About Miniature Low-Cost Differential Pressure Gauge Series Sz- 5000
Miniature Low Cost Differential Pressure Gauge Series Sz-5000
Description
- Mounts in Industry Standard Holes
- Accuracy 5%
- Low-Cost Miniature Size
The Series Sz-5000 is a low cost, diaphragm operated, differential pressure gauge in a miniature housing. The Sz-5000 can be used in applications for measuring positive, negative, or differential pressure with an accuracy of 5%. Standard applications include monitoring filter status, duct static pressure, room pressure, fan or blower pressure, paint booths, dust collectors, and cabinet purging along with many others.
Customizing Options Available
MODEL NUMBERS
MODEL NUMBERS | Pressure Range | Model Number | Pressure Range |
Sz-5000-0 | 0 0.5" | Sz-5000-25MM | 0 25 mm |
Sz-5001 | 0 1" | Sz-5000-50MM | 0 50 mm |
Sz-5002 | 0 2" | Sz-5000-100MM | 0 100 mm |
Sz-5003 | 0 3" | | |
Sz-5005 | 0 5" | Sz-5000-125PA | 0 125 Pa |
Sz-5010 | 0 10" | Sz-5000-250PA | 0 250 Pa |
| | Sz-5000-500PA | 0 500 Pa |
| | Sz-5000-1KPA | 0 1 kPa |
| | Sz-5000-3KPA | 0 3 kPa |
SPECIFICATIONS
- Pressure Limits: 30 PSI (2.067 bar)
- Media Compatibility: Air and compatible non-corrosive gasses
- Accuracy: +/- 5% full scale throughout range at 70F (21C)
- Temperature Ranges: 20 to 120F (-7 to 49C)
- Housing Material: Glass-filled nylon, polycarbonate cover
- Process Connection: Barbed connections for 3/16" I.D. tubing
- Weight: 6 oz (170 g)
- Accessories: Two mounting studs and hex nuts, allen wrench, and panel mounting bracket
- Agency Approvals: RoHS, CE
Precise Differential Pressure MonitoringDesigned exclusively for non-corrosive gas and air, the Sz-5000 gauge stands out in industrial environments requiring reliable differential pressure readings. Its vertical installation orientation, external zero adjustment, and clear 68 mm analog display facilitate fast, accurate readings during critical monitoring tasks.
Versatile Application and Ease of InstallationIdeal for HVAC, clean room pressure indication, and filter performance checks, this gauges compact form factor and standard mounting accessories allow for quick integration into new or existing systems. Both surface and panel mounting are supported, offering flexibility in various setups.
FAQs of Miniature Low-Cost Differential Pressure Gauge Series Sz- 5000:
Q: How do I install the Series Sz-5000 differential pressure gauge?
A: You can install the Sz-5000 using either surface or panel mounting, as both methods are supported. Connect the gauge to your process lines with the 1/8" NPT female process connection, ensuring the unit is mounted vertically for accurate readings. Standard mounting accessories are provided to aid installation.
Q: What types of media can the Sz-5000 gauge measure pressure of?
A: This gauge is specifically designed to measure the differential pressure of gas and air (non-corrosive media). It should not be used with liquids or corrosive substances, as these may damage the internals and affect accuracy.
Q: Where is the Sz-5000 gauge typically used?
A: Common applications for the Sz-5000 include HVAC systems, filter monitoring, and room pressure indication in industrial environments. Its compact size and robust build make it suitable for installation in panels, control rooms, or directly on equipment.
Q: How is zero adjustment performed on this differential pressure gauge?
A: Zero adjustment is straightforward with the Series Sz-5000, thanks to a front external adjustment screw. This allows you to reset the pointer to zero without dismantling the unit, ensuring proper calibration after installation or over time.
Q: What is the operating temperature range and protection rating of the gauge?
A: The Sz-5000 operates reliably within temperatures ranging from 0C to 60C. Its enclosure is rated at IP50, offering protection against dust to help sustain performance in typical industrial settings.
Q: What is the benefit of using a full view acrylic glass dial?
A: The full view acrylic glass dial provides clear and unobstructed visibility of the pressure reading, enhancing operator efficiency and minimizing the risk of misinterpretation, which is vital in industrial monitoring applications.