The Tintometer PFXi-880/IP17 + RCMSi Pack is a precision spectrophotometric colorimeter designed for accurate colour measurement of petroleum oils and fuels using IP17 Methods A & B. Featuring RCMSi remote calibration technology, a 153mm sample chamber, and optional heating, it provides consistent, reliable, and standards-compliant results for laboratory and industrial applications.
Product Features
- Petroleum Oils & Fuels (IP17 Methods A & B) [IP Units, Lovibond RYBN Colour, CIE Values, Spectral Data]
- Integrated RCMSi Technology for Remote Calibration
- Automatic and non-subjective colour measurement
- Consistent data compliant with international standards
- Very rugged, chemically resistant, steel construction
- Easy maintenance with removable sample chamber
- Ability to handle hot samples with high melting points
- Extensive and flexible choice of colour scales
- Remote upgrade facility
- Calculation and description of "off-hue" status
- Supplied with colour control software for data analysis
- Conformance standard, cells and spare bulb included
- Output conforming to GLP including date, time, sample & user ID
- Accommodates a wide range of sample cells and tubes
- Extensive range of accessories (e.g. thermal printer)
- 153mm (6") sample chamber guarantees compliance with AOCS, ISO, and ASTM standards
- Optional integrated heater unit
Applications
- Petroleum Oils
- Petroleum Fuels
- Waxes
Benefits
- Delivers precise and reliable colour measurement for petroleum oils, fuels, and waxes
- 153mm sample chamber ensures compliance with AOCS, ISO, ASTM, and IP17 standards
- Optional heated chamber allows testing of high-temperature or high-melting samples
- Remote calibration reduces downtime and guarantees accurate, standards-compliant results
- Durable construction suitable for long-term laboratory and industrial use
Why Choose Tintometer PFXi-880/IP17 + RCMSi Pack?
This model provides advanced colour measurement for petroleum oils, fuels, and waxes, combining IP17 method compliance with remote calibration and optional heating for precise, reproducible, and reliable results.
