MEASUREMENT OF LEVEL BY CAPACITANCE METHOD APPARATUS

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MEASUREMENT OF LEVEL BY CAPACITANCE METHOD APPARATUS

Price 500.0 INR/ Piece

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MOQ : 1 Piece

MEASUREMENT OF LEVEL BY CAPACITANCE METHOD APPARATUS Specification

Number of Specimens
Single channel

Specimen Size
Customizable probe length

Frequency
50 Hz

Power Supply
230V AC, 50Hz, Single Phase

Max Height
500 mm

Interface Type
Analog/Digital output

Automation Grade
Semi-Automatic

Product Type
MEASUREMENT OF LEVEL BY CAPACITANCE METHOD APPARATUS

Test Range
10 mm to 500 mm (level detection)

Temperature
0C to 55C

Features
Direct Capacitance Readout, Test Liquids and Solids

Operating Voltage
230V AC

Response Time
<1 second

Accuracy
1% FS

Port Size
Standard 1/2 BSP

Application
Engineering Testing Equipment

Mounting Type
Bench-top/Panel mounted

Resolution
1 mm

Gas Pressure
Ambient

Humidity
Up to 95% RH

Usage
Engineering Testing Equipment

Measuring Range
10 mm to 500 mm

Display Type
Digital LCD

Capacity
Up to 10 liters (depending on tank size)

Machine Weight
Approx. 8 kg

Control Mode
Manual/Automatic

MEASUREMENT OF LEVEL BY CAPACITANCE METHOD APPARATUS Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash on Delivery (COD), Cash Advance (CA), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C)

Packaging Details
Carton Box, Export Quality also Available

Main Domestic Market
All India

Certifications
ISO 9001, 14001, CE

About MEASUREMENT OF LEVEL BY CAPACITANCE METHOD APPARATUS

Specification:

MEASUREMENT OF LEVEL BY CAPACITANCE METHOD APPARATUS

The present set-up is designed to study the working principle and calibration procedure of capacitance type level transmitter.

The set-up consists of a probe which is mounted in a level tank with graduated scale.

Water is poured in the level tank manually and response of the level transmitter is indicated on the Level Indicator.

Output of the transmitter can be measured using Digital Current meter.

A drain valve is provided at the bottom of the level tank which enables the student to observe and measure the response of capacitance type level transmitter at different liquid heights.

The set-up is complete with Level tank, level transmitter, current indicator and necessary piping.

All component and accessories are properly mounted on the rigid MS structure and fitted on a base plate to form at able top set-up.

Experimentation/learning objectives:

To study of working principle and calibration procedure of capacitance type level transmitter.

To study of linearity, accuracy and repeatability of capacitance type level transmitter.

Utilities required:

Electric supply: Single Phase, 220 V AC, 5-15-amp combined socket with earth connection.

Earth voltage should be less than 5volts.

Water supply: Initial fill

Floor Drain.

Floor area: 1.0 m x 0.5 m

Technical details:

Level Transmitter: Capacitance type, Input 0-300 mm of water. Output 4-20 mA DC

Digital Current Meter: Digital Indication of Current output. Range 0-30 mA DC

Level Tank: Acrylic/Glass, PVC

Piping: Size 1/4 inch

Versatile Level Measurement

This apparatus offers versatility by supporting a wide range of conductive, non-corrosive liquids and is compatible with tanks made from plastic, glass, or stainless steel. The units robust rod-type electrode and customizable probe ensure accurate measurement across various scenarios in laboratory and industrial environments.

Advanced Safety and Compliance

Safety is prioritized through overvoltage and short-circuit protection, while the IP54 enclosure ensures durability under harsh conditions. Audio/visual alerts keep operators informed, making it suitable for rigorous engineering testing situations where operator awareness and equipment longevity are vital.

Precision Readings and Easy Calibration

Precise liquid level readings are made possible with 1% FS accuracy and a 1 mm resolution. Multi-point manual calibration allows fine-tuning for different setups, ensuring reliable operation. The clear digital LCD display and rapid response time enhance usability for both manual and automatic control modes.

FAQs of MEASUREMENT OF LEVEL BY CAPACITANCE METHOD APPARATUS:

Q: How does the capacitance method apparatus measure liquid levels?

A: The apparatus uses a rod-type stainless steel electrode to form a capacitor with the liquid and tank wall, where changes in level cause variations in capacitance. These changes are processed and converted into precise level readings, shown on the digital display.

Q: What types of fluids and tanks are compatible with this measurement system?

A: This equipment is designed for water and non-corrosive conductive liquids. It is compatible with tanks made from plastic, glass, or stainless steel, offering flexibility for diverse engineering setups.

Q: When should I perform the calibration, and how is it done?

A: Calibration should be done before initial use and whenever you change fluid types or tank configurations. The apparatus supports multi-point manual calibration, which involves adjusting reference points while filling the tank to specific levels, following the provided manual.

Q: Where can this apparatus be mounted or installed?

A: It can be mounted either on a bench-top or directly into a panel, allowing integration in laboratories, pilot plants, or industrial control rooms, depending on your setup and application needs.

Q: What is the process for using this level measurement device in a test setup?

A: Install the probe at the desired location, connect it to the apparatus, and fill the tank with the test liquid. Power on the device, perform calibration if required, and monitor level changes on the digital display, aided by audio/visual indicators for real-time alerts.

Q: What benefits does this system offer over other level measurement techniques?

A: Capacitance-based level measurement provides high accuracy (1% FS), fast response (<1 second), and works through non-contact means with no moving parts. This minimizes maintenance and is ideal for semi-automatic, reliably monitored testing environments.

Q: How do the audio/visual alerts improve operational safety and monitoring?

A: Built-in audio and LED visual indicators instantly notify users of critical events, helping prevent overfilling or equipment damage, and ensuring timely response during testing procedures.

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