Dwyer 2300 Series MAGNEHELIC Differential Pressure Gauges
Price:
Negotiable
MOQ:
1PCS
Delivery Time:
5-8 work days
Brand:
Dwyer
Product Description
Dwyer 2300 Series MAGNEHELIC Differential Pressure Gauges
Product Specifications
| Type | Pressure Gauge |
|---|---|
| Pressure Limitation | -68KPa~103KPa |
| Maximum Pressure | 172KPa |
| Accuracy | ±2%F.S.O |
Product Overview
The Dwyer 2300 Series MAGNEHELIC Differential Pressure Gauges are precision instruments designed for accurate measurement of low to moderate differential pressures in industrial applications. These gauges utilize magnetic sensing technology to eliminate fluid-filled columns, offering vibration-resistant performance and long-term reliability.
Key Features
- Wide Measurement Range Options: Models available from ±60 Pa to ±4 kPa for diverse applications including duct pressure, filter monitoring, and airflow control
- MAGNEHELIC Magnetic Sensing Technology: Non-fluidic design resists vibration and eliminates fluid migration for stable readings
- Durable Construction: Sturdy housing withstands industrial environments, including rough or high-moisture settings
- Clear Visual Indication: Easy-to-read dials with precise scale markings minimize parallax error
- Application Flexibility: Ideal for HVAC systems, clean rooms, filter banks, and differential pressure monitoring
- Low Maintenance: Mechanical design without electronic components reduces calibration needs
- Easy Installation: Compact form factor allows mounting in control panels or ductwork for new or retrofitted systems
Model Variations
Available models include:
- ±60 Pa (2300-120PA)
- ±125 Pa (2300-250PA)
- ±250 Pa (2300-500PA)
- 1 kPa (2300-1KPA)
- 2 kPa (2300-2KPA)
- 2.5 kPa (2300-2.5KPA)
- 4 kPa (2300-4KPA)
Related Videos
Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.
Company
Xi'an Kacise Optronics Co.,Ltd.
Location
2nd Building, Tianyuan International Mansion, High-tech Zone, Xi'an City, Shaanxi Province, China
Contact Person
Evelyn Wang