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ASTM D93 pg 1 ASTM D130 pg 2 ASTM D189 pg 3 ASTM D445 pg 4 ASTM D874 pg 5 ASTM D1160 pg 6 ASTM D874 pg 7 ASTM D1160 pg 8 ASTM D1796/D2709 pg 9 ASTM D2274 pg 10 ASTM D2500 pg 11 ASTM D2622 pg 12 ASTM D3828 pg 13 ASTM D4294 pg 14 ASTM D6584 pg 15 ASTM D4737 pg 16 ASTM D7501 pg 18 ASTM D664-D2896-D4739 pg 19 ASTM D6751 pg 20 ASTM D6079 pg 21
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Test Methods: ISO 2719, ASTM D93/IP34 Model APM-7 is the latest version of the automated Pensky-Martens Closed Cup (PMCC) flash point tester. SINGLE ACTION SETTING: The cup cover and the stirrer are permanently mounted on a swing-arm assembly, which allows an easy handling of the test cup cover. It makes free from handling the hot cup cover after completing a test. EASY OPERATION: Select a test mode and enter the expected flash point; while the instrument executes the test, you are free to do other lab work. The instrument follows the exact procedures prescribed in the test method, and the completion of the test cycle is signaled by beeps. The test result is brightly shown on the VFD module. INTERCHANGEABLE IGNITION SOURCE: APM-7 is equipped with both gas and electric igniter as the ignition source. It only takes a few minutes to switch from gas to electric or vice versa. DRAFT PROTECTION SHIELD COVER: A tinted acrylic cover not only insures the flame integrity but reduces the glare from the electric igniter coil. DATA HANDLING: The unit is equipped to store up to 50 successive test results and export to an optional printer or to a LIMS through an RS232 port. MODULAR DESIGN: The tester consists of a computer control unit and a test head unit, allowing remotely placing the test head unit up to 3 meters away. An optional Changeover unit can be purchased to attach the control unit to another type of flash point test head unit (ATG-7or ACO-7). The control unit is designed to control any type of the three different flash point test head unit, but one at a time. RANGE: 40 to 370 C 1
Test Methods: ASTM D130, D1838, D4814 Annex and ISO 2160 Copper Strip Corrosion by Petroleum Products Solid Block Constant Temperature Baths Liquid Constant Temperature Baths Baths for Test Tubes or Test Bomb Temperature Range 30 to 180 C Temperature Stability of ±0.2 C We offer a wide range of constant temperature test baths conforming to ASTM D130 copper corrosion test for fuel and related test methods. Liquid baths are offered with capacity for 4, 8, or 12 test bombs held in a vertical position. The same baths may also be used (with a change of support rack) for test tube only procedure accommodating 8, 16, or 24 test tubes. The ASTM D130 test is used at various temperatures for the following samples: Aviation gasoline, aviation turbine fuel, @ 100 C in a test bomb Natural gasoline, @ 40 C in a test bomb Diesel fuel and fuel oils, automotive gasoline, @ 50 to 100 C in a test tube Cleaners and kerosene @ 100 C in a test tube Lubricating oils @ 100 C and higher in a test tube Pressure vessels are used for more volatile products like gasoline and aviation fuels versus the test tube procedure used for lubricants, diesel, and biodiesel. 2
Test Methods: ASTM D 189, IP 13, ISO 6615. The ACR-6 Conradson Carbon Residue Tester automates the evaporation and pyrolysis of the oil sample in preparation for determination of the Conradson value for percentage of carbon residue remaining, and is intended to provide some indication of relative coke-forming propensities. Optimum heater output for the prescribed burning process is programmed easily prior to the test. Ignition is determined by sheathed thermocouple. Easy Operation: Optimum heater output for the prescribed burning process is programmed easily prior to a test. Once a test starts, no further adjustment needs to be done. Temperature Monitoring System: As needed, with a thermocouple placed at the crucible, temperature can be monitored to obtain a constant temperature during the last 7min of process. Easy To Clean: Oven unit cover, control unit cover, hood and large Iron crucible with cover are made of stainless steel. Not only easy-to-clean but also durable. Modular Design: Oven and controller are separated so that only the oven unit needs to be installed in a fume hood. (Optional connecting cable is required.) SPECIFICATIONS: CONFORMING STANDARDS: ISO 6615, ASTM D189, IP 13, etc. PROCESS CONTROL: By built-in micro processor