About GEMTECH SERIES G2010-SP Differential Pressure Gauge Range 0-10 Inch W.C.

GEMTECH SERIES G2010-SP Differential Pressure Gauge Range 0-10 Inch W.C.
Series G2000, GEMTECH Differential Pressure Gauges are Widely Utilized For Measuring Pressure of Fan And Blowing Machine, resistance of filter, wind speed, furnace pressure, differential pressure of pore plate, the pressure of drum water level, Liquid Amplifier And Hydraulic Pressure System. Meantime, They Are Used To Control The Automatic Valve And Specific Value Of Air-Producer Gas In Combustion And They Are Used To Test Blood Pressure And Respiratory Pressure In Medical Health Care Equipment. There Are More Than 81 Models To Suit Your Needs Precisely. The Key Components Adopt Import Materi
SPECIFICATION
- Ambient Temperature - -21 140 -6 60
- Rated Pressure -20 inHg30 inHg (-68103KPa)
- Overpressure - Protective rubber stopper will be blown out if rated pressure is up to about 50.8 inHg (172KPa).
- Process Connections - 1/8" female NPT duplicate high and low pressure taps - one pair side and one pair back
- Housing - Die cast aluminum case and bezel, with acrylic cover, Exterior finish is coated gray to withstand 168 Hour Salt Spray Corrosion Test
- Accuracy - 2% of full span at 70 (21 (3% on -0, and 4% on -00)
- Range -20 inHg38 inHg (-68KPa130KPa)(Special Specification also can be ordered.)
FEATURES
- OEM/ODM
- There Is No Need To Fill Liquid To Gauge.
- The Gauge Can Measure Positive Pressure, Negative Pressure And Differential Pressure.
- It Will Be Easy To Install And Measure In Different Ways Because Of Two Groups Of Ports Which Can Measure Positive And Negative Pressure.
- To Eliminate The Friction From The Movement Of Gear Wheel By The Mechanism Of Magnetic Magnet Feed.
- Exact And Stable Fixed Position Of Needle.
- The Gauge Has Great Antiknock Characteristics.
- There Are 81 Types Of Ranges.
- Minimum is 0-60 Pa And Maximum is 0-21-KPa.
MODELS & ORDERING
Range - Inches of Water
- G2000-0-Range 0-0.50" w.c.,minor divisions .01,calibrated for vertical scale position.
- G2000-00-Range 0-0.25" w.c., minor divisions .005,calibrated for vertical scale position.
- G2000-00N-Range .05-0-.2" w.c., minor divisions .005, calibrated for vertical scale position.
- G2001-Range 0-1.0" w.c., minor divisions .02.
- G2002-Range 0-2.0" w.c., minor divisions .05.
- G2003-Range 0-3.0" w.c., minor divisions .10.
- G2004-Range 0-4.0" w.c., minor divisions .10.
- G2005-Range 0-5.0" w.c., minor divisions .10.
- G2006-Range 0-6.0" w.c., minor divisions .20.
- G2008-Range 0-8.0" w.c., minor divisions .20.
- G2010-Range 0-10" w.c., minor divisions .20.
- G2015-Range 0-15" w.c., minor divisions .50.
- G2020-Range 0-20" w.c., minor divisions .50.
- G2025-Range 0-25" w.c., minor divisions .50.
- G2030-Range 0-30" w.c., minor divisions 1.0.
- G2040-Range 0-40" w.c., minor divisions 1.0.
- G2050-Range 0-50" w.c., minor divisions 1.0.
- G2060-Range 0-60" w.c., minor divisions 2.0.
- G2080-Range 0-80" w.c., minor divisions 2.0.
- G2100-Range 0-100" w.c., minor divisions 2.0.
- G2150-Range 0-150" w.c., minor divisions 5.0.
Additional Information:

Exceptional Precision and VersatilityThe GEMTECH G2010-SP delivers consistently accurate differential pressure readings with its analog display and robust sensor. Rated at 2-4% accuracy (depending on range), users can confidently monitor gas pressure in applications with demanding safety and process control standards. The wide selection of scale readings enhances operational flexibility across various measurement units.
Reliable Construction for Industrial UseCrafted from durable metal alloys with an alloy pointer and a sturdy plastic dial face, the GEMTECH gauge withstands harsh industrial conditions. Its 550-gram compact form, back mount type, and multiple pressure taps enable secure installation in tight or high-vibration environments common in power plants, cement works, and manufacturing facilities.
Application Across Multiple IndustriesDesigned for use in pharmaceuticals, power, cement, steel, fertilizer, and textile plants, the G2010-SP monitors differential pressure in filtration systems, ventilation networks, and gas processes. Its analog readout and easy-to-read 4-inch display make it a preferred choice for both operational monitoring and regulatory compliance.
FAQ's of GEMTECH SERIES G2010-SP Differential Pressure Gauge Range 0-10 Inch W.C.:
Q: How is the GEMTECH G2010-SP Differential Pressure Gauge installed in an industrial setting?
A: The G2010-SP features a back mount design and provides pairs of high and low pressure taps-side and back-using 1/8" female NPT threading. This arrangement allows for convenient installation on panels or control boards within industrial environments such as power plants and manufacturing lines.
Q: What types of media can the GEMTECH G2010-SP measure?
A: This differential pressure gauge is designed to measure the pressure of gases across filters, ducts, or equipment. Its construction is ideal for clean or industrial gases commonly encountered in pharmaceutical, power, cement, steel, fertilizer, and textile industries.
Q: When should the gauge be recalibrated to maintain accuracy?
A: For best results, recalibrate the GEMTECH G2010-SP every six to twelve months, depending on usage frequency and site conditions. Regular calibration ensures measurement accuracy, particularly in critical process or safety applications.
Q: Where can this differential pressure gauge be used within a plant?
A: The G2010-SP is suitable for integration into air handling units, dust collection systems, filtration skids, or process monitoring stations. Its robust design supports indoor and protected outdoor installations across industrial facilities.
Q: What measurement units does the GEMTECH G2010-SP support?
A: The gauge's dial features multiple units including MM WC, CM, KPA, INCH, PSI, and MBAR, supporting flexible operation and compatibility with various international standards and industrial requirements.
Q: How does using this gauge benefit plant operations?
A: Accurate differential pressure measurement with the G2010-SP helps detect filter blockages, monitor airflow, and ensure optimal gas process conditions. This contributes to system efficiency, regulatory compliance, and minimized downtime in critical industrial applications.