RST Cone Plate Rheometer

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MOQ : 1 Piece

RST Cone Plate Rheometer Specification

Connectivity Type
USB, RS232, Ethernet

Frequency
50/60 Hz

Pressure Range
Atmospheric

Temperature Range
5C to 200C

Resolution
0.001 Pas

Sensor Type
High Precision Torque and Temperature Sensors

Equipment Type
Cone Plate Rheometer

Capacity
Single Sample Measurement

Measurement Range
0.01 Pas to 1200 Pas (viscosity)

Humidity %
10% to 90% (non-condensing)

Material
Stainless Steel and High-Grade Polymer

Power Supply
230V AC, 50/60Hz

Power Consumption
50 W

Accuracy
0.5% of full scale

Display Type
Digital Touchscreen Display

Range
0.1 to 4000 s (shear rate)

Data Output
Digital, USB, RS232, Ethernet

Dimensions
430 x 280 x 500 mm (WxDxH)

Rotation Speed
0.01 - 1000 rpm

Temperature Control
Peltier system integrated

Software Features
RheoControl Pro software for analysis

Compliance
ISO 3219, DIN 53018

Sample Plate Diameter
20 mm (standard)

Viscometer Compatibility
Compatible with multiple spindle sets

Torque Range
0.05 - 100 mNm

Weight
13 kg

RST Cone Plate Rheometer Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
5 Pieces Per Day

Delivery Time
2-6 Week

About RST Cone Plate Rheometer

The RST-CPS Rheometer is great for cone and plate as well as plate to plate system for small volumes and wide shear rate ranges. Rheological evaluation through controlled stress and controlled rate measurements provide comprehensive viscosity flow curves, thixotropic response, yield stress determination creep analysis and viscosity vs. temperature profiling.

Precision in Rheological Measurements

Engineered with high-precision torque and temperature sensors, the RST Cone Plate Rheometer delivers accurate viscosity measurements within a broad range of 0.01 Pas to 1200 Pas. The Peltier system guarantees fast, stable temperature control, while the digital touchscreen simplifies operation for laboratory professionals and industrial users alike.

Advanced Software Integration

The included RheoControl Pro software streamlines both data acquisition and analysis. Users can easily manage test parameters, visualize data trends, and export reports. Connectivity through USB, RS232, and Ethernet allows for seamless integration with laboratory information systems, enhancing workflow efficiency.

FAQs of RST Cone Plate Rheometer:

Q: How does the Peltier temperature control benefit the rheological measurement process?

A: The integrated Peltier temperature control in the RST Cone Plate Rheometer ensures highly precise temperature regulation between 5C and 200C. This stability is essential for accurate viscosity and shear rate measurements, minimizing thermal fluctuations that could affect sample behavior.

Q: What types of spindle sets are compatible with the RST Cone Plate Rheometer?

A: This instrument is compatible with a variety of spindle sets, allowing users to tailor the setup for different sample types and rheological tests. The standard 20 mm sample plate accommodates single-sample measurements efficiently.

Q: When should I use the RheoControl Pro software with the rheometer?

A: RheoControl Pro is best utilized throughout the testing workflow to configure test parameters, record results, analyze trends, and generate data reports. Its robust features make it suitable for routine quality control as well as advanced research applications.

Q: Where can I connect the RST Cone Plate Rheometer for data output?

A: The rheometer offers multiple connectivity options, including USB, RS232, and Ethernet ports. This flexibility allows you to connect it directly to PCs, laboratory systems, or networks for efficient data transfer and archival.

Q: What makes the RST Cone Plate Rheometer suitable for compliance and regulatory standards?

A: Designed to comply with ISO 3219 and DIN 53018 standards, the device offers reliable and standardized results required in highly regulated industries, ensuring your measurements meet international quality benchmarks.

Q: How accurate are the measurements from the RST Cone Plate Rheometer?

A: With an accuracy of 0.5% of full scale and a resolution of 0.001 Pas, the instrument provides dependable and repeatable results, making it ideal for both high-precision laboratory analyses and routine QC in production environments.

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