X SERIES PRECISION CYCLIC CORROSION TEST CHAMBERS
Our most capable accelerated corrosion chamber. Run salt fog, direct spray, immersion, humidity, drying, ambient exposure, freezing, and sulfur dioxide exposure in programmed cycles. We build each X Series around your test methods, specimen sizes, and facility requirements.
PC controls manage the test sequence and data logging, with humidity monitoring, bubble-tower pressure transducers, and ambient lab temperature monitoring.
- Fog, Spray & Immersion
- Humidity & Freezing Cycles
- PC Controls & Monitoring
- Five Sizes & Custom Chambers
Industries & Test Standards
Configure the X Series for the exposure methods, temperature and humidity profiles, and specimens required by your test program.
Industries & Applications
Example applications include the following. Chamber configuration is selected from the test procedure and specimen requirements.
Coatings, Paint & Plating
Evaluate coated panels, plated parts, and protective finishes under specified corrosion cycles.
Electronics & Electrical Equipment
Test enclosures, connectors, components, and assemblies under specified salt, humidity, and temperature exposures.
Aerospace & Defense
Configure exposure sequences and specimen supports around the applicable component or coating test procedure.
Industrial Equipment
Test fasteners, fabricated parts, and assemblies used in corrosive environments.
Automotive & Transportation
Run OEM corrosion programs for components, assemblies, and coatings.
Marine & Offshore
Coatings, fasteners, fittings, and equipment exposed to salt-laden environments.
Energy & Utilities
Electrical enclosures, power-system components, solar mounting hardware, and wind-energy components.
Construction & Building Products
Architectural coatings, metal panels, roofing, door and window hardware, and structural connections.
Independent Testing Laboratories
Chamber configurations for customer-specified methods, varied specimen sizes, and changing test programs.
Advanced Cyclic Tests & Programmed Environmental Profiles
Use the X Series where the test method requires controlled humidity ramps, rapid transitions between environmental conditions, low-temperature steps, immersion, or other multi-stage exposure sequences that go beyond basic cyclic corrosion testing.
ISO 16701 — Controlled Humidity Ramping
Program linear humidity changes from 95% RH to 50% RH over two hours and back from 50% RH to 95% RH over two hours at 35°C, combined with intermittent salt exposure and drying.
IEC 60068-2-52 & ISO 14993
Run cyclic salt exposure with programmed dry and high-humidity stages, including the rapid temperature and humidity transitions required by the selected method.
IEC 60068-2-30 & IEC 60068-2-38
Configure programmed temperature and humidity cycling for electrical and electronic equipment. IEC 60068-2-38 adds combined high-humidity, temperature-cycling, and cold exposure requirements.
NORSOK M-501
Configure immersion, freezing, drying, salt exposure, and programmed environmental stages used in offshore coating and passive-fire-protection qualification programs. Final equipment depends on the specific NORSOK test sequence.
ISO 12944-9 Cyclic Ageing Stages
Use the X Series for the neutral salt-spray and low-temperature portions of the offshore cyclic ageing sequence, including the required −20°C exposure. The separate UV/condensation portion requires dedicated UV equipment.
Advanced Automotive & Transportation Cycles
Configure programmed humidity, temperature transitions, freezing, moving spray, recirculated spray, immersion, and other X-Series functions for the applicable OEM or transportation test procedure.
Salt Fog & Basic Cyclic Tests
Salt Fog & Modified Salt Fog
Run ASTM B117, ISO 9227, and ASTM G85 salt-fog methods, including cyclic fog and dry-off procedures supported by the chamber configuration. These tests can also be configured on the A Series when advanced humidity ramps, freezing, immersion, or specialized spray systems are not required.
GMW 14872 & SAE J2334 with Spray
Run basic cyclic corrosion sequences using spray wetting, humidity, drying, and programmed stage changes. These methods can also be configured on the A Series when the selected procedure does not require X-Series-only functions such as advanced humidity ramps, immersion, freezing, or recirculated spray.
