DIELECTRIC CONSTANT IN LIQUID (RESONANCE METHOD)

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DIELECTRIC CONSTANT IN LIQUID (RESONANCE METHOD) Specification

Type
Dielectric Constant Measurement Apparatus

Material
Mild Steel, Acrylic, High-Grade Electrical Components

Size
Standard Laboratory Bench-Top

Input Voltage
230V AC, 50 Hz

Color
White/Blue

Dimension (L*W*H)
400 x 300 x 275 mm

Capacity
Suitable for Liquid Analysis

Noise Level
Negligible

Safety Features
Overload Protection, Earthed Body

Test Liquid Volume Required
Minimum 25 ml

Conformity
Meets BIS/ISO Laboratory Standards

Controls
Fine and Coarse Frequency Adjustments

Operating Temperature
10°C to 40°C

Application
Academic Laboratory, Research Testing

Sample Holder Material
Acrylic, Chemically Resistant

Frequency Range
8 MHz to 12 MHz

Resonance Method
Used for Accurate Dielectric Measurements in Liquids

Digital Display
Yes, for Frequency Reading

Accessories Included
Test Tubes, Connector Cords, Manual

Measurement Accuracy
±0.01 Dielectric Constant Units

About DIELECTRIC CONSTANT IN LIQUID (RESONANCE METHOD)

Take advantage of the best-seller in dielectric measurement technology-the DIELECTRIC CONSTANT IN LIQUID (RESONANCE METHOD). This exquisite bench-top apparatus is an exceptional paragon for precise evaluation of dielectric constants in liquid samples within an 8 MHz to 12 MHz frequency range. Select this system for its exceptional accuracy (0.01 units), robust overload protection, and user-friendly digital display. The chemically resistant acrylic sample holder requires only 25 ml of liquid. With fine and coarse frequency control, standardized quality, and a complete accessory set, this apparatus is the premier choice for academic and research laboratories seeking reliable and efficient results.

Advantages & Application Excellence

Experience primary competitive advantages with the DIELECTRIC CONSTANT IN LIQUID (RESONANCE METHOD), a leading instrument for unmatched measurement precision in research and academic laboratories. This apparatus supports effective analysis across various plant applications, including chemical, petrochemical, and educational facilities. Its versatility makes it ideal for both industrial research and institutional training, ensuring it meets the dynamic needs of laboratories focused on liquid dielectric properties.

Sample Policy & Export Credentials

Our proposal amount is set at a competitive list price, with sample exchanges available to institutions pending formal negotiation. This device is preferred in main export markets such as Asia, Africa, and Europe due to its certified compliance with BIS/ISO standards. Supported by a robust distribution network, the product is recognized for its reliability and professional certifications, making it a popular choice among discerning laboratory professionals worldwide.

FAQ's of DIELECTRIC CONSTANT IN LIQUID (RESONANCE METHOD):

Q: How does the resonance method enhance the accuracy of dielectric constant measurements in liquids?

A: The resonance method used in this apparatus provides highly accurate measurements by determining the exact resonance frequency shift when a liquid sample is introduced, resulting in precision values of the dielectric constant.

Q: What are the primary usage areas for this dielectric constant measurement apparatus?

A: This apparatus is predominantly used in academic laboratories and research institutions, supporting studies and experiments in chemistry, materials science, petrochemicals, and various plant applications.

Q: When should calibration or maintenance be performed on the device?

A: Calibration is recommended before initial use and periodically as per your laboratory's standard procedures or after about 200 hours of usage to maintain measurement accuracy.

Q: Where can I purchase or inquire about this product in India?

A: This product is available through authorized distributors, exporters, manufacturers, suppliers, and traders across India. For purchasing, contact an authorized representative or visit the manufacturer's official website.

Q: What safety features are incorporated in this apparatus for laboratory use?

A: The apparatus features built-in overload protection, an earthed body, and operates within a safe temperature range, ensuring secure and reliable performance during extended laboratory use.

Q: How much liquid sample is required for each test, and what is the chemical compatibility?

A: A minimum of 25 ml of test liquid is required. The acrylic sample holder is chemically resistant, making the apparatus suitable for a wide variety of liquid chemicals in laboratory environments.

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