Magnehelic Gauge

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Magnehelic Gauge Specification

Outer Size
4 inch (standard dial size)

Sensor Type
Differential Pressure Sensor

Glass Size
4 inch diameter

Thread
1/8 NPT

Working Presssure
Maximum 15 psig (103 kPa)

Grade
Industrial

Accuracy
2% of full scale

About Magnehelic Gauge

We are the conspicuous supplier of the finest quality Magnehelic Gauge that is mainly used in measuring positive or negative pressure and also to get the difference in pressures between two separate locations. This gauge is manufactured in compliance with industry set standards with the use of premium quality components and the latest technology at vendors end. As per the diversified needs of the clients, we provide this gauge in different specifications. We provide this well tested Magnehelic Gauge to our clients at most genuine rates.

Features:

Rust resistance
Ruggedness
Accurate dimensions
High accuracy

Precision Differential Pressure Monitoring

Magnehelic Gauges provide consistent and precise measurement of differential pressure, critical in industrial processes like HVAC, filtration, and cleanroom management. The sensors robust build ensures longevity and dependable readings, supporting process efficiency and safety across commercial facilities and manufacturing plants.

Easy Installation and Versatile Application

Equipped with a standard 1/8 NPT thread and a 4-inch dial, the Magnehelic Gauge is simple to install in most setups. Its compatibility suits a wide range of industrial systems, making it a practical choice for engineers and maintenance teams managing air or gas flow control, filtration monitoring, and pressure difference analysis.

FAQs of Magnehelic Gauge:

Q: How does the Magnehelic Gauge measure differential pressure?

A: The Magnehelic Gauge uses an internal mechanism to sense the pressure difference between two points, displaying the measurement on its 4-inch dial. It is designed for industrial use and maintains accuracy within 2% of the full scale.

Q: What is the benefit of using Magnehelic Gauges in industrial settings?

A: Using Magnehelic Gauges helps maintain optimal performance and safety during operations. Accurate differential pressure readings enable efficient monitoring and control of airflow, filtration systems, and cleanroom environments.

Q: When should I use a Magnehelic Gauge with a maximum working pressure of 15 psig?

A: You should deploy this gauge in applications where differential pressure does not exceed 15 psig (103 kPa), such as HVAC systems, laboratory setups, and filtration monitoring in industrial facilities.

Q: Where can I find suppliers or manufacturers for Magnehelic Gauges in India?

A: Magnehelic Gauges are readily available from authorized distributors, manufacturers, and suppliers across India. Many industrial equipment providers stock these gauges and offer support for selection and installation.

Q: What process is involved in installing the Magnehelic Gauge?

A: Installation involves connecting the gauge to the system using the 1/8 NPT thread ports. Ensure a secure, leak-free fit and verify alignment for accurate readings. Consult the manufacturers guidelines for proper setup.

Q: How is the accuracy of the Magnehelic Gauge maintained during use?

A: The gauge is engineered to maintain 2% accuracy of the full scale. Regular maintenance and calibration, following the manufacturers instructions, help preserve measurement reliability over time.

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