Termékleírás
The 504FTB Series is based on the proven Kurz MFTB technology and is specifically designed for applications where pipe diameter and flow profile variations are not a critical concern.
The series includes 10 different models and supports flow rates up to 1000 SCFM for inline pipe sizes ranging from ½" to 4".
The 504FTB inline thermal mass flow meter is suitable for applications ranging from vacuum service up to 300 PSIGand includes all the advantages of Kurz constant temperature thermal flow measurement technology.
The system delivers exceptional repeatability, measurement accuracy, and reliability. In addition, the flow meter provides one of the fastest responses to velocity and temperature changes available in the industry.
With its high turndown ratio and low flow noise, the 504FTB is ideal for industrial gas flow measurement applications with varying operating conditions.
The integrated self-monitoring electronics continuously verify sensor wiring integrity and measurement accuracy, improving operational reliability and safety.
The sensors are designed to prevent overheating at zero flow by using a unique constant temperature control method combined with a power-limiting design.
In addition, the 504FTB features sensor lead length independent circuitry, ensuring stable and accurate measurements regardless of cable length.
Műszaki leírás
The 504FTB supports inline pipe sizes from ½" to 4" and flow ranges up to 1000 SCFM.
The device is suitable for applications ranging from vacuum service up to 300 PSIG.
The system is fully field configurable using either the local user interface or a computer connection.
The flow meter supports HART, Profibus DP, and Modbus communication protocols.
The technology allows zero velocity as a valid data point and includes velocity-temperature mapping for wide-ranging process conditions.
In addition, the 504FTB supports user-defined binary gas compositions and up to five multiple gas calibrations.
The system is available with either an integrated transmitter or a remote transmitter configuration.
The series is based on US Patent 7,418,878.