Test Methods & Chamber Configuration
Configuration guidance, not a list of mandatory accessories. A standard may allow more than one wetting method. Cooling the solution and freezing the chamber are separate functions.
| Test Method / Profile | Wetting | Temperature / Freezing | Humidity | Chamber Configuration |
|---|---|---|---|---|
| Ford CETP L-467 | Moving spray | Programmed temperature changes | Controlled humidity and transitions | Oscillating spray bar and Advanced Climate Control. |
| VDA 233-102 | Salt fog | Programmed temperature cycle including freezing | Controlled humidity changes | Fog equipment, Advanced Climate Control, and cooling sized for the freezing and transition steps. |
| Volvo procedures with freezing | Spray arrangement specified by the procedure | Freezing holds and temperature transitions | Profile specified by the procedure | Spray equipment and cooling selected for the specific Volvo procedure; add climate control where needed. |
| Honda cyclic corrosion procedures | Wetting method specified by the procedure | Required temperature holds and transition times | Required humidity holds and transitions | Configure wetting, climate control, and cooling for the specific procedure. |
| SAE J2334 — immersion configuration | Immersion | Humid and dry temperature stages | Controlled humid and dry conditions | Immersion tank, pump, fill protection, and climate control. Direct spray is not an additional requirement for this configuration. |
| SAE J2334 — fog or spray configuration | Selected fog or spray application | Humid and dry temperature stages | Controlled humid and dry conditions | Selected wetting equipment and climate control. |
| GMW 14872 | Specified solution application | Wet, humid, dry, and ambient stages as specified | Specified humid and dry stages | Selected spray equipment. Cover lifters automate open-cover ambient exposure; they are an equipment choice, not the name of a test requirement. |
| GMW 3172 §9.4.7 | Cooled solution exposure | Solution cooling is separate from chamber freezing | Conditions specified by the procedure | Solution cooling and application equipment matched to the procedure. |
| GMW 3172 §9.4.8 | Recirculated impingement spray | Programmed chamber temperature transitions | Conditions specified by the procedure | Recirculated spray equipment and temperature control; cover lifters where used for ambient exposure. |
| Hyundai / Kia MS 600-66 | Application depends on the selected procedure | Temperature changes and cooling needs depend on the procedure | Humidity profile depends on the procedure | Select spray, immersion, cooling, and climate-control equipment from the applicable procedure. |
| Toyota TSH1555G | Application depends on the selected procedure | Programmed temperature changes | Specified humidity conditions | Immersion, climate control, cooling, and ambient-exposure equipment as applicable. |
| IEC 60068-2-52 | Cyclic salt mist | Selected methods include programmed dry and high-humidity temperature stages | Humidity stages and transition times depend on the selected method | Fog equipment and climate control matched to the selected test method; Methods 7 and 8 require controlled transitions between salt mist, dry, and humid conditions. |
| ISO 16701 | Intermittent salt spraying | 35°C climate cycle | Linear 95% to 50% RH ramp over 2 h and linear 50% to 95% RH ramp over 2 h | Advanced Climate Control with programmed humidity ramping and the specified salt-spray arrangement. |
| ISO 14993 | Neutral salt mist | 35°C mist, 60°C dry, and 50°C wet stages | <30% RH dry and >95% RH wet stages with specified transition times | Fog equipment and Advanced Climate Control configured for the required dry/wet transitions. |
| IEC 60068-2-30 / IEC 60068-2-38 | Environmental exposure; no salt application inherent to these methods | Programmed temperature cycling; IEC 60068-2-38 also includes cold exposure | High-humidity cyclic conditions with programmed environmental transitions | Advanced Climate Control and cooling selected for the applicable electrical/electronic environmental test profile. |
| NORSOK M-501 | Depends on the selected qualification test; includes immersion and salt-exposure programs | Selected programs include freeze and dry stages | Depends on the referenced qualification method | Configure immersion, cooling, drying, and salt-exposure equipment for the specific NORSOK sequence. Some programs reference separate equipment or external test methods. |
| ISO 12944-9 cyclic ageing | Neutral salt spray stage | Includes a 24 h low-temperature stage at −20°C after the salt-spray portion | UV/condensation is a separate portion of the full cyclic-ageing sequence | X Series can perform the salt-spray and low-temperature portions when configured appropriately; the UV/condensation portion requires dedicated UV equipment. |
| Nissan NES M0007 / Volkswagen PV 1210 | Application specified by the selected procedure | Programmed temperature stages | Specified humidity stages | Configure the wetting system, climate control, and transition performance for the selected procedure. |
| Volvo STD 423-0014 / VCS 1027,149 | Specified moving-spray procedure | Temperature profile of the specified procedure | Humidity profile of the specified procedure | Select the spray and climate equipment for the named procedure. These entries do not identify every Volvo freezing procedure. |
| ASTM G85 Annexes A1–A5 | Modified salt fog; Annex A4 includes SO₂ exposure | Annex-specific temperature and cycling | Annex-specific exposure and drying conditions | Fog equipment with cycling, drying, or gas-dosing equipment appropriate to the annex. |
| ASTM B117 / ISO 9227 | Salt fog; solution depends on the selected method | Controlled test temperature | Fog exposure | Fog generation and temperature control configured for the selected solution and method. |
Choose Your Chamber Size
Choose a size based on your largest specimens, quantity per test, required spacing, support hardware, and available floor space.
