± 0.002 g /cc (± 2 kg/m3); ± 0.001 g /cc (± 1 kg/m3)
± 0.0002 g /cc (± 0.2 kg/m3)
Temperature range (Process)
-20 ~ +150 Degree Celsius (°C)
10MPa ~ 20MPa
0 – 20000 cP
Less than 0.1 kg/m3/°C (After Calibration)
Impact from pressure
Built-in temperature sensor
Stainless steel 316L/ HC Hastelloy
Standard, PFA coated, or Electro-polished
4 -20 mA,0-1000Hz,RS485 Modbus RTU
Density accuracy - process(20°C)
± 0.1% or ± 0.05% FS of indicated figures
Repeatability - process(-40 ~85°C)
± 0.05% FS
ANSI 150 ~ 1500 RF
DIN 50 PN16 DIN 50 PN40
IDF and RJT hygienic type
DMF-1-CR insertion density meter could apply the on-line density testing. It could be applied in the product process controlling based on the basic parameters of density, or the mass controlling system as the solid percentage or the concentration for references.
Standar Dimensions of the Insertion Density Meter:
Typical cased of different fields:
Beijing Sincerity Automatic Equipment Co,. Ltd is the manufacturer of producing Insertion Density Meters. Our company was reformed from the China Petroleum &Chemical Corporation's Beijing Research Institute of Chemical Industries in 2006.
Compared to other density meters, Coriolis inserted density meters are the best choices to handle the problems like High/low temperature, high pressure, high viscosity, micro flow, large temperature and pressure fluctuations, rapid response, and accuracy, etc. Give us your problems, and you will never be disappointed!
Q: Why choosing Coriolis Inserted Density Meters but not the other gradiomanometers?
For the Coriolis Inserted density meters:
The measurement of the Coriolis Inserted density meters will NOT be influenced by the factors of temperature, pressure, density, viscosity, etc. And the compensation calculation is NOT required.
The accuracy of the inserted density meter is ±0.1%, ±0.2% . The accuracy will NOT be influenced by the factors mentioned above.
Compared to this,
For the gradiomanometers:
The measurement of the gradiomanometers WILL BE influenced by the factors of temperature, pressure, density, viscosity, etc. And the compensation calculation IS REQUIRED.
The accuracy of the gradiomanometers is said to be reached by ±1%. While, the actual accuracy is hard to reach this level of ±1%. The accuracy will be influenced by factors as mentioned above.