Anton Paar ProveTec Product Lines

24 Pages·2013·3.57 MB·English

Anton Paar ProveTec Product Lines
Master of Standards
Testing Instruments for the Hydrocarbon World.
ASTM D 5 | ASTM D 36 | ASTM D 56 | ASTM D 70 | ASTM D 86 | ASTM D 92 | ASTM D 93-A | ASTM D 93-B | ASTM D 93-C
ASTM D 97 | ASTM D 113 | ASTM D 130 | ASTM D 189 | ASTM D 217 | ASTM D 287 | ASTM D 323 | ASTM D 381 ASTM D 445
ASTM D 446 | ASTM D 473 | ASTM D 524 | ASTM D 525 | ASTM D 665 | ASTM D 850 | ASTM D 873 ASTM D 892 ASTM D 937
ASTM D 942 | ASTM D 943 | ASTM D 1078 | ASTM D 1298 | ASTM D 1319 | ASTM D 1321 ASTM D 1401 | ASTM D 1403 | ASTM
D 1481 | ASTM D 2111 | ASTM D 2170 | ASTM D 2274 | ASTM D 2500 | ASTM D 3142 | ASTM D 3230 | ASTM D 3603 | ASTM
D 3934 | ASTM D 3941 | ASTM D 4310 | ASTM D 5534 | ASTM D 5853 | ASTM D 6082 | ASTM D 6084 | ASTM D 6184 | ASTM
D 6371 | ASTM D 7462 | ASTM D 7525 | ASTM D 7545 | ASTM E 28 | DIN 51 551-1 | DIN 51 562 | DIN 51 579 | DIN 51 580 | DIN
51 587 | DIN 51 755-1 | DIN 51 757 | DIN 51 784 | DIN 51 794 | DIN 51 808 | DIN 51 817 | DIN 52 004 | DIN 52 013 | EN 116 |
EN 924 | EN 1238 | EN 1426 | EN 1427 | EN 12 593 | EN 12 595 | EN 13 179-1 | EN 13 398 | EN 13 589 | EN 13 703 | EN 14 112
EN 14 522 | EN 15 751 | EN 16 091 | EN 23 015 | FTM 141-4293 | FTM 791-201 | FTM 791-305 | FTM 791-313 | FTM 791-321
FTM 791-1101 | FTM 791-1102 FTM 791-1103 | FTM 791-3002 | FTM 791-3302 | FTM 791-3352 | FTM 791-3354 | FTM 791-
3453 | FTM 791-3703 | FTM 791-4011 | FTM 791-5001 | FTM 791-5002 | FTM 791-5308 | FTM 791-5315 | FTM 791-5325 | IP
13 IP 14 | IP 15 | IP 34 | IP 36 | IP 40 | IP 49 | IP 50 | IP 53 | IP 58 | IP 69 | IP 71 | IP 80 | IP 121 | IP 123 | IP 131 | IP 135 | IP 138
| IP 142 | IP 146 | IP 154 | IP 156 | IP 157 | IP 160 | IP 170 | IP 179 | IP 189 | IP 190 | IP 195 | IP 219 | IP 265 | IP 309 | IP 310 | IP
319 | IP 376 | IP 388 | IP 441 | IP 491 | IP 492 | IP 515 | IP 516 | IP 520 | IP 540 | ISO 1516 | ISO 1523 | ISO 2137 | ISO 2592 | ISO
2719 | ISO 3007 | ISO 3015 | ISO 3016 | ISO 3104 | ISO 3105 | ISO 3405 | ISO 3675 | ISO 3735 | ISO 3837 | ISO 3838 | ISO 4262
| ISO 4263 | ISO 4625 | ISO 6246 | ISO 6247 | ISO 6614 | ISO 6615 | ISO 7120 | ISO 7536 | ISO 12 205 | ISO 13 736 | ISO 15 267
JIS C2101 | JIS K2207 | JIS K2220 | JIS K2235 | JIS K2249 | JIS K2254 | JIS K2258 | JIS K2261 | JIS K2265-1 | JIS K2265-3
JIS K2265-4 | JIS K2269 | JIS K2270 | JIS K2276 | JIS K2283 | JIS K2287 | JIS K2288 | JIS K2510 | JIS K2513 | JIS K2514 | JIS
K2518 | JIS K2536 | JIS K2601 | AASHTO T48 | AASHTO T51 | AASHTO T53 | AASHTO T73 | AASHTO T172 | AASHTO T300
79/831/EWG | CEI 79-4 | DAB 10-V.5.8.1 | NAC TM0172-2001 | SMS 658 | Superpave® | VV-L-791e-5314
Anton Paar Headquarters Sales Subsidiaries Sales Partners and Joint Ventures
Competence in
AASHTO American Association of State Highway &
Standardized Transportation Officials
Measurement ASTM American Society for Testing & Materials
DIN Deutsches Institut für Normung
EN Comité Européen de Normalisation
Index
Volatility 4 - 7
``Flammability 4 - 6
Testing Instruments for the Hydrocarbon World.
