State-of-the-Art Solution
Designed to increase the laboratory productivity through automation, the ISL OptiFPP measures the Cold Filter Plugging Point of diesel fuels completely unattended, therefore reducing the operator time but also improving greatly the analysis performance.
Product Overview
The next generation Cold Filter Plugging Point analyzer combines a patented built-in cooling system and highly precise detection mechanism into an ultra-compact, easy to use instrument. The ISL OptiFPP analyzer provides automated CFPP test in strict accordance to ASTM D6371, EN 116 and EN 16329 conditions. OptiFPP precisely controls jacket cooling and electronically controlled vacuum adjusts as the test specimen is drawn though a mesh filter, per method conditions. Once crystal formation inhibits sample flow within a set time, a CFPP value is detected, displayed and stored to memory. Detailed reports are available, showing any abnormal points, as well as sample temperature behavior during the test.
The Cloud Point Kit is available with a stainless steel and a glass temperature sensor. A complete measuring head with a probe, filter unit and pipet is also available for purchase.
Key Features
Compact Design with Built-in Cooling System
Fully self-contained cooling system
Real-time display of test progress and results
Stand-alone and/or PC controlled operation
Specs
Standard Test Methods
CFPP: EN 116, EN 16329, IP 309, ASTM D 6371, JIS K 2288
CP: In accordance with ASTM D5771, IP 444, EN 23015, EN 590
In correlation to ASTM D2500, ISO 3015, IP 219, JIS K2269
Customized: up to 5 methods (stand-alone mode); unlimited (PC connection mode)
Analytical Principle
Aspiration of cooled diesel and domestic heating fuels through a filter into a volumetric pipette within 60 seconds
Cooling System
Internal Stirling Cooling
• Stepped or linear cooling profiles according to method or user defined (sample or jacket adjustable from
1°C/h to 120°C/h)
• Customizable up to 20 steps
Temperature Range
Sample: – 95°C to +51°C (-139°F to 123°F)
Jacket: -105°C to + 55°C (-157°F to +131°F) Automatic control of programmable cooling steps
Sample Temperature
Accuracy: 0.1°C Metal/Glass Pt100 probe IEC DIN 751 1/3 class B
Automatic calibration of measurement circuit and 20 points probe correction table
Cooling Temperature
Accuracy: 0.5°C Metal Pt100 probe
Automatic calibration procedure
Sample Volume
Around 45 ml
Calibration
Automatic temperature calibration routine. 2 to 10 points temperature probe correction table
Programmable calibration frequency
Power Requirements
90–240 VAC, (+/- 10 %) V – automatic adaptation, INDOOR USE ONLY
Environmental Conditions
Operating temp: 10 to 35°C (50 to 95°F) Storage temp: -20 to 50°C (-4 to 122°F)
Frequency
50/60 Hz
Wattage
300W
Data Management
Documentation: Real-time display on screen of test progress & graphics, Quality Control Database, Self diagnosis tool
Internal Memory: 200 test runs with graphic result and cooling curve.
Quality Control Database: Control of up to 30 Quality Control products with automatic acceptance criteria; deviations and statistical quality reports.
Each quality control chart can store up to 40 points. Devices calibration history and printable ticket
PC Networking: IRIS software connection for multi-instrument networking
Printing: Personal/Network printer; 40/80 columns/PCL5
Display: 7” color touch-screen
Data Input/Output: 2 USB ports, 1 Ethernet port, 1 RS232C serial link for direct connection to LIMS or external PC
Password Security: Multi-level password protection. Customer configurable
Physical Specs
Dimensions L x W x H: 700 x 454 x 350 mm (27.6 x 10 x 17.8 in) With second holder: 700 x 500 x 350 mm (27.6 x 19.7x 13.8 in)
Weight: 30 kg (67 lbs) and 30.7 kg (67.7 lbs) with measurement head



