Norgren V63D513A-A3000 Inline Valves - Solenoid 5/2, 4200 l/m
Part Number: V63D513A-A3000
Quick Summary
Norgren V63D513A-A3000 Inline Valves help control compressed air in automated production lines. When your system demands fast response and repeatable actuation in a compact footprint, this valve delivers consistent performance and minimal space requirements. Key certifications commonly required in industrial controls include CE marking for safety and EMC, IP-rated protection for harsh environments, and SIL compatibility for safety-critical applications. Built with a robust aluminium body, the valve supports high-flow pneumatic control, enabling efficient integration with existing automation architectures while maintaining cost-effective installation and serviceability.
Product Information
Extended Description
V63D513A-A3000 Norgren: High flow rate
Medium
Compressed air
Operating Temperature
-10 ... 50 °C, 14 ... 122 °F
Operating Pressure
2 ... 10 bar, 29 ... 145 psi
Port Size
G1/2
Actuation
Solenoid pilot / Air spring return
Valve operation
5/2
Flow
4200 l/m
Materials - Body
Aluminium
Range
V60…63
Brand
IMI Norgren
Feature: High-flow 4200 l/m with a 5/2 valve operation → Business Impact: Enables rapid actuator cycling and reduced cycle times on automated lines → Application: Packaging, pick-and-place, and machine-tending cells where speed matters. Feature: Solenoid pilot with air spring return → Business Impact: Reliable actuation and reset across temperature swings with lower coil stress → Application: Press-to-operate sequences in tight spaces and repeated cycles. Feature: Aluminium body construction → Business Impact: Lightweight, corrosion resistance, easier handling, and longer service intervals → Application: Harsh factory environments and elevated vibration scenarios. Feature: Port size G1/2 and standard piping compatibility → Business Impact: Simplified integration with existing piping and manifolds → Application: Retrofit projects and modular automation setups. Feature: Operating range -10 to 50 °C and 2 to 10 bar → Business Impact: Broad environmental tolerance reduces risk of downtime and rework → Application: General-purpose pneumatic control across varied production floors. Feature: Range V60…63 and compact inline design → Business Impact: Streamlined inventory management and faster installation → Application: Scalable control across multi-valve panels in control cabinets.
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FAQs
Begin by confirming a G1/2 threaded connection on the valve and your piping matches the same size. Mount the valve in a secure orientation to prevent vibration, then connect the air supply within the 2–10 bar range. Wire the solenoid to your control system with appropriate isolation and check for leaks after installation. Ensure the line is depressurized before servicing.
A 4200 l/m flow supports rapid cylinder extension and retraction, reducing actuation times and overall cycle time in packaging and assembly tasks. In practice, this means faster part transfer, tighter product tolerances, and improved throughput, especially when paired with compatible actuators and a correctly sized compressor/air reservoir.
Yes. The 5/2 valve design with solenoid pilot and air-spring return is well-suited for repetitive packaging sequences. The aluminium body offers durability under vibration and dust exposure, while the wide operating range supports stable performance across typical factory temperatures. It integrates with standard piping and control circuits, supporting modular line configurations.
Typical requirements include CE marking for safety and EMC, plus IP-rated protection for dust and water exposure. If your process is safety-critical, verify SIL compatibility as part of your safety instrumented system. Always confirm the exact certifications from the supplier based on your region and application, as standards can vary by installation.
The aluminium body topology reduces weight and wear, contributing to longer service intervals. With a high-flow design and robust actuation, you can expect lower downtime and faster cycle times, improving overall equipment effectiveness (OEE). Standardized porting and compatibility simplify part sourcing and maintenance, delivering cost savings over time.