Norgren 8536301.9151.02400 Indirect Solenoid Valve - IP65
Part Number: 8536301.9151.02400
Quick Summary
Indirect Solenoid Valve from Norgren 8536301.9151.02400 provides precise control for pneumatic systems in automation. We understand line downtime caused by difficult coil changes and slow actuation can hurt throughput. With IP65 protection, a brass body and NBR seals, the design aligns with CE expectations and is compatible with SIL-ready safety architectures. The combination of a 2/2 valve operation, G3/4 port and tool-free coil interchange delivers reliability and faster maintenance, translating to lower total cost of ownership.
Product Information
Extended Description
8536301.9151.02400 Norgren: Valve operates with differential pressure | High flow rate | Damped operation | Solenoid interchangeable without tools (Click-on®)
Medium
Gases, Liquids
Operating Temperature
-20 ... 50 °C, -4 ... 122 °F
Operating Pressure
0.5 ... 35 bar, 7 ... 580 psi
Port Size
G3/4
Coil Code
9151
Valve operation
2/2
Materials - Body
Brass
Materials - Seat Seal
NBR
Certification - IP Rating
IP65
Range
85360
Brand
IMI Buschjost
Brass body and G3/4 port sizing provide durable, corrosion-resistant construction that stands up to tough industrial use. This reduces replacement costs and minimizes leakage risks in demanding environments, such as washdowns and outdoor installations. It’s well suited to pneumatic lines in automation, packaging, and process control where reliability matters most. With a 2/2 valve operation, actuation is decisive and repeatable, improving closed-loop control and cycle timing. The valve’s high flow rate supports rapid actuation at operating pressures from 0.5 to 35 bar, delivering faster startup and reduced cycle times. This is particularly beneficial in pick-and-place, clamp, and valve-gate applications where speed matters. Coil interchange without tools (Click-on) lets technicians swap coils quickly without disassembly, shortening maintenance windows. That capability lowers downtime and field-service costs, helping maintain production throughput on lines with frequent coil replacements or upgrades. The feature is especially valuable for spare-part strategies and line redesigns. Damped operation reduces pressure spikes and mechanical shock during switching, protecting downstream actuators and extending system life. Coupled with corrosion-resistant components, it improves total lifecycle performance in harsh environments and maintains consistent actuation over time. IP65 protection and NBR seat seals provide rugged ingress protection and reliable sealing against common media, even in dusty or damp locations. The brass body is compatible with a wide media range and simplifies integration into existing manifolds and pilot circuits. Factory-coordinated coil code 9151 and the IMI Buschjost range ensure compatibility with replacement parts and documented installation practices. This helps maintain supply chain continuity and reduces obsolescence risk in multi-vendor automation architectures.
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FAQs
Choose standard G3/4 fittings and verify mounting orientation per manufacturer guidelines. Ensure the coil is the 9151 code and that the IP65-rated body is protected from extreme ingress. For quick field replacements, utilize the Click-on coil interchange to minimize downtime during maintenance.
Medium: Gases and Liquids. Operating temperature: -20 to 50 °C. Operating pressure: 0.5 to 35 bar. Port size: G3/4. Valve operation: 2/2. Materials: Brass body with NBR seat seals. IP65 ingress protection.
Yes. The valve is designed for gases and liquids, with a brass body and NBR seals that support a range of media. IP65 protection enables use in washdown and dusty environments, making it appropriate for many pneumatic pipelines in manufacturing.
The design features IP65 protection and a robust construction that aligns with CE expectations. While field SIL readiness depends on system integration, the valve supports SIL-compatible safety architectures and safe control practices when implemented within compliant safety circuits.
Tool-free coil interchange shortens maintenance windows and lowers service costs. Dampened actuation reduces mechanical wear, while high flow and reliable brass construction improve uptime and overall lifecycle value on high-demand lines.