About Galaxy Magnehelic Gauge Model G2000-100MM Range 0-100 MM WC
Galaxy MEGNAHELIC GAUGE Model G2000-100MM Range 0-100 MM WC
Model G2000-100MM
Range 0-100 MM WC
Mount in Industry Standard holes
Shock Resistance
It can sustain in vibration and in over pressure
Accuracy 2.5%
Die cast aluminum Housing
The Series G2000 Differential Pressure Gauges are low-cost, diaphragm operated, mechanical pressure gauges,
Series G2000 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 quickly indicate low air or non-corrosive gas pressures, either positive, negative or differential It can resist shock, vibration and over-pressures.
Technical specification
- Pressure Limits: 20 Fig to 15 PSI (-0.677 bar to 1.034 bar)
- Media Compatibility: Air and compatible gasses
- Accuracy: +1- 2% full scale (+/- 3% an -0 and +/-4% on -00) throughout range at 70 F (21 C)
- Temperature Ranges: 20 to 140 F (-7 to 60 C)
- Housing Material: Die cast aluminum case and bezel (ABS for P2000), with acrylic cover
- Process Connection: 1/8 female NPT duplicate high and low pressure taps one pair side and one pair back.
- Weight:1 lb 2 oz (510 g)
- Accessories:Two 1/8 NPT barbed frftings,two 1/8 NPT plugs, and three mounting tabs and screws
- Warranty:2 years Approvals: Roi-IS, CE
Industrial Precision for HVAC ApplicationsExperience accurate low differential pressure measurement with the Galaxy Magnehelic Gauge G2000-100MM. Designed for demanding HVAC, filter monitoring, and air/gas static pressure tasks, it features an easy-to-read analog display and an aluminum die-cast enclosure for durability. Its vertical mount orientation and included installation accessories make setup straightforward for professionals across industrial or commercial settings.
Robust, Reliable, and User-Friendly DesignBenefit from a robust IP55 enclosure and a powder-coated finish that offers protection against dust and water. The external zero adjustment screw ensures your gauge remains accurate over time, while the neoprene seal and acrylic window provide enhanced durability. The instantaneous response time supports real-time monitoring, vital for critical HVAC and process applications.
FAQ's of Galaxy Magnehelic Gauge Model G2000-100MM Range 0-100 MM WC:
Q: How do I install the Galaxy Magnehelic Gauge Model G2000-100MM?
A: To install, mount the gauge vertically using the supplied screws and rubber gasket for optimal sealing. Connect the two 1/8 NPT female pressure connectors to the high and low-pressure sources. Ensure the surface is stable and follow the user manual for a secure and accurate setup.
Q: What are the main applications for this magnehelic gauge?
A: This gauge is designed for measuring low differential pressure of air and gas, making it ideal for HVAC systems, filter condition monitoring, and static pressure measurements in industrial environments.
Q: When should I use the external zero adjustment screw?
A: The external zero adjustment screw on the front allows fine-tuning of the zero point. Use it before starting measurements or after long-term use to maintain accurate readings, especially if the gauge has been subjected to handling or extreme conditions.
Q: Where can I use this gauge in harsh environments?
A: With an IP55 enclosure and a robust aluminum die-cast case, the gauge is suitable for use in industrial settings exposed to dust or water splashes, provided the operating temperatures remain between -20C and +60C.
Q: What is the process for taking pressure measurements with this gauge?
A: Simply connect the high and low-pressure ports to the respective air or gas lines. The diaphragm sensor instantly displays the differential on the analog dial, ensuring accurate real-time readings.
Q: How does the Galaxy Magnehelic Gauge benefit my HVAC system monitoring?
A: Accurate differential pressure readings help optimize filter replacement schedules and maintain efficient airflow, reducing energy costs and equipment strain, and ultimately prolonging the system's lifespan.