Instrument usage:

The trace moisture analyzer uses the Karl Fischer Coulomb method (also known as the coulometric method), which is internationally recognized as the most accurate moisture determination method and is suitable for the determination of moisture in most liquids, gases, and solids. This instrument uses internationally renowned brand integrated circuits, equipped with a high-resolution 5-inch color touch screen, Chinese character display, automatic calculation of results, easy operation, and accurate testing, making it an ideal choice in the field of moisture detection. This instrument is innovative in technology, easy to operate, fast in experiments, reliable in results, and stable in performance. It is widely used in industries such as petroleum, chemical industry, electricity, medicine, pesticides, minerals, batteries, plastics, refrigeration, machinery, electronics, and research institutes.

Applicable standards:

*GB/T7600 "Determination of moisture content in transformer oil during operation (Coulomb method)"

*GB6283 "Determination of moisture content in chemical products - Karl Fischer method (general method)"

*SH/T0246 "Determination of Water Content in Light Petroleum Products (Electricity Method)"

*SH/T0255 "Additives and lubricating oils containing additives - Determination of moisture content (coulometric method)"

*SH/T0207 "Determination of moisture content in insulating oils (Karl Fischer method)"

*GB/T11133 "Method for determination of water content in liquid petroleum products (Karl Fischer method)"

*GB/T7380 "Determination of Water Content of Surfactants (Karl Fischer Method)"

*GB10670 "Determination of trace moisture in industrial fluoromethanes - Karl Fischer method"

*GB/T606 "General method for determination of moisture in chemical reagents - Karl Fischer method"

*GB/T8350 Denaturated Fuel Ethanol

*GB/T8351 "Ethanol gasoline for vehicles"

*GB/T3776.1 "Determination of moisture content in pesticide emulsifiers"

*GB/T6023 "Determination of trace moisture in industrial butadiene - Karl Fischer Coulomb method"

*GB/T3727 "Determination of trace amounts of water in ethylene and propylene for industrial use"

*GB/T7376 "Determination of trace moisture in industrial fluoroalkanes"

*GB/T18619.1 "Determination of water content in natural gas - Karl Fischer Coulomb method"

*GB/T512 "Method for Determination of Moisture in Lubricating Greases"

*GB/T1600 "Method for determination of moisture content in pesticides"

*GB/T11146 "Determination of Water Content in Crude Oil (Karl Fischer Coulomb Method)"

*GB/T12717 Test Methods for Acetates for Industrial Use

*GB/T2288 "Microcoulombic determination method for moisture content in coking products"

*GB/T18826 Industrial 1,1,2-Tetrafluoroethane (HFC-134a)

*GB/T12008.6 "Method for determination of moisture content in polyether polyols"

*GB18582 "Limit of Harmful Substances in Interior Decoration Materials and Wall Coatings"

*GB18583 "Limit of Harmful Substances in Adhesives for Interior Decoration and Decoration Materials"

*Meets the technical requirements of the National Pharmacopoeia for the Karl Fischer method to determine the moisture content in drugs

Specification parameters:

*Measurement method: Karl Fischer Coulomb method (electric quantity method)

*Display method: 5-inch color touch screen, Chinese interface

*Electrolysis speed: 0-300mA automatic control

*Measurement range: 0.1 μ G-200mg H2O (0.1ppm~100%)

*Resolution: 0.1 μ GH2O (0.1ppm)

*Accuracy: Excluding injection error: ≤ 1mgH2O with an error not greater than ± 0.2% of the measured value

The error of 1mgH2O should not exceed ± 0.3% of the measured value

*Iodine excess display: Yes

*Drift compensation: microprocessor automatic compensation

*Mixing speed: stepless speed control

*Injection method: Weighing injection

*Automatic conversion: percentage content

*Display unit: μ GH2O,%

*Power: 60W

*Environmental temperature: 5 ℃ -45 ℃

*Environmental humidity: Environmental humidity ≤ 80%

*External dimensions: 250mm × 330mm × 190mm

*Power supply: AC220V ± 11V 50Hz ± 2.5Hz

 
笔记