Semi-auto PMCC Flash Point Tester 52-CFP102

Lab Expo Semi-auto PMCC Flash Point Tester 52-CFP102 is equipped with advanced software. It is suitable for flammability applications on both biodiesel and biodiesel-blended fuels along with distillate fuels like diesel, heating oil and kerosene. It is designed as per ASTM D93 “Test Methods for Flash Point of Petroleum Products (Closed Cup Methods)”.

$9,720.00 $ 8100

Semi-auto PMCC Flash Point Tester 52-CFP102 - Specifications

Ambient temperature 10 °C ~ 30 °C
Relative humidity < 80 %
Stirring speed 105 rpm
Measurement Range Ambient temperature ~ 250 °C
Flash Point Lower than 104 °C : 1 °C; higher than 104 °C : 2 °C
Resolution 0.1 °C
Repeatability Lower than 104 °C : error is 2 °C; higher than 104 °C : error is 4 °C
Accuracy 0.002
Gas Flame 4 mm
Dimension 360 × 110 × 300 mm
Total Power Consumption 300 W
Power supply AC 220 V ± 10 %, 50 Hz
Net Weight 10 kg

Semi-auto PMCC Flash Point Tester 52-CFP102 - Key Features

  • Microprocessor-based PID control with 0.1C resolution
  • Equipped with advanced software for automated testing
  • Temperature controller maintaining accuracy within 2C range
  • Print out test data automatically via integrated interface
  • Six digits display showing measurements to 0.1C precision

Semi-auto PMCC Flash Point Tester 52-CFP102 - Applications

FunctionImplementation
Quality control labs0.1 °C resolution enables precise flash point determination
Petroleum testing facilitiesAmbient to 250 °C measurement range supports diesel and kerosene analysis
Biodiesel blending operations105 rpm stirring speed ensures uniform sample heating during test cycles
Clinical fuel screeningRepeatability error of 2 °C below 104 °C allows consistent quality assessment
Industrial safety complianceFlash point accuracy of 1 °C below 104 °C meets ASTM D93 requirements

Semi-auto PMCC Flash Point Tester 52-CFP102 - Catalog

Related Closed Cup Flash Point Tester

Lab Expo Closed Cup Flash Point Tester units are used for determination of flash point of flammable liquids under controlled enclosed conditions in laboratory workflows. The range supports testing from approximately 5 °C to 400 °C with defined resolution and repeatability. Systems integrate controlled heating, automated ignition, and sample stirring, suitable for petroleum testing, chemical analysis, and safety compliance applications.