``Distillation 7
ASTM D 5 | ASTM D 36 | ASTM D 56 | ASTM D 70 | ASTM D 86 | ASTM D 92 | ASTM D 93-A | ASTM D 93-B | ASTM D 93-C
``Vapor Pressure 7
ASTM D 97 | ASTM D 113 | ASTM D 130 | ASTM D 189 | ASTM D 217 | ASTM D 287 | ASTM D 323 | ASTM D 381 ASTM D 445
ASTM D 446 | ASTM D 473 | ASTM D 524 | ASTM D 525 | ASTM D 665 | ASTM D 850 | ASTM D 873 ASTM D 892 ASTM D 937
ASTM D 942 | ASTM D 943 | ASTM D 1078 | ASTM D 1298 | ASTM D 1319 | ASTM D 1321 ASTM D 1401 | ASTM D 1403 | ASTM
Oxidation Stability 8 - 9
D 1481 | ASTM D 2111 | ASTM D 2170 | ASTM D 2274 | ASTM D 2500 | ASTM D 3142 | ASTM D 3230 | ASTM D 3603 | ASTM
D 3934 | ASTM D 3941 | ASTM D 4310 | ASTM D 5534 | ASTM D 5853 | ASTM D 6082 | ASTM D 6084 | ASTM D 6184 | ASTM
D 6371 | ASTM D 7462 | ASTM D 7525 | ASTM D 7545 | ASTM E 28 | DIN 51 551-1 | DIN 51 562 | DIN 51 579 | DIN 51 580 | DIN
Cold Flow Properties 10
51 587 | DIN 51 755-1 | DIN 51 757 | DIN 51 784 | DIN 51 794 | DIN 51 808 | DIN 51 817 | DIN 52 004 | DIN 52 013 | EN 116 |
EN 924 | EN 1238 | EN 1426 | EN 1427 | EN 12 593 | EN 12 595 | EN 13 179-1 | EN 13 398 | EN 13 589 | EN 13 703 | EN 14 112
EN 14 522 | EN 15 751 | EN 16 091 | EN 23 015 | FTM 141-4293 | FTM 791-201 | FTM 791-305 | FTM 791-313 | FTM 791-321
Consistency & Ductility 11 - 13
FTM 791-1101 | FTM 791-1102 FTM 791-1103 | FTM 791-3002 | FTM 791-3302 | FTM 791-3352 | FTM 791-3354 | FTM 791-
3453 | FTM 791-3703 | FTM 791-4011 | FTM 791-5001 | FTM 791-5002 | FTM 791-5308 | FTM 791-5315 | FTM 791-5325 | IP
13 IP 14 | IP 15 | IP 34 | IP 36 | IP 40 | IP 49 | IP 50 | IP 53 | IP 58 | IP 69 | IP 71 | IP 80 | IP 121 | IP 123 | IP 131 | IP 135 | IP 138
Various Petroleum Properties 14 - 18
| IP 142 | IP 146 | IP 154 | IP 156 | IP 157 | IP 160 | IP 170 | IP 179 | IP 189 | IP 190 | IP 195 | IP 219 | IP 265 | IP 309 | IP 310 | IP
319 | IP 376 | IP 388 | IP 441 | IP 491 | IP 492 | IP 515 | IP 516 | IP 520 | IP 540 | ISO 1516 | ISO 1523 | ISO 2137 | ISO 2592 | ISO ``Liquids 14
2719 | ISO 3007 | ISO 3015 | ISO 3016 | ISO 3104 | ISO 3105 | ISO 3405 | ISO 3675 | ISO 3735 | ISO 3837 | ISO 3838 | ISO 4262
``Fuels 14 - 16
| ISO 4263 | ISO 4625 | ISO 6246 | ISO 6247 | ISO 6614 | ISO 6615 | ISO 7120 | ISO 7536 | ISO 12 205 | ISO 13 736 | ISO 15 267
JIS C2101 | JIS K2207 | JIS K2220 | JIS K2235 | JIS K2249 | JIS K2254 | JIS K2258 | JIS K2261 | JIS K2265-1 | JIS K2265-3 ``Lubricants 17 - 18
