X Series Size 40 Precision Cyclic Corrosion Chamber
The Auto Technology X Series Size 40 is a fully computer-controlled, configurable cyclic corrosion platform providing ~39 ft³ (1106 L) of usable internal test volume. Engineered for advanced OEM and international standards including GMW 14872 and SAE J2334.
- Internal Dimensions: 75 × 36 × 25 in (191 × 92 × 64 cm)
- External Dimensions: 120 × 50 in (305 × 127 cm) base footprint
- Platform Capability: Fully customizable for fog, direct spray, drying, ambient transitions, immersion, and mechanical cooling
- Control System: PC-based software interface for multi-step programmatic sequencing
X Series systems are built to order. Contact us to configure your standard, test revision, and required add-on packages.
Description
The X Series Size 40 Precision Cyclic Corrosion Chamber is a
fully computer-controlled, configurable platform built for laboratories running
advanced OEM and international corrosion standards including GMW 14872 and SAE J2334.
Providing ~39 ft³ (1106 L) of internal workspace, it supports complex cyclic workflows including fog, direct spray, dry-off, ambient transitions, immersion, and low-temperature operation when configured with the required packages.
Real Corrosion Transitions
Manages controlled wetting, humidity exposure, drying, ambient steps, and temperature ramps.
Configured to Method
Matched to exact standard requirements—including cooling, spray, immersion, and transition hardware.
Built and Supported in USA
Manufactured in Strongsville, Ohio with dedicated parts availability and long-term technical support.
Chamber Design
The X Series is designed as an integrated corrosion platform rather than a fixed cabinet. Labs can configure a single system with PC controls, mechanical cooling, immersion, specialized spray networks, full RH control, data logging, custom porting, and tailored racking.
Trusted for OEM Automotive Corrosion Testing
X Series chambers support automotive testing programs for GM, Ford, Stellantis, Honda, Toyota, and global Tier suppliers. Built for cyclic standards including SAE J2334, GMW 14872, and Ford CETP, providing controlled environmental transitions, immersion, spray, humidity, and dry-off phases.
X Series Configuration Packages & Hardware
Because electrolyte delivery impacts specimen corrosion mechanisms, options must match the governing test standard:
- Spray Systems: Basic and Deluxe direct spray packages, oscillating spray bars (Ford/Volvo compliant), and vertical fog towers.
- Immersion Packages: Dedicated heated solution tanks, automated fill/drain control, and high-flow transfer plumbing.
- Mechanical Cooling Packages: Thermal management for low-temperature steps down to -22°F (-30°C) and rapid thermal transitions.
- Advanced Climate Control: Precise RH regulation and internal air circulation without external room-heat loading.
- Sample Handling & Ports: Fiberglass support rods, angles, heavy-duty mid-level shelves, slotted panel racks, and optional dual 4-inch access ports for wiring/hoses.
Facility & Utility Requirements (Size 40)
Electrical
Plumbing & Water
Compressed Air & Vent
X Series Video Overview
Frequently Asked Questions
What makes the X Series Size 40 different from standard salt spray chambers?
The X Series is a fully PC-controlled, configurable cyclic corrosion platform designed for advanced multi-step OEM standards like GMW 14872 and SAE J2334, supporting precise transitions between fog, spray, drying, and immersion.
What is the usable internal volume of the Size 40 model?
The Size 40 provides ~39 ft³ (1106 L) of usable testing volume with internal dimensions measuring 75 × 36 × 25 inches.
Can the Size 40 handle immersion and low-temperature testing?
Yes. When ordered with the appropriate configuration packages, the Size 40 supports automated immersion transfer plumbing, heated solution tanks, and mechanical cooling down to -22°F (-30°C).
How should I select my configuration?
Start with your governing test standard, revision level, specimen loading geometry, and required environmental transitions. Auto Technology engineers will match the correct system architecture to your test requirements.