HEATING DEVICE: Nichrome coil heater, side and bottom, 1.3kW@100V or 1.3kW@220V IGNITING DEVICE: Pilot burner system. LP gas or city gas, Pilot burner is ignited manually before each test FLAME DETECTOR: Sample vapor is ignited and extinguished by detecting temperature by means of sheath type thermocouple COOLING DEVICE: Forced air cooling by sirocco fan TIME MONITOR: Indicated by digital display: *Ignition time (from start to ignition) *Burning time (from ignition to heating start) DIMENSION & WEIGHT: Control unit: 250W 360D 190H (mm), 7.5kg Oven unit: 190W 260D 440H, 5.5kg UTILITY AND OTHERS: POWER SUPPLY: AC100/120V or 220/240V 50/60Hz 2.2kW(max.) GAS SUPPLY: LP gas or Natural gas (Max. pressure<9.8kpa) 3
Test Methods: ASTM D445, ISO 3104, IP 71, ASTM D446, ISO 3105 miniav Automatic Viscometer Meets all ASTM 445 Precision Specifications Convenient and Affordable Automated Testing 100-Fold Range Tubes for Kinematic Viscosities Between 0.3 and 6,000*mm²/s Selectable Temperature Range Between 15 and 100 C Attractive and Compact Tabletop Unit Save Space, Save Time, Save Money! CFR 21 Part 11 Compliance The miniav with a single auto sampler provides automatic kinematic viscosity testing within parameters specified by ASTM D445/446 and ISO 3104/3105. The miniav measures flow rates within ±0.001 second by electronically timing the liquid meniscus as it moves between thermistor timing sensors. Bath temperature is controlled with accuracy better than ±0.01 C between 15 and 100, as required by ASTM D445/446. The miniav bath unit housing is only 10 inches wide, and the unit is less than 21 inches in height. 4
Test Methods: ASTM D524, D6074; IP 14; ISO 4262; FTM 791-5002; NF T 60-117 Determines the carbon residue left after evaporation and pyrolysis of a sample oil in the Ramsbottom furnace, providing an indication of the deposit forming tendencies of fuels and guidelines for the processing of refinery products. Features and Benefits Microprocessor temperature control with digital display and overtemperature cut-off Thermostatically controlled coking furnace for five samples Cast-iron block type furnace reaches the standard test temperature of 550 C (1022 F) rapidly and controls with ±1 C stability Microprocessor temperature control has C/ F switchable digital setpoint and display Operator and equipment are protected by an over-temperature control circuit which automatically interrupts power to the unit should block temperature exceed the programmed cut-off point. Communications software (RS232, etc.), ramp-to-set and other enhanced features are available as extra cost options. Contact your Koehler representative for information. Heavily insulated stainless steel cabinet with three-layer refractory top provides excellent heat retention. Specifications Furnace Type: Cast iron block Capacity: 5 coking bulbs Maximum Temperature: 650 C (1200 F) Controller Sensitivity: ±1 C (± 2 F) Heater: 0-2400W, ceramic band heater 5
Test Method: ASTM D613 Test Method No Modification to the Engine On-The-Fly Switchable Between Automated And Manual Operation Four Products from Data Capture Only to Hands Off Automation Operator Time Saving Improved Data Precision ISO Traceability is Simplified With Full Documentation Automation for Laboratory and On-Line Engines Upgrading of Waukesha CFR laboratory and on-line cetane test engines is now available that fully and in all details conform to ASTM D613 test method. Available are three products for laboratory engines and one for inline engines. Products range from economical data capture only to full hands off automation. Each product is simply upgradable at a later date to the product with higher degree of automation. The software automatically records all data (depending on degree of automation) from dual cetane meter, hand wheel position, injection timing, and ignition delay. Data management and data treatment including all calculations and data storage are done by the software in strict accordance with ASTM D613 method. This data capture offers full, simplified ISO traceability with full documentation. Test results precision is improved. Detailed reports are printed out at end of each test or on command. Historic data is easily retrievable. The data is available for transfer to a LIMMS for storage or to a spread sheet for further analysis. All calculations for U & T blends are done by the software. One important feature of this engine automation system is the ability to switch in mid-test from automated to manual operation and back again. 6