JIS K2265-4 | JIS K2269 | JIS K2270 | JIS K2276 | JIS K2283 | JIS K2287 | JIS K2288 | JIS K2510 | JIS K2513 | JIS K2514 | JIS
``Greases 18
K2518 | JIS K2536 | JIS K2601 | AASHTO T48 | AASHTO T51 | AASHTO T53 | AASHTO T73 | AASHTO T172 | AASHTO T300
79/831/EWG | CEI 79-4 | DAB 10-V.5.8.1 | NAC TM0172-2001 | SMS 658 | Superpave® | VV-L-791e-5314
Accessories 19
AASHTO American Association of State Highway & FTM Federal Test Method (US)
Transportation Officials
IEC International Electrotechnical Commission
ASTM American Society for Testing & Materials
IP Institute of Petroleum Standards
DIN Deutsches Institut für Normung
ISO International Standardization Organisation
EN Comité Européen de Normalisation
JIS Japanese Industrial Standards Committee
Volatility - Flammability
Pensky-Martens Flash Point Tester:
PMA 5 Specifications
The automatic closed cup flash point tester Datasheet:
PMA 5 detects the flash point at the lowest 12-5770.pdf (PMA 5)
temperature corrected to a barometric
pressure of 101.3 kPa at which application Reference:
of an ignition source causes the vapors 12-5770 / 107125 (115/230 V, EU)
of a specimen of a sample to ignite under 12-5771 / 107126 (115/230 V, US)
specified conditions of test.
Suitable for biodiesel (FAME) & blends, Temperature range:
distillate fuels (diesel, kerosine, heating ambient to +405 °C (+761 °F)
oil, turbine fuels), lubricating oils and other
homogeneous petroleum liquids.
Standard methods:
ASTM D 93-A+B+C, ISO 2719-A+B+C,
JIS K2265-3, IP 34-A+B+C
Pensky-Martens Flash Point Tester
with Sample Changer: PMA 4 SC
Datasheet: PMA 4 SC is an exceptionally time and
12-2772.pdf (PMA 4 SC) cost saving alternative. The PMA 4 with
sample changer carrousel can carrying up
Reference: to 12 test cups.
12-2772 / 107121 (115/230 V, EU) The instrument is equipped with a fire
12-2773 / 108322 (115/230 V, US) extinguishing system. It is still small enough
to fit into a fume-hood.
Temperature range:
ambient to +405 °C (+761 °F) Standard methods:
ASTM D 93-A+B+C, ISO 2719-A+B+C,
JIS K2265-3, IP 34-A+B+C
Cleveland Flash & Fire Point Tester:
CLA 5
The automatic open cup flash & fire point Datasheet:
tester CLA 5 measures the flash point and 12-5700.pdf (CLA 5)
fire point of petroleum products.