Size 20
20 ft³ / 594 L
View Drawings ↗
- Internal dimensions
- 50 × 29 × 25 in / 127 × 73 × 64 cm
- Base chamber footprint
- 95 × 43 in / 242 × 110 cm
Size 40
39 ft³ / 1106 L
View Drawings ↗
- Internal dimensions
- 75 × 36 × 25 in / 191 × 92 × 64 cm
- Base chamber footprint
- 120 × 50 in / 305 × 127 cm
Size 110
112 ft³ / 3194 L
View Drawings ↗
- Internal dimensions
- 89 × 73 × 30 in / 227 × 186 × 77 cm
- Base chamber footprint
- 137 × 85 in / 348 × 216 cm
Additional Sizes
| Size | Test Volume | Internal Dimensions | Base Chamber Footprint |
|---|---|---|---|
| Size 30 | 30 ft³ / 891 L | 75 × 29 × 25 in / 191 × 74 × 64 cm | 120 × 43 in / 305 × 110 cm |
| Size 90 | 90 ft³ / 2550 L | 76 × 45 × 45 in / 193 × 115 × 116 cm | 132 × 68 in / 336 × 173 cm |
Installed footprint: Listed external dimensions represent the base chamber only. Mechanical cooling, LN2 packages, immersion equipment, additional tanks, control cabinets, exhaust routing, and service clearance can increase the required installation area. Confirm the final layout from the quoted configuration.
Custom walk-in cyclic corrosion chambers and specialized configurations are available upon request.
Configure Your Chamber
Choose the wetting, climate-control, monitoring, and specimen-support equipment for your test program.
Choose the wetting method and climate-control equipment required by your test: fog, direct or moving spray, immersion, humidity control, drying, and temperature changes, including freezing cycles.
Specimen Wetting: Fog, Spray & Immersion
Salt fog exposes specimens to dispersed atomized solution. Direct spray wets specimens through fixed nozzles, oscillating spray moves across the specimen area, and immersion submerges specimens. Select the application method specified by your procedure.
Horizontal Dispersion Tower Configuration
Moves fog-distribution hardware away from the center loading area where larger parts, assemblies, or fixtures need more open usable chamber space.
Basic Solution Spray
Provides direct impingement of corrosive solution from the chamber solution reservoir onto specimens when the method requires direct spray rather than fog alone.
Deluxe Solution Spray
Deluxe solution sprayers in operation, showing the higher-coverage direct-spray arrangement used when the method requires more than fog alone.
Adds nozzles and an upgraded pump for greater direct-spray coverage.
Oscillating Spray Bar
Motorized moving spray-bar arrangement used where Ford CETP L-467 or Volvo-style procedures require controlled moving spray coverage across the specimen area.
Solution Spray Recirculation System
Reduces solution consumption by collecting and recirculating test solution through the configured solution-spray system.
Immersion Tank
Separate immersion solution tank with transfer plumbing and pumping hardware for automated immersion steps controlled through the X Series PC platform.
Immersion Equipment & Fill Protection
Computer controls coordinate solution transfer and the programmed immersion sequence.
Interior fill switch and environmental sensors used during automated immersion cycles.
Cabinet Full Level Switch
Float switch that shuts off solution flow into the exposure zone when the cabinet reaches its full level during an immersion cycle, supporting automatic operation and overfill protection.
Immersion Overflow Port
Provides an overflow port to help prevent overfilling during immersion cycles.
Electrolyte application: immersion, heavy spray, fog, and light spray produce different specimen wetting. Use the application method specified by the test procedure.