Test Method: ASTM D482, D874, D1026, D3174, D4422 Determines the amount of ash in distillate and residual fuels,,gas turbine fuels, crude oils, lubricating oils, waxes, and other petroleum products. Features and Benefits Three capacity options Up to 12 heating/cooling ramps or dwell periods available Achieves 2 to 4 complete air changes per minute Programmable Muffle Furnaces The Programmable Muffle Furnace combines microprocessor control with state-of-the-art construction and forced draft capability. They are ideal for ashing a variety of samples, including petroleum products, food, pharmaceuticals, chemicals, and paper. They can also be used as standard muffle furnaces for firing or annealing glass or ceramic specimens, solid-state inorganic reactions, rock and mineral fusions, sample drying, and tempering. Specifications Conforms to the specifications of: ASTM D482, D874, D1026, D3174, D4422; IP 4, IP 163; ISO 3987, ISO 6245; NF M 07-045; DIN 51352, DIN 51575 Capacity: 0.14, 0.58, and 1.26 cu. ft. (0.004, 0.016, 0.036m3) Temperature Range: ambient to 1125 C (2057 F) Setpoint Repeatability: ±1 C (±2 F) Setpoint Accuracy: ±4 C (±7 F) Temperature Uniformity: 0.14 cu. ft. model: ±5 C (±9 F) 0.58 cu. ft. model: ±8 C (±14 F) 1.26 cu. ft. model: ±10 C (±18 F) Number of Air Exchanges per Minute: 0.14 cu. ft. model: 4 0.58 cu. ft. model: 3 1.26 cu. ft. model: 2 7
Test Method: ASTM D1160 Vacuum Distillation Apparatus The ASTM D1160 (ISO 6616) is an easy to use vacuum distillation apparatus for the distillation of petroleum products. All models conform to ASTM D1160. Fully-Automatic D1160 The fully-automatic unit features fully automatic control from a PC along with standard ASTM glassware. Vacuum level, bath temperature, distillation rate and so forth are all programmable through the PC and are controlled automatically. 1000 s of programs can be stored. System Features: Fully Automatic Operation PC Control with Windows Operating System Automatic Generation of Reports Easily export data Automatic Cleaning Cycle Fully-Automatic D1160 Semi-Automatic D1160 The semi-automatic unit features standard ASTM D1160 glassware enhanced with microprocessor control. The vacuum level, bath temperature and heating rates are programmable with up to 50 stored programs. Vapor temperature, distilling flask temperature and vacuum level are digitally displayed. Optional PC interface allows the distillation to be controlled from a PC and for data to be stored on the PC. Semi-Automatic D1160 System Features: Automatic Vacuum Control Automatic Heat Control Vapor Temperature Display Pot Temperature Display Automatic Shutdown for high pot or vapor temperature 8
Test Method: ASTM D91, D96, D893, D1796, D2273, D2709, D2711, D4007, D5546; Centrifugation provides a convenient means of determining sediment and water content in crude oil, fuel oils, middle distillate fuels, and biodiesel. Also used in determining the precipitation number, demulsibility characteristics, trace sediments, and insolubles in used lubricating oils. Automatic Heated Oil Test Centrifuge Choice of long, short, pear, or finger rotor assembly to accommodate corresponding centrifuge tubes Accommodates four (4) centrifuge tubes of 6 or 8" conical ASTM types, long, short, pear or finger tubes Automatic control of acceleration ramp, centrifugation speed, and timing functions. 4-1/2" LCD Touch Screen Control Panel Substantial Insulation for Reduced Heat Loss Self balancing, Quiet Operation Large, clear, top opening lid Class 1, Division 2 explosion resistant rating Fully automatic bench top centrifuge designed expressly for petroleum testing applications. Features a 4-1/2" LCD touch screen control panel. This integrated touch screen can be used to turn the heat on and off, set the duration of the test, set the RCF/RPM values and choose the type of rotor assembly and corresponding glassware to be used during the test. The Servoed motor speed mechanism allows the user to simply set the desired speed and the instrument will attain that speed. This mechanism calculates RPM based on the given RCF and type of Rotor selected. The large, clear, top opening lid provides for easy access to the rotor and tube holders and for cleaning of the unit. The lid has a 18-1/2" diameter viewing window allowing the operator to view inside the chamber for checking the status of the rotor and checking for