AFIDA - Indicated Cetane Number Analyser - SA6000-0

METHODS

BIS IS 1448-9 ASTM D613 ASTM D6751 ASTM D7467 ASTM D8183 ASTM D975 BS EN 17155 BS EN ISO 5165 & BS 2000-41 & ISO 5165 IP 41 IP 617

Features

• Indicated Cetane Number by CVCC
• Range 35-85 ICN
• Highly automated with auto sampler
• Primary Reference Fuel Calibration
• No bias correction to engine values
• Excellent precision, minimal giveaway
• Easy to use, suitable for 24/7 operation
• Load and go

AFIDA Ambered Vials (pack of 100) - SA6003-001

METHODS

ASTM D613 ASTM D6751 ASTM D7467 ASTM D8183 ASTM D975 BS EN 17155 BS EN ISO 5165 & BS 2000-41 & ISO 5165 IP 41 IP 617

Features

• Pack of 100 ambered vials
• For use with the AFIDA SA6000-0)

AFIDA Septums for Sample Vials (pack of 100) - SA6003-002

METHODS

ASTM D613 ASTM D6751 ASTM D7467 ASTM D8183 ASTM D975 BS EN 17155 BS EN ISO 5165 & BS 2000-41 & ISO 5165 IP 41 IP 617

Features

• Pack of 100 vials
• For use with ambered sample vials SA6003-001

Verification Fluid (pack of 4) - SA6009-0

METHODS

ASTM D8183 BS EN 17155 IP 617

Features

• Pack of 4 x 40 ml verification fluid vials
• For use with the AFIDA SA6000-0

MHC-MEMO PRO - on-site Acoustic Emissions instrument | #FG-H16111-KH

Features

The ultimate tool for condition monitoring, Full spectrum capture and analysis capability with the included software. Route logging facility for multiple plant routes.

Features :- 

• Super - Slo mode allows monitoring of slowly rotating machinery down to 0.25rpm 
• Advances acoustic emission measurement tool for rotating machinery analysis.
• Air vacuum leak detection with included  MHC Air borne sensor .
   

Online Fluid Condition Sensor (FCS) | #FCS3111

Features

The Fluid Condition Sensor (FCS) is an online device designed for constant, real-time monitoring of critical fuel and oil parameters in hydraulic and marine applications, including conductivity, permittivity, moisture content, temperature, and pressure
Features :-
•    Reduces machinery design complexity by enabling four parameters to be measured by a single sensor. 
     • Replaces stand-alone sensors and wiring complexity. 
     • Simplifies data handling and connections. 
     • Multiple outputs from one sensor
 

Seta Silver and Copper Corrosion Bath - 11405-0

METHODS

ASTM D130 ASTM D4048 ASTM D4814 ASTM D7667 ASTM D7671 BIS IS 1448-15 IP 154 IP 611 BS 2000-112 & IP 112 BS EN ISO 2160 & BS 2000-154 & ISO 2160

Features

• Ambient +5 to 150 °C
• 22 litre bath
• Six test stations
• Programmable digital temperature controller
• Digital timer
• Over temp cut out & liquid level float switch
• Maximum liquid level outlet fitting
• Small footprint

Seta Copper Silver Block Bath - 11310-0

METHODS

ASTM D130 ASTM D7667

Features

• Dry heating for up to four test samples
• Holds four 25x150 mm test tubes
• Operator selected test set point temperature
• Stability ±0.1 °C

Seta Cu-Ag Corrosion Bath - 11300-2

METHODS

BIS IS 1448-15 ASTM D130 ASTM D4048 ASTM D4814 ASTM D7667 ASTM D7671 BS 2000-112 & IP 112 BS EN ISO 2160 & BS 2000-154 & ISO 2160 BS EN ISO 6251 & BS 2000-411 & ISO 6251 DIN EN ISO 2160 IP 112 IP 154 IP 611

Features

• Ambient +5 °C to 120 °C temperature range
• Copper and silver corrosion tests
• Two test stations
• Small footprint

Seta Oxi-Cor Bath - 15550-3

METHODS

BIS IS 1448-15 BIS IS 1448-147 ASTM D130 ASTM D4048 ASTM D4814 ASTM D525 ASTM D5304 ASTM D7667 ASTM D7671 ASTM D873 BS 2000-112 & IP 112 BS 2000-138 & IP 138 BS EN ISO 2160 & BS 2000-154 & ISO 2160 BS EN ISO 7536 & BS 2000-40 & ISO 7536 DIN EN ISO 2160 D

