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ASME-Certified Instrument Air Skid with Redundant PLC Control

Product Details

Place of Origin: CHINA

Brand Name: GASPU

Certification: CE

Model Number: IA

Document: GASPU nitrogen generators.pdf

Payment & Shipping Terms

Minimum Order Quantity: 1set

Price: negotiation

Packaging Details: Plywood or other type

Delivery Time: 25work days

Payment Terms: T/T,Western Union,MoneyGram

Supply Ability: 4set/month

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Highlight:

N2 Nitrogen Instrument Air Skid

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Redundant PLC Instrument Air Skid

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Custom n2 nitrogen generator

Product Name:
Instrument Air Skid
Capacity:
By Customer
Dew Point:
Below-40℃
Material:
CS With Galv
Vessel Standard:
ASME VIII.1
Pipeline Standard:
ASME B31.3
Power:
According To Design
Size:
According To Design
Weight:
According To Design
Control:
Option In Redundant
Product Name:
Instrument Air Skid
Capacity:
By Customer
Dew Point:
Below-40℃
Material:
CS With Galv
Vessel Standard:
ASME VIII.1
Pipeline Standard:
ASME B31.3
Power:
According To Design
Size:
According To Design
Weight:
According To Design
Control:
Option In Redundant
ASME-Certified Instrument Air Skid with Redundant PLC Control
Custom Redundant PLC Instrument Air Skid N2 Nitrogen Generator
Product Specifications
Attribute Value
Product Name Instrument air skid
Capacity Customizable to customer requirements
Dew point Below -40℃
Material Carbon Steel with galvanization
Vessel standard ASME VIII.1
Pipeline standard ASME B31.3
Power Customized per design
Size Customized per design
Weight Customized per design
Control Optional Redundant System
Product Overview

The Instrument Air Skid is a fully integrated, skid-mounted system designed to generate, treat, and distribute high-purity compressed air for critical industrial applications. Engineered with ASME-certified pressure vessels (ASME VIII.1) and pipelines (ASME B31.3), this modular unit ensures compliance with stringent safety and quality standards.

Key Features
  • ASME-Certified Components: Pressure vessels adhere to ASME VIII.1 standards and pipelines follow ASME B31.3 for structural integrity
  • High Purity Output: Compressed air with dew point below -40°C, oil content <0.01ppm, and particle size <0.01μm
  • Redundant Control System: PLC-based control panel (Siemens or Allen-Bradley) with redundant CPUs and IO modules
  • Modular Design: Fully assembled on a skid for easy transportation and installation
  • Material Versatility: Constructed with carbon steel (galvanized) or stainless steel for corrosion resistance
Technical Advantages
  • Reduced On-Site Construction: Factory-assembled and pre-tested, cutting installation time by up to 60%
  • Enhanced Reliability: Factory testing ensures seamless component integration and reduced leak risks
  • Cost Efficiency: Streamlines engineering, procurement, and construction processes
  • Flexibility: Skid-mounted design allows for easy relocation and future upgrades
Frequently Asked Questions
What industries use Instrument Air Skids?

Critical for oil & gas, petrochemicals, power generation, pharmaceuticals, and modular units where reliable instrument air powers valves, actuators, and analytical equipment.

Why is ASME certification important?

Ensures vessels and pipelines meet global safety standards for pressure containment, reducing risk of leaks or environmental hazards.

Can the system be customized?

Yes. Capacity, materials, control redundancy, and auxiliary components are tailored to user specifications.

How does the redundant control system work?

Dual CPUs and IO modules ensure if one control path fails, the backup immediately takes over, preventing process interruptions.

What maintenance is required?

Routine maintenance includes filter replacement, dryer desiccant regeneration, and PLC software updates.

The Instrument Air Skid with ASME-certified vessels and pipelines provides safe, high-purity compressed air with modularity and performance for industrial applications.
Keywords: Instrument Air Skid, ASME VIII.1 Vessels, ASME B31.3 Pipelines, Compressed Air System, Modular Skid, High-Purity Air, Redundant Control System