Key Advantages
Large walk-in design for full product testing
Temperature Range：-70°C to 350°C
Dew Point Temperature Range：7℃ to 87℃
Extended Dew Point Conditions： -10℃
Humidity Range：5%～98% RH
Humidity Control：±2.5%RH
Humidity Uniformity：±1.0 % RH
Noise test：≤ 68dB
High uniformity and stability across a large area
Modular structure for custom room sizes
Efficient airflow and insulation system
Suitable for long-duration continuous testing
Key Specifications of Walk-In Environmental Chamber:
| Serial number | Capacity ( m³ ) | 6.0 | 18.9 | 25.7 | ||||
| 1 | Model | Walk in Environmental Chamber | EWTH7.8-20W | EWTH11.7-20W | EWTH15.6-20W | EWTH21.6-20W | EWTH29.4-20W | EWTH44.1-20W |
| EWTH7.8-40W | EWTH11.7-40W | EWTH15.6-40W | EWTH21.6-40W | EWTH29.4-40W | EWTH44.1-40W | |||
| EWTH7.8-65W | EWTH11.7-65W | EWTH15.6-65W | EWTH21.6-65W | EWTH29.4-65W | EWTH44.1-65W | |||
| 2 | Type A content volume | 7.8 | 11.7 | 15.6 | 21.6 | 29.4 | 44.1 | |
| 3 | Type B content volume | 6.8 | 10.2 | 13.6 | 18.9 | 25.7 | 38.6 | |
| 4 | Internal/External Dimension | Customized | ||||||
| 6 | Temperature Range | Low Temperature: ( A: 25°C; B: 0°C; C: -20°C ; D: -40°C; E: -60°C ; F: -70°C) High Temperature: 85°C ( 350°C is optional) | ||||||
| 7 | Humidity Range | 20%～98% RH （5% ～98% RH,is a special optional condition,need Dehumidifier) | ||||||
| 8 | Temperature Uniformity | ≦+/-2.0℃ | ||||||
| 9 | Temperature fluctuation | ≦+/-0.3℃ | ||||||
| 10 | Humidity fluctuation | ±3%RH | ||||||
| 11 | Humidity deviation | ≤ ±3%RH (humidity>75%RH); ≤+5%RH(humiditys75%RH) at no load, constant state | ||||||
| 12 | Cooling Time (No-Load Condition) | 25 → -20℃ | 45 Min | 60 Min | 75 Min | 40 Min | 50 Min | 70 Min |
| 25 → -40℃ | 60 Min | 75 Min | 90 Min | 105 Min | 60 Min | 80 Min | ||
| 25 → -60℃ | 100 Min | 120 Min | 140 Min | 105 Min | 135 Min | 160 Min | ||
| 13 | Heating Time (Min) 25 → +85℃ | 45 | 50 | 55 | 50 | 60 | 80 | |
| 14 | Power | AC380V: 3phase 5 lines : 50/60HZ | ||||||
| 15 | We possess the technical expertise to address integrated temperature-humidity control challenges in low-pressure environments. Contact our sales team for scenario-specific solutions. | |||||||
Final specifications should be confirmed according to chamber size, load, test profile and project requirements.
Walk-In Environmental Chamber for Large-Scale Testing
TestEQ walk-in environmental chambers are designed for large products, assemblies, EV battery systems, aerospace equipment, automotive components and other applications that cannot be accommodated by standard environmental test chambers.
With customizable chamber dimensions, temperature and humidity control, and modular construction, our walk-in environmental chambers provide controlled environmental conditions for reliability testing, qualification testing and product validation.
What Is a Walk-In Environmental Chamber?
A walk-in environmental chamber is a large-scale environmental testing system that allows engineers to enter the test space and evaluate full-size products, assemblies or multiple products under controlled environmental conditions.
Unlike standard reach-in chambers, walk-in systems provide significantly larger test volumes and can be engineered around the dimensions and operating requirements of the test object.
What Can Be Tested in a Walk-In Environmental Chamber?
Walk-in chambers are suitable for applications where the test object is too large or too numerous for a conventional chamber.
Typical applications include:
EV battery packs
Energy storage systems
Complete vehicle components
Automotive assemblies
Aerospace equipment
Defense systems
Electronics racks
Solar and energy equipment
Industrial machinery
Large material assemblie
How Walk-In Environmental Chambers Work
A walk-in chamber integrates:
Refrigeration system (low-temperature control)
Heating system (high-temperature simulation)
Humidity generation system
Air circulation system (uniform distribution)
PLC / AI control system
Key principle:
Environmental conditions are uniformly distributed in a controlled sealed chamber to simulate real-world climate stress.
Walk-In vs Standard Environmental Chamber:
| Feature | Walk-In Environmental Chamber | Standard Environmental Chamber |
|---|---|---|
| Test Volume | Several m³ and above | Hundreds to thousands of liters |
| Test Samples | Large products and assemblies | Components and smaller products |
| Operator Access | Walk-in access | Front access |
| Chamber Dimensions | Customized | Standard models |
| Typical Applications | EV battery packs, vehicles, aerospace systems | Electronics, components, materials |
| Expansion & Customization | Highly customizable | More standardized |
Walk-In vs Benchtop Environmental Chamber
A walk-in environmental chamber and a benchtop environmental chamber serve very different testing requirements.
A walk-in chamber is designed for large products, large assemblies and batch testing.
A benchtop chamber is designed for small components and laboratory-scale testing.
[Internal Link: Benchtop Environmental Chamber]
The correct configuration depends primarily on DUT size, quantity, required environmental conditions and laboratory space.
