$Abbe Refractometer (MODEL-I)$

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Abbe Refractometer (MODEL-I)

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Abbe Refractometer (MODEL-I) Specification

Control Type
Manual turning knob for measurement adjustment

Glass Type
High-quality optical glass

Shape
Rectangular base

Features
Compact design, easy calibration, rugged metal construction, comes with thermometer and calibration tool

Display Type
Analog scale (Vernier) viewer

Temperature Resistance
Thermometer range 0°C to 70°C

Heating Capacity
External water bath connection possible

Accuracy
±0.0001 refractive index units

Type
Abbe Refractometer

Dimension (L*W*H)
240 mm x 100 mm x 240 mm

Equipment Type
Scientific Laboratory Optical Instrument

Equipment Materials
Polished metal body with glass prisms

Power
Manual (no electrical power required)

Voltage
Not applicable (manual instrument)

Material
Heavy-duty metal with optical glass components

Application
Measurement of refractive index of liquids, solids, and solutions

Illumination
Natural or external light source

Usage Environment
Laboratory, research, educational institutions

Safety
Non-electrical, safe for routine use

Sample Volume
A few drops

Measurement Method
Contact type, manual reading

Sample Plate Material
Optical glass

Eyepiece Adjustment
Focusing adjustment available

Thermometer Range
0C to 100C (included)

Scale Division (Resolution)
0.0005

Calibration
Possible with standard calibration liquid

Measuring Range (Refractive Index)
1.3000 - 1.7000

Brix Range
0 - 95% (Sugar Solution)

Accessories Included
Thermometer, calibration liquid, operating manual

About Abbe Refractometer (MODEL-I)

Abbe Refractometer (MODEL-I)

Brand	Micro Technologies
Accuracy	+- 0.5%
Color	Black
ND Range	N.D. 1.3000 to N.D. 1. 7000 in steps of 0.001
Sugar Percentage	0 to 95% in steps of 1 Division
Temperature	0 - 50 deg C

Reliable and Accurate Measurements

With high precision (0.0001 refractive index units), the Abbe Refractometer MODEL-I ensures you obtain reliable readings for refractive index and Brix value. Its analog vernier scale and easy-to-read display make it user-friendly for laboratory, research, and educational settings.

Durable and User-Friendly Design

Featuring a rugged metal construction with optical glass components, this refractometer is designed for long-term use. The manual turning knob, sample plate made of quality optical glass, and included thermometer and calibration solutions streamline operation and maintenance.

Versatile and Safe Instrument

No electrical power is needed, reducing operational risks. Ideal for measuring a variety of substances, it accommodates liquids, solutions, and certain solids using contact-type, manual reading, and works with minimal sample volume under both natural and external light sources.

FAQs of Abbe Refractometer (MODEL-I):

Q: How do I calibrate the Abbe Refractometer MODEL-I?

A: Calibration is straightforward. Use the standard calibration liquid supplied with the instrument. Apply a few drops to the sample plate, adjust the measurement with the manual knob, and confirm alignment with the known value using the vernier scale for precise calibration.

Q: What types of samples can be measured with this refractometer?

A: This instrument measures the refractive index and Brix value of various liquids, solutions, and certain solids. It is suitable for applications in science labs, research, and education institutions, covering food, pharmaceuticals, and chemical industries.

Q: Where can this refractometer be used effectively?

A: The Abbe Refractometer MODEL-I is ideal for laboratory, research, and educational environments. Its robust build and non-electrical design make it suitable for routine analysis without concerns about power availability or electrical hazards.

Q: When is external light required for measurements?

A: Measurements can be performed using either natural sunlight or an external light source. External illumination ensures consistent viewing conditions, especially in dimly lit labs or during cloudy weather.

Q: What is the process for taking a measurement?

A: Place a few drops of the sample on the optical glass sample plate, position the temperature-measuring thermometer, use the focusing adjustment, and manually turn the knob to obtain sharp readings on the analog vernier scale.

Q: Why is manual operation beneficial for this model?

A: Manual operation increases safety, as the device does not rely on electricity. It ensures reliable function under various conditions, without concerns about voltage fluctuations or electrical safety.

Q: How does this refractometer benefit laboratory workflows?

A: Its compact design, durable construction, and easy calibration allow for quick setup and reliable use, enhancing productivity and confidence in measurement results for routine lab tasks.

$Abbe Refractometer (MODEL-I)$

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