Product Description
- Type of instrument:
Rotating viscometer
- Speed range : Unlimited number of speeds between 0.3 and 250 rpm
- Torque Range :
From 0.05 to 13 mNm | From 0.005 to 0.8 mNm (LR VERSION)
- Temperature :
The FIRST TOUCH has a PT100 sensor which indicates temperatures between -50 C to + 300 C.
- Accuracy :
+/- 1 % of the full scale
- Repeatability:
+/- 0,2 %
- Viscosity Range :
3 - 180,000,000 mPas depending on the measuring geometry used.
- Display :
7 Touch screen
- Display Settings :
Viscosity | Speed | Torque | Temperature | Time | Measuring geometry | Level of sensitivity | Date/ hour | Choice of viscosity units: cP or mPas | Language: French/English
- Security and Confidentiality :
An "operator" function allows you to enter a username for your instrument. This user must then be identified using a 4-digit code. There is also a protected mode that locks your measurement conditions.
- Supply Voltage:
90-240 VAC 50/60 Hz
- Analog Output :
4 20 mA | Torque range to be defined by user
- PC Connections :
RS232 Port and USB
- Printer Connection :
USB Host Port
- Benefits for you :
You can connect a USB printer. External control thanks to the optional VISCO RM software. The FIRST TOUCH lets you set measuring times for thixotropic products. Get kinematic viscosity by inputting the density of your product.
- Carry Case :
Optional
- Dimensions and weight :
Head: L180 x W135 x H250 mm | Hardened steel stand: L280 x W200 x H30 mm | Stainless steel rod: Length 500 mm | Weight: 6.7 kg
Designed for Versatility and PrecisionThe FIRST TOUCH VISCOMETER stands out by offering an extensive measurement range, supporting various sample viscosities in different laboratory settings. Its advanced auto and manual calibration options, along with selectable speed and sampling intervals, streamline workflows and enhance reliability for researchers and technicians alike.
Sophisticated Data Management and OutputEffortlessly manage and analyze results with the integrated touch screen digital display, real-time live graphs, and seamless data export via USB or RS232 interface. The viscometers intuitive controls, data storage capabilities, and multi-language support ensure efficient operation and precise documentation for all users.
FAQs of FIRST TOUCH VISCOMETER:
Q: How does the FIRST TOUCH VISCOMETER ensure accurate viscosity measurement?
A: This viscometer employs a high-precision spindle set, selectable speeds from 0.3 to 60 rpm, and displays measurements with a resolution of 0.01 mPas. Its automatic and manual calibration features, along with overload and overheat protections, guarantee accuracy within 1.0% of the full scale.
Q: What is the process for exporting data and monitoring results with this device?
A: Real-time viscosity measurements are shown on the touch screen and can be displayed as live graphs. Data can be exported directly to computers or compatible devices via the built-in USB and RS232 interfaces, enabling detailed analysis and record-keeping.
Q: When and where can this viscometer be used most effectively?
A: The FIRST TOUCH VISCOMETER is ideal for laboratory viscosity measurements in academic, research, and industrial environments where precision, repeatability, and digital data management are essential. Its robust build and versatile configuration make it suitable for both routine and advanced testing.
Q: What types of samples and capacities can the viscometer accommodate?
A: Depending on the spindle and configuration, the device can handle sample volumes ranging from 10 ml to 1000 ml, covering a wide variety of liquid viscosities, from thin solutions to highly viscous substances.
Q: How does the optional PT100 temperature probe enhance testing capabilities?
A: When equipped with the PT100 probe, the viscometer can precisely monitor and control sample temperature between 0C and 100C, ensuring consistent viscosity measurements under various temperature conditions.
Q: What are the main benefits of the auto range detection and automation features?
A: Auto range detection and the automatic measurement process minimize manual adjustments and operator errors, streamlining workflows and saving valuable time during routine and high-throughput sample testing.