possible spillage of the centrifuge tubes. Molded PTFE cushions provide for maximum protection and easy positioning of the tubes. Safety Features The Centrifuge comes equipped with a Safety Lockout Mechanism. Upon emergency shutdown the door is locked and cannot be unlocked until the unit comes to a complete stop, the unit is turned back on, and the stop/unlock key is pressed on the touch screen display. Furthermore, the centrifuge cannot start while the door of the chamber is open and the latch is not engaged. The Nitrogen Purge feature allows for a slow release of Nitrogen into the bowl of the centrifuge. This feature requires an external Nitrogen Gas source and can easily connect to an Inlet port located at the back of the unit 9
Test Method: ASTM D943, D2274, D2893, D4310 Digital indicating temperature control maintains ±0.1 C stability Agitated liquid bath with 4 to 60 test positions Overall dimension 22 x 18 x 23 (55x 45x 58 cm) Temperature range of 40 to 120 C Supplied with eight flow meters Low level safety cut off switch The liquid Oxidation Bath meet the requirements of ASTM D943, D2893*, D4310, D6158, AOCS12-57* test methods (* modified version for these methods is available). Each test position has one float-in-tube tube flowmeter positioned in front. The oxygen flow rate is maintained at 3 ± 0.1 L/hr with a micro precision valve. An oxygen pressure regulator is optionally available. Temperature control is provided by a digital display PID controller providing stability of ± 0.2º C or better. In the event of primary controller failure the bath is protected by a secondary high limit controller. Useful temperature range is from 40º C up to 120º C. The 30 or 60 positions are arranged in two back to back rows (15 or 30 positions each) suitable for those laboratories with an isle bench. Water flow to each condenser is controlled by a valve mounted on the back panel. This is available only if the condenser water flows directly to a waste drain. If a recirculating chiller is to be used only one flow valve is provided for each group of 12 condensers which must be arranged in series. 10
Test Method: Fully Conforms to the Manual ASTM D2500 No Cryostat required No Hazardous alcohol required Compact design Fully Automated Self Contained The Automated Cloud Point Analyzer fully meets the requirements of ASTM D2500. The dimensions of the glassware, the metal test jacket, position of probes, cooling profile, and other parameters are identical as specified by the manual method. The analyzer software confirms cloud point when the fiber optics detects reduction of the pulsing green light reflected from the bottom of the silvered test tube. Green light of a specific wave length has been found to most accurately simulate the human eye sensitivity for the cloud point. The chillers for cooling the automated analyzers use the concept of direct refrigeration. The test cup (metal jacket) for cloud point, pour point, or CFPP is directly cooled by the refrigerant, thus replacing the middle step of first cooling the flammable alcohol and then pumping the cold alcohol to the test jacket. Offers the additional advantage of rapid cool down to test temperature within minutes versus hours with bulky floor model cryostat models. The automated analyzer is mounted on the same cabinet as the refrigeration system, thus saving valuable laboratory space. DR4 series coolers are available in 1 or 2 test positions with lowest temperature of either -34 or -70 C. 11
Test Methods: ASTM D2622, ISO 20884, JIS K2541-7 Model FX-700 determines total sulfur in ultra low sulfur (ULS) fuels using wavelength dispersive X-ray fluorescence (WDXRF) method to detect sulfur in oil content of a 3-4 ml sample. The FX-700 uses a gas-filled proportional counter to detect the presence of sulfur in quantities of as little as 1 ppm. The front panel display provides test status, sample name, raw count data, and sulfur content. Data from the last 50 tests are stored in RAM. The FX- 700 includes a built-in thermal type printer and an RS-232C 1 channel port for optional output to the user's Laboratory Information Management System (LIMS). The Sulfur Analyzer is a stand-alone unit. No external PC is required for operation. SIMPLE OPERATION: Thanks to its dedicated design for ULS fuels, the operation has been simplified to the extreme. Just set a sample cell in the sample cell compartment and press the START key; no complicated parameter