The PAC OptiReader is a high-precision digital density meter designed for fast and reliable measurement of liquid densities. Powered by a versatile 100-240 VAC, 50/60 Hz power supply, it is suitable for use in laboratories and field environments worldwide.
Product Features
- Accurate density measurement with high resolution
- Supports universal power input: 100-240 VAC, 50/60 Hz
- Fast measurement time for increased productivity
- Compact and portable for flexible use
- Easy-to-read digital display and simple user interface
- Multiple measurement units supported (g/cm³, kg/m³, API, etc.)
- USB connectivity for data transfer and logging
Note: OptiReader is now cited as an approved procedure in ASTM D3241-17a (Thermal Oxidation Stability of Aviation Fuels Test Method).
No Training Necessary
- No training or analytical knowledge required
- User friendly interface on a large 10.8" color touchscreen
- One button operation
- No operator visual check necessary
- Ease of use translates into lab savings
Numerical Heater Tube Scan
- Objective pass/fail results
- Quantifiable HT deposit thickness and volume
- Unified test report with results from JFTOT & OptiReader
- Data integration using PAC Intelligent Heater Tubes — at no extra cost
Over the Top Precision
- Better precision than ASTM D3241 requirements
- Accurate results validated through a set of 5 ALD standard tubes
- r < 0.2 nm, R < 4 nm
- Minimization of human error from the decision making
Fastest in the Market
- Full mapping is completed in less than 10 minutes
- Automated pass/fail validation
Benefits
- High Accuracy: Ensures reliable, repeatable results for quality assurance.
- Flexible Power Supply: Universal voltage compatibility enables global usage.
- Ease of Use: Intuitive controls reduce operator errors and training time.
- Portability: Lightweight and compact for convenient transport.
Why Choose PAC OptiReader?
PAC OptiReader offers a trusted, accurate, and user-friendly solution for liquid density measurement. Its versatile power compatibility and robust design make it ideal for diverse lab and field environments.
