Dwyer USA DM-1110 Digi Mag Digital Pressure Gage With Range of 0 to 25 in w.c.

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Dwyer USA DM-1110 Digi Mag Digital Pressure Gage With Range of 0 to 25 in w.c. Specification

Outer Size
Approx. 5.15 x 2.94 x 1.68 (131 x 75 x 43 mm)

Bourdon Tube
Not Applicable (Digital Sensing)

Display
4-digit LCD

Grade
Industrial

Sensor Type
Digital differential pressure sensor

Seal Material
Silicone

Thread
1/8 female NPT

Material
ABS Plastic

Dial Material
Not Applicable (Digital)

Pointer Material
Not Applicable (Digital)

Processing Type
Microprocessor-based

Mount Type
Panel or surface mount

Scale Range
0 to 25 in w.c. (inches of water column)

Accuracy
1% of full scale

Finishing
Injection-molded plastic housing

Measure Pressure Of
Air and compatible gases

Accessories
Mounting bracket, batteries, calibration certificate

Dwyer USA DM-1110 Digi Mag Digital Pressure Gage With Range of 0 to 25 in w.c. Trade Information

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

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

Main Domestic Market
All India

About Dwyer USA DM-1110 Digi Mag Digital Pressure Gage With Range of 0 to 25 in w.c.

Dwyer USA DM-1110 Digi Mag Digital Pressure Gage With Range of 0 to 25 in w.c.

The Dwyer DM-1110 Digi Mag Digital Pressure Gage has a range from 0-25 w.c. and with a resolution of 0.010 w.c.

The Digi Mag Series DM-1000 Digital Differential Pressure and Flow Gages widows: 2; background-position: initial initial; background-repeat: initial initial;monitor the pressure of air and compatible gases just as its famous analog predecessor the Magnehelic Differential Pressure Gage. All models are factory calibrated to specific ranges. The 4-digit LCD can display readings in common English and metric units so conversions are not necessary. The simplified four button operation reduces set up time and simplifies calibration with its digital push button zero and span.

The Digi Mag Digital Gages are more versatile than analog gages with their ability to be field-programmed to select pressure, air velocity or flow operation depending on model. The Digi Mag Digital Gages have an added feature for filter applications where a set point can be input where the display will blink when the filter is dirty, alerting the user that a maintenance action needs to occur.

Programming the Series DM-1000 is easy using the menu key to access 4 simplified menus which provide access to, depending on model: security level; engineering units; K-factor for use with various Pitot tubes and flow sensors circular or rectangular duct size for volumetric flow operation; filter set point; view peak and valley process readings; digital damping for smoothing erratic process applications; display update to conserve battery life; zero and span field calibration.

The Series DM-1000 Digi Mag Digital Differential Pressure and Air Flow Gages possess a full-scale accuracy of 1% on ranges down to 2 in w.c. and 2% accuracy down to the very low range of 1 inch to 0.25 in w.c. Digi Mag Digital Differential Pressure Gages offer power versatility by working with 9-24 VDC line power or simply 9V battery power. If using line power and connecting the 9V battery, the battery will act as a back-up if line power is lost or interrupted.

Microprocessor-Based Precision Measurement

With advanced microprocessor technology, this gage quickly delivers accurate and repeatable pressure readings within just one second. The digital sensor measures air and compatible gases, making it suitable for a variety of industrial environments where precise monitoring is essential for safety and efficiency.

Robust Design and Versatile Mounting

Its injection-molded ABS plastic housing, silicone seals, and IP54 enclosure rating protect the internal electronics from dust and splashes, assuring dependable operation. The DM-1110 features dual 1/8" female NPT ports and supports both panel and surface mounting, enabling flexible installation in your facility.

FAQs of Dwyer USA DM-1110 Digi Mag Digital Pressure Gage With Range of 0 to 25 in w.c.:

Q: How do I install the Dwyer DM-1110 digital pressure gage in my HVAC system?

A: Simply connect the two 1/8" female NPT pressure ports to your air line or duct, using compatible fittings. You can mount the unit using its panel or surface mount bracket, included in the package, ensuring easy integration into your monitoring setup.

Q: What range and resolution does the DM-1110 offer for pressure measurements?

A: The device provides measurements from 0 to 25 inches of water column (in w.c.), with a resolution of 0.01 in w.c., allowing you to detect even subtle pressure changes with precision.

Q: When should the battery be replaced in the DM-1110 gage?

A: Powered by a standard 9V alkaline battery (included), the DM-1110 should have its battery replaced when the display indicates low power. Regular battery replacement is recommended to maintain consistent performance, especially in continuous process monitoring.

Q: Where can the DM-1110 be used for pressure monitoring?

A: Its robust design and IP54 rating make it suitable for use in HVAC systems, clean rooms, filter monitoring setups, and industrial process control environments, wherever precise differential air pressure measurement is required.

Q: What is the process for calibrating the Dwyer DM-1110?

A: Each unit arrives with a calibration certificate. If recalibration is needed, follow standard calibration procedures, using certified reference pressures and adjusting via the devices menu system. Periodic calibration ensures optimal accuracy.

Q: How does using the DM-1110 benefit my facilitys pressure monitoring?

A: By providing microprocessor-based, accurate digital readings with fast response times, the DM-1110 supports efficient operations, protects system integrity, and helps maintain compliant air quality conditions in monitored spaces.

Q: What types of media can the Dwyer DM-1110 measure?

A: The DM-1110 is designed to measure differential pressure of air and other compatible gases, strictly avoiding use with liquids to ensure reliable sensor operation.

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