Galaxy Make Magnehelic Gauge

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Galaxy Make Magnehelic Gauge Specification

Seal Material
Silicone / Neoprene

Display
Analog

Bourdon Tube
Not Applicable (Diaphragm Sensing Element)

Outer Size
Approx. 120 mm Diameter Case

Grade
Industrial Grade

Sensor Type
Differential Pressure Sensor

Thread
1/8 NPT Back or Side

Material
Die-cast Aluminum Case, Acrylic Window

Dial Material
Aluminum with Printed Scale

Pointer Material
Aluminum

Processing Type
Manufactured/Calibrated for Industrial Use

Diameter
4 inch (100-120 mm, Nominal)

Glass Size
Full View, Clear Acrylic Window

Mount Type
Surface or Flush Mounting

Scale Range
0-60 mm WC (Custom Ranges Available)

Accuracy
2% of Full Scale

Finishing
Powder Coated/Polished

Measure Pressure Of
Air and Non-Corrosive Gases

Accessories
Mounting Screws, Instructions Manual

Galaxy Make Magnehelic Gauge Trade Information

Payment Terms
Cash on Delivery (COD), Cash Against Delivery (CAD), Cash in Advance (CID), Cash Advance (CA)

Main Export Market(s)
Asia

Main Domestic Market
North India, South India, East India, Central India, West India, All India

About Galaxy Make Magnehelic Gauge

Galaxy Make Magnehelic Gauge

Our specialization lies in offering a commendable range of Galaxy Make Magnehelic Gauge Series 2000. Manufactured with utmost care and precision at our vendors'end using superb quality components, our offered product is highly acclaimed in the market. After being manufactured, the offered product is properly tested on defined parameters.Clients can avail the entire range from us in various Technical Specifications at industry leading prices.

Features:

Compact size
Accuracy
Easy installation
Specifications:
Application: Industrial
Structure: Spring Pressure Gauge
Connection Type: Radial Direction
Function: Local Indication Type
Indicating Pressure Reference: Differential Pressure Gauge

Reliable Differential Pressure Monitoring for Critical Environments

Engineered to meet the stringent demands of industrial and HVAC settings, this magnehelic gauge offers precise measurement of air and non-corrosive gases. Its robust die-cast aluminum housing, weather resistance, and fine graduated analog scale ensure dependable readings, making it ideal for clean rooms and filter monitoring.

Versatile, Customizable Installation Options

With panel and surface mounting choices, back or side 1/8 NPT threaded ports, and an external zero adjuster, this gauge adapts seamlessly to your specific setup. The inclusion of mounting screws and a detailed instructions manual ensures a straightforward installation process.

FAQs of Galaxy Make Magnehelic Gauge:

Q: How does the Galaxy Make Magnehelic Gauge measure differential pressure?

A: This gauge utilizes a diaphragm sensing element to accurately detect and display the differential pressure of air and non-corrosive gases between two points, providing clear analog readings through its finely graduated dial.

Q: What are the available connection types and how do I select the right one?

A: You can choose between brass or SS 304 stainless steel connection ports, both compatible with standard 1/8 NPT threads, from either the back or side. Select based on the chemical compatibility with the gas and the installation environment.

Q: When should I perform a zero adjustment on the gauge?

A: Its recommended to use the external zero adjustment knob to recalibrate the gauge before initial use, after maintenance, or if the gauge is relocated, to ensure optimal accuracy in pressure readings.

Q: Where can this Magnehelic Gauge be mounted?

A: The device supports both panel and surface mounting, with supplied accessories for secure installation. Its weather-resistant design allows reliable operation indoors or in protected outdoor settings.

Q: What is the process for installing the gauge in HVAC or clean room applications?

A: Install the gauge using the provided screws and follow the included instruction manual. Connect the appropriate pressure lines to the 1/8 NPT ports, and ensure the zero is adjusted prior to taking readings for the most precise results.

Q: How does the fine graduation of the scale benefit low-pressure monitoring?

A: The fine graduation on the analog dial provides enhanced resolution, allowing for accurate detection of even minor changes in differential pressurecrucial for monitoring sensitive environments such as clean rooms or during filter performance assessment.

Q: What are the advantages of using this gauge in industrial settings?

A: Its industrial-grade durability, accuracy (2% of full scale), customizable ranges, and weather resistance ensure reliable operation under diverse conditions, supporting regulatory compliance and process efficiency in various industrial applications.

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