Norgren 18-015-024 Gauge - R1/8 thread, 0-1.6 bar
Part Number: 18-015-024
Quick Summary
Gauge monitors pressure in compressed air systems to ensure precise control and reliable performance. Users often contend with pressure fluctuations, leaks, and readings that drift over time, leading to energy waste and reduced machine uptime. In industrial environments, CE compliance, IP protection, and SIL compatibility are critical references that support safe, compliant operation and safe integration with safety-related controls. This model delivers a compact, easy-to-install solution that fits standard pneumatic manifolds, provides a clear visual readout for operators, and supports consistent performance with minimal maintenance—delivering measurable efficiency and reduced operating costs for automation lines.
Product Information
Extended Description
18-015-024 Norgren: Monitor pressures in a compressed air system for optimum efficiency
Operating Temperature
-20 ... 65 °C, -4 ... 149 °F
Operating Pressure
0 ... 1.6 bar, 0 ... 23 psi
Port Size
R1/8
Maximum Inlet Pressure
1.6 bar
Scale (bar)
0 ... 1.6 bar
Scale (MPa)
0 ... 0.16 MPa
Scale (psi)
0 ... 23 psi
Dimensions - Height
69 mm
Dimensions - Length
50 mm
Dimensions - Width
28 mm
Weight
0.07 kg
Country of Origin
Mexico
Range
18-015
Brand
IMI Norgren
Feature: R1/8 port size enables direct fitting to common pneumatic manifolds. Benefit: simplifies retrofits and minimizes installation time, reducing commissioning costs. Application: retrofit projects in existing air circuits and new machine builds where space is at a premium. Feature: 0-1.6 bar (0-23 psi) scale provides precise monitoring of low-pressure air flows. Benefit: improves process stability and reduces energy waste by catching pressure drift early. Application: automation lines, pick-and-place fixtures, and tooling stations. Feature: Operating temperature -20 to 65 °C supports operation in harsh factory floors. Benefit: maintains measurement accuracy under typical manufacturing conditions, lowering calibration overhead. Application: aerospace, automotive, and general industry pneumatics. Feature: Compact dimensions (50 mm length, 28 mm width, 69 mm height) and light weight (0.07 kg). Benefit: easy installation on crowded panels and movable equipment without adding significant load. Application: control panels, machine-tending robots, and tool changers. Feature: Clear scale presentation with straightforward mechanical readout. Benefit: quick visual verification by operators and maintenance staff, reducing downtime. Application: line-side gauge readings during troubleshooting and routine checks.
Get a Quick Quote for a Norgren 18-015-024
Chat with us on WhatsApp - fast responses guaranteed
Need to speak with someone? We'll call you back within 2 hours during business hours
Interested in Norgren 18-015-024?
Enquire Now
FAQs
Yes. The gauge uses a standard R1/8 port, allowing straightforward installation on existing manifolds and pneumatic lines. For a reliable seal, use appropriate thread sealant or PTFE tape and verify torque specifications from the datasheet to prevent leaks.
The gauge operates from -20 to 65 °C (-4 to 149 °F) and covers a pressure range of 0 to 1.6 bar (0 to 23 psi). The scale is directly visible on the dial (0 to 1.6 bar), enabling quick verification during routine inspections.
Absolutely. Designed for compressed air monitoring, it supports line-side pressure verification, tool performance checks, and system balancing across automation cells, reducing energy waste and improving process stability in manufacturing environments.
Industrial gauges commonly align with CE safety requirements and applicable IP protection ratings, with broader SIL compatibility in safety-integrated systems. Always verify the datasheet for model-specific certifications and ensure installation follows local regulatory guidelines.
The simple, robust design reduces calibration and maintenance needs while delivering immediate visual feedback on pressure conditions. This translates to faster fault diagnosis, less unplanned downtime, and lower energy consumption over the equipment’s life cycle, improving overall ROI for pneumatic systems.