Features and Benefits
On-line melt flow rate correlated to ASTM D1238
On-line apparent viscosities
Data exchange by analog and digital input/outputs
Customer specified solutions
Systems for hazardous locations
Compact measuring head for close extruder connection
Robust and precise pressure transducer for high accuracy
A range of metering pump sizes for specific applications
Simple ”in the field“ calibration
Alarm system for malfunctions
Rugged industrial design
Description
Specifically designed for the thermoplastics resin industry, the Dynisco CMR series can be configured to measure melt flow rate, high/low load melt flow rate, apparent viscosities, or to perform other customer defined tests.
The CMR system consists of two parts: a rheometer head connected directly to the process which samples, conditions, and measures the melt flow of the resin, and an RCU (Rheometer Control unit) that controls the CMR test parameters (temperature, pressure, rate), and provides outputs of computed results, and communications to an external distributed control system when required.
Features and Benefits
- On-line melt flow rate correlated to ASTM D1238
- On-line apparent viscosities
- Data exchange by analog and digital input/outputs
- Customer specified solutions
- Systems for hazardous locations
- Compact measuring head for close extruder connection
- Robust and precise pressure transducer for high accuracy
- A range of metering pump sizes for specific applications
- Simple ”in the field“ calibration
- Alarm system for malfunctions
- Rugged industrial design
Description
Specifically designed for the thermoplastics resin industry, the Dynisco CMR series can be configured to measure melt flow rate, high/low load melt flow rate, apparent viscosities, or to perform other customer defined tests.
The CMR system consists of two parts: a rheometer head connected directly to the process which samples, conditions, and measures the melt flow of the resin, and an RCU (Rheometer Control unit) that controls the CMR test parameters (temperature, pressure, rate), and provides outputs of computed results, and communications to an external distributed control system when required.