Features

• Stainless steel water or oil bath
• Ambient +5 to 150 °C temp range
• Four test stations (Three when used for Oxidation tests)
• Copper/Silver Corrosion and Oxidation tests
• Optional automatic pressure monitoring
• Integral over-temperature and low fluid level protection devices

Salt in Crude Analyser - 99700-6

METHODS

ASTM D3230 IP 265

Features

• Pre calibrated for immediate use to ASTM D3230
• Salt concentration values displayed automatically
• No need for mixing of salt standards
• Typical test time of less than 30 seconds
• Calibration modes allow verification using user standards
• Fully portable

Oil Test Centrifuge - 4 place - 90000-3

METHODS

ASTM D1290 ASTM D1796 ASTM D2273 ASTM D2709 ASTM D2711 ASTM D4007 ASTM D893 ASTM D91 ISO 3734 ISO 9030

Features

• Specially designed for testing oils
• Heated chamber, ambient to 80 °C
• 4 place swing out rotor
• Optional trolley
• Pre-heat facility to ensure bowl is at test temperature prior to test
• Universal buckets for 12.5 ml, 6 and 8 inch glassware
• Microprocessor control with 99 memories
• 6 place centrifuge available (90100-0)

H2S Analyser - SA4000-3

METHODS

ASTM D7621 IP 570 ISO 8217

Features

• Measurement range from 0-250 mg/kg H2S (0-250 ppm H2S) in the liquid phase
• Vapour Phase Processor proven to eliminate effects of chemical interference
• A non chemical method, no wet chemistry involved
• Small lab bench footprint, fully portable operation
• Suitable for monitoring residual marine fuel blends, Crude Oil, refinery feedstock components, cargoes & products in the distribution system
• Critical Measurement method for Product Safety and Release

FAME in Jet Fuel - FIJI - SA5050-0

METHODS

ASTM D1655 ASTM D7797 IP 583

Features

• Measures presence of all FAME types C8-C22
• Approved for co-processed fuels
• Analysis time 20 minutes
• 50 ml sample volume
• No hydrocarbon cleaning solvents required
• Laboratory and field instrument
• Suitable for untrained operators

SetaCheck Biodiesel - SA5500-0

METHODS

ASTM D8274

Features

• 0.1% to 40% measurement range
• Internal rechargeable battery
• No dilution required, samples measured directly
• Correlates with EN 14078
• User calibration available via PC software

FIJI MF - FAME in MultiFuels - SA5200-0

METHODS

ASTM D1655 ASTM D7797 ASTM D7963 DEF STAN 91-091 IP 583 ISO 8217

Features

• Measures presence of all FAME types C8-C22
• Analysis time 20 minutes
• 50 ml sample volume
• Approved for co-processed fuels
• No hydrocarbon cleaning solvents required
• Laboratory and field instrument
• Suitable for untrained operators

FIJI Multi-Fuel Upgrade Kit - SA5050-0

METHODS

ASTM D7797 ASTM D7963 IP 583

Features

• Upgrades a SA5000-2 or a SA5100-0 to a SA5200-0

FIJI - FAME in Distillate & Residual Fuels - SA5100-0

METHODS

ASTM D7963  ISO 8217

Features

• Measures presence of all FAME types C8-C22
• Approved for co-processed fuels
• Analysis time 20 minutes
• 50 ml sample volume
• Laboratory and field instrument
• Suitable for untrained operators
• Fully automatic

In-Line Conductivity Sensor - 99500-0

METHODS

ASTM D2624 IP 274

Features

• Precise measurement of fuel conductivity and temperature
• Temperature range -40° to 85 °C +/-0.5°C
• Accuracy +/-2% of reading
• Conductivity range: 0-2000 pS/m
• Easy installation
• Stainless Steel construction
• Standard 16 bar max line pressure (high pressure model available)
• ATEX, FM, IEC Certified (note - model dependent)

Conductivity Calibration Kit for Jet and Diesel Fuel - 99714-0

METHODS

ASTM D2624 IP 274

Features

• For use with the Handheld Conductivity Sensor for Jet Fuel (99708-0)
• Allows quick and easy calibration/verification from 0-2000 pS/m
• Optimised for AC conductivity measurement with active components ensuring long term stability and accuracy
• On completion of calibration a report is generated showing changes and the re-calibration date is automatically updated