setting is required. As easy as a flash point test. STAND-ALONE DESIGN: The stand-alone design does not require a PC, and the compact housing allows bench-top installation. MINIMAM UTILITIES: Air-cooled small X-ray tube and gas filled proportional counter have been employed, and the only requirements are AC Power Source and Helium Gas. OIL LEAK PROTECTION: Disposable cardboard sample cell is easy to assemble and thus cuts down oil leak. It also absorbs leaked oil, in case of leak, and let operator know the leak before analysis. SAFE: Fail-safe design in conjunction with the small air-cooled X-ray tube assures operator s safety. BUILT-IN PRINTER: A built-in printer preserves the valuable test data. 12
Test Method: ASTM D3278, D3828, D4206; DOT CFR 49-173.115; IATA;ISO 9038 and related specifications Verifies the flash point or the sustained burning qualities of small samples in the range of 30 C to +300 C. Features and Benefits One minute test with a 2mL sample Simple to operate Rapid Flash Tester Rapid Tester provides rapid determinations of flash point or sustained burning qualities by using a small sample. A flash/no flash test result is achieved in one minute for flash points below 212 F (100 C) with a 2mL sample. Ideally suited for quality assurance and environmental compliance testing as well as actual flashpoint for paints, fragrances, hydrocarbons and other liquids. Open cup models are used for determining sustained burning qualities characteristics of mixtures of flammable and nonflammable liquids or liquids with widely different flash points when assessing flammability characteristics. Features convenient semi-automatic operation for flash/no flash tests. Set the test temperature on the digital display and inject a 2mL or 4mL sample into the sample cup. The tester quickly stabilizes itself at the desired value, permitting the test flame to be applied and the result to be observed by the operator. Unit also performs conventional determinations of actual flash temperature by the small scale closed tester method. Two models are offered: the Closed Cup Model is for routine flash point tests in the range from 30 to +300 C ( 22 to +572 F); the Open-Cup Model is for sustained burning tests in the range from ambient to 212 F (100 C). Both models include automatic temperature control with C/ F selector switch, syringe, electronic timer, integral NIST traceable thermometer, and an external hose adapter valve for connection to a customer-supplied fuel cylinder or other fuel source. 13
Test Method: ASTM D4294-03, ISO 8754 RX-360SH determines total sulfur in petroleum products,, such as gas oil, fuel oil, crude oil and naphtha, using energy dispersive X-ray fluorescence (EDXRF) method, which is an accurate, non-destructive, economical and yet quick method prescribed in ISO 8754 and ASTM D4294-03. HIGH PRECISION: Digital pulse height analysis is automatically carried out at each measurement to adjust the system. This innovative system design has further improved the precision. WIDE RANGE OF SAMPLES: Patented Diamond Parameter Method accurately compensates for measurement error caused by different carbon/hydrogen(c/h) ratio of individual sample. This state-of-art technology enabled measurement of wide range of samples of different C/H ratios with uncompromising precision. AMBIENT TEMPERATURE AND BAROMETRIC PRESSURE COMPENSATION: Compensation for ambient temperature and barometric pressure are made automatically to drastically minimize the drift. AUTOMATIC CALIBRATION: Set certified calibration standards and start automatic calibration program to carry out automatic calibration. Either multiple point calibration at up to 10 points or two points calibration starts. EASY OPERATION: Minimum numbers of membrane switches are located on the operation panel along with an LCD for easy dialogue type operation. COMPACT DESIGN/2-WAY POWER SOURCE: Compact design unit with carrying handle and 2-way power source (100-240VAC*1 or 12VDC battery*2) allows such applications as spot-checking in the field. *1: When used with the provided AC Adapter *2: When used with optional 12VDC cord with lighter plug LOWER RUNNING COST: The Teflon sample cell is permanent and used with a small piece of disposable Mylar film. The only other consumable is the printing paper, making the running cost at minimal. 14
