Minihelic Differential Pressure Gauges

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Minihelic Differential Pressure Gauges Specification

Grade
Industrial Grade

Seal Material
Silicone Rubber

Thread
1/8 NPT

Sensor Type
Differential Pressure Sensor

Display
Analog

Outer Size
Approx. 65 mm x 65 mm x 32 mm

Bourdon Tube
Not Applicable (Uses Diaphragm Mechanism)

Material
Polycarbonate Housing, ABS Front, Acrylic Lens

Dial Material
Aluminum (Printed)

Pointer Material
ABS

Processing Type
Injection Molded Housing

Diameter
63 mm (Dial Face)

Glass Size
Approx. 44 mm (View Area)

Mount Type
Panel and Surface Mount

Scale Range
0-50 Pa, 0-100 Pa, 0-200 Pa, 0-500 Pa, 0-1000 Pa, 0-2000 Pa (Model Dependent)

Accuracy
5% of Full Scale (Standard)

Finishing
Powder Coated (Enclosure)

Measure Pressure Of
Air and Non-Corrosive Gases

Accessories
Panel Mounting Bracket, 2 Connectors, Mounting Screws

About Minihelic Differential Pressure Gauges

Minihelic II Differential Pressure Gauges offered by us are specially designed for panel mounting in a single 2-3/8 diameter hole. These come with small size and can easily be operated up to 30 psig pressure. We manufacture Minihelic II Differential Pressure Gauges using modern machines and superior quality raw materials, which is acquired from trusted vendors of the market in accordance to international quality standards.

Features are as follows:

Combining high accuracy
Longer life
Compactness
Dependability
Most affordable prices

Robust Build and Versatility

Crafted with a robust polycarbonate and ABS structure, the Minihelic Differential Pressure Gauge offers reliability in demanding environments. Its medium shock resistance, IP40 protection, and powder-coated enclosure ensure durability. Designed to measure air and non-corrosive gases, it adapts to panel or surface mounting, making it ideal for varied industrial applications.

Precise Monitoring, Easy Integration

The analog dial provides clear pressure readings, supported by a factory-calibrated diaphragm mechanism for consistent accuracy. Model-dependent scale ranges and convenient 1/8 NPT rear connections make integration into panels straightforward. Supplied with mounting accessories, this gauge simplifies installation, letting users quickly set up and monitor differential pressure.

FAQs of Minihelic Differential Pressure Gauges:

Q: How is the Minihelic Differential Pressure Gauge typically installed?

A: The gauge is designed for flexible installation and can be either panel-mounted or surface-mounted. It comes with a panel mounting bracket, connectors, and screws, allowing straightforward integration into equipment cabinets or process setups.

Q: What pressure ranges does the Minihelic Differential Pressure Gauge support?

A: Depending on the selected model, this gauge measures differential pressure in ranges from 050 Pa up to 02000 Pa, offering accurate monitoring for various air and non-corrosive gas applications.

Q: Where can the Minihelic Differential Pressure Gauge be used?

A: Suitable for industrial environments, it can be installed in HVAC systems, cleanrooms, filter monitoring setups, and any application where monitoring low differential pressure of air or inert gases is essential.

Q: What benefits does the clear acrylic lens and black pointer provide?

A: The clear acrylic lens offers excellent visibility and scratch resistance, while the black ABS pointer enhances readability, making pressure readings quick and precise even in less-than-ideal lighting.

Q: What is the process for connecting the gauge to a system?

A: The gauge uses a 1/8 NPT thread connection at the back. To install, attach the provided connectors to the systems pressure ports and secure the gauge using the supplied mounting bracket and screws.

Q: How is the accuracy of the gauge ensured?

A: Each gauge is factory calibrated and meets an accuracy standard of 5% of full scale, ensuring precise measurements and compliance with CE certification.

Q: What gases can be measured with this differential pressure gauge?

A: The Minihelic is optimized for air and non-corrosive gases, using a silicone rubber seal and aluminum printed dial, which together prevent chemical reaction and extend the life of the instrument.

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