OptiFPP: Cold Filter Plugging Point
Easy, Accurate, and Reliable Cold Filter Plugging Point Determination
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
Test Methods & Precision
Standard Test Methods:
Freeze Point: ASTM D5972 (IP 435), SH/T 0770-2015, GOST 52332, ASTM D2386 (IP 16/ISO 3013) equivalent or better
Kinematic Viscosity: ASTM D7945 @ -20°C, @ -40°C and @ 12cSt, ASTM D445 (IP 71/ISO 3104) equivalent or better
Density: ASTM D7777, ASTM D4052 (IP 365/ISO 12185) @ 15°C correlation
Repeatability & Reproducibility:
Freezing Point: Repeatability: 0.5 ºC Reproducibility: 0.8 ºC
Kinematic Viscosity:
Repeatability: 0.011cSt @ -20°C, 0.021cSt @ -20°C, 0.0018 X1.4 cSt @ -40°C, 0.0021 X1.4 cSt @ -40°C
Reproducibility: 0.021cSt @ -20°C, 0.0021 X1.4 cSt @ -40°C, 0.17°C @ 12cSt
Density:
Repeatability: 0.006081 (1000 – x) kg/m3
Reproducibility: 0.008545 (1000 – x) kg/m3
Bias: 0 (relative to ASTM manual methods)
Operation
Detection: Diffusive Light Scattering (DLS) technology for freeze point. Horizontal capillary with motive force for viscosity
Cooling System: Integrated Peltier device cooling system Linear cooling profiles according to freeze point test method
System Cleaning: Automatic flush cycle, no solvent required
Application Range
Freeze Point Temperature Range: Sample: – 80 to +70°C °C or °F (user selectable)
Test Resolution: 0.1°C
Measurements
Sample Size: 0.15 mL required for test minimum, 20 mL including cleaning
Test Duration: Freeze Point & Density combined: 8 to 10 minutes Viscosity & Density combined: 10 minutes Freeze, Viscosity & Density combined: 15 minutes
Required Operator Time : 0.25 minutes
Documentation
Printing Label printer: Detailed test report in °C or °F with date & time stamped, sample information, test mode
Full-size printer: Detailed detection curve tracking of fuel behaviors during the test; can be printed as part of test report.
Internal Memory: Storage up to 5000 test runs
QC-Functions: Automatic QC-sample handling and QC-Chart
Interface
Display: Full-color, touch-sensitive, 15” high-resolution LCD screen with virtual keyboard. Languages: English, Chinese
Printer: USB interface for label printer or full-size HP/PCL printer
LIMS interface: Ethernet or RS232, Automatic LIMS transfer
Data Export: USB Memory Stick, Import into Excel
Password Protection: Different access levels for Operator, Manager, Service
Diagnostics: Automatic diagnostic functions
Accessories: Barcode Reader, label printer
Utility Requirements
Electrical: 90V to 260 VAC; 47-63Hz; 350W
Ambient Conditions: Temperature: max. 10° to 30°C; extremes not recommended
Dimensions: 54.6 cm (21.5”) deep x 33.7 cm (13.25”) wide x 44.5 cm (17.5”) high
Weight Unit: 24 kg (53 lb.) Boxed: 28 kg (62 lb.)
Consumables
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