The rotary viscometer uses the mechanical resistance of any liquid to measure viscosity using rotational movement of a spindle. This results in a torque that is recognized by the rotary viscometer and converted into a viscosity value. With an accuracy of ± 1.0%, the rotary viscometer is a very precise measuring device despite the high measuring range of 10 … 2,000,000 cP (mPa*s).
The rotary viscometer uses the mechanical resistance of any liquid to measure viscosity using rotational movement of a spindle. This results in a torque that is recognized by the rotary viscometer and converted into a viscosity value. With an accuracy of ± 1.0%, the rotary viscometer is a very precise measuring device despite the high measuring range of 10 … 2,000,000 cP (mPa*s).
The rotary viscometer uses the mechanical resistance of any liquid to measure viscosity using rotational movement of a spindle. This results in a torque that is recognized by the rotary viscometer and converted into a viscosity value. With an accuracy of ± 1.0%, the rotary viscometer is a very precise measuring device despite the high measuring range of 10 … 2,000,000 cP (mPa*s).
The PCE-SM3 DIN rail measuring instrument is suitable for making binary signals or pulse signals bus-capable. It is thus possible, for example, to convert signals from flow sensors, rotary encoders, etc. to RS485 Modbus.