Test Method: ASTM 6584 The BioDiesel GC System is configured to perform ASTM 6584 (residual free and bound Glycerin in BioFuel ). Analysis takes about 25 minutes and is simple enough for an untrained operator to perform in the lab or in the field. The included PeakSimple Data System displays the calibrated results directly without off-line calculations. This gas chromatograph satisfies all of the requirements of ASTM 6584 for a fraction of the cost of competitive instruments and includes 4 hours of operator training and a 2 year warranty. 15
Test Method: ASTM D86, D285, D850, D1078, D4737; D189 Section 10; DIN 51751; ISO 3405; IP123; JIS J2254; NF M 07-002 The sample is evaporated and condensed under controlled conditions, and observations are made of the temperatures at which various percentages are recovered and/or the percentages recovered at specified temperatures. Features and Benefits Pt-100 RTD probe with automatic temperature calibration system ( C or F) Windows -based software package for PC control with LIMS export capabilities Automatic determination of initial boiling point (IBP), final boiling point (FBP), dry point and barometric and residue corrections Diagnostic system continuously ensures proper unit performance and user safety Automatic temperature and volume calibration Programmable distillation rate (2-15mL/min) Ready for distillation groups 0-4 Networking for up to 32 units Powerful CFC-free cooling & heating system Receiver chamber heating system to 60 C Precision level follower system with optical meniscus detector Integrated automatic fire extinguishing system with manual operation option K45603 Automatic Distillation Analyzer 5000 Series The Koehler Automatic Distillation Analyzer is designed to perform optimal distillation analyses of gasolines, fuels, oils, solvents, aromatics, napthas, kerosenes, hydrocarbons, and other volatile products to ensure conformity to rigid quality control standards. The analyzers automatically perform tests, process results, and produce standard reports according to ASTM, ISO, DIN and related international test specifications. Each Koehler Automatic Distillation Unit comes ready with the equipment, accessories, and features as standard to properly run distillation groups 0 to 4 per ASTM D86 and related test specifications. No additional accessories are required. The Windows -based software package allows simple operator selection of the programmed settings for each distillation protocol. No complicated routines are needed to setup the unit. User-defined programs are easily created for customization of the analyzer. 16
Dry Point can be detected visually or by automatic detection for ASTM D850 and D1078 test methods. The unit is delivered ready with the PC board components already included as standard to perform the dry point analysis. It only requires the additional accessories of the dry point thermocouple, 200mL flask, and PTFE plug in order to perform the dry point detection analysis automatically. Specifications Temperature Distillation Range: 0 to 450 C (±0.1 C accuracy) Condenser: -5 to 60 C (±0.1 C accuracy); closed loop system Receiver Chamber: 0 to 60 C (±0.1 C accuracy) Distillation Parameters: Distillation Rate: 2 to 15 ml/min in 0.1mL increments, user selectable Receiver Volume: 0 to 100 ml (±0.01mL accuracy) by photoelectric infrared detection of meniscus by level following system utilizing a precision stepper motor and a special calibrated glass receiver; automatic calibration of evaporated loss volume and automatic volume calibration system ensures highest accuracy Barometric Pressure: Automatic barometric correction utility with automatic sensor, range 550 to 900 mm Hg (±1mm Hg accuracy) Dry Point Detection: Dry point detection board is included with standard equipment and only requires a dry point sensor, 200 ml flask and PTFE plug for ASTM D850 and D1078 tests. Environment: Operates at 0 to 45 C (113 F) Two Models are Available The Automatic Distillation Analyzer 5000 series may be ordered for operation with an external PC (purchased separately) or may be ordered with a built-in PC, internal touch screen monitor, virtual keyboard and mouse. An easy-to-use Windows -based PC communication software expands user capabilities for data analysis and unit control. Distillation methods and parameters can be easily created or modified. Software calculates repeatability and reproducibility as per ASTM D86 as well as standard and deviation against reference materials. Test results are displayed in real-time and can include distillation curve and temperature with or without barometric compensation and/or evaporation correction, distillation rate, heating power curve, master curve comparison, and zoom function for high resolution of heating and temperature curves. The heater compartment is rapidly cooled at the completion of a distillation run to reduce operator downtime. The analyzers are of rugged construction for instrument longevity with a modular design for easy routine maintenance. Receiver Chamber Heating System The receiver chamber heating system is ideal for samples that form waxes or other solids during distillation. 17
