About Series S2000 GEMTECH Differential Pressure Gauges by Bathinda (PB)

Series S2000 GEMTECH Differential Pressure Gauges by Bathinda (PB)
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
Robust Construction and Versatile FinishingThe S2000 GEMTECH Differential Pressure Gauge offers a dependable metal alloy body with multiple finishing options including polished, matte, antique, or galvanized. Its resilient design ensures a long service life even in tough industrial environments such as power plants, steel, and cement plants.
Precision Performance for Critical ApplicationsWith a high accuracy rating of 2% of full scale, and performance assurance throughout its range at 70F (21.1C), this gauge is well-suited for sensitive applications like hospitals, pharmaceutical manufacturing, and process industries where precise pressure monitoring is vital.
FAQ's of Series S2000 GEMTECH Differential Pressure Gauges by Bathinda (PB):
Q: How do I install the Series S2000 GEMTECH Differential Pressure Gauge?
A: The S2000 GEMTECH gauge is designed for easy back mounting. Ensure the mounting location is compatible with the back mount type, secure the gauge firmly, and connect to the relevant steam or gas pressure lines for accurate readings.
Q: What types of environments are suitable for using this pressure gauge?
A: This gauge is ideal for environments demanding reliable differential pressure monitoring, such as hospitals, pharmaceuticals, hotels, malls, power plants, cement works, steel, fertilizer, and textile plants due to its durable construction and accurate performance.
Q: When is it necessary to use a differential pressure gauge like the S2000 GEMTECH?
A: Differential pressure gauges are essential when monitoring the difference in pressure between two points, especially in processes involving filters, clean rooms, or critical mechanical systems. The S2000 is suitable whenever precise pressure monitoring is required.
Q: Where should I position the gauge for optimal performance?
A: Install the gauge on a vertical surface at eye level, near the equipment or process requiring monitoring. Ensure it's protected from excess vibration, direct moisture, and temperature extremes to maintain its accuracy and longevity.
Q: What process conditions does the S2000 gauge withstand?
A: Built with a metal alloy body and sophisticated finishing, this gauge tolerates typical industrial conditions and maintains accuracy at 70F (21.1C). It is suitable for measuring pressure across steam and gas within its rated accuracy and range.
Q: How can this gauge benefit my operation?
A: Using the S2000 GEMTECH Differential Pressure Gauge enhances safety and efficiency by providing real-time, precise pressure measurements. This supports improved operation control, timely maintenance, and compliance with process standards, leading to reduced downtime and better system reliability.
Q: What materials are used in the construction of this gauge?
A: The gauge housing is crafted from high-quality metal alloy, complemented by an aluminum pointer and a plastic dial for clear measurement visualization. Its robust materials are selected to ensure accuracy and durability in demanding usage conditions.