#level transmitters

The Trumen Pressure Transmitter is designed for precise and reliable pressure measurement in industrial applications. Engineered with advanced sensing technology, it delivers accurate readings even under harsh process conditions.

✅ Key Features: 1) Wide measuring range: 100 mBar to 250 Bar 2) High accuracy: ±0.25% or ±0.5% FSO 3) Rugged stainless-steel construction for durability 4) Flush diaphragm option for viscous or slurry media 5) Compact design with easy installation and maintenance

Level Switches, Flow Meters, Sensors & More | Jaycee Technologies Pvt. Ltd. Pune.

Nagaman Flow Level Systems And Solutions takes pride in being one of the leading providers of advanced level measurement solutions, renowned for its high-quality ultrasonic level transmitters. These devices have become our most popular product due to their precision, reliability, and versatility. Ideal for applications requiring chemical compatibility, and minimal maintenance, our ultrasonic level transmitters stand out in the market for their superior performance and innovative design.

Principles of Working

Ultrasonic level transmitters operate on the transient time principle, which involves the emission and reception of acoustic vibrations. The device emits an ultrasonic pulse from a sensor mounted on top of a pipe or container. This pulse travels through the medium and reflects off the surface back to the sensor. By measuring the time taken for the pulse to return, the transmitter calculates the distance or height of the medium in the container. This method leverages the conductivity of sound to provide accurate and reliable measurements.

Technical Aspects

Our ultrasonic level transmitters are engineered and designed with cutting-edge technology that caters to the diverse needs of various industries keeping their best interests at heart. Here are some key technical specifications:

-Level Range: Available in multiple ranges including 4m, 6m, 8m, 10m, 12m, 15m and 20m

-Accuracy: Up to ±0.25% full range

-Resolution: 3mm or 1%

-Power Supply: 24VDC, 2 Wire

-Display: 128*64 lattice LCD display for clear and precise readings

-Analog Output: 4-20mA

-Environmental Temperature:

  - Transmitter: -20°C to 60°C

  - Sensor: -20°C to 80°C

-Communication: RS485, HART for seamless data integration

Advantages

High level Accuracy

Our ultrasonic level transmitters deliver exceptional accuracy, up to 0.50% of the entire range, ensuring reliable data crucial for various applications.

Non-Contact Measurement

These devices feature non-contact sensors, preventing corrosion and wear, especially useful in hazardous mediums. They can be easily installed on top of a pipe without the need for cutting or making any changes to the existing setup.

Versatility

Our transmitters display an exceptional level of versatility in terms of liquid measurement and can be used to measure various types of liquids including liquids of thicker consistency like slurry, making them suitable and useful for a wide range of applications, including urban sewage, paper pulp industry, urban water supply systems, sewage treatment plants, river level monitoring, and water conservancy projects.

Smart Data Filtering

Equipped with intelligent digital circuitry and smart data filtering, these devices minimize noise and enhance measurement reliability, ensuring accurate and consistent results.

Concerns

While ultrasonic level transmitters offer numerous benefits, there are a few limitations to consider before you consider investing in a Ultrasonic level transmitter.

Compatibility with Distilled Water

Even though one of the major advantages of an Ultrasonic level transmitter is its ability to be versatile in measuring any kind of liquid, they are ineffective with distilled water due to its lack of conductivity, it can’t be detected by ultrasonic transmitters due to the lack of ions present in distilled water. In such cases, alternative measurement transmitters may be required.

Installation Considerations

Proper alignment and positioning are crucial for accurate measurements. Careful installation is necessary to avoid errors and ensure optimal performance.

Conclusion