About Ultrasonic Level Transmitters
Ultrasonic Level Transmitters - 2 Wire
Our company is a renowned name in the market for manufacturing and supplying an excellent quality of Ultrasonic Level Transmitters - 2 Wire. Made as per industrial standards using certified quality components, these transmitters are light in weight and provide accurate results during the operations. Extensively used in water & waste water treatment, chemicals, oils and food and beverages industries, clients can buy these transmitters from us at market leading prices. Before supplying to clients, we duly check Ultrasonic Level Transmitters - 2 Wire on quality standards.
Further Details:
The continuous 2 wire ultrasonic level transmitters are manufactured as per the industrial standards.
The salient features and specifications are as follow:
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Simple push-button calibration
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Output 4-20 mA, 20-4 mA
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Built-in temperature compensation
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Compact Size for Easy Mounting
Mechanical:
Environmental:
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Temperature - 40 to 1400F (-40 to 60oC)
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Optional - 40 to 2660F (-40 to 130oC)
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Pressure 1 to 10 bar
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Installation Category Class II
Operational:
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Accuracy +/-0.1% of max span (in lab using 4-20m A current output)+/-0.25% of max range (typically in field)
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Beam Angle 10 to 12 degree at -3dB
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Loss of Echo Hold 30 seconds, 22 mA output
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Temperature Comp In transducer
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Calibration Push-button
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Calibration 4 20 or 20 4 mA Output
Empty:
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Calibrate 4 mA or 20mA (Set For Target)
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Calibration mode LED color is blinking Green
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Push button and hold until LED turns Red (4 mA) or push button and hold until LED turns Yellow (20 mA)
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Release button, observe LED flashes to acknowledge the calibration
Full:
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Calibrate 20 mt. Or 4mA (Set Near Target)
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Calibration mode LED color is blinking Green.
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Push button and hold until LED turns Yellow (20 mA) or push button and hold until LED turns Red (4 mA)
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Release button, observe LED flashes to acknowledge the calibration
Reliable Level Measurement for IndustryUltrasonic Level Transmitters provide accurate level measurement for a broad range of industrial materialsliquids or solidsmaking them essential for process automation. Their electric-powered operation ensures consistent, maintenance-friendly performance, while the visible yellow body makes installation and monitoring convenient in busy plant environments.
Expert Solutions from IndiaAs a trusted Indian exporter, manufacturer, and supplier, we offer ultrasonic level transmitters crafted to the latest standards. Our service includes after-sales support and consultation, ensuring your industrial setup achieves optimal results in material monitoring and control.
FAQs of Ultrasonic Level Transmitters:
Q: How do Ultrasonic Level Transmitters function in industrial settings?
A: Ultrasonic Level Transmitters operate by emitting ultrasonic pulses toward the target surface (such as a liquid in a tank). The transmitter measures the time taken for the echo to return, calculating the distance and thereby determining the level of material present accurately without direct contact.
Q: What benefits do Ultrasonic Level Transmitters offer for industrial applications?
A: These devices provide non-contact, real-time level measurement, reducing maintenance and enhancing safety. Their robust, electric-powered design ensures reliable operation across diverse industrial environments, leading to improved process efficiency and reduced downtime.
Q: When should Ultrasonic Level Transmitters be used in a facility?
A: Ultrasonic Level Transmitters are ideal when precise, continuous, and contactless measurement of material levels is required, especially in challenging industrial environments where contamination or hazardous materials are present.
Q: Where can these transmitters be installed within industrial plants?
A: They are suitable for installation in storage tanks, silos, wells, and process vessels where monitoring liquid or solid levels is critical. The yellow color enhances their visibility among equipment for easy maintenance and inspection.
Q: What is the process for installing an Ultrasonic Level Transmitter?
A: Installation involves securely mounting the transmitter above the surface needing measurement, ensuring a clear path for ultrasonic signals. Once powered, calibration and configuration are done according to the vessels dimensions and material type.
Q: How can users maximize the usage and longevity of these devices?
A: Regular inspection for buildup on the sensor surface and proper calibration will maintain accuracy. Using electric-compatible supplies and following the manufacturers recommendations will ensure durability and consistent performance.