About Dwyer USA Model 2320 Magnehelic Gage Range 10-0-10 Inch WC
Dwyer USA Model 2320 Magnehelic Gage Range 10-0-10 Inch WC
Bezel Provides Flange For Flush Mounting in Panel. Clear Plastic Face is Highly Resistant to Breakage.Provides Undistorted Viewing of Pointer and Scale.
Dwyer 2320 Differential Pressure Gage, Range 10-0-10 Inch WC (inches of water), minor divisions .050, calibrated for vertical scale position
Using Dwyer's simple, frictionless Magnehelic gage movement, it quickly indicates low air or non-corrosive gas pressures--either positive, negative (vacuum) or differential. The design resists shock, vibration and over-pressures. No manometer fluid to evaporate, freeze or cause toxic or leveling problems. It's inexpensive, too.
The Magnehelic gage 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. It also checks gas-air ratio controls and automatic valves, and monitors blood and respiratory pressures in medical care equipment.
Note: May be used with Hydrogen. Order a Buna-N diaphragm. Pressures must be less than 35 psi.
What's included with the Dwyer 2320 Dwyer 2320 Magnehelic Differential Pressure Gauge (10-0-10 Inch w.c.), Vertical Scale
Robust Build for Industrial ApplicationsConstructed with a die-cast aluminum case, black anodized finish, and a polycarbonate front, the Model 2320 Magnehelic Gage is designed for durability and longevity. The units IP54 protection rating shields it from dust and limited moisture, making it well-suited for challenging industrial environments.
Precise and Versatile Pressure MeasurementsThe 2320 model offers a unique scale of -10 to 0 to +10 inch WC, supplying highly accurate readings with a 2% margin of full scale. Its diaphragm sensing mechanism ensures reliable monitoring of low differential pressures, suitable for air and non-corrosive gas applications across different sectors.
User-Friendly Installation and MaintenanceEquipped with a back process connection and external zero adjustment, this gage is simple to install and calibrate. Accessories like mounting brackets, screws, and a comprehensive instruction manual make both surface and flush mounting straightforward for varied operational needs.
FAQs of Dwyer USA Model 2320 Magnehelic Gage Range 10-0-10 Inch WC:
Q: How is the Dwyer Model 2320 Magnehelic Gage installed for best results?
A: The Model 2320 can be mounted on any flat surface using the supplied mounting brackets and screws. Installation is further simplified with its back process connection (1/8 NPT). Detailed guidelines are provided in the instruction manual for surface or flush mount setups.
Q: What media can the Model 2320 Magnehelic Gage accurately measure?
A: This gage is specifically developed to measure low differential pressures of air and other non-corrosive, compatible gases. It is not suitable for liquids or aggressive chemical media.
Q: When should I perform zero adjustment on the Magnehelic Gage?
A: Zero adjustment is recommended prior to initial use, after any significant temperature change, or following extended periods of inactivity. The built-in external adjustment knob allows for quick recalibration without opening the housing.
Q: Where can the Model 2320 Magnehelic Gage be used most effectively?
A: The gage is ideal for environments like HVAC systems, clean rooms, filter monitoring stations, and ventilation ducts where monitoring low differential air or gas pressures is critical.
Q: What benefits does the analog display and adjustable pointer provide?
A: The analog display with a red adjustable pointer allows for quick, accurate visual readings and makes it easy to set reference marks or alert thresholds, enhancing operational efficiency and safety.
Q: How does the overpressure protection feature enhance the devices reliability?
A: The Model 2320 is designed to safely withstand overpressures up to 15 psi, significantly reducing risk of damage from unexpected surges and ensuring reliable performance across its service life.