Handheld Conductivity Meter for Jet Fuel - 99708-0

METHODS

ASTM D1655 ASTM D2624 DEF STAN 91-091 IP 274 ISO 6297

Features

• JF-1A instrument specified in ASTM D2624
• Precise measurement of fuel conductivity & temperature
• Range: 0-2000 pS/m (0-35°C)
• High-Accuracy (± 1.5% of reading)
• Stores up to 8 data locations
• Portable operation
• AC technology allows measurement of static & flowing fuel
• USB interface for ease of data transfer

Handheld Conductivity Sensor for Oils - 99707-0

Features

• Measures conductivity from 0 to 2000 pS/cm for oil analysis
• Sensor tip capable of being fully immersed in liquid chemical
• Built-in long life lithium-ion rechargeable battery
• Fully temperature compensated measurement
• High-Accuracy (± 1.5% of reading)
• USB interface for ease of data transfer
• Stores up to 8 data locations
• Internal real time date & clock for data record keeping

H2S Analyser - SA4015-0

METHODS

ASTM D7621 IP 570 ISO 8217

Features

• Measurement range from 0-250 mg/kg H2S (0-250 ppm H2S) in the liquid phase
• Vapour Phase Processor proven to eliminate effects of chemical interference
• A non chemical method, no wet chemistry involved
• Small lab bench footprint, fully portable operation
• Suitable for monitoring residual marine fuel blends, Crude Oil, refinery feedstock components, cargoes & products in the distribution system
• Critical Measurement method for Product Safety and Release

H2S Vapour Phase Processor Cartridge (pack of 100) - SA4017-100

METHODS

ASTM D7621 IP 570 ISO 8217

Features

• Pack of 100 filter cartridges
• One to be used per test
• For use with the Vapour Phase Processor (SA4015-0)

H2S Verification and Calibration Gas (110 litre) - SA4001-001

METHODS

ASTM D7621 IP 570 ISO 8217

Features

• 110 litre canister of 25 ppm Hydrogen Sulfide
• Verification is required every 30 days
• Used to calibrate and verify the H2S Analyser (SA4000-3)

IP 570 PTS Quarterly Membership - SA4032-0

METHODS

ASTM D7621 IP 570

Features

• A statistical quality assurance program available in monthly cycles
• Enables laboratories to evaluate their performance for testing liquid phase
• Ability to demonstrate compliance with laboratory accreditation requirements (ISO 17025)
• World-wide inter-laboratory comparison of test results and performance
• Identify any potential equipment or operational bias
• Provides added confidence to laboratory staff and customers
• Reduced potential for dispute

H2S Analyser with Vapour Phase Processor - SA4000-4

METHODS

ASTM D7621 IP 570 ISO/PAS 23263 ISO 8217

Features

Features

• Measurement range from 0-250 mg/kg H2S
• Built in Vapour Phase Processor
• Non chemical method, no wet chemistry involved
• Small lab bench footprint
• Integral camera to aid sample input
• Custom result reporting and LIMS output
• Weighing balance connectivity and automation
• Statistical Quality Control software

Herschel Emulsifier - 96700-2

METHODS

ASTM D1401 IP 412 ISO 6614

Features

• 4 independently controlled test stations
• Multiple operator safety features
• Automated test sequence
• No removal of the paddles required
• Guaranteed paddle rotation speed
• Non-reflective enhanced LED lighting
• Small footprint
• Intuitive software package

Air Release Value System - 15840-0

METHODS

ASTM D3427 BS 2000-313 IP 313 ISO 9120

Features

• Integrated solution
• Multi-station sample handling
• Automated and integrated density monitoring
• Automatic result calculation
• Results storage for over 10,000 tests
• Full LIMS connectivity
• Quick connectors for ease of sample handling
• Automated calibration procedure

MTVM - Lubricating Oil 500 ml - 99853-2

METHODS

ASTM D93 IP 34 ISO 2719 ASTM D97-IP15 ISO 3016 ASTM D445-IP 71 ISO 3104 ASTM D2270 IP 226 ASTM D4052 IP 365 ISO 12185

Features

• Supports full compliance to ASTM & IP test method
• Supplied with full certification including MSDS
• Supplied in 500 ml container
• Tamper evident security packaging
• 2 year shelf life from manufacture

