Product Description
Keeping track with the latest market developments, we are engaged in offering an extensive range of Brook Field Viscometer. Manufactured with the help of advanced manufacturing techniques and the best grade raw material, the offered viscometer is also subjected to stringent quality tests under the supervision of our quality controllers. It is widely used for temperature measurement, continuous sensing and data output to PC or printer. This Brook Field Viscometer can be availed in varied specifications at economical prices.
Features:
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Continuous display of: Viscosity (CP or MPAAAS), Temperature (AAC or AAF), Shear Rate, Shear Stress, % Torque, Spindle
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Torque measurement accuracy: 1% of full scale range
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Repeatability: 0.2% of full scale range
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54 select able speeds provide superior range of viscosity/shear measurements for use in stand-alone operation
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Download custom programs with DV Loader software (included)
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Automate program speed control from 0.01 to 200 rpm
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Automatic data collection and historical comparison
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Built-in RTD temperature probe for sample monitoring
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Easy-to-use keypad for simple selection of test parameters
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Auto-zero function to ensure precision torque measurement
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Parallel printer and analog voltage outputs
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Compatible with all Brook field accessories
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NIST traceable viscosity standards available.
- When controlled by PC becomes a Rheometer with variable speed capability from 0.01 to 200 rpm. This instrument is the preferred choice for many Brook field customers.
Versatile Voltage CompatibilityThis viscometer operates efficiently on a voltage range of 110-220 volts, making it adaptable for laboratories worldwide. Whether your lab is in North America, Europe, or Asia, you can rest assured that device compatibility will not be an issue. Its robust power design minimizes disruptions and guarantees consistent operation in diverse electrical settings.
Durability Meets FunctionalityConstructed from high-grade stainless steel and aluminium, the Brook Field Viscometer offers resistance to corrosion and laboratory chemicals. Its sturdy build ensures longevity and stable performance, making it a reliable asset for continuous laboratory use. The elegant silver and white design effortlessly complements professional lab environments.
FAQ's of Brook Field Viscometer:
Q: How is the Brook Field Viscometer used in laboratory applications?
A: The viscometer is primarily used to determine the viscosity of various liquids. In laboratory settings, it assists in quality control, formulation, and research by providing accurate viscosity readings essential for product consistency and process optimization.
Q: What materials are used in the construction of this viscometer?
A: This viscometer is made from premium stainless steel and aluminium components, ensuring robust durability, resistance to corrosion, and a sleek appearance suitable for laboratory conditions.
Q: When should I calibrate the viscometer?
A: Calibration should be conducted routinely before initiating significant testing, after relocating the instrument, or whenever you observe irregular readings. Regular calibration maintains the viscometer's accuracy and reliability.
Q: Where can I purchase the Brook Field Viscometer?
A: This product is available through dealers, distributors, exporters, manufacturers, retailers, suppliers, traders, and wholesalers. Contact your preferred local or international laboratory equipment provider for availability.
Q: What is the process for measuring viscosity with this instrument?
A: Begin by setting up the viscometer and ensuring it is calibrated. Submerge the appropriate spindle into the sample liquid as per the instructions, select the correct speed, and observe the readings displayed, which indicate the liquid's viscosity.
Q: What benefits does the Brook Field Viscometer offer to laboratories?
A: It provides precise and consistent viscosity measurements, supports varied electrical inputs, and boasts a durable, easy-to-clean construction. These features enhance lab productivity and ensure accurate quality control results.