Can Multi Parameter Transmitters work in extremely low temperature environments? *Answer: The working environment temperature is usually between -40 ° C and+85 ° C.
How to remotely debug Multi Parameter Transmitters? *Answer: Customers can configure remotely through Modbus software or HART converter, in conjunction with our upper computer software.
Can Multi Parameter Transmitters provide DD files? *Answer: Yes, for HART protocol products, we provide standard DD/EDDL files to ensure compatibility with mainstream handheld devices.
Does the Multi Parameter Transmitter product have CE certification? *Answer: Yes, our product has passed T Ü V's CE certification and meets European safety standards.
Is Multi Parameter Transmitter suitable for small-diameter pipelines? *Answer: Suitable, especially when used with built-in orifice plates, it is very space saving.
How can Multi Parameter Transmitters reduce the risk of leakage? *Answer: Originally, three sets of pressure pipelines and three instruments were needed, but now only one set of pipelines and one instrument are needed, reducing the number of interfaces by more than 60%.
Can Multi Parameter Transmitters be directly replaced with Rosemount 3051SMV? *Answer: If the protocol (HART) and installation interface (1/2 NPT, etc.) are consistent, functional replacement can be achieved in most process scenarios.
Can a Multi Parameter Transmitter be disconnected from a temperature sensor? *Answer: Yes, but this will lose the dynamic temperature compensation function and require manual setting of a fixed temperature value.
Are there any requirements for the straight pipe section when installing a Multi Parameter Transmitter? *Answer: Yes. Although the transmitter itself is very accurate, the throttling device (such as orifice plate, Annubar) that is matched with the front end usually requires a straight pipe section ...
How does a Multi Parameter Transmitter handle the density of superheated steam? *Answer: Built in steam gauge according to IAPWS-IF97 standard, automatically calculates density based on real-time pressure and temperature.