Norgren T60C2890 In-line Flow Shut-off Valve - G1/4, 2.0 psi
Part Number: T60C2890
Quick Summary
Norgren T60C2890 inline excess flow shut-off valve safely controls compressed air flow in automated systems. Engineers often face overpressure, tampering risks, and unclear fault signals; this valve delivers tamper-proof protection and automatic reset after fault correction. Although the data sheet does not list SIL, CE or IP certifications, the design emphasizes safety, corrosion resistance, and compact reliability, aligning with industry expectations for compliant, durable air-handling components. The compact form factor and aluminum body enable easy integration in tight spaces, while the 0–16 bar operating range and G1/4 port support scalable deployments across multiple lines for improved uptime and safety.
Product Information
Extended Description
T60C2890 Norgren: Assists in complying with safety regulations | Tamper proof | Compact and safe design | Low pressure drop | Automatically resets after failure correction | High corrosion resistance | High air pressure rating
Medium
Compressed air
Operating Temperature
-20 ... 80 °C, -4 ... 175 °F
Operating Pressure
0 ... 16 bar, 0 ... 232 psi
Port Size
G1/4
Flow
0.11 dm3/sec
Materials - Body
Aluminium
Dimensions - Height
21 mm
Dimensions - Length
21 mm
Dimensions - Width
51 mm
Weight
0.56 kg
Country of Origin
China
Range
T60
Brand
IMI Norgren
Tamper-proof construction with automatic reset delivers safer operation and reduces downtime in safety-critical lines, supporting compliant maintenance procedures and lower incident costs. This robust design translates to longer service life and lower maintenance frequency in challenging environments, keeping automation lines productive and compliant. The aluminium body provides high corrosion resistance, enabling reliable performance in humid or dirty plant areas and reducing replacement cycles. A compact footprint and light weight simplify installation in crowded panels and on small-diameter piping, accelerating retrofits and new builds. The valve’s low pressure drop and precise G1/4 port sizing improve overall system efficiency by conserving compressed air and reducing energy usage. With a 0–16 bar operating range, it adapts to multiple machine tools and packaging lines without redesign, while the auto-reset feature minimizes manual intervention after a fault.
Get a Quick Quote for a Norgren T60C2890
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 T60C2890?
Enquire Now
FAQs
The T60C2890 is designed for compressed air systems with G1/4 ports and operates across 0–16 bar. Its compact aluminium body fits tight panels and small manifolds, making it suitable for automated production lines, packaging equipment, and robotics applications where space is at a premium and tamper resistance is important.
This valve supports an operating range from 0 to 16 bar (0 to 232 psi) with a typical flow of 0.11 dm3/sec. The G1/4 port size and low pressure drop help maintain system efficiency, while the compact dimensions ensure minimal impact on existing piping layouts.
Yes. The valve features a tamper-proof design and a corrosion-resistant aluminium body, providing reliable operation in challenging environments common to manufacturing plants. While specific IP or CE certifications aren’t listed in the data, the construction aligns with industry expectations for safety and durability in automation environments.
The unit is designed for automatic reset after fault correction, reducing manual intervention. Regular airflow and fault condition checks in line with your maintenance plan are recommended; the aluminium body and compact construction simplify inspections and replacement when necessary, minimizing downtime and parts handling.
By preventing excess flow and overpressurization, the valve reduces energy waste and potential equipment damage. Its compact form factor eases installation, while automatic reset and corrosion-resistant construction lower maintenance costs and downtime, contributing to a faster return on investment in automated lines and safety-critical pneumatic circuits.