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Flange mounted pressure transmitter uses a filled assembly having pressure transmitting fill fluid in a sealed capillary extending between a barrier diaphragm exposed to a fluid being monitored and a pressure sensor located in a housing attached to one end of a protective extension tube containing the capillary and supporting the diaphragm at the other end thereof. A gasket ring and a transmitter mounting flange are located on the exterior surface of the protecting tube and are arranged to provide a means for attaching the extension tube to a housing containing the fluid being monitored. The gasket ring is arranged to be welded to the exterior surface of the extension tube at a selectable distance from the barrier diaphragm which is effective to produce a desired location of the extension tube and the diaphragm within the housing containing the fluid being monitored. Subsequently, the mounting flange is attached to the gasket ring and to an exterior surface of the housing surrounding an opening in the housing to provide a fluid-tight mounting of the transmitter on the housing by a gasket carried by the gasket ring and facing the housing and a positioning of the diaphragm within the housing at the desired internal location.
● Integrated sensor design
● Patented circuit design
● Wide range coverage (0-0.8kPa～41.37MPa)
● Accuracy: up to 0.2%, the maximum range ratio is 40:1
● Both remote and local configuration functions
● Two-wire system, 4~20mA analog output, HART digital communication; can communicate with the handheld terminal
● Good stability, strong anti-interference and self-diagnosis capabilities
● Has a strong data protection and recovery mechanism
● No mechanical transmission parts, less maintenance work, strong and anti-vibration
● Replacing the sensor does not affect the characteristics of the transmitter, and the maintenance is more convenient
● Diaphragm material that contacts the medium is optional
● All explosion-proof and anti-corrosion structure design
● Anti-lightning circuit design
Flange mounted pressure transmitter uses a filled assembly having pressure transmitting fill fluid in a sealed capillary extending between a barrier diaphragm exposed to a fluid being monitored and a pressure sensor located in a housing attached to one end of a protective extension tube containing the capillary and supporting the diaphragm at the other end thereof. A gasket ring and a transmitter mounting flange are located on the exterior surface of the protecting tube and are arranged to provide a means for attaching the extension tube to a housing containing the fluid being monitored. The gasket ring is arranged to be welded to the exterior surface of the extension tube at a selectable distance from the barrier diaphragm which is effective to produce a desired location of the extension tube and the diaphragm within the housing containing the fluid being monitored. Subsequently, the mounting flange is attached to the gasket ring and to an exterior surface of the housing surrounding an opening in the housing to provide a fluid-tight mounting of the transmitter on the housing by a gasket carried by the gasket ring and facing the housing and a positioning of the diaphragm within the housing at the desired internal location.
● Integrated sensor design
● Patented circuit design
● Wide range coverage (0-0.8kPa～41.37MPa)
● Accuracy: up to 0.2%, the maximum range ratio is 40:1
● Both remote and local configuration functions
● Two-wire system, 4~20mA analog output, HART digital communication; can communicate with the handheld terminal
● Good stability, strong anti-interference and self-diagnosis capabilities
● Has a strong data protection and recovery mechanism
● No mechanical transmission parts, less maintenance work, strong and anti-vibration
● Replacing the sensor does not affect the characteristics of the transmitter, and the maintenance is more convenient
● Diaphragm material that contacts the medium is optional
● All explosion-proof and anti-corrosion structure design
● Anti-lightning circuit design
