About GEMTECH Differential Pressure Gauge by Amritsar

GEMTECH Differential Pressure Gauge by Amritsar
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
Versatile and Durable DesignThe GEMTECH Differential Pressure Gauge accommodates diverse finishing options-matte, polished, galvanized, and antique-making it adaptable to various industrial aesthetics. Its sturdy metal alloy construction and panel-mounted setup ensure both longevity and ease of installation in high-traffic or sensitive environments.
Precision Measurement Across Multiple MediaAccurately measure pressure differences in steam, oil, and gas with a system designed for complexity. Its 2% accuracy (with specific ranges for certain low pressures) and clear 112 mm dial allow for reliable readings in demanding sectors such as hospitals, power plants, and manufacturing facilities.
Ideal for Critical Industrial ApplicationsEngineered to serve industries like pharmaceutical, hotel, and heavy manufacturing, this gauge provides essential feedback for maintaining equipment safety and energy efficiency. Its robust design supports continuous operation, helping prevent costly downtime and enhancing system reliability.
FAQ's of GEMTECH Differential Pressure Gauge by Amritsar:
Q: How does the GEMTECH Differential Pressure Gauge measure pressure across different media?
A: The GEMTECH Differential Pressure Gauge utilizes a sensitive metal alloy mechanism with a durable plastic dial to measure pressure differences in steam, oil, and gas pipelines. The gauge displays accurate readings thanks to its precise alloy pointer and high-quality build, ensuring dependable monitoring in diverse industrial settings.
Q: What industries typically use this differential pressure gauge?
A: Industries such as pharmaceutical, hospitals, hotels, malls, power plants, cement plants, steel plants, fertilizer manufacturing, and textiles commonly use this gauge. It provides critical pressure monitoring necessary for maintaining safety, efficiency, and regulatory compliance in these sectors.
Q: When should this gauge be calibrated or maintained?
A: Regular calibration is recommended as per facility protocols and manufacturer guidance, typically occurring annually or biannually depending on application intensity and accuracy requirements. Frequent inspections help ensure its 2% full-scale accuracy and longevity in operation.
Q: Where can the GEMTECH Differential Pressure Gauge be installed?
A: The gauge is designed for panel-mount installations and can be fitted in control rooms, boiler panels, machinery panels, or dedicated instrumentation boards in various industrial facilities. Its versatile finishing options allow seamless integration into a range of environments.
Q: What is the process to install this gauge on a panel?
A: Installation involves securing the gauge using mounting hardware onto a compatible panel cutout, connecting the inlet and outlet ports to the process lines, and ensuring the dial is easily visible for effective monitoring. Always follow the manufacturer's installation guide for optimal performance.
Q: How can users benefit from installing this pressure gauge?
A: By installing the GEMTECH gauge, users gain precise pressure monitoring, enabling timely intervention for system imbalances or leaks. This reduces downtime, increases operational efficiency, and helps maintain safe working conditions in critical industrial applications.