Advanced Climate Control & Freezing Cycles
Specify the required humidity conditions, freezing temperature, hold times, and transition times. Mechanical cooling and available LN₂ equipment are selected to match the cycle and specimen load.
Advanced Climate Control Package
Runs complex temperature and relative humidity profiles, including programmed ramps, holds, and transitions between test conditions.
Room requirement: 25 °C ± 5 °C. See installation requirements for facility conditions.
Mechanical Cooling
Adds controlled low-temperature capability and improved control over temperature-transition timing. Available cooling arrangements vary with chamber size, required low-temperature range, transition speed, immersion hardware, and installation layout.
Automated Cover Lifters
GMW 14872 automated cover lifters opening the chamber for ambient exposure.
Opens the chamber cover automatically during programmed cycles where true ambient exposure is part of the required transition rather than a condition simulated inside a closed cabinet.
Gas Dosing — Sulfur Dioxide (SO₂)2 Testing / Adder Package
Injects metered customer-supplied sulfur dioxide into the chamber for methods requiring controlled SO2 exposure.
Humidity, Pressure & Temperature Monitoring
Temperature & Humidity Monitoring
Monitor relative humidity during programmed exposures and transitions. Match the humidity measurement and control configuration to the test method.
Additional RTDs on flexible leads let the operator choose the temperature measurement locations for each test setup.
Bubble-Tower Pressure Transducers
MMeasure bubble-tower air pressure electronically to monitor the compressed air used for fog generation. Tracking this pressure helps confirm that the chamber was receiving the proper air supply to atomize solution and generate fog consistently throughout the test.
Ambient Lab Temperature Monitoring
Monitor laboratory temperature alongside chamber conditions, including during open-cover ambient exposure steps.
Solution Preparation & Storage
Mixing Tank Convenience Package
Automatic-fill mixing tank for preparing test solution on site and transferring it to the chamber.
Reservoir Overflow & Volume Marker Tube
Shows the solution volume and provides an overflow port for automatic filling.
Extra 60-Gallon Solution Tank
Additional movable solution reservoir for programs using multiple solutions or requiring additional solution capacity.
External Condensate Collection
Allows condensation or collection samples to be obtained without opening the exposure-zone cover.
Multiple solutions: If a procedure uses multiple solutions, specify an additional solution tank and/or dedicated chamber as required by the test program. The Mixing Tank Convenience Package is available when solutions will be prepared on site.
Sample Supports & Access
Bottom-level fiberglass racking is included for basic specimen support. Select additional supports and access ports to suit specimen size, loading, exposure angle, and external connections.
Sample Access Ports
Allows parts, cables, hoses, sensors, wiring, or other externally connected hardware to pass through the chamber wall during testing. Port quantity and size should be matched to the chamber and test setup.
Fiberglass Support Angles
1 × 1 in L-shaped fiberglass brackets for supporting specimens, collection tubing, or rack structures. Maximum load: 20 lb per bracket.
Fiberglass Support Rods
1/2 in diameter fiberglass rods used to suspend larger or irregular specimens in the exposure zone. Maximum load: 20 lb per rod.
Slotted Support Bars
Slotted polypropylene bars with a central drainage channel for standard 3 × 6 in or 4 × 12 in panels. Available with 15° or 6° saw cuts at 1.5 in spacing.
Support Rack
High-capacity fiberglass panel rack with two rows of 20 slots for up to 40 standard test panels. Requires support angles when it is not placed on heavy-duty shelving.
Heavy-Duty Mid-Level Shelves
Corrosion-resistant fiber-composite shelves add mid-level specimen support and a rigid base for slotted support bars.
Additional racking should be matched to specimen size, loading density, required exposure angle, and whether samples are suspended, supported on shelves, or arranged as panels.
Support-bar note: slotted polypropylene support bars are relatively soft and should be placed on heavy-duty shelves for additional support.
Exhaust & Utility Options
Recirculating Scrubber / Jet Exhaust System
Helps manage corrosive chamber exhaust where direct exterior venting is not practical. Final scrubber and water-supply requirements should be confirmed for the quoted chamber configuration.
Power Exhaust Vent Kit
Required for exhaust runs longer than 15 feet (4.5 m). The power vent pulls exhaust from the chamber through the ventilation line.
Custom Power Configurations
Custom voltage and phase configurations to suit the facility and chamber equipment.
Installation Kit — C, A & X Series
Installation components for setting up C, A, and X Series cyclic corrosion chambers.