Test Method: ASTM D7501 (formerly ASTM D6751 Annex) Cold Soak Filtration Test (CSFT) Liquid Bath from ambient to -30ºC, 6 positions Conforms to ASTM D6751 Annex & D7501 Requirements Digital indicating temperature controller with +/- 0.1ºC stability Included accessories: Rack, Receiving Flask, Safety Flask, Ground Wire, Funnel and Funnel Base, Six 500 ml sample jars with lid, Vacuum system: Pump, Regulator, Gauge, Stand The liquid bath designed for 6 samples as per ASTM D7501 (formerly ASTM D6751 Annex) for the Cold Soak Filtration Test (CSFT), for temperatures from ambient to -30ºC C. In order to accommodate six 500 ml jars, typically available refrigerated baths get wider and deeper as size is increased. The design is specific for this test method resulting in a smaller size and less than 5 gallons (20 L) bath medium. The insulated bath is cooled by one compressor. Temperature control is handled by a digital indicating controller. 18
Test Method: ASTM D664, D2896, D4739 Total Acid Number and Total Base Number Performs ph, acid/base, complexometric, redox, non-aqueous titrations & ISE measurements Determines TAN/TBN in oils and p and m alkalinity Optional extra buret available. Note: Pump still common Optional impact printer or thermal printer Linked methods are available - up to three (3) per titration One-touch calculations - including statistics package Over thirty (30) files of built-in method memory, Built-in memory of up to 50 results or via external computer link. Balance and computer serial port interfaces for ISO documentation. PC Software no extra cost Specifications Titration process: Potentiometric, photometric, or optional Volumetric Karl Fisher titration Measuring Range: ph: 0-14 with 0.01 resolution Electrode Inputs: Measuring electode: 1; Reference electrode: 1, Temperature electrode: 1, Optional KF (volumetric) electrode: 1 Titration ti steps Up to three steps # of endpoints Up to two points End Point Detection Automatic by: Inflection pt., setpoint, F Cross Pt., B Cross pt. Display 2-line 16 digit backlit LCD Display Engineering Units ph, mv, mgh2o, %, ppm, M, g/l, mg/g, Fact1/2 ph Calibration 2 or 3 points File Function 30 files for potentiometric titrations 3 files for volumetric Karl Fisher titrations 10 files for titration control methods Calculation function Concentration, statistics Memory 50 titration results with curves Power Failure Precauion Built-in battery backup Electrodes Refillable reference, glass measuring, temp Buret 20 ml (optional 50 ml), minimum drop size 0.01 ml Reproducibility within +/- 0.01 ml Tubing material Teflon Stirrer Integrated, variable speed, magnetic Printer Optional thermal or impact Communications 2 RS-232C Serial Ports (Balance and PC) Software for PC Available at no charge Dimensions & Weight 310 mm (W) x 270 mm (D) x 310 mm (H), 7.5 Kg Power Requirements 100-240 VAC, 50/60 Hz, 100 VA Option Additional complete burette 19
Test Method: ASTM D6079; ISO 12156 Features and Benefits Capable of engaging a steel ball loaded against a stationary plate with an applied load and oscillating at a fixed frequency and stroke length while the contact interface is fully immersed in a fluid reservoir. A 2-mL test specimen of fuel is placed in the test reservoir and maintained at 25 or 60 C. When the temperature has stabilized, a vibrator arm holding a non-rotating steel ball and loaded with a 200-g mass is lowered until it contacts a test disk completely submerged in the fuel. The ball is caused to rub against the disk with a 1-mm stroke at a frequency of 50 Hz for 75 min. The ball is removed from the vibrator arm and cleaned. The dimensions of the major and minor axes of the wear scar are measured under magnification and recorded. High-Frequency Reciprocating Rig (HFRR) The two-station Fuel Lubricity Wear Test Machine incorporates two test positions