The Lamy Rheology DSR 500 CP PLUS Rheometer with Peltier air temperature control (+10 to +70°C) and integrated programmer is an advanced cone-plate rheometer designed for precise, computer-free rheological analysis. Featuring a motorized lift, built-in temperature control unit, and all the functionality of the DSR 500 series, it ensures accurate, repeatable results for demanding laboratory applications.
Product Features
- Allows full standalone operation without computer
- Rotating springless rheometer with 7'' colour display touch screen
- Unlimited rotating speeds between 0.3 and 1500 rpm
- Torque range: 0.05 to 30 mNm
- Temperature range: +10 to +70°C (Peltier air with programmer)
- Accuracy: ±1% of full scale
- Repeatability: ±0.2%
- Display shows: viscosity, speed, torque, shear stress, shear rate, time and temperature
- PC connections via RS232 and USB
- Printer connection via USB
Note: Spindles must be purchased separately.
Compatible Accessories
- MS CP
Optional Items
- RheoTex software plus license
Benefits
- Automatic lift for gap
- Quick attachment with AC265 coupling
- Shear rate and shear stress controlled
- Direct curve on display
- Ramp programming
- Direct analysis with regressions
- Direct control of temperature unit
- Huge viscosity range
- Programming and recording method
- Direct measure with time to stop
- User and locked mode
- Data recording and USB transfer
- Torque gage on display
- Integrated temperature probe
- Printer connection
- Compatible with RheoTex software
- Memorize flow ramps and calculate rheological parameters directly
- Supports Newton, Bingham, Casson, and Ostwald models
- Edit and print measurement reports directly via USB-connected printer
- Complies with ASTM, BS, DIN, and ISO methods
Why Choose the Lamy Rheology DSR 500 CP PLUS Rheometer?
Designed for flexibility, speed, and precision, this rheometer is ideal for high-performance labs requiring standalone measurement capability and fine temperature control. Its compact touchscreen interface and advanced functionality eliminate the need for a PC, making it a reliable solution for efficient, high-quality rheological analysis.
