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Canty High Temperature Cameras are ideal for demanding applications involving visual inspection or verification in extreme temperature environments above 2500 F.
1) DATASHEET 2) PRESENTATION 3) INSTRUMENT AIR PREP SYSTEM 4) EXTREME TEMPERATURE CAMERA MANUAL RETRACTION SYSTEM 5) 36″ EXTREME TEMPERATURE CAMERA MANUAL RETRACTION SYSTEM 6) HIGH TEMPERATURE CAMERA QUESTIONNAIRE
1) TYPICAL ETHERNET ULTRATEMP HIGH TEMP.INSERTION VISION SYSTEM COMPONENT LAYOUT 2) TYPICAL ANALOG ULTRATEMP HIGH TEMP. INSERTION VISION SYSTEM COMPONENT LAYOUT
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The CANTY BioCam™ is uniquely qualified to view inside your fermenters and bioreactors and provides a continual control signal allowing the user to meter in antifoam. The BioCam™ is an Ethernet based imaging system which connects to the CANTY VCM™ image processor that determines the percentage of foam on the surface of the liquid. The foam control function allows for significant savings of antifoam, improves process performance in cell culture growth and eliminates the need for additional antifoam fluids in purification. The all in-one design is both compact and sanitary and unlike its predecessors requires no additional external power supply for operation. A built in heater eliminates condensation from forming on the glass and provides for a clear image at all times. Coupled with CantyVision™ software, the BioCam™ can be used for full control via OPC or 4-20mA.
Canty High Temperature Camera Systems feature a fused glass seal standard with every model. This unique seal provides an impenetrable safety barrier to protect the camera electronics from the harsh process environment and preventing hazardous vapors from escaping into your plant.
Canty pan & tilt systems have been designed for use in hazardous areas in accordance with explosion proof, and flame proof requirements. · Class I, Div. 1, Groups B, C & D · Class II, Div. 1, Groups E, F & G, & NEMA 4 areas · EEx d IIC T6, IP66
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.