AUTO KARL FISCHER TITRIMETER 751 & 761

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AUTO KARL FISCHER TITRIMETER 751 & 761 Specification

Model No
751 & 761

Core Components
High-precision dosing system, electrochemical detector cell

Voltage
230V

Temperature Range
5C to 40C

Measurement Range
10 g to 100 mg of water

Power Source
AC Mains

Capacity
10 g to 100 mg HO

Frequency
50 Hz

Accuracy
100 %

Automation Grade
Automatic

Feature
Highly Efficient

Equipment Materials
Sturdy chemical-resistant body, glass titration vessel

Type
Automatic Karl Fischer Titrimeter

Usage
Laboratory

Display Type
Digital LCD Display

Dimension (L*W*H)
345 mm x 310 mm x 165 mm

Weight
Approx. 6 kg

About AUTO KARL FISCHER TITRIMETER 751 & 761

FEATURES

Auto Titration Control

Separate Control & Titration Units

Auto Zero Burette

Adjustable Timer

Visual & Audible Alarm

Auto Karl Fischer Titrimeter 761 is an automatic apparatus designed to carry out Karl Fischer Titrations for accurate determination of moisture content in various samples. The instrument comprises of two units i.e CONTOL UNIT & TITRATION UNIT. The CONTROL UNIT controls the complete automatic titration. On pressing the START button, the titration starts and the KF reagent is added automatically from the burette, through a solenoid valve into the titration vessel. As soon as the end point is reached, the titration is stopped automatically by the Control Unit. It has fully solid state circuitry incorporating advanced IC technology.

Titration unit contains the magnetic stirring mechanism and the solenoid valve assembly. The cabinet is designed to serve as a titration stand.

Karl Fischer method for determination of moisture content is used in pharmaceutical and drug manufacturing industries, food stuff, sugar, wood, paper and textile industries, petroleum refineries, chemical and fertilizer units etc.

SPECIFICATIONS : -

CONTROL UNIT
Display	Array of 10 LEDs
Timer	Adjustable Timer
Buzzer	Yes
Sample Size	1-50 mg of Water
K.F.Dispensing Resolution	0.05 ml.
Measuring Electrode	Dual Platinum
Indications	RUN}
	ADD } Display in Auto Mode
	END}
Detection	Current sensing by electronic control
Dimensions	L340 X B250 X H125 mm. (Approx.)
Weight	2 kg. (Approx.)
TITRATION UNIT
Titration Cell	Air Tight 200ml.
Stirrer	Variable speed magnetic stirrer with On/Off control
K.F.Flow	Automatic Sensitive Control Valve for KF Reagent
Burette	Pressure filling auto zero burette with 0.05 ml resolution
Power	230V???10%% 50Hz, AC
Dimensions	L325 X B180 X H98 mm (Approx.)
Weight	3 Kg. (Approx.)
Accessories	Burette (Clear Glass) 10 ml Reservoir Bottle 500 ml* Moisture trap with rubber bellow for air pumping Titration Cell Dual Platinum Electrode Solenoid Valve Assembly Magnetic Capsule Set of 2 Clamps Rubber Tubing Nozzle Instruction Manual

Note : Specifications are subject to change due to continuous improvements.

Advanced Titration for Ultimate Precision

AUTO KARL FISCHER TITRIMETER 751 & 761 harness the renowned volumetric Karl Fischer method, enhanced by an electrochemical bivoltametric end-point detector. This ensures unmatched measurement accuracy for water content from as low as 10 g up to 100 mg. Designed to support rigorous laboratory workflows, reliability and reproducibility are assured with every test.

Effortless Operation and Data Management

The models 751 & 761 prioritize user experienceoffering a soft-touch membrane keypad, 16x2 alphanumeric digital LCD display, and built-in thermal printer for instant data output. Users can store up to 100 test results in memory, while data transfer is streamlined via the RS232 portsupporting contemporary documentation requirements in laboratory environments.

Safety, Durability, and Compliance at the Core

Engineered for longevity, the titrimeter features a chemically resistant body and glassware, overload and leakage current protection, and an automated endpoint alarm. Compliant with ISO/GLP standards, it provides users peace of mind with every operation, emphasizing safe and standardized laboratory practices.

FAQs of AUTO KARL FISCHER TITRIMETER 751 & 761:

Q: How does the AUTO KARL FISCHER TITRIMETER 751 & 761 determine the water content in samples?

A: The titrimeter uses the volumetric Karl Fischer titration method enhanced with an electrochemical bivoltametric technique for precise end-point detection. This process accurately quantifies water in both liquid and solid samples, ensuring reliable lab results.

Q: What types of samples can be analyzed with these models?

A: Both models are designed to test water content in a wide range of liquid and solid samples. With a measured capacity of 10 g to 100 mg HO, they cater to diverse laboratory analysis requirements.

Q: Where is this equipment best utilized?

A: The AUTO KARL FISCHER TITRIMETER 751 & 761 are intended for laboratory environments, making them suitable for quality control, research and development, and other analytical applications in industries such as pharmaceuticals, chemicals, food, and more.

Q: What is the procedure for starting a titration with these devices?

A: Users simply prepare the sample, insert it into the titration vessel, and follow prompts on the digital LCD using the membrane keypad. An automatic or manual calibration can be selected, and the titrimeter then performs the analysis, signaling the end-point with an automated alarm.

Q: How is data managed and outputted on these titrimeters?

A: Up to 100 test results can be stored internally. For documentation, results can be printed via the integrated thermal printer or transferred digitally using the RS232 output port, facilitating efficient data management.

Q: What safety and compliance features are included in these models?

A: The equipment features overload and leakage current protection, an automated endpoint alarm, and is constructed from chemical-resistant materials. Both 751 & 761 comply with ISO and GLP standards, ensuring operational safety and standardization.

Q: What are the main benefits of using the AUTO KARL FISCHER TITRIMETER 751 & 761 in a laboratory?

A: Users benefit from high measurement accuracy, easy operation, robust safety, and quick data output. These features collectively improve laboratory efficiency, data reliability, and safety for a wide range of analytical tasks.

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