It is applicable to all petroleum products Reference:
with flash point above 79 °C (175 °F) and 12-5700 / 107122 (115/230 V, EU)
below 400 °C (752 °F) including bitumen. 12-5701 / 107123 (115/230 V, US)
Except fuel oils.
Temperature range:
Standard methods: +79 °C to +400 °C (+175 to +752 °F)
ASTM D 92, ISO 2592, EN 22592,
JIS K2265-4, AASHTO T48, FTM 791-1103,
IP 36
4
Volatility - Flammability
Abel Flash Point Tester:
Specifications ABA 4
Datasheet: The automatic closed cup flash point
12-0501.pdf (ABA 4) tester ABA 4 measures the flash point of
petroleum liquid products and other liquids
Reference: internal air cooling having flash points between -30 °C and
12-0501 / 107097 (115/230 V, EU) +110 °C.
12-0502 / 108319 (115/230 V, US) The equilibrium-method measures the
Reference: external liquid cooling flash/no flash temperature of paints,
12-0503 / 107098 (115/230 V, EU) varnishes, paint binders, solvents,
12-0504 / 108320 (115/230 V, US) adhesives, petroleum & related products
between -30 °C and +110 °C.
Temp. range: internal air cooling
+10 °C to +110 °C (+50 to +230 °F) Standard methods:
Temp. range: external liquid cooling ISO 13 736, ISO 1516, ISO 1523, EN 924,
-30 °C to +110 °C (-22 to +230 °F) DIN 51 755-1, IP 170, IP 491, IP 492
TAG Flash Point Tester:
TAG 4
The automatic closed cup flash point Datasheet:
tester TAG 4 measures the flash point of 12-0540.pdf (TAG 4)
petroleum liquids and other liquids having
flash points between -30 °C and +110 °C. Reference: internal air cooling
Suitable for kerosine, jet fuel, solvent, 12-0540 / 107099 (115/230 V, EU)
chemicals. 12-0541 / 107100 (115/230 V, US)
Reference: external liquid cooling
Standard methods: 12-0542 / 107101 (115/230 V, EU)
ASTM D 56, ASTM D 3934, ASTM D 3941, 12-0543 / 108321 (115/230 V, US)
ISO 1516, ISO 1523, EN 924, JIS K2265-1,
FTM 791-1101, IP 304, IP 491, IP 492 Temp. range: internal air cooling
0 °C to +110 °C (+32 to +230 °F)
Temp. range: external liquid cooling
-30 °C to +110 °C (-22 to +230 °F)
Pensky-Martens Flash Point Tester:
PM 4
Datasheet: The semi-automatic closed cup flash point
12-1650.pdf (PM 4) tester PM 4 measures the flash point at the
lowest temperature at which application
Reference: of an ignition source causes the vapors
12-1650 / 107149 (230 V) of a specimen of a sample to ignite under
12-1651 / 107150 (115 V) specified conditions of test.
Temperature range: Standard methods:
+40 °C to +350 °C (+104 to +662 °F) ASTM D 93-A+B, ISO 15 267, ISO 2719-A+B,
JIS K2265-3, AASHTO T73, AASHTO T172,
FTM 141-4293, FTM 791-1102, IP 34-A+B
5
Volatility - Flammability
Cleveland Flash & Fire Point Tester:
CL 5 Specifications
The semi-automatic open cup flash and Datasheet:
fire point tester CL 5 can measure the 12-2730.pdf (CL 5)
flash and fire point acc. to the Cleveland
method. It is suitable for petroleum Reference:
products and other liquids including 12-2730 / 107152 (230 V)
bitumen with an expected flash & fire point 12-2731 / 107153 (115 V)
in the range of +79 °C to +400 °C
(+175 °F to +752 °F). Temperature range:
+79 °C to +400 °C (+175 to +752 °F)
Standard methods:
ASTM D 92, ISO 2592, JIS K2265-4,
AASHTO T48, FTM 791-1103, IP 36
Abel Flash Point Tester:
AB 5
Datasheet: The semi-automatic closed cup flash point
12-2270.pdf (AB 5) tester AB 5 can measure the flash point of
petroleum products and other liquids with
Reference: flash points up to +70 °C (up to +158 °F).
