Norgren 8450200.0000.00000 Brass Angle Seat Valve - G1/2

Part Number: 8450200.0000.00000
Manufacturer
Norgren
Part number
8450200.0000.00000

Quick Summary

Norgren 8450200.0000.00000 brass angle seat valve provides reliable on/off control for gas and liquid lines. Engineers often struggle with leaks, contamination, and unpredictable closure that cause downtime; this valve offers a visual position indicator and dampened closing to mitigate those risks. While the data sheet does not explicitly list CE, SIL or IP ratings, verify CE marking, SIL compatibility and IP protection class for your installation. Designed for compact pneumatic systems, it supports G1/2 port size and 2/2 NC operation, enabling versatile installation in automation lines. This combination delivers reliable performance, easy integration with existing manifolds, and reduced maintenance in demanding manufacturing environments.

Product Information

Extended Description

8450200.0000.00000 Norgren: Interchangeable for NC, NO or double acting functions | Visual position indicator as standard | Dampened closing (closes against flow direction) | Suitable for contaminated flow fluids | Suitable for vacuum up to max. 90% | Reversed flow direction optional
Medium
Gases, Liquids
Operating Temperature
-10 ... 60 °C, 14 ... 140 °F
Operating Pressure
0 ... 16 bar, 0 ... 232 psi
Port Size
G1/2
Function
NC
Valve operation
2/2
Materials - Body
Brass
Materials - Seat Seal
PTFE
Dimensions - Height
28.5 mm
Dimensions - Length
67 mm
Dimensions - Width
44 mm
Weight
1.252 kg
Country of Origin
Germany
Range
84500
Brand
IMI Buschjost
Feature: Brass body provides robust mechanical strength and corrosion resistance, reducing maintenance in harsh environments. Business impact: Longer service life and lower replacement costs in heavy-duty applications. Application: Automated fluid handling in industrial equipment where physical protection is essential. Feature: PTFE seat seal offers tight shut-off and chemical compatibility, improving leak prevention. Business impact: Lower purge losses and consistent performance in process lines. Application: Gases and liquids with potential contaminants. Feature: 2/2 NC valve operating function ensures a normally closed default state, enhancing safety in power-loss scenarios. Business impact: Safer machine startup and reduced risk of unintended flow. Application: Critical packaging and conveyor systems. Feature: Visual position indicator enables quick status checks on plinths and panels, reducing inspection time. Business impact: Improved line uptime and easier fault diagnosis during maintenance. Application: Quick diagnostics in control cabinets and valve manifolds. Feature: Dampened closing minimizes hydraulic and pneumatic shocks (water hammer) during switch-off. Business impact: Protects downstream equipment and extends valve life. Application: Pressurized lines with sensitive actuators. Feature: Vacuum tolerance up to 90% and suitability for contaminated fluids broadens applicability. Business impact: Greater design flexibility and reduced part proliferation. Application: Vacuum-assisted handling or contaminated process streams in manufacturing.

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FAQs

Yes. The valve uses a standard G1/2 port thread and 2/2 NC configuration, allowing straightforward replacement in compatible manifolds. For optimum performance, verify port alignment, tightening torques, and seating with PTFE seal, ensuring no cross-threading during installation.
The valve supports operating pressure from 0 to 16 bar and temperatures from -10 to 60 °C. This makes it suitable for a broad range of pneumatic and hydraulic media, with adequate headroom for typical industrial processes.
Yes. The assembly is designed for contaminated fluids and can tolerate vacuum up to 90%, expanding its use in filtration, recycling, and handling lines where cleanliness is not guaranteed and pressure differentials are common.
The data provided does not specify CE, SIL, or IP certifications. Verify with the supplier or request the current datasheet and certification attestations before compliance audits, ensuring the exact variant meets your regulatory and safety requirements.
Dampened closing reduces hydraulic and pneumatic shocks during shut-off, which minimizes wear on upstream and downstream components, lowers maintenance intervals, and improves overall system reliability. This translates to lower lifecycle costs and less downtime in high-cycle applications.