About Gemtech Differential pressure Gauges by Darya Ganj

Gemtech Differential pressure Gauges by Darya Ganj
DESCRIPTION:
Series S2000 are for measuring fan and blower pressures, filter resistance, furnace draft, pressure drop across orifice plates, monitoring blood and respiratory pressures in medical care equipment with simple, frictionless movement parts. It can resist shock, vibration and over-pressures.
PRESSURE LIMITS: -20Hg to 15 psi (-0.677 bar to 1.0344 bar)
ACCURACY: 2% full scale
PROCESS CONNECTIONS: 1/8 female NPT duplicate high and low pressure taps- one pair side and one pair back.
WARRANTY: 1 yrs
ACCESSORIES: 2 1/8 NPT barbed fittings, two 1/8NPT plugs, and three mounting tabs and screws.
SPECIAL FEATURES:
Mount in Industry standard holes
Shock Resistance
It can sustain in vibration and in over pressure
Accuracy 2.5%
Die cast aluminium housing
Applications:
Filter Status
Duct Static Pressure
Clean Room Pressure
Building Pressure
Fan and Blower Pressure
Paint Booths
Dust Collectors
Glove Box Pressure
Bubbler Systems
Cabinet Purging
High Accuracy and Durable BuildEngineered with a metal alloy body and aluminum pointer, the Gemtech Differential Pressure Gauge provides consistent, reliable pressure measurements, even in demanding industrial conditions. Its plastic dial ensures clarity and ease of reading, while finishing options protect against corrosion and wear.
Versatile Applications Across IndustriesDesigned for measuring steam, oil, and gas differentials, this gauge is widely employed in pharmaceuticals, hospitals, power plants, and more. Its panel-mount design facilitates straightforward integration into equipment, making it suitable for both new installations and upgrades.
Precision You Can TrustWith an accuracy of 2% full scale (with alternative ranges at 3% or 4%), users are assured of dependable pressure monitoring, crucial for process safety and equipment longevity. This level of precision minimizes errors and optimizes operational control.
FAQ's of Gemtech Differential pressure Gauges by Darya Ganj:
Q: How does the Gemtech Differential Pressure Gauge work?
A: The gauge measures the difference in pressure between two points for steam, oil, or gas using a sensitive mechanism inside the metal alloy case. The pressure difference is displayed clearly on a plastic dial, allowing users to monitor system performance at a glance.
Q: What industries can benefit from using this pressure gauge?
A: This gauge serves a wide range of industries, including pharmaceuticals, hospitals, hotels, malls, power plants, cement and steel manufacturing, fertilizer and textile plants, and more, supporting both process monitoring and facility management.
Q: When should I calibrate or check the gauge's accuracy?
A: For optimal performance, it's recommended to check and calibrate the pressure gauge at regular intervals based on usage frequency and regulatory requirements, or any time you notice discrepancies in readings or system performance.
Q: Where should the Gemtech Differential Pressure Gauge be installed?
A: The panel-mount design is intended for integration into control panels or equipment fronts, providing visibility and accessibility in operational settings such as boiler rooms, plant control centers, or industrial workstations.
Q: What is the process for installing this gauge?
A: Installation involves mounting the gauge onto a compatible panel cutout, securing it in place, and connecting the pressure inlets to the relevant process lines according to the medium (steam, oil, or gas) being measured. Proper installation ensures accurate and reliable operation.
Q: How does the gauge's finishing benefit the user?
A: Available in matte, galvanized, antique, and polished finishes, the gauge not only complements various control room aesthetics but also offers added protection against environmental factors such as humidity, chemicals, and corrosion.
Q: What are the advantages of the gauge's accuracy range?
A: The high accuracy-up to 2% of the full scale-provides precise monitoring necessary for sensitive or high-stakes applications, reducing the likelihood of process disruptions and supporting regulatory compliance.