12-2270 / 107151 (230 V)
Standard methods:
Measuring range: ISO 13 736, IP 170
up to +70 °C (up to +158 °F)
Auto-Ignition Temperature Tester:
ZPA 3
The ZPA 3 enables automatically a Datasheet:
classification to safety aspects by 12-1822.pdf (ZPA 3)
measuring the tendency of substances to
ignite themselves when getting contact Reference: with sample-feeder
with hot objects. 12-1822 / 107115 (230 V)
Suitable for liquids. A special program 12-1823 / 110237 (115 V)
allows to examine pasty or solid matter,
too. Reference: without sample-feeder
Available with or without heated sample- 12-1800 / 130641 (230 V)
feeding device. 12-1801 / 130642 (115 V)
Standard methods: Temperature range:
EN 14 522, EN 60 079, CEI 79-4, DIN 51 794, ambient to +650 °C (+1202 °F)
IEC 60079, VDE 0170, 79/831/EWG
6
Volatility - Distillation & Vapor Pressure
Distillation at Atmospheric
Specifications Pressure: ADU 4+
Datasheet: The ADU 4+ automatically performs
11-5580.pdf (ADU 4+) distillation tests of petroleum products
as well as aromatic hydrocarbons and
Reference: other volatile organic liquids featuring an
11-5580 / 106515 (230 V) automated fire extinguishing system.
11-5582 / 106516 (230V, Dry Point)
Options:
Working range: ADU 4+ Dry Point with automatic dry point
0 °C to +450 °C (+32 °F to +842 °F) detection.
Distillation groups: Standard methods:
1 to 4, solvents ASTM D 86, ASTM D 850, ASTM D 1078,
ISO 3405, JIS K2254, IP 123, IP 195
Distillation at Atmospheric
Pressure: DU 4 Eco & Pro
For the manual distillation of petroleum Datasheet:
products as well as aromatic hydrocarbons 11-0904.pdf (DU 4 Eco)
and other volatile organic liquids. 11-0910.pdf (DU 4 Pro)
Options: Reference:
``DU 4 EcoPlus 11-0904 / 106509 (230 V, Eco+)
``DU 4 EcoThermoPlus 11-0905 / 108315 (115 V, Eco+)
``DU 4 Pro 11-0906 / 106510 (230 V, EcoThermo+)
``DU 4 ProThermo 11-0907 / 106511 (115 V, EcoThermo+)
11-0910 / 106512 (230 V, Pro)
Standard methods: 11-0911 / 106513 (115 V, Pro)
ASTM D 86, ASTM D 850, ASTM D 1078, 11-0912 / 106514 (230 V, ProThermo)
ISO 3405, JIS K2254, IP 123, IP 195 11-0913 / 108316 (115 V, ProThermo)
Distillation groups:
1 to 4, solvents (up to 400 °C)
REID Vapor Pressure:
RVP
Datasheet: The RVP is used for the determination of
13-0201_digital.pdf (RVP) vapor pressure of gasoline, volatile crude
13-0201_analog.pdf (RVP) oil and other volatile petroleum products.
It is a modular system to be composed of
Reference: RElD-Vapor Pressure Vessels (with 2 valves
13-0201 / 107034 (vessel <180 bar) or valveless), analog or digital PA-REID
13-0202 / 107035 (vessel >180 bar) manometers and a liquid bath.