Part 703100
Solutions, Consumables & Service
Solutions & Consumables
Auto Technology also supplies the parts, consumables, prepared solutions, maintenance items, calibration documentation, and training used to support X Series operation.
ASTM B117 Salt Solution — 55 Gallons
Prepared solution for routine corrosion testing.
CASS Salt Solution — 55 Gallons
Prepared solution for copper-accelerated acetic acid salt spray programs.
Deionized Water — 55 Gallons
DI water for solution preparation and chamber operation.
Training, Maintenance & Calibration
Maintenance Kit
Routine replacement and service parts used to keep the chamber operating correctly.
NIST Calibration Certificate
Traceable calibration documentation for quality records and audits.
Training Class
Hands-on chamber setup, operation, and maintenance training.
Solution handling: if multiple solutions will be used, an extra tank and/or dedicated chamber is recommended. If solutions are mixed on site, the Mixing Tank Convenience Package is recommended.
Replacement parts, prepared solutions, maintenance items, and common chamber accessories are available through the Auto Technology Equipment Parts Store.
PC Controls & Data Logging
Cycle Programming & Monitoring
PC-based controls provide cycle programming, chamber monitoring, and data logging. The controller operates the cooling, spray, humidity, cover-lifting, and immersion equipment installed for your test methods.
Monitoring includes humidity, bubble-tower pressure, and ambient laboratory temperature. Specify the measurements and records required by your procedure when configuring the PC controls and data logging.
Programmed Environmental Transitions
PC controls sequence wetting, humidity, drying, ambient exposure, temperature, and other required cycle steps.
Extreme Environment Control: Inside the X Series NC 110.
Installation & Facility Requirements
X Series installation requirements vary by chamber size and option package. Confirm electrical service, DI water, compressed air, exhaust, drainage, room conditions, and required service clearance from the final quoted configuration.
Electrical
Voltage, phase, and load depend on chamber size and configuration.
Compressed Air
65–85 psi clean, dry, oil-free air.
DI Water
ASTM D1193 Type IV water at 15–30 psi.
Drain & Exhaust
Gravity drainage and an exterior exhaust route sized for the chamber.
Electrical
Electrical requirement: Final voltage, phase, amperage, disconnect sizing, and wiring requirements must be confirmed from the factory drawings for the quoted chamber configuration.
- A qualified electrician must provide a lockable fused disconnect switch with slow-blow fuses in full operator view of the chamber.
- The disconnect must not be mounted directly to the cabinet.
- Run conduit and cable sized appropriately for the quoted chamber amperage and voltage.
- Voltage, phase, and amperage vary by model and configuration, especially where immersion is included.
- In areas with poor supply quality, a noise / surge suppressor is required.
| Model | Configuration | 208/1/60 | 208/3/60 | 240/1/60 | 240/3/60 | 460/3/60 |
|---|---|---|---|---|---|---|
| 20 | Standard | 35A | 30A | 30A | 26A | 16A |
| 20 | With Immersion | — | 68A | — | 61A | 31A |
| 30 | Standard | 44A | 40A | 38A | 34A | 20A |
| 30 | With Immersion | — | 77A | — | 69A | 36A |
| 40 | Standard | 44A | 40A | 38A | 34A | 20A |
| 40 | With Immersion | — | 77A | — | 69A | 36A |
| 90 | Standard | 53A | 53A | 47A | 47A | 25A |
| 90 | With Immersion | — | 165A | — | 155A | 75A |
DI Water
- DI water must be ASTM D1193 Type IV.
- Connection is typically 3/8 in. O.D. for NC-20 / 30 / 40 / 90 and 1/2 in. O.D. for NC-110.
- Typical required pressure is 15–30 psi (103–207 kPa).
Compressed Air
- Provide a clean, dry, oil-free compressed air source sized for the ordered chamber package.
- Compressed air connection is typically 3/8 in. O.D. for NC-20 / 30 / 40 / 90 and 1/2 in. O.D. for NC-110.
- Typical required supply pressure is 65–85 psi (448–586 kPa).
- An industrial-grade oil / water separator is required on the supply line.
Compressed-air quality: Supply clean, dry, oil-free air. Moisture or oil contamination can affect fog generation and pneumatic components.
Ventilation and Drainage
- Chambers must vent outdoors through a wall or roof connection.
