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General| Repeatability | ±0.2% |
|---|---|
| Temperature Sensor | PT100 |
| Power Supply | 100-240 V, 50/60 Hz |
| Speed Range | 0.3 - 100 rpm |
| Accuracy | ±1% of full scale |
Operator responsibilities, equipment usage, and warnings for safe operation.
Explanation of symbols used to warn of hazards and important information.
Guidelines for safe operation, emergency procedures, and substance handling.
Details on speed, viscosity accuracy, repeatability, and temperature accuracy.
Specifies conditions like temperature, altitude, and humidity for optimal operation.
Instructions for cleaning spindles, guards, and other parts after use.
Recommendations for regular check-ups by technical service.
List of parts included in the standard equipment delivery.
Important warnings regarding power supply, cleaning, and safe placement.
Identification of main components visible on the front of the viscometer.
Details of connections and identification label on the back of the viscometer.
Step-by-step guide for assembling the viscometer base and connecting power.
Explanation of the viscometer's capacitive keyboard and screen functions.
Steps for powering on the viscometer and initial screen display.
Procedure for verifying viscometer operation through an automatic test.
Overview of accessing and navigating the main menu options.
Accessing and configuring settings like language, units, and calibration.
How to select the desired working language for the instrument menus.
Choosing units for viscosity (Pa·s, cP) and temperature (°C, °F).
Procedures for recalibrating viscosity and temperature sensors.
Restoring factory viscosity calibration settings of the equipment.
Step-by-step guide for calibrating viscosity using standard oils.
Instructions for calibrating the temperature probe using a simulator.
Setting the current date and time on the viscometer.
Setting up measurement parameters like spindle, speed, and density.
Understanding the data displayed during an active viscosity measurement.
Creating, saving, and selecting programmable measurement configurations.
Steps to create or modify saved measurement profiles.
Configuring Time to Torque (TTT) and Time to Stop (TTS) for measurements.
Setting recording start/end times and sample increments for data logging.
Defining specific parameters for a measurement experiment.
Loading previously saved measurement configurations (logs).
Detailed explanation of Time to Torque and Time to Stop functionalities.
Accessing output, information, and communication settings.
Configuring data recording to a USB memory stick.
Displaying Fungilab contact details for support or reference.
Downloading saved data to a USB memory stick.
Explanation of Newtonian, Non-Newtonian fluids, and their classifications.
Discussion of temperature, shear rate, measurement conditions, and composition.
Description and specifications of adapters for measuring low viscosities.
Step-by-step instructions for assembling the LCP adapter.
Procedures for removing and cleaning the LCP adapter.
Measurement range, volume, shear rate factor, and temperature limits.
Overview of adapters for small sample volumes and precise measurements.
Instructions for mounting the APM adapter and its components.
Procedures for disassembly and cleaning of the APM adapter.
Measurement ranges and spindle compatibility for APM adapters.
Description of the Heldal unit for testing non-flowing substances.
Detailed steps for installing and setting up the Heldal unit.
Description of the heating chamber for high-temperature tests.
Procedure for connecting the Thermosphere to the viscometer via USB.
Table mapping viscometer models to standard spindle types.
Table listing special spindles compatible with APM adapters.
Table mapping viscometer models to special spindles for Heldal unit.
Table listing special spindles compatible with LCP adapters.
Table of special vane spindles for different viscometer models.
Table of standard oils required for calibrating Model L spindles.
Table of standard oils required for calibrating Model R spindles.
Table of standard oils required for calibrating Model H spindles.
Maximum guideline viscosity values for standard spindles on ADVANCE L.
Maximum guideline viscosity values for special aerial spindles on ADVANCE L.
Maximum guideline viscosity values for special TL spindles on ADVANCE L.
Maximum guideline viscosity values when using the LCP adapter with ADVANCE L.
Maximum guideline viscosity values for special vane spindles on ADVANCE L.
Maximum guideline viscosity values for special Heldal spindles on ADVANCE L.
Maximum guideline viscosity values for standard spindles on ADVANCE R.
Maximum guideline viscosity values for special TR spindles on ADVANCE R.
Maximum guideline viscosity values when using the LCP adapter with ADVANCE R.
Maximum guideline viscosity values for special vane spindles on ADVANCE R.
Maximum guideline viscosity values for special Heldal spindles on ADVANCE R.
Maximum guideline viscosity values for standard spindles on ADVANCE H.
Maximum guideline viscosity values for special TR spindles on ADVANCE H.
Maximum guideline viscosity values for special vane spindles on ADVANCE H.
Maximum guideline viscosity values for special Heldal spindles on ADVANCE H.
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