13-2250 / 107021 (manometer)
17-0210 / 106583 (230 V, 6-place bath) Standard methods:
13-0215 / 106542 (230 V, 3-place bath) ASTM D 323-A+C+D, ISO 3007-A+C+D,
JIS K2258, IP 69-A+C+D
Temperature range:
+79 °C to +400 °C (+175 to +752 °F)
7
Oxidation Stability
Rapid Small Scale Oxidation Test
(RSSOT): PetroOxy Specifications
The automatic PetroOxy initiates a very Datasheet:
fast artificial aging process to evaluate the 13-3002.pdf (PetroOxy Block)
oxidation stability of liquid fuels (gasoline, 13-3006.pdf (PetroOxy Peltier)
diesel, biodiesel/FAME & blends). The
results include all volatile & non-volatile Reference:
oxidation products, thereby provide 13-3002 / 107131 (115/230 V, EU)
a complete analysis of the sample's 13-3003 / 107132 (115/230 V, US)
oxidation stability in a short time period.
Reference: Active Cool
Standard methods: 13-3006 / 107133 (115/230 V, EU, Peltier)
ASTM D 7525 (Gasoline) 13-3007 / 107134 (115/230 V, US, Peltier)
ASTM D 7545 (Diesel, Biodiesel & Blends)
EN 16 091 (Diesel, Biodiesel (FAME) & Blends)
Rapid Small Scale Oxidation Test
(RSSOT): PetroOxy Steel
Datasheet: The automatic PetroOxy with stainless
13-3008.pdf (PetroOxy S Block) steel chamber initiates a very fast artificial
13-3016.pdf (PetroOxy S Peltier) aging process to evaluate the oxidation
stability of natural oils/fats, food &
Reference: cosmetics and water containing products.
13-3008 / 107135 (115/230 V, EU) The PetroOxy is cost saving due to a
13-3009 / 107136 (115/230 V, US) massive reduction of test time, improved
repeatability and small sample volumen.
Reference: Active Cool The PetroOxy requires manual re-cooling
13-3016 / 108338 (115/230 V, EU, Peltier) between tests by an externally chilled
13-3017 / 108339 (115/230 V, US, Peltier) cooling block.
While the PetroOxy Active Cool with
Peltier elements will re-cool automatically.
Especially recommended for low boiling
liquids.
Oxidation Stability of Gasoline and
Aviation Fuels: OBA 1
The semi-automatic OBA 1 is used for fuels Datasheet:
to determine the stability (induction period) 13-1660.pdf (OBA 1)
and the tendency to form gum (potential
residue) under accelerated oxidation Reference: OBA 1
conditions. 13-1660 / 107052 (230 V, liquid)
Programmable PA 5-OBA manometers on 13-1661 / 107053 (115 V, liquid)
stainless steel oxidation vessels are available
in combination with a liquid bath as OBA 1 Reference: OBA 1/T
or as OBA 1/T with a dry heat bath. 13-1662 / 107054 (230 V, dry heat)
13-1663 / 107055 (115 V, dry heat)
Standard methods:
ASTM D 525, ASTM D 873, ISO 7536, Test places:
JIS K2276, JIS K2287, FTM 791-3352, 1 - 4
FTM 791-3354, IP 40, IP 138
8
Oxidation Stability
Oxidation Stability of Gasoline and
Specifications Aviation Fuels: OBA 2
Datasheet: The semi-automatic OBA 2 safety arrange-
13-1664.pdf (OBA 2) ment has special features to comply with
German safety regulations to avoid health-
Reference: OBA 2 hazards caused by unexpected explosions
13-1664 / 108333 (230 V, liquid) as much as possible and also protect the
13-1665 / 108334 (115 V, liquid) expensive pressure sensors.
The programmable PA 5-OBA manometers
Reference: OBA 2/T on the stainless steel oxidation vessels are
13-1666 / 107056 (230 V, dry heat) available with a liquid bath as OBA 2 or as
13-1667 / 108335 (115 V, dry heat) OBA 2/T with a dry heat bath.
