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Canty specializes in monitoring furnaces using HIGH TEMPERATURE CAMERAS.
Canty High Temperature Cameras are ideal for demanding applications involving visual inspection or verification in extreme temperature environments between 750 F and 2500 F.
Canty High Temperature Cameras are ideal for demanding applications involving visual inspection or verification in extreme temperature environments above 2500 F.
CANTY Surveillance Cameras are ideal for demanding surveillance applications, visual inspection or verification functions in extreme environments.
Canty Minitemp™ camera systems are a low cost, low maintenance, portable alternative to traditional high temperature cameras. Our unique design allows the unit to be easily moved from location to location in just minutes.
CANTY Camera & Light Vision Systems are a patented design to view and illuminate the inside of a pressure or process vessel through a single connection. There is no need for multiple ports! CANTY can supply an integrally mounted camera and light (optional) in flanged, sanitary or NPT threaded process connections. CANTY fused glass technology provides a safe, high pressure, hermetic fused glass barrier between the process and the camera electronics.
The key to CANTY Camera & Light Vision Systems is the CANTY LED Light. CANTY uses fiber optic light guides to focus cool, effective light into a process or pressure vessel. Cool light eliminates product bake-on, adding no heat to the process. Fiber optic light guides deliver the maximum amount of light into the tank. The resulting live, remote image from a CANTY Camera & Light Vision System is unparalleled!
A camera light combination system is mounted to the centrifuge using the CANTY angled mounting plate. This allows for continuous monitoring from the control room, of initial product filling, the various washing and spinning cycles, and product discharge, therefore enabling greater operator control and efficient identification of any process issues. In the control room, the Vector™ image processing computer will analyze this view and provide a 4-20mA or OPC 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 or OPC output signal provides for immediate detection of solids, which prevent the cake from cracking. This means higher product yield due to fewer washes, and ultimately better product quality.