- Vent connection size is typically 2 in. CPVC for NC-20 / 30 / 40 / 90 and 4 in. CPVC for NC-110.
- Runs longer than 15 ft (4.5 m) require an inline blower / power vent.
- Never connect chamber exhaust into a duct or plenum shared with other equipment.
- Vent piping should be properly supported and sloped to prevent condensate buildup.
- Cabinet drains are gravity-fed and should discharge loosely over an open floor drain rather than being hard-plumbed.
Rear utility note: Confirm exhaust routing, drain routing, rear access, and vibration control during facility planning.
Room Conditions
- Room temperature should be maintained at 20–25 °C (68–77 °F).
- Room humidity should be maintained at 45 ±10% RH, non-condensing.
- Never allow conditions near the cabinet to reach 0 °C (32 °F) or humidity above 60%.
- The room should be climate-controlled, low dust, and free of corrosive or toxic atmospheres.
- Advanced Climate Control requires an ambient-controlled room of 25 °C ± 5 °C.
See the corrosion chamber room requirements guide for laboratory layout, utility preparation, ventilation, and clearance requirements.
Ordering & Shipping
Commercial Information
- Please specify voltage and phase when ordering
- Units are custom-built to meet customer specifications
- Shipping: F.O.B. Origin — Strongsville, Ohio
- Lead times depend on production load and receipt of down payment
Standard shipping arrangements can be coordinated by Auto Technology, or the customer may arrange its own freight carrier. If customer-managed shipping is preferred, carrier details should be supplied at the time of order so the system can be prepared for pickup.
Frequently Asked Questions
What test functions can be configured in an X Series cyclic corrosion chamber?
The X Series uses PC controls to sequence multi-step cyclic corrosion tests. Depending on configuration, the chamber can provide salt fog, direct spray, oscillating spray, controlled humidity, dry-off, ambient exposure, immersion, and low-temperature steps.
How are environmental transitions controlled?
The PC control system sequences the programmed test steps, including wetting, humidity, drying, ambient exposure, and temperature changes. The installed chamber options must match the transition requirements of the governing test method.
How is immersion incorporated into a cyclic corrosion test?
When the procedure requires immersion, the X Series can be configured with a dedicated solution tank, transfer plumbing, pumps, level protection, and programmed controls to fill and drain the required test area. Immersion should be specified only when it is part of the governing procedure.
Can the X Series be configured for a specific OEM cyclic corrosion standard?
Yes. Configuration is based on the exact standard and revision. Depending on the method, required equipment may include mechanical cooling, Advanced Climate Control, direct spray, oscillating spray, immersion, automated cover lifters, additional tanks, SO2 dosing, or other specified hardware.
Does the cooling unit have to sit beside the chamber?
No. The image shown is just one possible installation layout. Cooling equipment placement depends on chamber size, required performance, available floor space, and facility constraints. Units may be positioned beside, behind, or otherwise arranged to suit the final installation.
Can the X Series support immersion and low-temperature steps?
Yes, when ordered with the proper packages. Immersion options, overflow protection, full-level controls, mechanical cooling, and LN2 adders can all be incorporated depending on the required procedure.
Are support bars, support rods, support angles, and shelves available?
Yes. Auto Technology can provide fiberglass support angles, fiberglass support rods, slotted polypropylene support bars, slotted support racks, heavy-duty mid-level shelves, and other racking hardware to match the specimen geometry and exposure pattern.
What comes standard for specimen support?
A new X Series chamber comes standard with bottom-level fiberglass racking for basic specimen support in the exposure zone. Additional racking and sample-handling hardware can be specified based on your sample geometry and loading requirements.
What if I do not know which configuration my standard requires?
Auto Technology can select the chamber equipment from the test procedure, specimen dimensions, and facility requirements.
Request an X Series Cyclic Corrosion Chamber Quote
X Series chamber configuration is based on the test method, specimen requirements, required cycle steps, and facility utilities.
Provide the standard and revision, chamber size, specimen dimensions, spray or immersion requirements, humidity and temperature steps, electrical service, and available utilities.
Method-Specific Configuration
Cooling, spray, immersion, climate control, cover lifters, and solution handling are selected from the requirements of the test method.
U.S. Manufacturing & Service
Manufactured in Ohio with replacement parts, calibration, service, consumables, and technical support available from Auto Technology.