Norgren V63D611A-A2000 Inline Valves - High Flow
Part Number: V63D611A-A2000
Quick Summary
Inline valves with solenoid actuation control compressed air lines in automation and manufacturing systems. This design addresses common challenges such as slow response, pressure fluctuations, and production downtime that disrupt workflows. While industry standards often emphasize SIL safety concepts, CE compliance, and IP-rated enclosures for harsh environments, verifying these certifications for your specific installation is essential. With an aluminium body and a high-flow rate, the V63D611A-A2000 delivers reliable performance while simplifying installation and maintenance. As part of the V60–63 range, it integrates smoothly with standard fittings and downstream components, helping you reduce project risk and total cost of ownership. This combination supports faster cycle times and energy-efficient operation across automated pneumatic circuits.
Product Information
Extended Description
V63D611A-A2000 Norgren: High flow rate
Medium
Compressed air
Operating Temperature
-10 ... 50 °C, 14 ... 122 °F
Operating Pressure
3 ... 10 bar, 44 ... 145 psi
Port Size
G1/2
Actuation
Solenoid pilot / Solenoid pilot
Function
APB
Valve operation
5/3
Flow
2200 l/m
Materials - Body
Aluminium
Range
V60…63
Brand
IMI Norgren
Feature: High flow capability of 2200 l/m enables rapid actuation and reduced pressure drop; Business Impact: Faster cycle times and improved throughput in automated lines; Application: Packaging and assembly systems where timing is critical and air supply is shared across multiple actuators. Feature: Solenoid pilot / Solenoid pilot actuation provides precise control; Business Impact: Predictable response and repeatable valve positioning, lowering defect rates; Application: CNC-driven or sensor-integrated machines requiring reliable pilot control. Feature: G1/2 port size compatibility with standard fittings; Business Impact: Easier integration with existing manifolds and tubing, reducing installation time and risk; Application: Retrofit projects and new builds using common pneumatic interfaces. Feature: Aluminium body delivers a robust yet lightweight construction; Business Impact: Lower weight on moving assemblies and improved durability in demanding environments; Application: Industrial floors with vibration and temperature variations. Feature: Operating temperature range -10 to 50 °C and pressure range 3 to 10 bar; Business Impact: Broad environmental compatibility and uptime in variable plant conditions; Application: General automation across multiple industries. Feature: Range alignment with V60–63 series provides compatibility with upstream/downstream components; Business Impact: Streamlined procurement and maintenance, reducing total cost of ownership; Application: Modular pneumatic systems that require scalable valve blocks.
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FAQs
Install the valve in the pneumatic circuit using standard G1/2 fittings. Ensure proper orientation for the 5/3 valve arrangement, connect the compressed air supply, and mount on a vibration-damped surface. Use appropriate seals and torque specifications from the datasheet to prevent leaks and ensure reliable pilot actuation.
The valve provides a flow rate of up to 2200 liters per minute and is rated for operating pressures between 3 and 10 bar. These figures support fast actuation while remaining compatible with typical industrial compressed air systems.
Yes. The high-flow 5/3 inline valve, aluminium body, and robust design make it well-suited for packaging lines that require rapid actuation, reliable duty cycles, and integration with standard pneumatic components.
Industry practice often requires CE conformity, IP-rated enclosures, and SIL considerations for safety-critical applications. Confirm the exact certifications with your internal compliance team or distributor to ensure the unit meets your facility's regulatory requirements.
Expect reduced downtime due to faster actuation and lower leakage, improved cycle efficiency, and simplified maintenance through standard fittings and a durable aluminium body. These factors collectively reduce total cost of ownership in automated pneumatic systems.