with heater pads and mounting arrangements for fuel lubricity test specimens. Load is applied manually by means of dead weights directly to the fixed ball specimen carrier by means of a loading yoke. Machine controls are limited to speed control of the drive motor to give the required frequency, temperature control of the specimen bath and test duration. Test data is limited to post test wear scar measurement only and no facilities are provided for friction force measurement. The electro-mechanical drive is used to achieve a wide range of frequencies, and the 1 mm stroke is generated with a cam. This ensures that the amplitude remains constant as friction forces vary in the contact. The ball specimen is mounted in a holder connected to the horizontal oscillating shaft. The shaft is double ended and two tests can be run at the same time. The holder is hinged to ensure that the line of action of the oscillator remains in the horizontal plane of contact. This also means that loads can be applied directly to the contact without loading the oscillator shaft. A simple yoke locates on the oscillating shaft and load is applied by calibrated weights. 21
The plate specimen is located in a bath that both seals and clamps the specimen. Beneath the bath is a block that is heated by an electrical resistance element and the temperature is controlled by a thermocouple closely located beside the specimen. Each heater block is mounted on a stiff fabricated support. A clear acrylic cover is provided to house the test heads. Operation of the machine is straightforward. The machine is equipped with two digital programmable controllers for temperature. Temperature setpoint can therefore be set independently for each station. In addition, there is a digital programmable frequency controller and test timer. The controllers are pre-set when the machine leaves the factory to the operating conditions required of the test methods. Once enabled, the machine heats each of the baths to a set point of 60 C. Once this temperature is reached the motor is switched on automatically to run at 50Hz. The test timer is preset for the duration of 75 minutes, which commences once the motor starts. At the end of the test the machine automatically switches off. Specifications Contact Geometry: Ball on Plate Ball Specimen: 6 or 10 mm diameter Load: 1.95 to 10.00 N (± 0.01 N) Stroke: 1 mm (± 0.02 mm) Frequency: 2.5 to 50 Hz (± 1 Hz) Fluid Volume: 2 ml (± 0.2 ml) Test Temperature: Ambient to 100 C Heating Power: 250W at each station Temperature Sensor: K-type thermocouple Test Duration: 75 min (± 0.1 min) Bath Surface Area: 6 cm2 22
Test Method: EN-14112, ASTM D6751, ISO 6886 Multiple models available to fit any budget Conforms to EN-14112 test method for B100 biodiesel Measures oxidation stability of FAME (fatty acid methyl esters) Conforms to ASTM D6751 specifications Automated operation Windows PC Data Acquisition Software Operating temperature from 40 to 150 C Temperature stability of ±0.1 C The oxidation stability baths conform to the requirements of EN-14122 test method, incorporated in ASTM D6751 specifications for B100 fatty acid methyl esters (FAME) for biodiesel blending. They employ an aluminum block configured to fit the specified test tube holding 3.0 gm of FAME (fatty acid methyl esters). When the sample reaches test temperature of 110 C filtered, dry air is sparged at 10 ± 1L/hr. to each test specimen. The volatiles generated (organic acids) from this oxidation process are collected in a receiver of distilled or deionized water. The increase of acidity in the receiver is measured with time with an integral conductivity measuring device. The oxidation induction period is automatically calculated based on the break in the rate of increase (second derivative) of conductivity in the receiver. Each positions receiver has cap with an integral conductivity probe reporting data to the PC. 20
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Hoskin Scientific Limited has been supplying testing and monitoring instruments since 1946. Vancouver, British Columbia 3735 Myrtle Street, y, BC V5C 4E7 Burnaby, Phone (604) 872-7894 Fax (604) 872-0281 Email salesv@hoskin.ca Burlington, Ontario 4210 Morris Drive, Burlington, ON L7L 5L6 Phone (905) 333-5510 Fax (905) 333-4976 Email salesb@hoskin.ca Saint-Laurent, Quebec 300 Rue Stinson, Stinson Saint-Laurent, QC H4N 2E7 Phone (514) 735-5267 Fax (514) 735-3454 Email salesm@hoskin.ca