Walk-In Environmental Chamber Design
TestEQ walk-in systems can include:
Modular insulated panels
Airtight testing doors
Safety locks
Observation windows
Interior lighting
Temperature control system
Humidity generation system
Air circulation system
Programmable PLC control
Data acquisition and monitoring
Additional configurations may include:
Rapid temperature change
Multi-zone temperature control
LN₂ cooling
Remote monitoring
Battery safety systems
Customized fixtures
Vibration integration
Altitude simulation
How to Choose a Walk-In Environmental Chamber
Before purchasing a walk-in chamber, define:
Product dimensions
Required chamber volume
Maximum product weight
Required temperature range
Required humidity range
Temperature transition rate
Test duration
Required airflow and uniformity
Applicable test standard
Site installation requirements
These parameters determine the refrigeration capacity, heating capacity, airflow design, insulation structure and chamber dimensions.
Industry Standards Compliance
Depending on the application and chamber configuration, walk-in environmental chambers may be designed for testing based on:
IEC 60068 Environmental Testing Standards
MIL-STD-810 Environmental Engineering Tests
MIL-STD-810H Military & aerospace
ASTM D4332 Conditioning of Containers
ISO 16750 Road Vehicle Environmental Testing
JESD22 Semiconductor reliability
The chamber should always be configured according to the exact test method rather than the standard name alone.
Why TestEQ Walk-In Environmental Chambers
TestEQ provides customized environmental testing systems for large-scale reliability testing.
Our engineering team supports:
• Custom chamber dimensions
• Temperature and humidity configuration
• Large-volume airflow design
• Special door and access solutions
• Battery testing configurations
• Data monitoring systems
• Factory performance verification
• OEM/ODM engineering projects
Optional Configurations:
Rapid temperature change (custom ramp rate)
Integrated humidity control system
LN₂ cooling system (ultra-low temperature)
Multi-zone independent control
Remote monitoring & IoT system
Explosion-proof design (battery testing)
FAQ:
1.What is a walk-in environmental chamber?
A walk-inenvironmental chamber is a large testing room that allows engineers to enter and test full-size products under controlled temperature and humidity conditions.
2.What industries use walk-in chambers?
Industries include automotive, aerospace, battery, electronics, and energy systems.
3.Can the chamber be customized?
Yes, chamber size, temperature range, humidity, and configurations can be fully customized.
4.What is the difference between walk-in and reach-in chambers?
Walk-in chambers are large enough for personnel entry, while reach-in chambers are compact and designed for smaller samples.
5.What temperature range is available?
Typically from -70°C to +150°C, with customization options available.
6. What testing standards are commonly used with walk-in environmental chambers?
Walk-in environmental chambers are commonly used for environmental reliability testing based on international standards such as IEC 60068, MIL-STD-810H, ISO 16750, and JESD22. The chamber configuration can be designed according to specific test requirements, including temperature cycling, humidity exposure, and long-duration reliability validation.
7. How do engineers select the right walk-in environmental chamber size?
Engineers should consider the product dimensions, test quantity, required airflow conditions, temperature uniformity, and future expansion needs when selecting a walk-in environmental chamber. Custom chamber designs can support large components, battery packs, vehicles, and complete systems.
8. Can walk-in environmental chambers be integrated with other testing systems?
Yes. Walk-in environmental chambers can be integrated with additional systems such as vibration testing, altitude simulation, battery safety monitoring, data acquisition systems, and customized test fixtures to create complete environmental reliability testing solutions.
Internal Linking Module
Recommended Equipment
Used for rapid temperature shock testing, suitable for reliability verification of electronic, automotive, and aerospace components.
Used for Environmental Stress Screening (ESS), it accelerates the exposure of product defects and improves product reliability upon delivery.
Related Standards (Testing Standards)
Internationally recognized environmental testing standards covering various reliability testing methods, including temperature, humidity, and vibration.
Military environmental adaptability testing standards are widely used in the verification of aerospace and military equipment.
Resources (Technical Resources)
Detailed analysis of the principles, applications, and common failure modes of temperature cycling testing.
Help engineers quickly select the appropriate type of environmental test chamber (walk-in/standard/customized).
Walk-In Environmental Chamber Applications
EV Battery and Energy Storage Testing
Large battery packs and energy storage systems often require customized environmental test volumes.
A walk-in chamber can provide controlled temperature and humidity conditions for battery validation, environmental conditioning and long-duration reliability testing.
Special safety configurations can also be considered for battery-related applications.
Automotive Testing
Walk-in environmental chambers can accommodate large automotive assemblies, vehicle components and multiple DUTs.
Test programs can be configured around customer-specific automotive environmental requirements and ISO 16750-related testing.
Aerospace and Defense
Large aerospace and defense equipment may require environmental qualification under controlled temperature and humidity conditions.
Walk-in systems can be engineered around MIL-STD-810H and other project-specific requirements.
Call To Action:
Need a Custom Walk-In Environmental Chamber?
If your product cannot fit inside a conventional environmental chamber, a walk-in system may provide the required test volume and flexibility.
Send TestEQ your product dimensions, required temperature and humidity range, test profile, test standard and site constraints.
Our engineers can develop a customized walk-in environmental chamber configuration for your application.
TestEQ designs and manufactures high-performance walk-in environmental chambers for automotive, aerospace, semiconductor, and research applications.
Our engineering team can help you:
Define test conditions and chamber configuration
Select the right system based on IEC / MIL / JEDEC standards
Optimize energy efficiency and long-term reliability
Provide OEM / ODM customized design support
"Request a custom walk-in environmental chamber solution today" Our engineers will design a system tailored to your testing requirements.
We will contact you within 1 working day, please pay attention to the email with
the suffix "@test-eq.com".
We will contact you within 1 working day, please pay attention to the email with the suffix "@test-eq.com".
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