth velocity and stability. |
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SPRAY DRYER MONITORING SYSTEM
Document Number: TA9617-1
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Canty Spray Dryer Monitoring Systems are vision based, industrial camera / light combinations used to view spray nozzle patterns in real time. This allows operators to see changes in the profile of the spray pattern, and detect clogging before it becomes a problem. Operators can easily view for product build-up before there is a chance for fire. This Vision System can be automated by the Canty Vector™ Image Processor to measure the size and shape of the spray pattern profile. Alarms can then be sent to the control system if nozzles clog or the spray pattern changes. |
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DIRECT INSERTION CAMERA
Document Number: TA10388-1
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The Canty Direct Insertion Camera is designed for optimal image quality that is achieved by placing a camera as close to the process as possible. The camera is placed within the insertion tube reducing lens length and reducing loss of image quality. The increase quality is ideal for applications that need very high picture quality and that need insertions up to 36” (914mm) in length. |
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IMMERSION TURBIDITY/COLOR ANALYSIS/PERCENT SOLIDS ANALYSER
Document Number: TA10605-1
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The CANTY Immersion Turbidity, Color Measurement or Percent Solids Measurement System uses a variable insertion measurement gap, which is unique to the Canty system. Our unique fused glass seal allows our equipment to be easily submersed into the product for quick, highly accrurate process measurement. The image process can be setup with multiple zone sensing on the image of the fluid thus comparing results for reliability and allowing immediate detection of any problem. |
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