Oxi Solid Block Bath 4 Way - 16670-0

METHODS

ASTM D525 ASTM D873 BS 2000-138 & IP 138 BS EN ISO 7536 & BS 2000-40 & ISO 7536 IP 40

Features

• 4 position
• Dry block
• Digital temperature control
• Over temperature cut out
• Pressure in the vessel can be monitored automatically with the Seta Auto-Oxi Control System (15452-2)
• Small footprint

Seta Auto-Oxi Control System - 15452-2

METHODS

ASTM D525 BS EN ISO 7536 & BS 2000-40 & ISO 7536 IP 40

Features

• Suitable for use with a range of pressure vessels
• Connects to Seta Pressure Transducers via USB hub
• Automatic breakpoint determination
• Connects to Computer via a USB cable
• Incorporates purge and leak test
• With Digital USB thermometer
• Graphical display

Seta Auto-Oxidation Stability Bath - 15400-5

METHODS

BIS IS 1448-147 ASTM D525 ASTM D5304 ASTM D873 BS 2000-138 & IP 138 BS EN ISO 7536 & BS 2000-40 & ISO 7536 IP 40

Features

• Operating temperature 100°C
• Water Bath with integral condenser
• 4 test stations
• Cold plunge bath
• Seta Auto-Oxi Automatic Pressure Monitoring
• Integral vessel charge system
• Constant level device

Seta Oxi-Cor Bath - 15550-3

METHODS

BIS IS 1448-15 BIS IS 1448-147 ASTM D130 ASTM D4048 ASTM D4814 ASTM D525 ASTM D5304 ASTM D7667 ASTM D7671 ASTM D873 BS 2000-112 & IP 112 BS 2000-138 & IP 138 BS EN ISO 2160 & BS 2000-154 & ISO 2160 BS EN ISO 7536 & BS 2000-40 & ISO 7536 DIN EN ISO 2160 DI

Features

• Stainless steel water or oil bath
• Ambient +5 to 150 °C temp range
• Four test stations (Three when used for Oxidation tests)
• Copper/Silver Corrosion and Oxidation tests
• Optional automatic pressure monitoring
• Integral over-temperature and low fluid level protection devices

AvCount Lube Particle Counter - SA1900-0

METHODS

ASTM D7619 ASTM D7647 GJB 420-1987/420-A-1996/420B-2006 IP 565 ISO 11500 ISO 4406 ISO 60970

Features

• Calibrated to ISO 11171
• Cumulative Particles/ml
• Up to 200 mm2/s viscosity
• FFKM seals compatible with synthetic oils
• Precise and reliable results
• PC controlled or stand-alone
• Ultra compact rugged, steel case suitable for portable use
• Programmable via PC

AvCount3 Particle Counter - SA1100-0

METHODS

ASTM D975 ASTM D7467 ASTM D7619 IP 565 IP PM FA DEF STAN 91-091 DEF STAN 91-86 GOST 17216 ISO 4406 ISO 60970 NAS 1638

Features

• ISO 11171 calibration
• Cumulative counts/ml
• ISO 4406 cleanliness codes
• Dilution ratio calculation
• Real time display of test progress
• LIMS, network and VNC connectivity
• Programmable alarm limits
• 14 embedded test methods

AvCount Lite Particle Counter - SA1800-2

METHODS

ASTM D7619 ASTM D975 DEF STAN 91-091 DEF STAN 91-86 IP 565 IP PM FA ISO 4406

Features

• ISO 11171 calibration
• Cumulative Particles/ml
• ISO 4406 Cleanliness Codes
• Portable, compact instrument
• Online/offline (bottle sample)
• Stand-alone or PC controlled
• Programmable via PC
• Integrated printer

AvCount Lube Particle Counter - SA1900-0

METHODS

ASTM D7619 ASTM D7647 GJB 420-1987/420-A-1996/420B-2006 IP 565 ISO 11500 ISO 4406 ISO 60970

Features

• Calibrated to ISO 11171
• Cumulative Particles/ml
• Up to 200 mm2/s viscosity
• FFKM seals compatible with synthetic oils
• Precise and reliable results
• PC controlled or stand-alone
• Ultra compact rugged, steel case suitable for portable use
• Programmable via PC

Protrend Software - SA1810-0

Features

• Control an AvCount Lite (SA1800-2) from a personal computer or laptop
• Temporarily create local custom test methods, run tests and download data
• Supports multiple AvCount Lite units, synchronising the sampling and measurement to allow trend analysis