Test places: Standard methods:
1 - 4 ASTM D 525, ASTM D 873, ISO 7536,
JIS K2276, JIS K2287, FTM 791-3352,
FTM 791-3354, IP 40, IP 138
Oxidation Characteristics:
TOST/TOO
The modular TOST liquid bath is used for Datasheets:
testing the oxidation characteristics of 16-0586_ASTM943.pdf (TOST)
various petroleum products. 16-0586_ASTM2274.pdf (TOST)
Standardized glassware sets and 16-0586_ASTM4310.pdf (TOST)
accessories are available. 16-0586_ISO4263.pdf (TOST)
16-0586_ISO12205.pdf (TOST)
Standard methods: 16-0586_DIN51587.pdf (TOST)
ASTM D 943, ASTM D 2274, ASTM D 4310, 16-0545.pdf (TOO)
ASTM D 7462, ISO 12 205, ISO 4263-1,
ISO 4263-2, ISO 4263-3, JIS C2101, Reference:
JIS K2514, DIN 51 587, FTM 791-5308, IP 157, 16-0583 / 106563 (230 V)
IP 388 16-0584 / 106564 (115 V)
Test places:
1 - 4
Oxidation Stability of Lubricating
Greases: OFA 2
Datasheet: The semi-automatic OFA 2 arrangement
17-0212.pdf (OFA 2) may be used for quality control to indicate
batch-to-batch conformity of lubricating
Reference: greases stored in an oxygen atmosphere
17-0212 / 107088 (oxidation vessel) in a sealed system at an elevated
17-1210 / 107030 (manometer) temperature.
17-0210 / 106583 (230 V, liquid bath) The programmable PA 5-OFA manometer
13-1672 / 106555 (230 V, dry heat bath) shall be combined with the stainless steel
oxidation vessel and a liquid bath or dry
Test places: heat bath.
1 - 4
Standard methods:
ASTM D 942, JIS K2220, DIN 51 808,
FTM 791-3453, IP 142, VV-L-791e-5314
9
Cold Flow Properties
Cold Filter Plugging Point:
CFPP I Specifications
The cold filter plugging point test Datasheet:
determinates the lowest temperature at 13-2418.pdf (CFPP I)
which a fuel will give trouble free flow
in certain fuel systems. It is defined as Reference:
highest temperature at which a given 13-2418 / 107162 (230 V)
volume of fuel fails to pass through a
standardized filtration device in a specified Working range:
time when cooled under the conditions down to -34 °C
prescribed in the test method.
A system of a metal-block cryostat with Test places:
a 4-place cooling chamber provides the 1 chamber (4 places)
required cooling temperature.
Standard methods:
ASTM D 6371, EN 116, JIS K2288, IP 309
Cloud & Pour Point:
CAPP I
Datasheet: The CAPP I is a metal-block cryostat
16-2372.pdf (CAPP I) designed to perform the cloud point test.
It is the temperature at which a fuel starts
Reference: becoming cloudy or begins to precipitate
16-2372 / 106533 (230 V, 1 bath) paraffin. The pour point is the lowest
temperature at which movement of the test
Working range: sample is observed.
+20 °C to -69 °C Suitable for any petroleum products.
Chamber temperatures: Standard methods:
0 °C to -69 °C ASTM D 97, ASTM D 2500, ASTM D 5853,
ISO 3015, ISO 3016, EN 23 015, JIS K2269,
Test places: JIS K2601, FTM 791-201, IP 15, IP 219, IP 441
1 chamber (4 places)
Cloud & Pour Point: Datasheet:
CAPP IV & V 16-2378.pdf (CAPP IV)
16-2360.pdf (CAPP V)
Designed for an easy workflow, the
CAPP IV & V with independently set Reference:
of cooling chambers allows an instant 16-2378 / 107029 (230 V, 4 bath)
transfer of the sample jar to the next lower 16-2360 / 106532 (230 V, 5 bath)
chamber temperature.
Suitable for any petroleum products. Working range:
+20 °C to -69 °C
Standard methods:
ASTM D 97, ASTM D 2500, ASTM D 5853, Chamber temperatures:
ISO 3015, ISO 3016, EN 23 015, JIS K2269, 0 °C, -18 °C, -33 °C, -51 °C, -69 °C
JIS K2601, FTM 791-201, IP 15, IP 219, IP 441
Test places:
4 or 5 chambers (4 places each)
10