AquaMax Moisture Meter - Titration Analysis

Determine the water content of your products in one single button press.
Combining coulometry with the Karl Fischer method, the new “Aquamax KF” meter offers outstanding features including;
- Compact:  Small footprint (24cm X 25cm) – can be used in any lab
- Portability:  Optional battery power and carry case for the in-field engineer
- Printer:  High speed in-built printer
- Results:  Download to a pc
- Wide applications:  Petrochemical, power (electricity), chemicals, gases, automotive, aviation, pharmaceuticals, laboratories, universities.

The Aquamax KF meter is manufactured in the UK by GR Scientific.  A family orientated business, GR Scientific are recognised experts in coulometric Karl Fischer titration technology.  They have designed and manufactured coulometric titrators since the early 1980’s.  You can therefore be assured of a high quality, reputable and reliable instrument for your lab.

Aquamax KF moisture meters have been specifically designed for the determination of water content.  Combining coulometry with the Karl Fischer method, Aquamax KF titrators determine the water content of samples by measuring the amount of electrolysis current necessary to produce the required iodine – this is an absolute technique which does not require the calibration of reagents.

Aquamax KF titrators have been developed in response to many suggestions and comments from our customers in routine laboratories, off-shore platforms and in the field.  The built-in battery and optional carry case provide the versatility required by the laboratory and also the ease of use and portability required by the field engineer.

The Aquamax KF offers many advantages over competition.  Easy to use – simple to programme so that only a single button needs to be pressed for a titration, everything else is automatic.  Complete with built-in high speed printer, everything in a single footprint, small space requirement.  Results can also be downloaded via the Results Manager software package onto a pc spreadsheet.


Coulometric Reagents
Cou-Lo Formula reagents offer optimum performance with Aquamax KF titrators.  Our packaging concept has been based on advice from the HSE (Health & Safety Executive) to enable non laboratory personnel to work more safely.  Cou-Lo Formula reagents are safer to use and safer to store.

Cou-Lo Formula “A” anode reagent is suitable for most routine applications and is especially useful for water content determination of oil samples, e.g. transformer oils, crude oils, etc.  The anode reagent is supplied in “single shot” bottles of 100ml, no volume measurement or mixing with other solvents is required. Cathode reagent, Formula “C”, is supplied in “single shot” 5ml ampoules which have “safety snappers” pre-fitted thereby reducing risk to the operator.

Each pack contains 8 x 100ml bottles of anode reagent plus 8 x 5ml ampoules of cathode reagent plus two water standards. Weighing only 3 kilo, the total pack volume is less than one litre so they can be shipped as limited quantity. 


AquaMax - Carry CaseCarry Case
The optional carry case, complete with internal storage compartment, allows the titrator to be transported with the glassware already assembled and charged with reagents. Ready for immediate operation on arrival.  Glassware The unique Low Drift Cell glassware design is by far the easiest to use and also the most robust.  The electrode locking system allows the joints to seal completely, without the use of grease or Tefl on sleeves, and provides improved baseline stability.  Hassle free assembly and disassembly.

 

Key Features
• Simple operation
• 10 user programmable methods
• 1ppm / 100%
• Results in ppm, mg/kg, % & μg water
• Multi language display & print out
• Small footprint
• Integral high speed printer
• Fully portable
• Low drift cell design
• Automatically compensated errors
(patented technique)
• Results Manager software
• Optional carry case
• Conforms to ASTM D1533,
D4928, D6304, IP386, IP438,
API MPMS Chapter 10.9,
IEC60814, ISO 10101-3,
10337 & 12937

 

 

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