MTVM - Kerosine 500 ml - 99850-0

METHODS

ASTM D1319 ASTM D1322 ASTM D2386-IP 16 ASTM D3227-IP 342 ASTM D3242-IP 354 ASTM D445-IP 71 ASTM D86 BS EN ISO 13736 & BS 2000-170 EN 13736 IP 123 IP 156 IP 170 IP 57 ISO 3012 ISO 3104 ISO 3405

Features

• Unique Multi-test verification from a single sample
• Manufactured in conformance to ISO 9001 and ISO 17025
• Supports full compliance to ASTM & IP test method
• Supplied with full certification including MSDS
• Supplied in 500 ml container
• Tamper evident security packaging
• 2 year shelf life from manufacture

MTVM - Fuel Oil 500 ml - 99852-0

METHODS

ASTM D4052 ASTM D97-IP15 ASTM D445-IP 71 ISO 3104 ASTM D4530 IP 398 ISO 10370 ASTM D93 (B) IP 34 (B) EN ISO 2719

Features

• Unique Multi-test verification from a single sample
• Manufactured in conformance to ISO 9001 and ISO 17025
• Supports full compliance to ASTM & IP test method
• Supplied with full certification including MSDS
• Supplied in 500 ml container
• Tamper evident security packaging
• 2 year shelf life from manufacture

MTVM - Gas Oil 500 ml - 99851-0

METHODS

ASTM D4052 ASTM D86 IP 123 BS EN ISO 3405 & BS 2000-123 ASTM D93 IP 34 EN ISO 2719 ASTM D2500-IP 219 ASTM D6371

Features

• Unique multi-test verification from a single sample
• Manufactured in conformance to ISO 9001 and ISO 17025
• Supports full compliance to ASTM and IP test method
• Supplied with full certification including MSDS
• Supplied in 500 ml container
• Tamper evident security packaging
• 2 year shelf life from manufacture

Thermometer Digital: Precision -199 to 199C - 51000-0

Features

• -199 to 199 °C
• Excellent precision
• Fast response time
• Compact design
• Traceable calibration in accordance with ASTM E1137 and ASTM E2877 specifications

Digital Thermometer High Range -199 to 300C - 51005-0

Features

• High range temperature measurement
• -199.9 to +300ºC
• +/- 0.5 ºC precision
• Compact design
• Traceable calibration in accordance with ASTM E1137 and ASTM E2877

Non Hazardous Thermometer ASTM9C - ASTMST9C

METHODS

ASTM D93

Features

• -5 to +110 ºC
• Non-hazardous
• Same dimensions as traditional Hg thermometers
• Easy to clean up in the event of breakage
• Visually different from Hg (blue filling)

Thermometer ASTMS5C: Low Hazard - ASTMS5CX

METHODS

ASTM D2500 ASTM D97 ASTM E2251

Features

• Same dimensions as traditional Hg thermometers
• Easy to clean up in the event of breakage
• Visually different from Hg (blue)
• Classified as non-hazardous for shipping

SetaVap4 Automatic Vapour Pressure Analyser - 80600-0

METHODS

ASTM D5188 ASTM D5191 ASTM D6377 ASTM D6378 ASTM D6897 ASTM D8009 EN 13016-1 EN 13016-3 IP 394

Features

• Rapid, automatic testing
• Simple test procedure
• Compact, rugged design for portable or laboratory use
• Real time display of test progress and storage for 500,000 results
• Integrated shaker for crude oil measurements
• Results can be saved to USB or transferred via QR code
• Statistical Quality Control (SQC) software to analyse results to conform to ASTM D6299
• Test multiple temperatures and multiple V/L ratios (ASTM D6377)

Setavap 2 Vapour Pressure Tester - 81000-2

METHODS

BIS IS 1448-39 ASTM D5191 BS EN 13016-1 & BS 2000-394 CORRELATES WITH: ASTM D323 & ASTM D4953 & ASTM D5482 & ASTM D6378 & IP 69 & BS ISO 3007 & BS 2000-69 IP 481

Features

• Rapid and automatic testing
• "Mini" method uses 3 ml sample size
• Selectable units - kPa or psi
• Results available as Ptot, DVPE, Crude, Pabs

Vapour Pressure - Certified Reference Material, Pentane 200 ml - 80610-0

METHODS

ASTM D5191 ASTM D6378 BS EN 13016-1 & BS 2000-394 EN 13016-3

Features

• Suitable for verification of Setavap and other mini method instruments
• Determines the vapour pressure of volatile liquid petroleum products, ethanol blends, hydrocarbons and hydrocarbon-oxygenate mixtures

