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Dwyer USA Magnehelic Gauges 0 To 40 Inch WC

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Dwyer USA Magnehelic Gauges 0 To 40 Inch WC

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Dwyer USA Magnehelic Gauges 0 To 40 Inch WC Specification

Sensor Type
Differential Pressure

Thread
No Thread Connection

Seal Material
Silicone rubber

Outer Size
Approx. 4 inch (100 mm) diameter

Grade
Industrial

Display
Analog Dial

Material
Die-cast aluminium case, acrylic lens

Dial Material
White acrylic with printed scale

Pointer Material
Black anodized aluminum

Processing Type
Precision engineered

Diameter
100 mm

Glass Size
100 mm circular window

Mount Type
Surface or flush mount

Scale Range
0 to 40 inch WC (Water Column)

Accuracy
2% of full scale

Finishing
Powder coated aluminium case

Measure Pressure Of
Air and compatible gases

Accessories
Standard mounting bracket, two 1/8 NPT plugs

Sleep Timer
Yes

Smart TV Features
Built-in WiFi, Screen Mirroring

Operating System
Android

Refresh Rate
60 Hz

Viewing Angle
178

Remote Battery Type
AAA

USB Ports
2

Dwyer USA Magnehelic Gauges 0 To 40 Inch WC Trade Information

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

Main Export Market(s)
Australia, Eastern Europe, Africa, Middle East, South America, Western Europe, Asia, Central America, North America

Main Domestic Market
All India

About Dwyer USA Magnehelic Gauges 0 To 40 Inch WC

Dwyer USA Magnehelic Gauges 0 To 40 Inch WC

Model	Description
2040	Differential pressure gage, range 0-40" w.c., minor divisions 1.0.

The industry standard in indicating low air or gas pressures of positive, negative, or differential pressures.

Large, easy-to-read 4" (102 mm) dial.

No manometer fluid to evaporate, freeze, or cause toxic or leveling problems.

INCLUDES

Two 1/8" NPT plugs, two 1/8" rubber tubing adapters, and three mounting adapters with screws

MORE ABOUT THIS ITEM

The Magnahelic guage is the industry standard to measure fan and blower pressures, filter resistance, air velocity, furnace draft, pressure drop across orifice plates, liquid levels with bubbler systems, and pressures in fluid amplifier or fluidic systems. The gauge's motion is damped with high-viscosity silicone fluid. The zero adjustment screw is conveniently located in the plastic cover, and is accessible without removing the cover. O-ring seal provides pressure tightness. Rugged design resists shock, vibration, and overpressure.

The helix is precision-made from an alloy of high magnetic permeability. Mounted in jeweled bearings, it turns freely, following the maganetic field to move the pointer across the scale. The samarium cobalt magnet is mounted at one end of the range spring and rotates the helix without mechanical linkages.

Specifications & Description

Accuracy	±3% full-scale
Dial Size (in)	4
Dial Size (mm)	102
Min Pressure (in WC)	0
Max Pressure (in WC)	0.5
Min Temperature (° F)	20
Max Temperature (° F)	140
Min Temperature (° C)	7
Max Temperature (° C)	60
Liquid Fill	Silicone
Case	Aluminum
Lens Material	Polycarbonate
Process Connection	1/8" NPT(F)
Unit Of Measurement	" WC
Display	analog dial
Media Compatibility	Air and noncombustible, compatible gases
Description	Magnehelic Differential Pressure Gauge, 2040: 0-40" w.c

Precision Differential Pressure Monitoring

The Dwyer Magnehelic Gauge 2000-40 offers accurate measurement of differential pressure, making it indispensable for industrial environments. The instruments 2% accuracy ensures consistent monitoring, while its durable construction and powder-coated aluminum housing provide resilience in tough conditions. Designed to be low maintenance, this gauge features an external adjustment screw for zero point calibration, ensuring optimum performance throughout its lifetime.

Ideal for Industrial Air Applications

Engineered for versatility, this Magnehelic Gauge can be surface or flush mounted in various industrial settings, including filtering systems, fan and blower monitoring, and clean room pressure measurement. Its 100 mm analog dial is easy to read and housed behind an acrylic lens, making it suitable for both daily operations and critical monitoring tasks where prompt detection of pressure variations is essential.

FAQs of Dwyer USA Magnehelic Gauges 0 To 40 Inch WC:

Q: How is the Dwyer 2000-40 Magnehelic Gauge installed and what ports does it use?

A: The Dwyer 2000-40 Magnehelic Gauge can be mounted either on a surface or flushed into a panel using the provided standard mounting bracket. It utilizes two 1/8" NPT pressure portsone for high and one for low pressurewhich connect to your differential pressure source.

Q: What are the typical applications for this differential pressure gauge?

A: This Magnehelic Gauge is designed for use in filter monitoring, fan and blower pressure measurement, clean room pressure, duct static pressure, and measuring pressure drop across orifice plates. It is suitable for use in industrial environments where monitoring air and compatible gases is critical.

Q: When should the external zero adjustment screw be used?

A: The external zero adjustment screw should be used during installation or when recalibrating the gauge to ensure the pointer rests exactly at zero under no pressure. This helps maintain accurate readings throughout the gauges service life.

Q: Where can the Dwyer Magnehelic Gauge be utilized?

A: This gauge is commonly installed in HVAC systems, clean rooms, industrial process setups, filter housings, and ductwork. Its robust, powder-coated aluminium case makes it appropriate for use in demanding industrial settings across India.

Q: What is the process for reading the pressure measurement on this gauge?

A: Simply observe the analog dial, which displays differential pressure from 0 to 40 inches of water column (WC). The black anodized aluminum pointer indicates the current pressure value against the clearly printed scale on the white acrylic dial.

Q: How does using the Dwyer Magnehelic Gauge benefit industrial operations?

A: This gauge helps ensure optimal performance by providing reliable, real-time pressure monitoring. It aids in detecting filter blockages, maintaining clean room standards, and verifying system integrity, contributing to efficient operations and reduced maintenance costs.

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