Norgren T60CB890 In-line Excess Flow Valve - G1-1/2
Part Number: T60CB890
Quick Summary
Norgren T60CB890 is an in-line excess flow valve that protects compressed air lines in automation systems. Engineers often struggle with leaks, tampering risks, and regulatory pressure when safeguarding pneumatic circuits. While the datasheet highlights tamper-proof design, corrosion resistance, and automatic reset after fault, official SIL, CE, or IP certifications are not listed here. The valve’s compact form and high-pressure rating support easy installation in tight panels, while its low pressure drop helps conserve energy. By combining robust materials with a safety-focused feature set, this device delivers reliable protection, reduces unexpected downtime, and supports scalable automation investments.
Product Information
Extended Description
T60CB890 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
G1-1/2
Flow
2.42 dm3/sec
Materials - Body
Aluminium
Range
T60
Brand
IMI Norgren
In-line excess flow shut-off provides immediate isolation when flow exceeds preset limits, minimizing over-pressurization and accidental releases. This directly reduces risk and helps meet safety regulations in automated lines. Use this on safety-critical pneumatic circuits such as clamp assemblies and presses where unexpected flow can cause harm. Aluminium body delivers high corrosion resistance in harsh factory environments, extending service life in wash-down zones and humid plants. The combination of corrosion resistance and high air-pressure rating reduces maintenance and replacement costs while enabling reliable operation across temperatures. Suitable for paint booths, food packaging lines, and general automation. Low pressure drop and compact design minimize energy losses and simplify panel mounting. This translates to measurable efficiency gains in compressed air systems and easier integration with existing manifold layouts. The valve resets automatically after a fault, keeping lines online with minimal manual intervention. G1-1/2 port size aligns with standard fittings, ensuring quick installation and reducing the need for adapters. Solid mounting options and CAD models simplify engineering workflows, accelerating project timelines. In real-world plants, this translates to faster line starts, reduced retrofit costs, and improved uptime.
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FAQs
To install the T60CB890, place the valve inline with the feed line, ensuring correct orientation for flow. Use standard G1-1/2 fittings and compatible tubing. Refer to the CAD drawings and Datasheet for recommended mounting positions and torque values. Proper seal seating and alignment minimize leaks and simplify future maintenance.
Key specs include medium: compressed air; operating temperature range of -20 to 80 °C; operating pressure range 0 to 16 bar (0 to 232 psi); port size G1-1/2; flow capacity 2.42 dm3/sec; body material aluminium; and range T60. These figures inform safe operation, resilience in harsh environments, and scalable flow control in automation lines.
Yes. The valve is designed with tamper-proof construction, automatic reset after fault, and corrosion resistance—key attributes for safety-critical pneumatic lines in manufacturing. While exact SIL, CE, or IP certifications are not listed in the data, its safety-focused features support regulatory-aligned operation in many industrial environments.
The provided data does not list explicit SIL, CE, or IP certifications. To verify compliance for your facility, consult the datasheet and user documentation, request certification details from the manufacturer, and map performance and safety features against your regulatory requirements. Independent testing and site-specific risk assessment are recommended for critical applications.
The valve’s corrosion-resistant aluminium body, low pressure drop, and automatic reset reduce maintenance intervals and energy waste from air leaks. By protecting lines from over-pressurization and enabling quick, reliable resets after faults, uptime improves and downtime costs decline. CAD assets and datasheets streamline installation, accelerating project timelines and return-on-investment calculations.