Crude Oil Manual Piston Cylinder - 80615-0

METHODS

ASTM D6377 ASTM D8009

Features

• Enables crude oil samples to be taken from a storage tank, rail car or pipeline
• Up to 1380 kPa (200 psi)
• 500 ml sample volume
• Light weight
• Quick set up
• Easy to use
• Dual scale gauge (psi/kPa)

PM-93 Pensky-Martens Flash Point Tester - 35000-0

METHODS

ASTM D93 BS EN ISO 2719 & BS 2000-34 IP 34

Features

• Easy operation
• Superior safety
• Patented ‘SafeFlash’ auto fire extinguisher
• Complies with ISO 2719 annex b
• Gas or electronic ignition
• Memory storage for 2000 results
• Compact footprint
• Statistical Quality Control software

Setaflash Series 3 Flash Point Tester - 30000-3

METHODS

ASTM D1655 ASTM D3278 ASTM D3828 ASTM D7236 ASTM D8174 ASTM E502 CLP REGULATIONS EC NO 1272/2008 EPA 1020 B IP 523 ISO 3679 IP 524 IP 534 ISO 3680 (OBS)

Features

• 1 minute test, 2 ml sample
• Ambient to 300 °C
• Simple test procedure
• Compact, portable and rugged design
• Automated flash detection
• Automatic barometric pressure correction
• USB port and result storage
• Low cost of purchase and maintenance

Setaflash Series 3e ActiveCool Flash Point Tester - 33220-0

METHODS

ASTM D1655 ASTM D3278 ASTM D3828 ASTM D7236 ASTM D8174 ASTM E502 BS EN ISO 3679 & BS 2000-523 IP 523 IP 524 IP 534 ISO 3680 (OBS)

Features

• Flash / No Flash & Ramp modes
• Electric ignitor
• 10 to 135°C temperature range
• Less than 2 minute test
• Small sample size (2 or 4ml)
• Automatic flash detection
• Electronic peltier cooling
• Portable operation

Setaflash Series 8 ActiveCool Flash Point Tester - 82100-2

METHODS

ASTM D1655 ASTM D3278 ASTM D3828 ASTM D7236 ASTM D8174 ASTM E502 BS EN ISO 3679 & BS 2000-523 CLP REGULATIONS EC NO 1272/2008 EPA 1020 B IP 523 IP 534 ISO 3679 ISO 3680 (OBS)

Features

• -30 °C to 135 °C, no external cooling
• 2 ml sample, 1 minute test
• Electric ignition (gas models available)
• Automated flash detection
• Ramp mode for unknown samples
• Fire detection (alarm and relay)
• Peltier heating and cooling
• Automatic barometric pressure correction

PM-93 Pensky-Martens Flash Point Tester - 35000-0

METHODS

ASTM D93 BS EN ISO 2719 & BS 2000-34 IP 34

Features

• Easy operation
• Superior safety
• Patented ‘SafeFlash’ auto fire extinguisher
• Complies with ISO 2719 annex b
• Gas or electronic ignition
• Memory storage for 2000 results
• Compact footprint
• Statistical Quality Control software

SSAFPAK Aviation Fuel Contamination Test Kit - 86500-3

METHODS

86500-3

Features

The SSAFPAK Aviation Fuel Contamination Test Kit is a self-contained kit of test equipment for rapid detection of contamination in jet aviation fuel. Designed for use on the apron and at fuel storage facilities, SSAFPAK allows you to carry out six tests that can quickly provide a go/no-go decision on aviation fuel quality.

The Kit comprises of 6 key tests: Flash Point, Contamination, Density, Conductivity, Water Content & Microbial Activity.

Fuel Test Centre FTC

Features

The Fuel Test Centre is a suite of electronic test equipment designed for testing Diesel Fuel and ATF in harsh marine environments.

Regular Fuel testing is vital as it ensures that you know that the fuel you are bunkering and using is fit for its purpose. There are a host of problems that can occur with your fuel, both Diesel as well as ATF. Parameters can be effected not only at refining level but more so during transportation and storage.

The FTC is a suite of instruments giving accurate and easy to use testing solutions for 6 critical parameters of Fuels; Particles, Flash Point, Microbiology, Colour, Density and Water. All tests are done in accordance to or in correlation with ASTM standards. Regular testing of these parameters can help in taking timely decisions to avoid impending breakdowns.